0536260000

0536260000 WEIDMULLER | Alldatasheet

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Technical content

The universal foot of the Weidmüller relay modules allow them to be assembled on TS 32, TS 35 x 7.5 and TS 35 x 15 mounting rails in accordance with European standards EN 50 035 and EN 50 022. An LED status indicator in the coil of the relay coupler indicates the relay switching status. Types of contact The standard range comprises numerous types and combinations of contacts.

1 NC (EGR EG2, EGR EG7, RS 30)

1 NO (EGR EG2, EGR EG7, DKR,

RS 30)

1 NC and 1 NO

(EGR EG2, WRS)

2 NO (WRS)

3 NO (WRS)

1 Changeover

(EGR EG2, EGR/RST EG7, WRS DKR PRS/PRZ MCZ R, RS 30, RS 31)

2 Changeover

(EGR EG2, WRS, RS 32, PRS/PRZ) 4/8/16 Changeover (RSM) Contact material The all-round capability of Weidmüller relay modules is achieved by the choice of the contact material. The contact is responsible for both the reliable transmission of the control signals and for switching power contactors. Weidmüller uses gold-plated or gold- flashed AgNi contacts for most applica- tions. Gold-plated contacts permit the switching of the low-power applica- tions up to 40 µW with a gold-plating thicker than 2 µm. For switching higher ratings we use AgSnO2 or AgCdO con- tacts (RS 31). Contact material Properties Application U/I Fine silver - inexpensive universal use 1 V…250 V AG 99 % - average tendency to weld and average up to medium-size loads 1 mA…5 A resistance to burn-off - subject to corrosion in sulphurous atmosphere Silver nickel - high mechanical stability universal use ≥ 12 V z AgNi 0.15 - low tendency to weld at medium-size loads 5 mA…10 A - low contact resistance - high resistance to burn-off Hard silver - mechanical stability > AgNi for use with medium-size ≥ 12 V AgCu3 - tendency to weld < AgNi loads 10 mA…10 A - resistance to burn-off > AgNi - contact resistance > AgNi Silver cadmium - very low tendency to weld suitable for switching ≥ 12 V oxide - resistance to burn-off > AgCu3/Ni inductive loads ≥ 100 mA z AgCdO Silver-tin- - high thermal decomposition temperature suitable for swiching ≥ 12 V oxide - more arc-resistant with low material transfer inductive loads ≥ 100 mA z AgSnO2 Tungsten - very high resistance to burn-off circuits with extremely ≥ 60 V W- high switching rate with short closed times high on/off loads ≥ 1 A Hard gold - < lowest contact resistance dry circuits in µV…60 V z AuNi - best resistance to corrosion damp atmospheres µA…0.2 V z = preferred materials

Switching of small and large power ratings For automation technology, Weidmüller offers the EGR EGR 7 relay coupler to switch ratings up to 40 µW under resistive loads. This allows signals to be reliably relayed to control devices. The switching of higher power ratings in power supply technology is achieved by the RS 31 relay coupler, which guarantees switching capacity up to 3.5 kVA under resistive loads. Switching times of the relay modules pick-up delay typ. < 10 ms drop-out delay typ. < 12 ms Switching behaviour/load limit curve (dependimg on type) Contact life with resistive load DC-limit with resistive load Reduction factor with inductive load cos j < 1 Switching no. eff. = switching no (at cos j = 1) x red. Factor F Relay couplers with plugged relays Relay couplers with plugged relays are only conditionally suitable for use in appli- cations subject to heavy vibrations. Relay couplers with soldered relays are to be preferred. Derating curves The contact resistance is largely responsi- ble for heat development within the relay. This link is demonstrated by a derating curve as a function of the permissible cur- rent subject to the ambient temperature. We determine the current (curve a) for the following operating conditions: - continuous operation - rated input voltage + 10 % - several relay modules operating under load, mounted horizontally in a row without spacing on mounting rail A higher load is applicable when modules are mounted with a gap of 20 mm as shown in curve "b". In addition, the func- tion of curve "b" shows the max. values for a switching or short-time operation when assembled horizontally on the mounting rail. Notes for usage The characteristic data of the actuation are to be meticulously observed when using UC variants in DC circuitry. UC vari- ants have a higher current input at the moment of switching due to their series circuitry. The internal current limiter of commercially available initiators can result in the operated relay coupler not being switched through. RC combination Long supply cables are particularly open to electrical and electro-mechanical influ- ences. These can lead to disturbances of the function or even failure of the relay module. A remedy for this problem is an RC combination in series that filters out unwanted disturbances. RC combinations are available for all customary relay cou- plers: pluggable (PLUGSERIES) or as ter- minal block (WDU 12C and DKU 12C). Protective circuits of the contacts Switching sparks may occur when switch- ing inductive or capacitive loads that affect the operational life of the relay. The following protective circuits offer the possibility of reducing contact wear: Diode: Advantage: can be used for all ratings, low overvoltage, minimum space require- ments, economic Disadvantage: very long drop-out delay Diode and Z-diode: Advantage: low overvoltage (determined by Z- diode), low drop-out delay Disadvantage: not usable for high power ratings RC combination: Advantage: low overvoltage, low drop-out delay Disadvantage: higher current loading on contacts at switch-on, complex and expensive for increased power rating Varistor: Advantage: low drop-out delay, economic Disadvantage: not for all operating voltages and power ratings U S Voltage curve

1 Close

2 Open

(~)(~) VDR US 12 t URCLast (~)(~) R C US 12 t UZDLast US 12 t UDLast US 12 t Single contactNumber of operations Switching capacity (kVA) Direct current (A) Direct Voltage (V) Reduction factor F Load Load Load Load Power factor

Definition of Technical Data Protective separation All equipment required to guarantee "pro- tective separation" must be constructed in such a way that, for example, a mechani- cal defect cannot reduce the level of insu- lation. In the case of a relay, this means that if a mechanical defect occurs (bent solder pin, break in winding conductor or broken spring), "protective separation" must be guaranteed. Relays are specified and tested according to IEC 255 and VDE 0435. Neither stan- dard contains any reference to EN 50 178 (Equipping power installations with electronic equipment) nor is "protec- tive separation" defined. To compound matters the test voltages quoted for the relays are based on different measurement conditions. The test voltages cannot be applied to EN 50 178 or DIN VDE 0106 Part 101. As more and more users employ only equipment that guarantees "protec- tive separation", a lot of manufacturers of relays refer to DIN VDE 0106 and test their products accordingly. Consequently, the quoted values correspond to the require- ments for "protective separation". Standards The following standards are fulfilled: EN 50 178 Equipping power installations with elec- tronic equipment DIN VDE 0106 Part 101 Protection against flow of dangerous cur- rents through the human body; basic requirements for protective separation within electrical equipment. DIN VDE 0109 Insulation co-ordination within low-voltage system including clearance and creepage distances for assembled PCBs. DIN VDE 0435 Electrical relays, all-or-nothing relays Input circuit Input voltage [V] Reference voltage at which the relay coupler operates. Typical reference voltages: => 5 V DC, 12, 24, 48, 60, 115, 230 V AC/DC Input current [mA] Quotient resulting from input voltage and input resistance. Input resistance => coil resistance + resistance of drive (R, LED, rect. …) Rated power consumption [W/VA] Input voltage x input current AC/DC with tolerance of +/- 10% or +5/-15% Typical range for relay coupler: 250 mW > Pv > 1 W 0.4 VA > Pv > 1.2 VA Pull-in voltage [V] Smallest input voltage that relay coupler requires in order to respond (Tamb = 293 K) Pick-up current [mA] Smallest input current required to switch relay from inoperative to operating position (Tamb = 293 K) Pull-in power [W/VA] Product of pull-in voltage and pick-up current Drop-out voltage [V] Voltage level at which relay has definitely released Self reset current [mA] Input current level at which relay has definitely released Output circuit Output voltage [V] Max. voltage that can be applied to relay contact Switching current [A] Current that can flow for max. of 4 sec. after relay contact has closed Continuous current [A] Current that flows continuously after contact has closed Switching power [W/VA] Product of output voltage and switching current with resistive, inductive and capacitive load Min. switching power [mW] Smallest amount of power that can be switched via contact Service life Number of switching operations before contact fails - mechanical => with no electric load - electrical => with resistive or inductive AC/DC load Pick-up lag [ms] Length of time from application of energizing voltage until contact closes/opens Drop-out lag [ms] Length of time from breaking the energizing circuit until contact closes/opens Contact bounce time [ms] Length of time between first and last closing/opening of contact when relay picks up or drops out Switching frequency [Hz] Switching operations per sec. with a duty factor of 1 : 2 (t on = toff) Withstand voltage [kV] Max. test voltage between input and output circuits which does not cause any discharge Reliable separation Feature of relay coupler that conform to VDE 0160 and VDE 0106 Part 101 Electric arc Current flow between contact surfaces as they open, caused by ionization Contact wear Switching inductive loads leads to considerable changes in the composition of the materials used. The results are: => formation of pits or peaks on the surface of contacts => failure due to interlocking of contacts Spark absorption Limitation of transient overvoltages by connecting supplementary circuit across inductive loads => RC combinations => Z-diodes/suppressor diodes => varistors Reduction factor Factor by which service life is reduced when switching inductive loads

Types of Housings for Relay Coupler Component housing EG Weidmüller coupling modules are enclosed in housings appropriate for industrial appli- cations. The housings are suitable for fit- ting onto mounting rails TS 32, TS 35 x 7.5 or TS 35 x 15 in accordance with European standards EN 50 035 and EN 50 022. Weidmüller component housings EG 1 and EG 2 are 18 mm wide. The fully enclosed EG housings are equipped with clamping yoke screw con- nections or push-on connections to con- nect conductors. Conductors with the fol- lowing cross-sections can be connected: solid core: 0.5...4 mm 2 or The component housing EG 7 has a spe- cial status. It has been specifically designed to accommodate 10-mm slim relays and optocouplers. EG 7 relay couplers can be optionally mounted onto TS 32 or TS 35 rails. The RST EG 7 locking socket is also avail- able for use with the pluggable relays cou- plers. The enclosed EG 7 housing are equipped with clamping yoke screw connections. The following conductor cross-sections can be connected: Component housing WAVEBOX It is important to provide modern electron- ics components with housings suitable for the function. Setting and operating func- tions must be guaranteed; technical requirements with respect to heat dissipa- tion and EMC properties are to be sup- ported. An ideal design saves space and wiring costs in the switchgear cabinet. In addi- tion, ergonomics and design are becoming increasingly important for high-quality relay coupler interfaces. The WAVEBOX fulfils these criteria and is further distinguished by the following: z Optimal width for any application z Large component assembly surface; SMDs mountable on solder side z No tools required for assembly z Pluggable PCBs z Pluggable cross-connection via ZQV 2.5 N z Hinged, transparent cover z Screw/plug and socket connector BLZ 5.08 z Optional tension clamp/plug and socket connector BLFZ 5.08 z Marking option with WS tags z Mount onto TS 35 Connection systems BLZ screw/plug-in connectors and BLZF tension clamp/plug-in systems for flexible conductors up to 2.5 mm 2, to guarantee maximum wiring flexibility. Removing printed circuit boards Accomplished by depressing the locking clips at the side of the headpiece, and withdrawing the terminal level and PCB from the housing. This is not permitted when the supply is connected. Cross-connection The ZQV 2.5 N/2 cross-connector can connect housings of the same family at the base of the housing. The cross-con- nection can be loaded with a current of up to 8 A. This allows the supply voltage to be cross-connected from one electronics module to another. The voltage at the cross-connection must not exceed 50 V. Ventilation vents Ventilation vents, arranged at an angle, temper and ventilate the lower side of the housings. Modular system PLUGSERIES/PLUG RELAY is a new generation of pluggable relay couplers. The core of this system is an innovative relay socket PXS or PXZ. Weidmüller has combined the functionality and experience from its relay and terminal block business in this product. The PLUG RELAY is the ideal connection technology between the relay and the application. Modular system principle The PLUGSERIES is particularly service friendly. Commercially available relays are plugged; retainer and release clips ensure stability, LED indicators with free-wheeling diodes can be easily plugged. zRelays can be easily plugged - suitable for small electric circuits standard design and BGD zIndependent connection technology: screw or tension clamp rated zRobust design of retainer / release clip zOne or two changeover contacts Max. current switched 16 A zLow wiring costs thanks to ZQV 25N cross-connectors (pluggable) zService-friendly modular system - relay socket, LED indicators, retainer clips and relays - mount onto TS 35 - marking options with WS markers on retainer clips zPluggable LED indicator with free-wheeling diode

Types of Housings for Relay Coupler Weidmüller RS locking socket Locking sockets with relays RS 30, 31, 32 are either 11.2 mm or 25 mm wide depending on version. The open profile makes the use of pluggable relays possible. Modules mounted onto the locking sock- ets are provided with clamping yoke screw connections or push-on connectors for wiring conductors. Conductors with the following cross-sec- tions can be connected: solid core: 0.5...4 mm Locking sockets with multiple interfaces RSM multiple interfaces can be optionally assembled with 4, 8 or 16 relays. To save wiring costs on the input side, variants are offered with joint positive and negative potentials. The PCB connectors are provided with clamping yoke screw connections for con- ductors with the following cross-sections: solid core: 0.5...4 mm 2 or Some versions of the RSM coupler have a male connector block available for connecting pre-assembled cables on the input side in accordance with IEC 603-1/DIN 41 651. Minicoupler DK All DKR mini coupler components fulfil demands for slimmest possible design. The sensational width of only 6 mm is achieved by using state-of-the-art surface mountable components SMDs. 4 and 5 screw-connections are offered for 0.5...4 mm 2 conductor cross-sections. The mini couplers offer a wide spectrum for cou- pling digital sensor/actuator signals between automation devices and the field process. DKR relay couplers can receive and standardise signals with varying volt- ages from the field. Miniconditioner MCZ The 6-mm MCZ housing is one of the slimmest of its kind. It has the following distinguishing features: - Z-spring reduces mounting costs - integrated cross-connection options in the input and outputs minimise wiring costs MCZR miniconditioner (relay coupler) are available with 4 or 5 Z-spring connections. The clampable conductor cross-section is MICROSERIES The relay coupler and optocoupler variants from the MICROSERIES are used in applications in industrial automation to isolate and couple digital input and output signals. Their compact design means that they are particularly suitable for use on sub-distribution boards as well as in switchgear cabinets where they help the user to make optimum use of valuable switching space. With its compact design, the MICROSERIES elegantly combines the functionality of the classic coupling level and the terminal level. z6.1-mm mounting width zPluggable cross-connections of four potentials in the inputs and outputs zProven cross-connection system ZQV 4 N zWide input voltage spectrum from 5 ... 230 V zLED-indicator reverse-connect protection free-wheeling diode zHousing material: WEMID Flammability class: V0 in accordance with UL 94 zInnovative retaining and release system zMarking surfaces for fitting standard WS 12/6 markers CE-marking Weidmüller relay couplers are marked with the CE symbol and comply with the requirements of EN 50 081 Part 1 and EN 50 082 Part 2. They can therefore be used for both industrial as well as for applica- tions in residential, commercial and light industry. Appropriate ESD measures should be taken during installation. If supply cables are particularly long, overvoltage protec- tion should be provided to prevent interfer- ence from electrical disturbance in the atmosphere.

EG z0133660000 z0133560000 z0160260000 Page 72 Page 72 Page 73 z0536260000 z0542660000 z0123060000 Page 72 Page 72 Page 73 WAVESERIES z8275350000 z8418240000 z8418270000 z8418330000 z8418300000 WRS z8286280000 z8418250000 z8418280000 Page 79 z8418310000 z8416210000 Page 76 Page 77 z8418320000 z8418220000 Page 78 z8418230000 Page 74 EG 7* z8216520000 z8216530000 z8216570000 z8147120000 z8147140000 z8216560000 z8092340000 z8092350000 z8216580000 Page 80 Page 80 Page 80 PLUGSERIES z8530621001 z8530631001 PRS / PRZ z8530691001 z8530701001 z8536530000 z8536560000 z8536650000 z8536680000 Page 82 Page 82 RS 30 z1101661001 z1100961001 z1181511001 z1101611001 z1100911001 z1181521001 z1101621001 z1100921001 z1100260000 z1101761001 z1101061001 z1100210000 z1101711001 z1101011001 z1100220000 z1101721001 z1101021001 z1100360000 Page 91 Page 91 Page 91 RS 31 z1128361001 z1128331001 z1128311001 Page 92 RS 32 z9406121001 z9406221001 Page 94 RSM z1173461001 z1113161001 z1113261001 z1113361001 z1100061001 z1100161001 z1113461001 z1113561001 z1113761001 z1112361001 z1113661001 z8018221001 z1112761001 z1107761001 z1107861001 Page 97 z1112661001 z1113861001 z1173561001 z1113061001 Page 97 z1173661001 Page 97 DKR 32 z8016620000 z8008110000 Page 70 DKR 35 z8016610000 z8181980000 z8008170000 z8181970000 Page 70 Page 71 z8215620000 Page 71 DKR 35/32 z9454910000 Page 71 MCZ R z8365980000 z8442960000 z8390590000 Page 68 MICROSERIES z8533640000 MRS / MRZ z8533660000 z8556050000 z8556120000 Page 87 * Approval by Germanischer Lloyd Relay Coupler Output 2 x 2 x 4 x 8 x 16 x 3 x Electromechanical switching Reliable separation z 24 V dc z 24 Vuc/ac

EG z0662660000 z0662460000 z0160360000 Page 72 Page 72 z0123260000 Page 73 WAVESERIES z8286280000 z8418250000 z8418280000 z8418310000 WRS Page 74 Page 76 Page 77 Page 78 EG 7* z8092370000 z8092380000 z8216590000 Page 81 Page 81 Page 81 RS 30 z1101861001 z1101161001 z1100460000 z1101811001 z1101111001 z1100410000 z1101821001 z1101121001 z1100420000 z1101961001 z1101261001 z1100560000 z1101911001 z1101211001 Page 91 z1101921001 z1101221001 Page 91 Page 91 RS 31 z1150761001 Page 92 RS 32 z9406321001 Page 94 z9406421001 z1122661001 Page 95 RSM z1114061001 z1114161001 z1114361001 z1113961001 z1114261001 z1114461001 z1112461001 Page 97 Page 97 z1173761001 Page 97 MICROSERIES z8556040000 MRS / MRZ z8556110000 Page 87 115 V EG z0141360000 z0160460000 Page 73 WAVESERIES z8418220000 z8418260000 z8418290000 WRS Page 75 Page 76 Page 77 EG 7* z8092430000 z8092440000 z8216610000 Page 81 Page 81 Page 81 PLUGSERIES z8536510000 z8536520000 PRS / PRZ z8536610000 z8536630000 z8530640000 z8530660000 z8530790000 z8530720000 Page 82 Page 82 RS 30 z1155161001 z1155211001 z1155111001 z1155261001 z1155121001 z1155221001 z1102161001 z1101461001 z1102111001 z1101411001 z1102121001 z1101421001 Page 91 Page 91 RS 31 z1150361001 z1150461001 Page 92 RS 32 z1122761001 z9406621001 Page 95 RSM z1114561001 z1114661001 z1114761001 Page 97 Page 97 Page 97 MCZ R z8420880000 z8467470000 Page 61 MICROSERIES z8556030000 MRS / MRZ z8556100000 Page 87 * Approval by Germanischer Lloyd Digital signal processing Relay Coupler Output Reliable separation z Vdc z Vuc/ac Electromechanical switching 2 x 2 x 4 x8 x 16 x3 x

Electromechanical switching 2 x 2 x 4 x 8 x 16 x 3 x Reliable separation z 230 Vuc/ac 230 V Housing EG z0543860000 z0543660000 z0142460000 Page 72 Page 72 Page 73 WAVESERIES z8418230000 z8418260000 z8418290000 z8418340000 z8418320000 WRS Page 75 Page 76 Page 77 Page 79 Page 78 EG 7* z8092460000 z8092470000 z8216620000 z8178200000 Page 81 z8216630000 Page 81 Page 81 PLUGSERIES z8530671001 z8530681001 PRS / PRZ z8530731001 z8530741001 Page 82 Page 82 RS 30 z1102261001 z1101561001 z1100860000 z1102211001 z1101511001 Page 91 z1102221001 z1101521001 Page 91 Page 91 RS 31 z1128461001 z1128431001 z1128411001 Page 93 RS 32 z9406721001 z1122761001 Page 95 RSM z1114861001 z1114961001 z1115061001 z1123461001 z1108061001 z1108261001 Page 97 Page 97 Page 97 MCZ R z8237710000 Page 69 MICROSERIES z8556020000 MRS / MRZ z8556090000 Page 87 240 V RS 30 z1128561001 z1128661001 z1128511001 z1128611001 z1128521001 z1128621001 Page 91 Page 91 * Approval by Germanischer Lloyd

4…60 V Housing WAVESERIES z8275320000 WRS 2, 4…24 V Page 74 WAVESERIES z8418210000 WRS 60 V Page 74 EG 7*, 60 V z8092400000 z8092410000 z8216600000 Page 81 Page 81 Page 81 RS 30, 60 V z1102061001 z1100660000 z9406521001 z1102011001 z1100610000 Page 94 z1102021001 z1100620000 Page 91 Page 91 DKR 32, 5 V z8019600000 Page 70 DKR 35, 5 V z8019610000 Page 70 MCZ R, 60 V z8470380000 Page 68 MICROSERIES z8556080000 MRS / MRZ, 5 V z8556150000 Page 86 MICROSERIES z8556060000 MRS / MRZ, 60 V z8556130000 Page 87 * Approval by Germanischer Lloyd Digital signal processing 12 V Housing EG z0160160000 Page 73 WAVESERIES z8418240000 z8418270000 z8418300000 WRS Page 76 Page 77 Page 78 EG 7* z8092310000 z8092320000 z8216550000 Page 80 Page 80 Page 80 PLUGSERIES z8536471001 z8536501001 PRS / PRZ z8536571001 z8536591001 Page 82 Page 82 RS 30 z1129421001 z1129521001 z1129660000 Page 91 Page 91 Page 91 RS 32 z9406021001 Page 94 DKR 35 z8171100000 Page 70 MICROSERIES z8556070000 MRS / MRZ z8556140000 Page 86 Relay Coupler Output Electromechanical switching 2 x 2 x 4 x8 x 16 x3 x Output 2 x 2 x 4 x8 x 16 x3 x Reliable separation z Vdc z Vuc/ac

Max. input power Making threshold Cut-out threshold Reaction time at UN (typ.) Release at UN (typ.) Capacity working resistance to reduction at dissipated energy Functionality Cross-connection on pin Output Switching voltage ac: continuous current/switching power (see derating diagram) Min. switching current Switch-on current dc: Continuous current/switching power Mechanical service life Max. switching frequency at nominal load Insulation coordination acc. to EN 50178 Rated voltage Rated impulse voltage Overvoltage category Pollution severity Clearances and creepage distances Insulation coord.- and voltage proof, input/output mounting rail Ambient temperature Storage temperature Conductor Conductor cross-section Approvals Overall width Accessories End plate Further accessories, dimensions and connection data see Type Cat. No. MCZ R 24 Vdc 8365980000 156 mW ±10% 12 V...19 V 4 V...5.5 V 4.5 ms 10 ms no operating indication reverse polarity protect. diode free wheel diode 2, 3, 4 1 changeo. cont. (AgSnO2) max. 300 Vdc / 400 Vac max. 6 A / max. 1500 VA 100 mA (at U = 10 V) max. 6 A see limit diagram 20 x 106 switching operations 0.1 Hz 300 V 4 kV III ≥ 5.5 mm 4 kVeff / 1 min -25 °C…+50 °C -40 °C...+60 °C AWG 22...12 1.5 mm2 CE, UL, CSA, GL 6 mm Type Cat. No. AP MCZ 1.5 8389030000 Page 305 Relay Couplers in Component Housings This module can be used as a universal inter- face between the controller and actuator for switching medium-sized loads. z Reduces installation and commissioning times by use of the proven Z-spring connec- tion technology z Pluggable cross-connections in input and output minimise wiring costs z 6-mm width MCZ R 24 Vdc MCZ R 24 Vdc/Au MCZ R 60 VdcMCZ R 24 Vac/dc Type Cat. No. MCZ R 24 Vac/dc8390590000 ac: 160 mVA ±10 % dc: 151 mW ±10 % ac: ca. 17 V / dc: ca. 19 V ac: ca. 7 V / dc: ca. 4 V 5 ms 30 ms no operating indication bridge rectifier 2, 3, 4 1 changeo. cont. (AgSnO2) max. 300 Vdc / 400 Vac max. 6 A / max. 1500 VA 100 mA (at U = 10 V) max. 6 A see limit diagram 20 x 106 switching operations 0.1 Hz 300 V 4 kV III ≥ 5.5 mm 4 kVeff / 1 min -25 °C…+50 °C -40 °C...+60 °C AWG 22...12 1.5 mm2 CE, UL, CSA, GL 6 mm Type Cat. No. AP MCZ 1.5 8389030000 Page 305 Schematic circuit diagram 300 200 100 20 25 30 35 40 45 50 °C U/Vdc IL/A prohibited area 1 2 3 4 5 6 I L/Adc Derating curve rowed without clearances on the mounting rail rowed with 20 mm spacing on the mounting rail Limit diagram Type Cat. No. MCZR2 4V d c / A u8442960000 156 mW ±10% 12 V...19 V 4 V...5.5 V 4.5 ms 10 ms no operating indication reverse polarity protect. diode free wheel diode 2, 3, 4 1 changeo. cont. (5 µ Au) max. 300 Vdc / 400 Vac max. 6 A* / max. 1500 VA 1) 0.1 mA max. 6 A* see limit diagram 20 x 106 switching operations 0.1 Hz 300 V 4 kV III ≥ 5.5 mm 4 kVeff / 1 min -25 °C…+50 °C -40 °C...+60 °C AWG 22...12 1.5 mm2 CE, UL, CSA, GL 6 mm Type Cat. No. AP MCZ 1.5 8389030000 Page 305 Type Cat. No. MCZ R 60 Vdc 8470380000 180 mW ±45 % ca. 38 V ca. 14 V 4.5 ms 10 ms no operating indication reverse polarity protect. diode free wheel diode 2, 3, 4 1 changeo. cont. (AgSnO2) max. 300 Vdc / 400 Vac max. 6 A / max. 1500 VA 100 mA (at U = 10 V) max. 6 A see limit diagram 20 x 106 switching operations 0.1 Hz 300 V 4 kV III ≥ 5.5 mm 4 kVeff / 1 min -25 °C…+50 °C -40 °C...+60 °C AWG 22...12 1.5 mm2 CE, UL, CSA 6 mm Type Cat. No. AP MCZ 1.5 8389030000 Page 305 1) depends on load conditions * the hard-gold plating is resistant for parameters 36 Vdc, 50 mA with 106 cycles Miniconditioners MCZ R

MCZ R 110 Vdc MCZ R 120 Vac MCZ R 230 Vac Type Cat. No. MCZ R 230 Vac 8237710000

230 Vac ±10%

2.1 VA ±15 %

ca. 115 V / 5 mA ca. 60 V / 2.5 mA 8 ms 30 ms no operating indication bridge rectifier 2.3, 4 1 changeo. cont. (AgSnO2) max. 300 Vdc / 400 Vac max. 6 A / max. 1500 VA 100 mA (at U = 10 V) max. 6 A see limit diagram 20 x 106 switching operations 0.1 Hz 300 V 4 kV III ≥ 5.5 mm 4 kVeff / 1 min -25 °C…+50 °C -40 °C...+60 °C AWG 22...12 1.5 mm2 CE, UL, CSA 6 mm Type Cat. No. AP MCZ 1.5 8389030000 Page 305 Type Cat. No. MCZ R 120 Vac 8420880000 7 mA ±15 %

0.85 VA ±15 %

( 380 mW ± 15 %) ca. 70 V / 4 mA ca. 22 V / 1.3 mA 8 ms 30 ms yes operating indication bridge rectifier 2.3, 4 1 changeo. cont. (AgSnO2) max. 300 Vdc / 400 Vac max. 6 mA / max. 1500 VA 100 mA (at U = 10 V) max. 6 A see limit diagram 20 x 106 switching operations 0.1 Hz 300 V 4 kV III ≥ 5.5 mm 4 kVeff / 1 min -25 °C…+50 °C -40 °C...+60 °C AWG 22...12 1.5 mm2 CE, UL, CSA 6 mm Type Cat. No. AP MCZ 1.5 8389030000 Page 305 Type Cat. No. MCZ R 110 Vdc 8467470000

110 Vdc ±10%

2.85 mA ±25% 340 mW ±25% ca. 68 V / 1.6 mA ca. 19 V / 0.4 mA 4.5 ms 10 ms no operating indication bridge rectifier 2, 3, 4 1 changeo. cont. (AgSnO2) max. 300 Vdc / 400 Vac max. 6 A / max. 1500 VA 100 mA (at U = 10 V) max. 6 A see limit diagram 20 x 106 switching operations 0.1 Hz 300 V 4 kV III ≥ 5.5 mm 4 kVeff / 1 min -25 °C…+50 °C -40 °C...+60 °C AWG 22...12 1.5 mm2 CE, UL, CSA 6 mm Type Cat. No. AP MCZ 1.5 8389030000 Page 305 300 200 100 20 25 30 35 40 45 50 °C U/Vdc IL/A prohibited area 1 2 3 4 5 6 I L/Adc Derating curve rowed without clearances on the mounting rail rowed with 20 mm spacing Limit diagram Relay Couplers in Component Housings

Type Cat. No. DKR 5 Vdc 8019600000 DKR 5 Vdc 8019610000 Input: bottom

5 Vdc ±5 %

12.5 mA 65 mW typ. 0.7…2.5 ms typ. 0.2…2.0 ms 500 mA

10 W/10 VA

5x1 08 switching operations 150 V 1.5 kV III ≥3 mm -25 °C…+40 °C -25 °C…+50 °C -40 °C…+60 °C AWG 22…12 0.5…4 mm 2 6 mm Type Cat. No. AP DKT4 0687560000 Page 305 Type Cat. No. DKR 24 Vdc 8016620000 DKR 24 Vdc 8008170000 Input: bottom

24 Vdc ±20 %

9.3 mA 225 mW typ. 0.7…2.5 ms typ. 0.2…2.0 ms 500 mA 5x1 08 switching operations 150 V 1.5 kV III ≥3 mm -25 °C…+40 °C -25 °C…+50 °C -40 °C…+60 °C AWG 22…12 0.5…4 mm 2 6 mm Type Cat. No. AP DKT4 0687560000 Page 305 Relay Couplers in Component Housings Mini coupler DKR DKR 12 Vdc DKR 24 Vac/dc DKR 24 Vdc Type Cat. No. DKR 12 Vdc 8171100000 Input: bottom

12 Vdc ±10 %

typ. 0.7…2.5 ms typ. 0.2…2.0 ms 500 mA 5x1 08 switching operations 150 V 1.5 kV III ≥3 mm -25 °C…+40 °C -25 °C…+50 °C -40 °C…+60 °C AWG 22…12 0.5…4 mm 2 6 mm Type Cat. No. AP DKT4 0687560000 Page 305 Type Cat. No. DKR 24 Vac/dc 8008110000 DKR 24 Vac/dc 8016610000 Input: bottom

24 Vac/dc ±20 %

11.5 mAac/9 mAdc 300 mVA/220 mW 0.6…4.5 ms ac/0.9…1.3 ms dc 12.7…25 ms ac/14.4…16.4 ms dc 500 mA 5x1 08 switching operations 150 V 1.5 kV III ≥3 mm -25 °C…+40 °C -25 °C…+50 °C -40 °C…+60 °C AWG 22…12 0.5…4 mm 2 6 mm Type Cat. No. AP DKT4 0687560000 Page 305 DKR 5 Vdc Ordering data for TS 32 Y for TS 35 W With combination foot TS 32/TS 35 Technical data Input voltage Input current Input current, limited = SPS able Input power Pick-up lag Turn off delay Max. switch-on current Max. switching capacity Max. output voltage Max. output current Min. output current Max. switching frequency Contact material Contacts Service life mechanical at lL= 10 mA Insulation coordination acc. to EN 50178 Rated voltage Rated impulse voltage Overvoltage category Pollution severity Clearances and creepage distances Operating temperature without clearance with clearance Storage temperature Conductor Conductor cross-section Overall width Accessories End plate Further accessories, dimensions and connection data see These modules are used for protective separation of input signals and adjustment of sig- nal levels z Cost-effective solution for adjustment of power and potential z Low input power z Screw connection technology z 6-mm width

Relay Couplers in Component Housings Mini coupler DKR DKR 24 Vac/dc DKR 24 Vdc DKR 24 Vac/dcDK5R-1U Type Cat. No. DKR 24 Vdc 8181980000 Input: bottom 11.5 mA 384 mW 5 A 2 kVA/192 W

250 Vac/dc

≥107 switching operations ≥3x1 06 switching operations 300 V 6 kV IV ≥8 mm -25 °C…+40 °C -25 °C…+50 °C -40 °C…+60 °C AWG 22…12 0.5…4 mm 2 18 mm Type Cat. No. AP DKT4 0687560000 Page 305 Type Cat. No. DKR 24 Vac/dc 8181970000 Input: bottom max. 100 mA 480 mWac/400 mWdc 5 A 2 kVA/192 W ac: 5 Hz dc: 25 Hz AgCdO 1 changeover contact ≥107 switching operations ≥3x1 06 switching operations 300 V 6 kV IV ≥8 mm -25 °C…+40 °C -25 °C…+50 °C -40 °C…+60 °C AWG 22…12 0.5…4 mm 2 18 mm Type Cat. No. AP DKT4 0687560000 Page 305 Type Cat. No. DKR 24 Vdc 8215620000 Input: top 9.3 mA 225 mW typ. 0.7…2.5 ms typ. 0.2…2.0 ms 500 mA

175 Vac/dc

5x1 08 switching operations 150 V 1.5 kV III ≥3 mm -25 °C…+40 °C -25 °C…+50 °C -40 °C…+60 °C AWG 22…12 0.5…4 mm 2 6 mm Type Cat. No. AP DKT4 0687560000 Page 305 Type Cat. No. DK5R-1U 9454910000 Input: bottom max. 240 mA 6 ms 15 ms ac/dc 4 A 1.5 kVA/140 W 2x107 switching operations 300 V 4 kV III ≥8 mm -40 °C...+60 °C -40 °C...+60 °C -40 °C...+60 °C AWG 22…12 0.5…4 mm 2 6 mm Type Cat. No. AP DK5 8268870000 Page 305

Relay Coupler in Component Housings EG 2 EGR EG 2 24 V AC/DC voltage EGR EG 2 24 V Direct and alternating voltage EGR EG 2 48 V EGR EG 2 230 V AC voltage Ordering data Rated data Input voltage Rated consumption – (W) Rated consumption ~ (VA) Drop-out current of the relay (at 20 °C) Max. output voltage Continuous current Derating curve a = mounted horizontally on rail without clearance b = mounted horizontally on rail with clearance x 20 mm Continuous current Ambient temperature Switch-on current Max. switching capacity with resistor load Min. switching capacity/switching current Bounce times Switching times, typical –, pick-up lag –, turn off delay Max. switching frequency Contact material Service life, mechanical –, 24 V–, 1 A, resistive load –, 230 V~, 3 A, resistive load Status indicator Storage temperature Ambient temperature –, mounted on rail without clearance –, mounted on rail with clearance ≥ 20 mm Approvals Insulation coordination acc. to EN 50178 Overvoltage category Pollution severity Accessories, dimensions and connection data see Larger values on request Schematic circuit diagram Type Cat. No. NC 01335600001) NO 01336600001)

24 V–, ±10 %

0.36 W 1.5 mA

240 V~/100 V–

600 VA/120 W

40 µW < 2 ms < 5.3 ms < 8.3 ms 50 Hz AgNi, gold-plated > 107 switching operations > 6 x 105 switching operations > 105 switching operations Green LED –40 °C…+60 °C –25 °C…+40 °C –25 °C…+50 °C CSA (013366) III Page 306, Fig. II Type Cat. No. NC 0542660000 NO 0536260000

24 V0, ±10 %

0.35 W 0.6 VA 1.5 mA–/4 mA~ 40 µW < 2 ms < 8 ms < 22 ms 30 Hz AgNi, gold-plated > 107 switching operations > 6 x 105 switching operations > 105 switching operations Green LED –40 °C…+60 °C –25 °C…+40 °C –25 °C…+50 °C III Page 306, Fig. II Type Cat. No. NC 0662460000 NO 0662660000

48 V0, ±10 %

0.8 W 0.9 VA 1.5 mA–/3.5 mA~ 40 µW < 2 ms < 9 ms < 12 ms 37 Hz AgNi, gold-plated > 107 switching operations > 6 x 105 switching operations > 105 switching operations Green LED –40 °C…+60 °C –25 °C…+40 °C –25 °C…+50 °C III Page 306, Fig. II Type Cat. No. NC 0543660000 NO 0543860000

230 V~, +5 % –15 %

3.2 VA 4 mA 40 µW < 2 ms < 5 ms < 7 ms 40 Hz AgNi, gold-plated > 107 switching operations > 6 x 105 switching operations > 105 switching operations Green LED –40 °C…+60 °C –25 °C…+40 °C –25 °C…+50 °C III Page 306, Fig. II 1) no output varistor with 1 NO or 1 NC

Type Cat. No. EGR 2 RT (24 V0) 0123060000 EGR 2 RT (48 V0) 0123260000

24 V0 48 V0

0.7 W 0.7 W 1 VA 0.9 VA 3.5 mA–/8 mA~ 2 mA–/3.5 mA~ 250 V 5 A

15 A/200 ms

1100 VA/144 W

19 Hz 21 Hz

Ag, gold-flashed 30 x 106 105 (1100 VA, cos := 1) Red LED –40 °C…+85 °C –25 °C…+40 °C III Page 306, Fig. III Digital signal processing Ordering data Rated data Input voltage Rated consumption – (W) Rated consumption ~ (VA) Drop-out current of the relay (at 20 °C) Max. output voltage Continuous current Derating curve a = mounted horizontally on rail without clearance b = mounted horizontally on rail with clearance x 20 mm Continuous current Ambient temperature Switch-on current Max. switching capacity with resistor load Min. braking capacity/switching current Bounce times Switching times, typical –, pick-up lag –, turn off delay Max. switching frequency Contact material Service life, mechanical –, 24 V–, 1 A, resistive load –, 230 V~, 3 A, resistive load Status indicator Storage temperature Ambient temperature –, mounted on rail without clearance –, mounted on rail with clearance ≥ 20 mm Insulation coordination acc. to EN 50178 Overvoltage category Pollution severity Accessories, dimensions and connection data see Larger values on request Schematic circuit diagram Relay Coupler in Component Housings EG 2 EGR EG 2 DC voltage 2 changeover contacts Type Cat. No. EGR 2 RT (12 V–)0160160000 EGR 2 RT (24 V–)0160260000

12 V– 24 V–

0.61 W 0.54 W 12 mA 5.5 mA 250 V 5 A

20 Hz 20 Hz

Ag, gold-flashed 30 x 106 105 (1100 VA, cos : = 1) Red LED –40 °C…+85 °C –25 °C…+40 °C III Page 306, Fig. III Type Cat. No. EGR 2 RT (48 V–)0160360000 EGR 2 RT (115 V–)0160460000

48 V– 115 V–

0.65 W 0.6 W 2.5 mA 1 mA 250 V 5 A

27 Hz 24 Hz

Ag, gold-flashed 30 x 106 105 (1100 VA, cos := 1) Red LED –40 °C…+85 °C –25 °C…+40 °C III Page 306, Fig. III LED is parallel to coil in 12 V DC and 24 V DC versions Type Cat. No. EGR 2 RT (115 V0) 0141360000 EGR 2 RT (230 V0) 0142460000

115 V0 230 V0

0.6 W 1.2 W 0.6 VA 1.2 VA 1 mA–/1 mA~ 1 mA 250 V 5 A 014246

24 Hz 22 Hz

Ag, gold-flashed 30 x 106 105 (1100 VA, cos := 1) Red LED –40 °C…+85 °C –25 °C…+40 °C III Page 306, Fig. III with 2.8-mm tab connection EGR EG 2 AC/DC voltage 2 changeover contacts

Type Cat. No. WRS 1 24/60 Vuc 8418210000 WRZ 1 8430200000

24 Vuc±10% / 60 Vuc±10%

11 mAac±15% at Ue=60 V 10 mAdc±15% at Ue=60 V 10.2 mAac±15% at Ue=24 V 9 mAdc±15% at Ue=24 V

0.7 VA ±15% at Ue=60 V

0.34 VA±15% at Ue=24 V

0.6 W ±15% at Ue=60 V

0.22 W±15% at Ue=24 V

max. 150 Vdc/250 Vac max. 5 A/max. 1250 VA* max. 10 A 100 mA/5 Vdc Ag-alloy max. 30 mΩ/max. 100 mΩ at 1 A / 6 Vdc typ. 5.4 ms (NO) / 4.2 ms (NC) typ. 4.4 ms (NO) / 5.4 ms (NC) 20 x 106 switching operations 150 x 103 switching operations 0.1 Hz -25 °C...+50 °C -40 °C...+60 °C UL/CSA 300 V 4 kV (1.2/50 µ) III ≥ 5.5 mm 4 kVeff 1 min 4 kVeff 1 s Page 298 + 308 Type Cat. No. WRS 1 2.4-24 Vdc 8275320000 WRZ 1 8430170000 2.4…24 Vdc +10 % 4.6 mAdc ±15% at Ue 12 V 6 mW ±15% at Ue 2.4 V max. 150 Vdc /250 Vac max. 5 A /max. 1250 VA* max. 10 A 100 mA/5 Vdc Ag-alloy max. 30 mΩ/max. 100 mΩ at 1 A/6 Vdc typ. 7 ms (NO) / 4.5 ms (NC) typ. 6.3 ms (NO) / 5.5 ms (NC) 20 x 106 switching operations 150 x 103 switching operations 0.1 Hz -25 °C...+50 °C -40 °C...+60 °C UL/CSA 300 V 4 kV (1.2/50 µ) III ≥ 5.5 mm 4 kVeff 1 min 4 kVeff 1 s Page 298 + 308 WAVESERIES Relay Coupler in Component Housings WRS 1 2.4-24 VDC WRS 1 24 VDC WRS 1 24/48 VUC Schematic circuit diagram Ordering data Screw connection Tension clamp connection Input Input voltage Input current Input power Output Switching voltage Continuous current AC / Switching power AC Switch-on current Min. switching Contact material Contact resistance (when new) Pick-up delay at nominal voltage Turn off delay Mechanical service life Electrical service life Max. switching frequency at nominal voltage Ambient temperature Storage temperature Approvals Insulation coordination acc. to EN 50178 Rated voltage Rated impulse voltage Overvoltage category Pollution severity Implemented clearance and creepage path Insulation and voltage strength Insulation and voltage strength of entire circuit to mounting rail Testing Input/output high voltage test Accessories, dimensions and connection data see * at ambient temperature 20°C Type Cat. No. WRS 1 24 Vdc 8275350000 WRZ 1 8430180000

24 Vdc±10 %

9 mAdc±15% 220 mW±15% max. 150 Vdc /250 Vac max. 5 A /max. 1250 VA* max. 10 A 100 mA/5 Vdc Ag-alloy max. 30 mΩ/max. 100 mΩ at 1 A/6 Vdc typ. 7 ms (NO) / 4.5 ms (NC) typ. 6.3 ms (NO) / 5.5 ms (NC) 20 x 106 switching operations 150 x 103 switching operations 0.1 Hz -25 °C...+50 °C -40 °C...+60 °C UL/CSA 300 V 4 kV (1.2/50 µ) III ≥ 5.5 mm 4 kVeff 1 min 4 kVeff 1 s Page 298 + 308 Type Cat. No. WRS 1 24/48 Vuc 8286280000 WRZ 1 8430190000

24 Vuc±10 % /48 Vuc±10%

14 mAuc±15% at Ue 24 V 14 mAuc±15% at Ue 48V

0.5 VA (W)±15% at Ue=48V

0.35 VA (W)±15% at Ue=24V

max. 150 Vdc /250 Vac max. 5A /max. 1250 VA* max. 10 A 100 mA/5Vdc Ag-alloy max. 30 mΩ/max. 100 mΩ at 1 A/6 Vdc typ. 7 ms (NO) / 4.5 ms (NC) typ. 6.3 ms (NO) / 5.5 ms (NC) 20 x 106 switching operations 1.5 x 105 switching operations 0.1 Hz -25 °C...+50 °C -40 °C...+60 °C UL/CSA 300 V 4 kV (1.2/50 µ) III ≥ 5.5 mm 4 kVeff 1 min 4 kVeff 1 s Page 298 + 308 With 1 changeover contact Relay couplers in the WAVEBOX z Independent connection technology - pluggable connection unit screw or tension clamp technology z Fast commissioning and after-sales- service service - pluggable PCBs z Save wiring tasks - cross-connections possible at input and output

WRS 1 24/115 VUC WRS 1 24 VUC

230 VAC

Type Cat. No. WRS 1 24/115 Vuc 8418220000 WRZ 1 8430210000

24 Vuc±10% / 115 Vuc±10%

11 mAac±15% at Ue=115 V 10.5mAdc±15% at Ue=115 V 10.2 mAac±15% at Ue=24 V 9 mAdc±15% at Ue=24 V

1.3 VA ±15% at Ue=115 V

1.2 W ±15% at Ue=115 V

max. 150 Vdc/250 Vac max. 5 A/max. 1250 VA* max. 10 A 100 mA/5 Vdc Ag-alloy max. 30 mΩ/max. 100 mΩ at 1 A / 6 Vdc typ. 5.4 ms (NO) / 4.2 ms (NC) typ. 4.4 ms (NO) / 5.4 ms (NC) 20 x 106 switching operations 150 x 103 switching operations 0.1 Hz -25 °C...+50 °C -40 °C...+60 °C UL/CSA 300 V 4 kV (1.2/50 µ) III ≥ 5.5 mm 4 kVeff 1 min 4 kVeff 1 s Page 298 + 308 Type Cat. No. WRS 1 24 Vuc/230 Vac 8418230000 WRZ 1 8430220000

24 Vuc±10% / 230 Vac±10%

15 mAac±15% at Ue=230 V 14 mAac±15% at Ue=24 V 13 mAdc±15% at Ue=24 V

3.5 VA ±15% at Ue=230 V

0.32 W±15% at Ue=24 V

max. 150 Vdc/250 Vac max. 5 A/max. 1250 VA* max. 10 A 100 mA/5 Vdc Ag-alloy max. 30 mΩ/max. 100 mΩ at 1 A / 6 Vdc typ. 5.4 ms (NO) / 4.2 ms (NC) typ. 4.4 ms (NO) / 5.4 ms (NC) 20 x 106 switching operations 150 x 103 switching operations 0.1 Hz -25 °C...+50 °C -40 °C...+60 °C UL/CSA 300 V 4 kV (1.2/50 µ) III ≥ 5.5 mm 4 kVeff 1 min 4 kVeff 1 s Page 298 + 308 WAVESERIES Relay Coupler in Component Housings waagerecht montiert Ansteuerung 26,4Vdc 02 0 4 0 6 08 0 100 Umgebungstemperatur [ °C] Abstand>=10mm waagerecht montiert Ansteuerung 52,8Vdc 02 0 4 06 08 0 1 0 0 Umgebungstemperatur [ °C] Abstand>=10mm waagerecht montiert Ansteuerung 66Vdc 02 0 4 06 08 0 1 0 0 Umgebungstemperatur [ °C] Abstand>=10mm waagerecht montiert Ansteuerung 26,4V ac / dc 02 0 4 0 6 08 0 100 Umgebungstemperatur [ °C] Abstand>=10mm waagerecht montiert Ansteuerung 253Vac 02 0 4 06 08 0 1 0 0 Umgebungstemperatur [ °C] Abstand>=10mm WRS 1 24/60 VUC • 8418210000 WRS 1 24/115 VUC • 8418220000 WRS 1 24 VUC/230 VAC • 8418230000 WRS 1 2.4-24 VDC • 8275320000 WRS 1 24/48 VUC • 8286280000 Mounted horizontally Control 26.4Vdc mounted clearance >= 10 mm Ambient temperature [°C] Output current [A] Mounted horizontally Control 52.8Vdc mounted clearance >= 10 mm Ambient temperature [°C] Output current [A] Mounted horizontally Control 66Vdc mounted clearance >= 10 mm Ambient temperature [°C] Output current [A] Mounted horizontally Control 26.4V ac/dc mounted clearance >= 10 mm Ambient temperature [°C] Output current [A] Mounted horizontally Control 253Vac mounted clearance >= 10 mm Ambient temperature [°C] Output current [A]

WAVESERIES Relay Coupler in Component Housings WRS 2 12/24 VDC WRS 2 24/48 VUC Ordering data Screw connection Tension clamp connection Input Input voltage Input current Input power Output Switching voltage Continuous current AC / Switching power AC Switch-on current Min. switching Contact material Contact resistance (when new) Pick-up delay at nominal voltage Turn off delay Mechanical service life Electrical service life Max. switching frequency at nominal voltage Ambient temperature Storage temperature Approvals Insulation coordination acc. to EN 50178 Rated voltage Rated impulse voltage Overvoltage category Pollution severity Implemented clearance and creepage path Insulation and voltage strength Insulation and voltage strength of entire circuit to mounting rail Testing Input/output high voltage test Accessories, dimensions and connection data see * at ambient temperature 20°C Schematic circuit diagram Type Cat. No. WRS 2 12/24 Vdc 8418240000 WRZ 2 8430230000

12 Vdc±10 % / 24 Vdc±10 %

21 mAdc±15% at Ue=24 V 20 mAdc±15%bei Ue=12 V

0.5 W±15% at Ue=24 V

0.24 W±15% at Ue=12 V

max. 250 Vdc / 250 Vac max. 5 A / max. 1250 VA * max. 8 A 100 mA / 5 Vdc AgSnO2 max. 30 mΩ/max. 100 mΩ at 1 A/6 Vdc typ. 5 ms typ. 6.3 ms (NO) / 5.5 ms (NC) 50 x 106 switching operations 1 x 105 switching operations 0.1 Hz -25 °C...+50 °C -40 °C...+60 °C UL/CSA 300 V 4 kV (1.2/50 µ) III ≥ 8 mm 4 kVeff 1 min 4 kVeff 1 s Page 298 + 308 Type Cat. No. WRS 2 24/48 Vuc 8418250000 WRZ 2 8430240000

24 Vuc±10 % / 48 Vuc±10 %

10 mAac±15% at Ue=48 V 11.5 mAac±15% at Ue=24 V 8.5 mAdc±15% at Ue=48 V 7.2 mAdc±15% at Ue=24 V

0.48 VA±15% at Ue=48 V

0.21 VA±15% at Ue=24 V

0.4 W±15% at Ue=48 V

0.17 W±15% at Ue=24 V

max. 250 Vdc / 250 Vac max. 5 A / max. 1250 VA * max. 8 A 100 mA / 5 Vdc AgSnO2 max. 30 mΩ/max. 100 mΩ at 1 A/6 Vdc typ. 5 ms --- 50 x 106 switching operations 1 x 105 switching operations 0.1 Hz -25 °C...+50 °C -40 °C...+60 °C UL/CSA 300 V 4 kV (1.2/50 µ) III ≥ 8 mm 4 kVeff 1 min 4 kVeff 1 s Page 298 + 308 Type Cat. No. WRS 2 115 Vuc/230 Vac 8418260000 WRZ 2 8430250000

115 Vuc±10%/ 230 Vac±10 %

11 mAac±15% at Ue=230 V 8.5 mAuc±15% at Ue=115 V 8 mAdc±15% at Ue=115 V

2.5 VA±15% at Ue=230 V

1 VA±15% at Ue=115 V

0.9 W±15% at Ue=115 V

max. 250 Vdc / 250 Vac max. 5 A / max. 1250 VA * max. 8 A 100 mA / 5 Vdc AgSnO2 max. 30 mΩ/max. 100 mΩ at 1 A/6 Vdc --- --- 50 x 106 switching operations 1 x 105 switching operations 0.1 Hz -25 °C...+50 °C -40 °C...+60 °C UL/CSA (nur 115 Vuc) 300 V 4 kV (1.2/50 µ) III ≥ 8 mm 4 kVeff 1 min 4 kVeff 1 s Page 298 + 308 WRS 2 115 VUC/ WRS 2 12/24 VDC -> 8418240000 waagerecht montiert Ansteuerung 26,4Vdc 02 0 4 0 6 08 0 100 Umgebungstemperatur [ °C] Abstand>=10mm angereiht WRS 2 24/48 VUC -> 8418250000 waagerecht montiert Ansteuerung 52,8Vdc 02 0 4 0 6 08 0 100 Umgebungstemperatur [ °C] Abstand>=10mm angereiht WRS 2 115 VUC/ 230 VAC -> 8418260000 waagerecht montiert; Ansteuerung 253Vac 01 0 2 03 04 05 06 07 08 0 Umgebungstemperatur [ °C] Abstand>=10mm WRS 2 115 VUC/ 230 VAC • 8418260000 WRS 2 12/24 VDC • 8418240000 WRS 2 24/48 VUC • 8418250000 Output current [A] Mounted horizontally Control 26.4 Vdc 26.4 Vdc Ambient temperature [°C] Output current [A] Mounted horizontally Control 26.4 Vdc 52.8 Vdc Ambient temperature [°C] Output current [A] Mounted horizontally Control 26.4 Vdc 253 Vdc Ambient temperature [°C] mounted mounted mounted clearance ≥ 10 mm clearance ≥ 10 mm clearance ≥ 10 mm

WRS 2 12/24 VDC WRS 2 24/48 VUC WRS 2 115 VUC/ Continuous current AC / Switching power AC Switch-on current Min. switching Contact material Contact resistance (when new) Pick-up delay at nominal voltage Turn off delay Mechanical service life Electrical service life Max. switching frequency at nominal voltage Ambient temperature Storage temperature Approvals Insulation coordination acc. to EN 50178 Rated voltage Rated impulse voltage Overvoltage category Pollution severity Implemented clearance and creepage path Insulation and voltage strength Insulation and voltage strength of entire circuit to mounting rail Testing Input/output high voltage test Accessories, dimensions and connection data see * at ambient temperature 20°C Schematic circuit diagram Type Cat. No. WRS 2 12/24 Vdc 8418270000 WRZ 2 8430260000

12 Vdc±10% / 24 Vdc±10%

19.7 mAdc±15% at Ue=12 V 20.5 mAdc±15% at Ue=24 V max. 250 Vdc/250 Vac max. 5 A/max. 1250 VA* max. 8 A 100 mA/5 V AgSnO2 max. 30 mΩ/max. 100 mΩ at 1 A/6 Vdc typ. 5ms --- 50 x 106 switching operations 1 x 105 switching operations 0.1 Hz -25 °C...+50 °C -40 °C...+60 °C UL/CSA 300 V 4 kV (1.2/50 µ) III ≥ 8 mm 4 kVeff 1 min 4 kVeff 1 s Page 298 + 308 Type Cat. No. WRS 2 24/48 Vuc 8418280000 WRZ 2 8430270000 10 mAac±15% at Ue=48 V 11.5 mAac±15% at Ue=24 V 8.5 mAdc±15% at Ue=48 V 7.2 mAdc±15%bei Ue=24 V max. 250 Vdc/250 Vac max. 5 A/max. 1250 VA* max. 8 A 100 mA/5 V AgSnO2 max. 30 mΩ/max. 100 mΩ at 1 A/6 Vdc --- --- 50 x 106 switching operations 1 x 105 switching operations 0.1 Hz -25 °C...+50 °C -40 °C...+60 °C UL/CSA 300 V 4 kV (1.2/50 µ) III ≥ 8 mm 4 kVeff 1 min 4 kVeff 1 s Page 298 + 308 Type Cat. No. WRS 2 115 Vuc/230 Vac 8418290000 WRZ 2 8430280000

115 Vuc±10 %/230 Vac±10 %

11 mAac±15% at Ue=230 V 10 mAuc±15% at Ue=115 V 8 mAdc±15% at Ue=115 V max. 250 Vdc/250 Vac max. 5 A/max. 1250 VA* max. 8 A 100 mA/5 V AgSnO2 max. 30 mΩ/max. 100 mΩ at 1 A/6 Vdc --- --- 50 x 106 switching operations 1 x 105 switching operations 0.1 Hz -25 °C...+50 °C -40 °C...+60 °C UL/CSA (nur 115 Vuc) 300 V 4 kV (1.2/50 µ) III ≥ 8 mm 4 kVeff 1 min 4 kVeff 1 s Page 298 + 308 WAVESERIES Relay Coupler in Component Housings 02 0 4 0 6 08 0 100 Abstand>=10mm angereiht with 1NC / 1 NO WRS 2 24/48 VUC -> 8418280000 waagerecht montiert Ansteuerung 52,8Vac 02 0 4 06 08 0 100 Umgebungstemperatur [ °C] Abstand>=10mm angereiht WRS 2 115 VUC/230 VAC -> 8418290000 waagerecht montiert; Ansteuerung 253Vac 02 0 4 06 08 0 100 Umgebungstemperatur [ °C] Abstand>=10mm WRS 2 115 VUC/230 VAC • 8418290000 WRS 2 12/24 VDC • 8418270000 WRS 2 24/48 VUC • 8418280000 Ambient temperature [°C] Output current [A] Mounted horizontally Control 26.4 Vdc 26.4 Vdc Ambient temperature [°C] Output current [A] Mounted horizontally Control 26.4 Vdc 52.8 Vdc Ambient temperature [°C] Output current [A] Mounted horizontally Control 26.4 Vdc 253 Vdc Ambient temperature [°C] mounted mounted mounted clearance ≥ 10 mm clearance ≥ 10 mm clearance ≥ 10 mm

WAVESERIES Relay Coupler in Component Housings WRS 2 12/24 VDC WRS 2 24/48 VUC WRS 2 24 VUC/ Continuous current AC / Switching power AC Switch-on current Min. switching Contact material Contact resistance (when new) Pick-up delay at nominal voltage Turn off delay Mechanical service life Electrical service life Max. switching frequency at nominal voltage Ambient temperature Storage temperature Approvals Insulation coordination acc. to EN 50178 Rated voltage Rated impulse voltage Overvoltage category Pollution severity Implemented clearance and creepage path Insulation and voltage strength Insulation and voltage strength of entire circuit to mounting rail Testing Input/output high voltage test Accessories, dimensions and connection data see * at ambient temperature 20°C Schematic circuit diagram Type Cat. No. WRS 2 12/24 Vdc 8418300000 WRZ 2 8430290000

12 Vdc±10% /24 Vdc±10 %

21 mAdc±15% at Ue=12 V 22 mAdc±15% at Ue=24 V

0.26 W±15% at Ue=12 V

0.53 W±15% at Ue=24 V

max. 150 Vdc /250 Vac max. 5 A/max. 1250 VA* max. 10 A 100 mA/5 Vdc Ag-alloy max. 30 mΩ / max. 100 mΩ at 1 A / 6 Vdc typ. 6.5 ms (NO) / 4.5 ms (NC) typ. 8 ms (NO) / 11 ms (NC) 20 x 106 switching operations 1.5 x 105 switching operations 0.1 Hz -25 °C...+50 °C -40 °C...+60 °C UL/CSA 300 V 4 kV (1.2/50 µ) III ≥ 5.5 mm 4 kVeff 1 min 4 kVeff 1 s Page 298 + 308 Type Cat. No. WRS 2 24/48 Vuc 8418310000 WRZ 2 8430300000

24 Vuc±10% /48 Vuc±10 %

14 mAuc±15% at Ue=48 V 14 mAuc±15% at Ue=24 V

0.7 VA(W)±15% at Ue=48 V

0.35 VA(W)±15% at Ue=24 V

max. 150 Vdc /250 Vac max. 5 A/max. 1250 VA* max. 10 A 100 mA/5 Vdc Ag-alloy max. 30 mΩ / max. 100 mΩ at 1 A / 6 Vdc typ. 6.5 ms (NO) / 4.5 ms (NC) typ. 8 ms (NO)/ 11 ms (NC) 20 x 106 switching operations 1.5 x 105 switching operations 0.1 Hz -25 °C...+50 °C -40 °C...+60 °C UL/CSA 300 V 4 kV (1.2/50 µ) III ≥ 5.5 mm 4 kVeff 1 min 4 kVeff 1 s Page 298 + 308 Type Cat. No. WRS 2 24 VUC/230 Vac 8418320000 WRZ 2 8430310000

24 Vuc±10% /230 Vac±10%

15 mAac±15% at Ue=230 V 14 mAuc±15% at Ue=24 V

0.35 W±15% at Ue=24 V

3.45 VA ±15% at Ue=230 V

max. 150 Vdc /250 Vac max. 5 A/max. 1250 VA* max. 10 A 100 mA / 5 Vdc Ag-alloy max. 30 mΩ / max. 100 mΩ at 1 A / 6 Vdc typ. 6 ms (NO)/4.2 ms (NC)/Eingang: 24 Vuc/230 Vac typ. 4.4 ms (NO)/ 5.4 ms (NC) 20 x 106 switching operations 150 x 103 switching operations 0.1 Hz -25 °C...+50 °C -40 °C...+60 °C 300 V 4 kV (1.2/50 µ) III ≥ 5.5 mm 4 kVeff 1 min 4 kVeff 1 s Page 298 + 308 with 2 changeover contacts WRS 2 12/24 VDC 8418300000 waagerecht montiert Ansteuerung 26,4Vdc 02 0 4 0 6 08 0 100 Umgebungstemperatur [ °C] Abstand>=10mm angereiht WRS 2 24/48 VUC 8418310000 waagerecht montiert Ansteuerung 26,4Vac 02 0 4 0 6 08 0 100 Umgebungstemperatur [ °C] Abstand>=10mm angereiht WRS 2 24 VUC/ 230 VAC 8418320000 waagerecht montiert Ansteuerung 253Vac 01 0 2 0 3 04 05 06 07 08 0 Umgebungstemperatur [ °C] Abstand>=10mm WRS 2 24 VUC/ 230 VAC • 8418320000 WRS 2 12/24 VDC • 8418300000 WRS 2 24/48 VUC • 8418310000 Output current [A] Mounted horizontally Control 26.4 Vdc 26.4 Vdc Ambient temperature [°C] Output current [A] Mounted horizontally Control 26.4 Vdc 26.4 Vdc Ambient temperature [°C] Output current [A] Mounted horizontally Control 26.4 Vdc 253 Vdc Ambient temperature [°C] mounted mounted mounted clearance ≥ 10 mm clearance ≥ 10 mm

WAVESERIES Relay Coupler in Component Housings WRS 2 24 VUC WRS 2 230 VAC Ordering data Screw connection Tension clamp connection Input Input voltage Input current Input power Output Switching voltage Continuous current AC / Switching power AC Switch-on current Min. switching Contact material Contact resistance (when new) Pick-up delay at nominal voltage Turn off delay Mechanical service life Electrical service life Max. switching frequency at nominal voltage Ambient temperature Storage temperature Approvals Insulation coordination acc. to EN 50178 Rated voltage Rated impulse voltage Overvoltage category Pollution severity Implemented clearance and creepage path Insulation and voltage strength Insulation and voltage strength of entire circuit to mounting rail Testing Input/output high voltage test Accessories, dimensions and connection data see * at ambient temperature 20°C Schematic circuit diagram Type Cat. No. WRS 2 24 Vuc 8418330000 WRZ 2 8430320000 3fach 24 Vac ±10 % 10.5 mAac ±15 % at Unenn (per channel)

0.3 VA ±15 % (per channel)

0.25 W ±15 %

max. 250 Vdc /250 Vac max. 4 A/max. 1500 VA* max. 6 A

12 V/10 mA

max. 100 mΩ at 1 A/24 Vdc typ. 5 ms typ. 21 ms 20 x 106 switching operations 1 x 105 switching operations 0.1 Hz -25 °C...+50 °C -40 °C...+60 °C UL/CSA 300 V 4 kV (1.2/50 µ) III ≥ 5.5 mm 4 kVeff 1 min 4 kVeff 1 s Page 298 + 308 Type Cat. No. WRS 2 230 Vac 8418340000 WRZ 2 8430330000 3 x 230 Vac ±10 % 10.3 mAac ±15 % at Unenn (per channel)

2.4 VA ±15 % (per channel)

max. 250 Vdc / 250 Vac max. 4 A/max. 1500 VA* max. 6 A max. 100 mΩ at 1 A/24 Vdc typ. 8 ms typ.11 ms 20 x 106 switching operations 1 x 105 switching operations 0.1 Hz -25 °C...+50 °C -40 °C...+60 °C 300 V 4 kV (1.2/50 µ) III ≥ 5.5 mm 4 kVeff 1 min 4 kVeff 1 s Page 298 + 308 with 3 NO contacts WRS 2 24 VUC 8418330000 waagerecht montiert; Ansteurung 26,4Vdc 02 0 4 06 08 0 100 Umgebungstemperatur [ °C] Abstand>=10mm angereiht WRS 2 230 VAC -> 8418340000 waagerecht montiert; Ansteuerung 253Vac 02 0 4 06 08 0 100 °C] Abstand>=10mmangereiht WRS 2 24 VUC • 8418330000 WRS 2 230 VAC • 8418340000 Output current [A] Mounted horizontally Control 26.4 Vdc 26.4 Vdc Ambient temperature [°C] Output current [A] Mounted horizontally Control 26.4 Vdc 253 Vdc Ambient temperature [°C] mounted mounted clearance ≥ 10 mm clearance ≥ 10 mm

Relay Couplers in Components Housings EG 7 EGR EG 7 RST EG 7 RS EG 7 EGR EG 7 RST EG 7 RS EG 7

12 V0 24 V– 24 V– 24 V 0

Type Cat. No. EGR EG7 8092310000 EGR EG7 8092320000 EGR EG7 80923300001) RST EG7 8216550000 RS EG7 8193830000

12 V0 +15 % –10 %

320 mW +20 % –10 % 120 mA ≤ 3 mA Screw connection 0.5…1.5 mm 2 AWG-Conductor 26…16 0.5…2.5 mm 2 250 V 5 A 8 A 100 mW/10 mA ≤ 1 ms AgNi 0.15 gold-flashed ≤ 1 ms ≤ 8 ms ≤ 6 ms > 15 x 106 switching operations ≥ 2 x 106 switching operations with free wheel diode > 2 x 105 switching operations Green LED –40 °C…+60 °C –25 °C…+60 °C DIN VDE 0106 8 kV ≥ 8 mm III QB 16/10.16 1650330000 Page 304 Type Cat. No. EGR EG7 8216520000 EGR EG7 8216530000 EGR EG7 82182000001) RST EG7 8216570000 RS EG7 8193830000

24 V– +15 % –10 %

280 mW +20 % –10 % 12 mA ≤ 3 mA Screw connection 0.5…1.5 mm 2 AWG-Conductor 26…16 0.5…2.5 mm 2 250 V 5 A 8 A 100 mW/10 mA ≤ 1 ms AgNi 0.15 gold-flashed ≤ 1 ms ≤ 8 ms ≤ 6 ms > 15 x 106 switching operations ≥ 2 x 106 switching operations with free wheel diode > 2 x 105 switching operations Green LED –40 °C…+60 °C –25 °C…+60 °C DIN VDE 0106 8 kV ≥ 8 mm III QB 16/10.16 1650330000 Page 304 Type Cat. No. EGR EG7 8147120000 EGR EG7 8147140000 EGR EG7 81600300001) RST EG7 8216560000 RS EG7 8193830000 280 mW +20 % –10 % 12 mA ≤ 3 mA Screw connection 0.5…1.5 mm 2 AWG-Conductor 26…16 0.5…2.5 mm 2 250 V 5 A 8 A 40 µW2) ≤ 1 ms AgNi 0.15 5 µ Au ≤ 1 ms ≤ 8 ms ≤ 6 ms > 15 x 106 switching operations ≥ 2 x 106 switching operations with free wheel diode > 2 x 105 switching operations Green LED –40 °C…+60 °C –25 °C…+60 °C DIN VDE 0106 8 kV ≥ 8 mm III QB 16/10.16 1650330000 Page 304 Type Cat. No. EGR EG7 8092340000 EGR EG7 8092350000 EGR EG7 80923600001) RST EG7 8216580000 RS EG7 8193830000

24 V0 +15 % –10 %

280 mW +20 % –10 % 240 mA ≤ 3 mA Screw connection 0.5…1.5 mm 2 AWG-Conductor 26…16 0.5…2.5 mm 2 250 V 5 A 8 A 100 mW/10 mA ≤ 1 ms AgNi 0.15 gold-flashed ≤ 2.4 ms ≤ 11 ms ≤ 10 ms > 15 x 106 switching operations ≥ 2 x 106 switching operations with free wheel diode > 2 x 105 switching operations Green LED –40 °C…+60 °C –25 °C…+60 °C DIN VDE 0106 8 kV ≥ 8 mm III QB 16/10.16 1650330000 Page 304 2) The following ratings can safely be switched: a) 100 mV…60 V ac/dc/100 µA…300 mA After switching higher powers (b…d) lower powers (a) can no longer be switched. b) 5 V… 24 V dc/10 mA… 1.2 A d) 10 V…250 V ac/10 mA… 5 A Schematic circuit diagram Derating curve a = mounted horizontally on rail without clearance b = mounted horizontally on rail, rowed with clearances Continuous current Ambient temperatureOrdering data Combination foot for TS 15, TS 32, TS 35 1 NO 1 NC EGR EG 7 spare relays, without connection unit Plug-in relay-coupl., without engagem. socket, 1 changeo. cont. Engage.socket f. plug-in relay coupler w. combin.foot TS 32, 35 Rated data of the coil Input voltage Rated consumption Max. switch-on current Combination foot for drop current Connection – NO and NC – changeover contacts Rated data der Contacts Max. output voltage Continuous current Max. switch-on current Min. switching capacity/switching current Bounce times Contact material2) Bounce times Switching times pick up delay drop-out delay Service life, mechanical –, 24 V–, 1.1 A, inductive load –, 230 V~, 5 A, resistive load Status indicator Storage temperature Ambient temperature Insulation coordination acc. to EN 50178 Safe isolation according to VDE 0106 part 101 Rated impulse voltage Clearances and creepage distances Overvoltage category Pollution severity Accessories Cross-connection comb. 16fold Accessories, dimensions and connection data see 1) Serves only as a spare part for NO and NC z Plugs on to locking socket RS EG 7 with combination foot TS 32, 35 z Overall width: 10 mm z With combination foot for TS 15, TS 32 or TS 35 z Versions with 12 V, 24 V and 48 V fulfil protective separation in accordance with VDE 0160, Part 101 z All EGR EG 7 and RST EG 7 are approved by Germanischer Lloyd. Approval No. 35962 HH

Relay Couplers in Components Housings EG 7

48 V0 60 V~ 115 V 0 230 V~ 230 V~

Type Cat. No. EGR EG7 8092370000 EGR EG7 8092380000 EGR EG7 80923900001) RST EG7 8216590000 RS EG7 8193830000

48 V0 +15 % –10 %

280 mW +15 % –10 % 480 mA ≤ 3 mA Screw connection 0.5…1.5 mm 2 AWG-Conductor 26…16 0.5…2.5 mm 2 250 V 5 A 8 A 100 mW/10 mA ≤ 1 ms AgNi 0.15 gold-flashed ≤ 2.5 ms ≤ 12 ms ≤ 10 ms > 15 x 106 switching operations ≥ 2 x 106 switching operations with free wheel diode > 2 x 105 switching operations Green LED –40 °C…+60 °C –25 °C…+60 °C DIN VDE 0106 8 kV ≥ 8 mm III QB 16/10.16 1650330000 Page 304 Type Cat. No. EGR EG7 8092400000 EGR EG7 8092410000 EGR EG7 80924200001) RST EG7 8216600000 RS EG7 8193830000

60 V0 +15 % –10 %

280 mW +15 % –10 % 600 mA ≤ 3 mA Screw connection 0.5…1.5 mm 2 AWG-Conductor 26…16 0.5…2.5 mm 2 250 V 5 A 8 A 100 mW/10 mA ≤ 1 ms AgNi 0.15 gold-flashed ≤ 3.8 ms ≤ 12 ms ≤ 10 ms > 15 x 106 switching operations ≥ 2 x 106 switching operations with free wheel diode > 2 x 105 switching operations Green LED –40 °C…+60 °C –25 °C…+60 °C 8 kV ≥ 8 mm III QB 16/10.16 1650330000 Page 304 Type Cat. No. EGR EG7 8092430000 EGR EG7 8092440000 EGR EG7 80924500001) RST EG7 8216610000 RS EG7 8193830000

115 V0 +15 % –10 %

330 mW +15 % –10 % 160 mA ≤ 3 mA Screw connection 0.5…1.5 mm 2 AWG-Conductor 26…16 0.5…2.5 mm 2 250 V 5 A 8 A 100 mW/10 mA ≤ 1 ms AgNi 0.15 gold-flashed ≤ 3.8 ms ≤ 12 ms ≤ 10 ms > 15 x 106 switching operations ≥ 2 x 106 switching operations with free wheel diode > 2 x 105 switching operations Green LED –40 °C…+60 °C –25 °C…+60 °C 8 kV ≥ 8 mm III QB 16/10.16 1650330000 Page 304 Type Cat. No. EGR EG7 8092460000 EGR EG7 8092470000 EGR EG7 80924800001) RST EG7 8216620000 RS EG7 8193830000

230 V~ +15 % –10 %

280 mW +15 % –10 % 185 mA ≤ 3 mA Screw connection 0.5…1.5 mm 2 AWG-Conductor 26…16 0.5…2.5 mm 2 250 V 5 A 8 A 100 mW/10 mA ≤ 1 ms AgNi 0.15 gold-flashed ≤ 2 ms ≤ 12 ms ≤ 10 ms > 15 x 106 switching operations ≥ 2 x 106 switching operations with free wheel diode > 2 x 105 switching operations Green LED –40 °C…+60 °C –25 °C…+60 °C 8 kV ≥ 8 mm III QB 16/10.16 1650330000 Page 304 Type Cat. No. EGR EG7 8178200000 RST EG7 8216630000 RS EG7 8193830000 280 mW +15 % –10 % 185 mA ≤ 3 mA Screw connection 0.5…1.5 mm 2 AWG-Conductor 26…16 0.5…2.5 mm 2 250 V 5 A 8 A 40 µW2) ≤ 1 ms AgNi 0.15 5 µ Au ≤ 2 ms ≤ 12 ms ≤ 10 ms > 15 x 106 switching operations ≥ 2 x 106 switching operations with free wheel diode > 2 x 105 switching operations Green LED –40 °C…+60 °C –25 °C…+60 °C 8 kV ≥ 8 mm III QB 16/10.16 1650330000 Page 304 EGR EG 7 RST EG 7 RS EG 7

PLUGSERIES Relays on Sockets z Modular system comprising: - Relay socket for mounting rails - LED indicator unit / RC combination - retainer clip - pluggable relays z Independent connection technology: screw or tension clamp technology z Compatible with low power relays type RT / Standard with 1 or 2 CO contacts z Coil and root-contacts cross-con- nectable with cross-connection type ZQV 2.5 N z Available as complete module or as spare parts PRS/PRZ xxx 1CO PRS/PRZ xxx 2CO DC-Version AC-Version PRZ/PRS PRZ/PRS Type/Version Screw connection PRS 12Vdc LD 1CO PRS 12Vdc LD 2CO PRS 24Vdc LD 1CO PRS 24Vdc LD 2CO PRS 115Vdc LD 1CO PRS 115Vdc LD 2CO PRS 24Vdc LD 2CO SGR 282 with gold-plated relay contacts: PRS 24Vdc LD 2CO AU Tension clamp connection PRZ 12Vdc LD 1CO PRZ 12Vdc LD 2CO PRZ 24Vdc LD 1CO PRZ 24Vdc LD 2CO PRZ 115Vdc LD 1CO PRZ 115Vdc LD 2CO PRZ 24Vdc LD 2CO SGR 282 with gold-plated relay contacts: PRZ 24Vdc LD 2CO AU Other variants on request Technical data Input voltage Rated consumption, typ Status indicator Output Contact version Max. output voltage Max. switching current Continuous current Rated braking capacity Service life, mech. Input/output Clearance and creepage path Protective separation Dielectric strength Insulation coordinates acc. to EN 50178 Miscellaneous data Ambient temperature Protection class Rated cross-section Flammability Relay type Dimensions WxHxT Approvals Rail mounted Accessories Cross-connection 2-pole black 2-pole red 2-pole blue Marking tags Type/Version Screw connection PRS 24Vac LD 1CO PRS 24Vac LD 2CO PRS 120Vac LD 1CO PRS 120Vac LD 2CO PRS 230Vac LD 1CO PRS 230Vac LD 2CO with gold-plated relay contacts: PRS 120Vac LD 2CO AU PRS 230Vac LD 2CO AU Tension clamp connection PRZ 24Vac LD 1CO PRZ 24Vac LD 2CO PRZ 120Vac LD 1CO PRZ 120Vac LD 2CO PRZ 230Vac LD 1CO PRZ 230Vac LD 2CO with gold-plated relay contacts: PRZ 120Vac LD 2CO AU PRZ 230Vac LD 2CO AU Other variants on request Technical data Input voltage Rated consumption, typ Status indicator Output Contact version Max. output voltage Max. switching current Continuous current Rated braking capacity Service life, mech. Input/output Clearance and creepage path Protective separation Dielectric strength Insulation coordinates acc. to EN 50178 Miscellaneous data Ambient temperature Protection class Rated cross-section 0.5 mm2 Flammability Relay type Dimensions WxHxT Approvals Rail mounted Accessories Cross-connection 2-pole black 2-pole red 2-pole blue Marking tags Cat. No. Qty. 8536471001 10 8536501001 10 8530621001 10 8530631001 10 8536510000 10 8536520000 10 8596000000 10 8561760000 10 8536571001 10 8536591001 10 8530691001 10 8530701001 10 8536610000 10 8536630000 10 8595970000 10 8552440000 10 400 mW pluggable LED-housing, green LED

1 CO /2 CO contacts

8mm DIN VDE 0106 T. 101 > 4kV eff III / 2 -40°C ... +50°C IP 20 Schrack RT1 / RT2 15.2 x 91 x 85 CE, UL recognized, cUL TS 35 ZQV 2.5N/4-2 SW178427000060 ZQV 2.5N/4-2 RT178428000060 ZQV 2.5N/4-2 BL 178429000060 WS 10/5 1060860000 WS 15/5 1609880000 Cat. No. Qty. 8536530000 10 8536560000 10 8530641001 10 8530661001 10 8530671001 10 8530681001 10 8595960000 10 8595990000 10 8536651001 10 8536681001 10 8530710000 10 8530720000 10 8530731001 10 8530741001 10 8575940000 10 8575950000 10 760 VA pluggable LED-housing, green LED

8mm DIN VDE 0106 T. 101 > 4kV eff III / 2 -40°C ... +50°C IP 20 Schrack RT1 / RT2 15.2 x 91 x 85 CE, UL recognized, cUL TS 35 ZQV 2.5N/4-2 SW178427000060 ZQV 2.5N/4-2 RT 178428000060 ZQV 2.5N/4-2 BL 178429000060 WS 10/5 1060860000 WS 15/5 1609880000

PLUGSERIES Relays on Sockets Accessories 15,3 87 (PXZ35) 95 (PXS35) Cross-connections channel A1 / A2 Cross-connection channel marking field retaining-clip 15.3 A2 A2A1 (COIL) (COIL) 24 2414 (NO) (NO) 21 2111 (COM) (COM) 22 2212 (NC) (NC) 15.3 Empty base for rail mounted TS 35 Screw connection Tension clamp connection Technical data Rated current Rated voltage Dielectric strength coil/contacts Protection class Rated cross-section Insulation stripping length - Screw connection - Tension clamp connection Ambient temperature Flammability class UL 94 Holding clamp Operating indication LED indicator with free-wheeling diode 6 ... 24 Vdc 6 ... 24 Vdc 48 ... 60 Vdc

115 Vdc

12 ... 24 Vac

115 Vac

RC combination 120...230 VAC/DC Pluggable cross-connectionen 2-pole black 2-pole red 2-pole blue Marking tags 10 x 5 mm Type Cat. No. Qty. PXS35 8533771001 10 PXZ35 8536691001 10 16 A 250 V > 4 kV IP 20 2.5 mm2 8 mm 10 mm -40°C ... +60°C Type Cat. No. Qty. PRC 8536700000 100 PLED 24 Vdc 8536710000 20 PLED 24 Vdc red 8611010000 20 PLED 48 Vdc 8536720000 20 PLED 115 Vdc 8536730000 20 PLED 24 Vac 8536750000 20 PLED 120 Vac 8536760000 20 PLED 230 Vac 8536780000 20 PLED 230 Vac red 8611000000 20 PLRC 200 nF/200Ω 8566530000 20 ZQV 2.5N/4-2SW 1784270000 60 ZQV 2.5N/4-2RT 1784280000 60 ZQV 2.5N/4-2BL 1784290000 60 Type Cat. No. Qty. WS 10/5 1060860000 200 WS 15/5 1609880000 96 DC-Version AC-Version Tension clamp Screw connection A1 14 2412 A1 14 2412 Operating indication * free wheel diode

PLUGSERIES Relays on Sockets Type Schrack RT Cat. No. Qty. RT 314012 4058470000 20 RT 424012 4058560000 20 RT 314024 4058480000 20 RT 315024 4058490000 20 RT 424024 4058570000 20 RT 425024 4058580000 20 RT 314048 4058740000 20 RT 424048 4058750000 20 RT 424060 4058760000 20 RT 314110 4058500000 20 RT 424110 4058590000 20 RT 315524 4058510000 20 RT 424524 4058600000 20 RT 314615 4058520000 20 RT 315625 4058530000 20 RT 424615 4058610000 20 RT 425615 4058620000 20 RT 314730 4058540000 20 RT 315730 4058550000 20 RT 424730 4058630000 20 RT 425730 4058640000 20 1 changeover contact or 2 changeover contacts AgNi 90/10, AgNi 0.15 htv

16 A 1We/2 x 8 A 2We

250 V ac

40 µW 400 mW dc/0.55 VA ac 5 kV typ. 7/3 ms 9/45 ms typ. 1/3 ms > 30 x 106 switching operations > 30 x 106 switching operations 1.25A, L/R = 80 ms 2.3 x 10 5 1.25A, L/R = 80 ms 2.8 x 10 5 1.2A, cosL/R = 0.3 6050x IP 40 -40°C ... +85°C -40°C ... +70°C 14 g UL, CSA, VDE, ÖVE SCHRACK RTPluggable relay types Print figure/circuit diagram Relay type RT/SGR Pluggable relay

12 Vdc 1 changeover contact

12 Vdc 2 changeover contacts

24 Vdc 1 changeover contact

24 Vdc 1 changeover contact AU

24 Vdc 2 changeover contacts

24 Vdc 2 changeover contacts AU

48 Vdc 1 changeover contact

48 Vdc 2 changeover contacts

60 Vdc 2 changeover contacts

110 Vdc 1 changeover contact

110 Vdc 2 changeover contacts

24 Vac 1 changeover contact

24 Vac 2 changeover contacts

115 Vac 1 changeover contact

115 Vac 1 changeover contact AU

115 Vac 2 changeover contacts

115 Vac 2 changeover contacts AU

230 Vac 1 changeover contact

230 Vac 1 changeover contact AU

230 Vac 2 changeover contacts

230 Vac 2 changeover contacts AU

Min. switching current / braking capacity Min. braking capacity AU contact Rated consumption Dielectric strength Sp./Kont. Response / drop out time: DC coil AC coil Bounce time NO contact/normally closed contact Mechanical service life: DC coil AC coil Braking capacity 1-pole DC 13 2-pole DC 13 2-pole AC 15 Miscellaneous data Protection class Flammability class UL Ambient temperature DC coil AC coil Weight Approvals 1 changeover contact 2 changeover contacts

PLUGSERIES Relays on Sockets Type ELESTA SGR Cat. No. Qty. SGR 662 24 Vdc T 8550510000 10 SGR 282 24 Vdc T 8550520000 10 2 changeover contacts with test button AgCuNi

250 Vac

typ. 10/3 ms typ. 0.5/5 ms > 30 x 106 switching operations IP 40 -25°C ... +70°C 20 g SEV, UL, CSA, DEMKO, VDE, PTB Pluggable relay

24 Vdc 1 changeover contact with test button

24 Vdc 2 changeover contacts with test button

24 Vdc 1 normally-open contact

Min. switching current / braking capacity Rated consumption Dielectric strength Sp./Kont. Response / drop out time: DC coil Bounce time NO contact/normally closed contact Mechanical service life: DC coil Miscellaneous data Protection class Flammability class UL Ambient temperature DC coil Weight Approvals ELESTA SGR Relais with manual operation Type Schrack RP 3SL Cat. No. Qty. RP3SL 24 Vdc 1NO 8588510000 20 1 normally-open contact AgSnO2 25 A

120 A / 20 ms

typ. 8/2 ms typ. 2 ms 30 x 106 switching operations IP 40 -40°C ... +70°C 18 g SEV, UL, CSA, VDE Contact service life Type Load switch. oper. Regulation RP3SL 12 A, 250 V~, cos ϕ=1 3x10 5 RP3SL TV 8 25x10 3 UL 508 RP3SL 2500 W, 230 V~, halogene lamps >104 RP3SL 1000 W, 250 V~, glow lamps 2.3x105 RP3SL 3000 W, 250 V~, glow lamps 3.6x104 RP3SL 1500 VA, flurescent tubes 163 µF 10 4 RP 3SL Relays for high switching currents Leistungsrelais Type RT2 2 changeover contacts Power relay RP 3SL Electrical life Operations

Input voltage ac with UNenn Input voltage dc with UNenn Input power Making threshold , (typ.) Cut-out threshold (typ.) Status indicator Reaction time at UN (typ.) Release at UN (typ.) Voltage of relay coil Functionality Operating indication Reverse polarity protection Free wheel diode Output Switching voltage ac: continuous current/switching power (see derating diagram) Switch-on current dc: Continuous current/switching power Min. braking capacity Contact material Mechanical service life Max. switching frequency at nominal voltage Ambient temperature Storage temperature Climate Approvals Insulation coordination acc. to EN 50178 Rated voltage Rated impulse voltage Overvoltage category Pollution severity Insulation coord.- and voltage proof, input/output mounting rail Achieved clearances and creepage distances Type Cat. No. MRS 5 Vdc 1CO 8556080000 MRZ 5 Vdc 1CO 8556150000 38 .5 mAdc ±10 % 193 mW ±10% 3.2 V / 21.6 mA

1.6 V / 8 mA

6.2 ms 3.9 ms 5 V yes yes yes 1 changeover contact 250 Vac acc. to VDE 240 Vac acc. to UL/CSA max. 6 A / max. 1500 VA max. 6 A see limit diagram

12 V /10 mA

20 x 10 6 switching operations 0.1 Hz -25 °C…+50 °C -40 °C…+60 °C 40 °C / 93 % rel. humidity, no condensation CE, cUL 300 V 4 kV (1.2 / 50 µs) III 4 kVeff / 1 min ≥ 5.5 mm This module can be used as a universal interface between the controller and actuator for switching small to medium-sized loads. z Pluggable cross-connection in the input and output reduces wiring costs z 6-mm width z Flexible thanks to screw and tension clamp connection versions MRS 5 Vdc 1CO MRZ 5 Vdc 1CO MRS 12 Vdc 1CO MRZ 12 Vdc 1CO Schematic circuit diagram Type Cat. No. MRS 12 Vdc 1CO8556070000 MRZ 12 Vdc 1CO8556140000 17.2 mAdc ±10 % 210 mW ±10% 6.4 V / 8.4 mA 2.5 V / 2.4 mA Green LED 5.8 ms 6.9ms 12 V yes yes yes 1 changeover contact 250 Vac acc. to VDE 240 Vac acc. to UL/CSA max. 6 A / max. 1500 VA max. 6 A see limit diagram 20 x 10 6 switching operations 0.1 Hz -25 °C…+50 °C -40 °C…+60 °C 40 °C / 93 % rel. humidity, no condensation CE, cUL 300 V 4 kV III 4 kVeff / 1 min ≥ 5.5 mm MICRORELAY MRS/MRZ Current temperature-rise curve Limit diagram Output current [A] Ambient temperature [°C] Relay Couplers on Sockets MICROSERIES in Terminal Format

Type Cat. No. MRS 120 Vuc 1CO 8556030000 MRZ 120 Vuc 1CO 8556100000 3.5 mAac ±15 %

0.42 VA ±15 %

71 V / 1.8 mA 22 V / 0.5 mA Green LED 6.7 ms 8.1 ms 60 V yes yes yes 1 changeover contact 250 V ~ acc. to VDE 240 V ~ acc. to UL/CSA max. 6 A / max. 1500 VA max. 6 A see limit diagram 20 x 10 6 switching operations 0.1 Hz -25 °C…+50 °C -40 °C…+60 °C 40 °C / 93 % rel. humidity, no condensation CE, cUL 300 V 4 kV III 4 kVeff / 1 min ≥ 5.5 mm Type Cat. No. MRS 230 Vac1CO8556020000 MRZ 230Vac1CO8556090000 7.6 mA ±15%

1.55 VA ±15 %

103 V / 5 mA

49 V / 2.5 mA Green LED 13 ms 11 ms 24 V yes 1 changeover contact 250 V ~ acc. to VDE 240 V ~ acc. to UL/CSA max. 6 A / max. 1500 VA max. 6 A see limit diagram 20 x 10 6 switching operations 0.1 Hz -25 °C…+50 °C -40 °C…+60 °C 40 °C / 93 % rel. humidity, no condensation CE, cUL 300 V 4 kV III 4 kVeff / 1 min ≥ 5.5 mm Type Cat. No. MRS 60 Vdc1CO8556060000 MRZ 60 Vdc1CO8556130000 3.3 mAdc ±20 % 200 mW ±10 % 35 V / 1.6 mA 11 V / 0.6 mA Green LED 5.9 ms 6.5 ms 60 V yes yes yes 1 changeover contact 250 Vac acc. to VDE 240 Vac acc. to UL/CSA max. 6 A / max. 1500 VA max. 6 A see limit diagram 20 x 10 6 switching operations 0.1 Hz -25 °C…+50 °C -40 °C…+60 °C 40 °C / 93 % rel. humidity, no condensation CE, cUL 300 V 4 kV III 4 kVeff / 1 min ≥ 5.5 mm Type Cat. No. MRS 48 Vuc1CO8556040000 MRZ 48 Vuc1CO 8556110000 5 mA ±20 % 4 mA ±20 % 190 mW ±20 % 29 V / 2.2 mA 11 V / 1.3 mA Green LED 6.1 ms 5.8 ms 48 V yes yes yes 1 changeover contact 250 Vac acc. to VDE 240 Vac acc. to UL/CSA max. 6 A / max. 1500 VA max. 6 A see limit diagram 20 x 10 6 switching operations 0.1 Hz -25 °C…+50 °C -40 °C…+60 °C 40 °C / 93 % rel. humidity, no condensation CE, cUL 300 V 4 kV III 4 kVeff / 1 min ≥ 5.5 mm MRS 24 Vuc 1CO MRZ 24 Vuc 1CO MRS 24 Vdc 1CO MRZ 24 Vdc 1CO Type Cat. No. MRS 24 Vdc 1CO8533640000 MRZ 24 Vdc 1CO8533660000 6.6 mAdc ±10 % 160 mW ±10%

15.4 V / 4 mA

6.5 V / 1.2 mA Green LED 6.6 ms 5.8 ms 24 V yes yes yes 1 changeover contact 250 Vac acc. to VDE 240 Vac acc. to UL/CSA max. 6 A / max. 1500 VA max. 6 A see limit diagram 20 x 10 6 switching operations 0.1 Hz -25 °C…+50 °C -40 °C…+60 °C 40 °C / 93 % rel. humidity, no condensation CE, cUL 300 V 4 kV III 4 kVeff / 1 min ≥ 5.5 mm Type Cat. No. MRS 24 Vuc 1CO8556050000 MRZ 24 Vuc 1CO8556120000 11 mA ± 10 % 6.4 mA ±20 % 154 mW ±10 % 15.8 V / 3.6 mA 7 V / 1.3 mA Green LED 7.3 ms 9 ms 24 V yes yes yes 1 changeover contact 250 V ~ acc. to VDE 240 V ~ acc. to UL/CSA max. 6 A / max. 1500 VA max. 6 A see limit diagram 20 x 10 6 switching operations 0.1 Hz -25 °C…+50 °C -40 °C…+60 °C 40 °C / 93 % rel. humidity, no condensation CE, cUL 300 V 4 kV III 4 kVeff / 1 min ≥ 5.5 mm Relay Couplers on Sockets MICROSERIES in Terminal Format

Relay Couplers on Sockets MICROSERIES in Terminal Format Tension clamp version MRZ Screw version MRSAccessories General technical data Clampable conductor: Solid H07V-U mm 2 Fsolid H07V-K mm 2 „f“ with ferrules acc. to DIN 46 228/1* mm 2 „f“ with ferrules with plastic collar* mm 2 Max. clampable range in mm2 /gauge pin acc. to IEC 60 947-1 Size Rated torque Continuous current of cross-connection 2-pole A Continuous current of cross-connection multipole A Insulation stripping length mm Protection class Housing material Flammability class UL 94 Rated current Rated voltage Cross-connection Pluggable cross-connection ZQV yellow red blue black Markings 12 x 6 mm Screwdriver Tension clamp version 0.5…2.5 0.5…2.5 0.5…1.5 0.5…1.5 0.13…2.5 A 2 IP 20 Wemid 6 A 250 V Type Cat. No. Qty. ZQV 4N / 2 GE 1758250000 60 ZQV 4N / 3 GE 1762630000 60 ZQV 4N / 4 GE 1762620000 60 ZQV 4N / 10 GE 1758260000 20 ZQV 4N / 41 GE 1758270000 10 ZQV 4N / 2 RT 1793950000 60 ZQV 4N / 3 RT 1793980000 60 ZQV 4N / 4 RT 1794010000 60 ZQV 4N / 10 RT 1794040000 20 ZQV 4N / 41 RT 1794070000 10 ZQV 4N / 2 BL 1793960000 60 ZQV 4N / 3 BL 1793990000 60 ZQV 4N / 4 BL 1794020000 60 ZQV 4N / 10 BL 1794050000 20 ZQV 4N / 41 BL 1794080000 10 ZQV 4N / 2 SW 1793970000 60 ZQV 4N / 3 SW 1794000000 60 ZQV 4N / 4 SW 1794030000 60 ZQV 4N / 10 SW 1794060000 20 ZQV 4N / 41 SW 1794090000 10 Type Cat. No. Qty. WS 10/6 1060960000 200 WS 12/6 1061160000 200 Type Cat. No. Qty. SD 0.6 x 3.5 x 100 9008330000 10 Screw version 0.5…4 0.5…2.5 0.5…1.5 0.5…1.5 0.13…4 A 3 0.6 Nm IP 20 Wemid 6 A 250 V Type Cat. No. Qty. ZQV 4N / 2 GE 1758250000 60 ZQV 4N / 3 GE 1762630000 60 ZQV 4N / 4 GE 1762620000 60 ZQV 4N / 10 GE 1758260000 20 ZQV 4N / 41 GE 1758270000 10 ZQV 4N / 2 RT 1793950000 60 ZQV 4N / 3 RT 1793980000 60 ZQV 4N / 4 RT 1794010000 60 ZQV 4N / 10 RT 1794040000 20 ZQV 4N / 41 RT 1794070000 10 ZQV 4N / 2 BL 1793960000 60 ZQV 4N / 3 BL 1793990000 60 ZQV 4N / 4 BL 1794020000 60 ZQV 4N / 10 BL 1794050000 20 ZQV 4N / 41 BL 1794080000 10 ZQV 4N / 2 SW 1793970000 60 ZQV 4N / 3 SW 1794000000 60 ZQV 4N / 4 SW 1794030000 60 ZQV 4N / 10 SW 1794060000 20 ZQV 4N / 41 SW 1794090000 10 Type Cat. No. Qty. WS 10/6 1060960000 200 WS 12/6 1061160000 200 Type Cat. No. Qty. SD 0.6 x 3.5 x 100 9008330000 10 91 mm 92 mm 93 mm94 mm 6.1 mm 6.1 mm

Relay Couplers on Sockets MICROSERIES in Terminal Format Digital signal processing … 30005V 4061580000 20 … 30012V 4061610000 20 … 30024V 4060120000 20 … 30048V 4061620000 20 … 30060V 4061630000 20 … 30124V 4061590000 20 … 30160V 4061600000 20 1 changeover contact Single contact 6 A

300 Vdc / 400 Vac

≥ 100 mA, 12 V 1 ms 5 ms V-0 -40 ... +85 °C 6/1200 switching operations per minute 5 / 2.5 ms 1.5 / 5 ms IP 67 www.matsushita.de Pluggable relay Coil voltage 5 V, 1 changeover contact Coil voltage 12 V, 1 changeover contact Coil voltage 24 V, 1 changeover contact Coil voltage 48 V, 1 changeover contact Coil voltage 60 V, 1 changeover contact Coil voltage 24 V, 1 changeover contact, 5 µAU Coil voltage 60 V, 1 changeover contact, 5 µAU Technical data (of relay manufacturer) Contact number and type Contact version Switching current Switching voltage / max. Switching voltage Braking capacity Contact material Recommended min. load Typ. bounce time NO contact Typ. bounce time normally closed contact Miscellaneous data Flammability class UL Ambient temperature Max. switching operations with rated load / without load Response / drop out time Bounce time NO contact / normally closed contact Protection class Housing For further data see also Contact service life Material AgSnO2 switch. operationsswitch. operations Accessories acc. to

Relay Couplers on Sockets RS 30 Rated data Input voltage 5…60 V ± 10%; 115 V/230 V + 5% – 15% Rated consumption – (W) Rated consumption ~ (VA) Drop-out current of the relay (at 20 °C) Drop-out current of the relay (at 20 °C) Pick-up current Max. output voltage Continuous current Derating curve a = mounted horizontally on rail without clearance b = mounted horizontally on rail with clearance x 20 mm Continuous current Ambient temperature Switch-on current Switching capacity with resistive load Min. switching capacity/switching current Bounce times Switching times, typical –, pick-up lag –, turn off delay Max. switching frequency Contact material Service life, mechanical –, 24 V–, 1 A, resistive load –, 230 V~, 3 A, resistive load Storage temperature Ambient temperature –, mounted on rail without clearance –, mounted on rail with clearance ≥ 20 mm Insulation coordination acc. to EN 50178 Overvoltage category Pollution severity Dimensions Mounting width Length (perpendicular to mounting rail) Height TS 32/TS 35 x 7.5 Schematic circuit diagram 1 234

5 VTTL 12 V– 24 V– 24 V 0 48 V– 48 V 0 60 V– 115 V~ 115 V– 230 V~ 2) 240 V~

–3 mA 3 mA 2.5 mA– 2 mA 2.5 mA– 1 mA– – 2 mA– – 0.5 mA– –– 12 mA – 10 mA – – 6 mA 4.3 mA – –

250 V 250 V 250 V 250 V 250 V 250 V 250 V 250 V 250 V 250 V 250 V

5 A 6 A6 A6 A6 A5 A 5 A 5 A 5 A3 A3 A

2000 VA/100 W

≤ 3 ms ≤ 8 ms ≤ 8 ms ≤ 8 ms ≤ 8 ms ≤ 12 ms ≤ 13 ms ≤ 12 ms ≤ 9 ms ≤ 12 ms ≤ 10 ms ≤ 10 ms ≤ 7 ms ≤ 7 ms ≤ 7 ms ≤ 16 ms ≤ 11 ms ≤ 12 ms ≤ 11 ms ≤ 8 ms ≤ 11 ms ≤ 9 ms ≤ 9 ms

70 Hz 70 Hz 70 Hz 30 Hz 70 Hz 20 Hz 70 Hz 30 Hz 70 Hz 30 Hz 30 Hz

AgNi, gold-flashed >107 switching operations > 5 x 105 switching operations >7 x 105 switching operations –40 °C…+60 °C –25 °C…+40 °C –25 °C…+50 °C III 11.2 mm NO/NC, 25 mm changeover contacts 70 mm (74 mm BL/SL version) 56 mm/51.5 mm Continuous current Continuous operation Clearance > 20 mm On/off switch. mode < 1 min (50/50 %) 1) Rated consumption with 24 VDC auxilary voltage. 2) 230 V– on request

1 NC, 1 NO

1 NO and 1 NC

5 V–, TTL

12 V– 24 V– 24 Vb 48 V– 48 Vb 60 V– 115 V– 115 V~ 230 V~ 240 V~ Ordering data Connection method Schematic circuit diagram Contact Function indicator None None Red LED None Green LED Red LED None Green LED Red LED None Green LED Red LED None Green LED Red LED None Green LED Red LED None Green LED Red LED None Green LED Red LED None Green LED Red LED None Green LED Red LED Screw connection (LP) Disconnect plug with screw connection (BL/SL) 12345 6788 1167760000 1167660000 1129660000 1129421001 1129521001 1101661001 1100961001 1100260000 1101611001 1100911001 1181511001 1100210000 1101621001 1100921001 1181521001 1100220000 1101761001 1101061001 1100360000 1101711001 1101011001 1101721001 1101021001 1101861001 1101161001 1100460000 1101811001 1101111001 1100410000 1101821001 1101121001 1100420000 1101961001 1101261001 1100560000 1101911001 1101211001 1101921001 1101221001 1102061001 1100660000 1102011001 1100610000 1102021001 1100620000 1155161001 1155261001 1155111001 1155211001 1155121001 1155221001 1102161001 1101461001 1100760000 1102111001 1101411001 1102121001 1101421001 1102261001 1101561001 1100860000 1102211001 1101511001 1102221001 1101521001 1128561001 1128661001 1128511001 1128611001 1128521001 1128621001 RS 30 Screw connection 1 NO 1 NC RS 30 Screw connection 1 changeover contact Relay Couplers on Sockets RS 30

Relay Couplers on Sockets RS 30 RS 31 with power contacts Ordering data Rated data Input voltage Rated consumption – (W) Rated consumption – (VA) Drop-out current of the relay (at 20 °C) Drop-out current of the relay (at 20 °C) Max. output voltage Continuous current Derating curve mounted horizontally on rail without clearance Continuous current Ambient temperature Switch-on current Max. switching capacity with resistor load Min. switching capacity/switching current Bounce times Switching times, typical –, pick-up lag –, turn off delay Max. switching frequency Contact material Service life, mechanical – 230 V, 50 Hz, 3.5 kV A Status indicator Red LED Yellow LED Green LED Storage temperature Ambient temperature Insulation coordination acc. to EN 50178 Overvoltage category Pollution severity Dimensions Mounting width Length (perdendicular to mounting rail) Height with TS 32/TS 35 x 7.5 Schematic circuit diagram Type Cat. No. RS 31, 24 V– 1128361001 RS 31, 24 V– 1128331001 RS 31, 24 V– 1128311001 11.5 mA– 250 V 16 A

60 A/200 ms

3.5 kVA/480 W

1 W/100 mA

< 3 ms < 9 ms < 10 ms AgCdO 3 x 107 switching operations 2.5 x 105 switching operations 1128361001 1128331001 1128311001 –40 °C…+60 °C –25 °C…+40 °C III 25 mm 70 mm 58 mm/53.5 mm Type Cat. No. RS 31, 48 V– 1150761001

48 V–, ±10 %

13.5 mA– 250 V 16 A 3.5 kVA/480 W < 6 ms < 12 ms < 8 ms AgCdO 3 x 107 switching operations 2.5 x 105 switching operations 1150761001 –40 °C…+60 °C –25 °C…+40 °C III 25 mm 70 mm 58 mm/53.5 mm Type Cat. No. RS 31, 115 V– 1150361001

115 V–, +5 % –15 %

5.5 mA– 250 V 16 A 3.5 kVA/480 W < 6 ms < 10 ms < 12 ms AgCdO 3 x 107 switching operations 2.5 x 105 switching operations 1150361001 –40 °C…+60 °C –25 °C…+40 °C III 25 mm 70 mm 58 mm/53.5 mm Type Cat. No. RS 31, 115 V~ 1150461001

115 V~, +5 % –15 %

1.5 mA~ 250 V 16 A 3.5 kVA/480 W < 6 ms < 4 ms < 11 ms AgCdO 3 x 107 switching operations 2.5 x 105 switching operations 1150461001 –40 °C…+60 °C –25 °C…+40 °C III 25 mm 70 mm 58 mm/53.5 mm 1 changeover contact z Usable for high switching-power z Suitable for switching inductive loads

Type Cat. No. RS 31, 230 V~ 1128461001 RS 31, 230 V~ 1128431001 RS 31, 230 V~ 1128411001 2.2 mA~ 250 V 16 A 3.5 kVA/480 W < 6 ms < 10 ms < 8 ms AgCdO 3 x 107 switching operations 2.5 x 105 switching operations 1128461001 1128431001 1128411001 –40 °C…+60 °C –25 °C…+40 °C III 25 mm 70 mm 58 mm/53.5 mm Relay Coupler on Locking Socket Profile RS 31

Relay Couplers on Sockets RS 32 RS 32 RS 32 Ordering data Rated data Input voltage Rated consumption – (W) Rated consumption ~ (VA) Drop-out current of the relay (at 20 °C) Drop-out current of the relay (at 20 °C) Max. output voltage Continuous current Derating curve mounted horizontally on rail without clearance Continuous current Ambient temperature Switch-on current Max. switching capacity with resistor load Min. switching capacity/switching current Bounce times Switching times, typical –, pick-up lag –, turn off delay Max. switching frequency Contact material Service life, mechanical –, 24 V–, 1 A, resistive load –, 230 V~, 3 A, resistive load Status indicator Storage temperature Ambient temperature Approvals Insulation coordination acc. to EN 50178 Overvoltage category Pollution severity Dimensions Mounting width Length (perpendicular to mounting rail) Height with TS 32/TS 35 x 7.5 Schematic circuit diagram Type Cat. No. RS 32 9406021001

12 V–, ±10 %

0.6 W 9.5 mA 250 V 2 x 4 A 2 x 6 A 1400 VA ≤ 4 ms ≤ 13 ms ≤ 10 ms AgNi0.15, gold-flashed > 30x106 switching operations Red LED –40 °C…+60 °C –25 °C…+40 °C III 25 mm 70 mm 68 mm/63.5 mm Type Cat. No. RS 32 9406121001 0.6 W 5 mA 250 V 2 x 4 A 2 x 6 A 1400 VA ≤ 4 ms ≤ 13 ms ≤ 10 ms AgNi0.15, gold-flashed > 30x106 switching operations Red LED –40 °C…+60 °C –25 °C…+40 °C CSA III 25 mm 70 mm 68 mm/63.5 mm Type Cat. No. RS 32 9406221001 0.6 W 0.9 VA 24 V–: 4.5 mA 24 V~: 2.5 mA 250 V 2 x 4 A 2 x 6 A 1400 VA ≤ 4 ms ≤ 13 ms ≤ 10 ms AgNi0.15, gold-flashed > 30x106 switching operations Red LED –40 °C…+60 °C –25 °C…+40 °C III 25 mm 70 mm 68 mm/63.5 mm Type Cat. No. RS 32 9406321001 0.6 W 2 mA 250 V 2 x 4 A 2 x 6 A 1400 VA ≤ 4 ms ≤ 13 ms ≤ 10 ms AgNi0.15, gold-flashed > 30x106 switching operations Red LED –40 °C…+60 °C –25 °C…+40 °C CSA III 25 mm 70 mm 68 mm/63.5 mm 9406021001 9406121001 9406321001 9406521001 with 2 changeover contacts

Type Cat. No. RS 32 9406421001 0.6 W 0.9 VA

48 V–: 2 mA

48 V~: 4.5 mA 250 V 2 x 4 A 2 x 6 A 1400 VA ≤ 4 ms ≤ 13 ms ≤ 10 ms AgNi0.15, gold-flashed > 30x106 switching operations Red LED –40 °C…+60 °C –25 °C…+40 °C III 25 mm 70 mm 68 mm/63.5 mm Type Cat. No. RS 32 9406521001

60 V–, ±10 %

0.6 W 1.5 mA 250 V 2 x 4 A 2 x 6 A 1400 VA ≤ 4 ms ≤ 10 ms ≤ 10 ms AgNi0.15, gold-flashed > 30x106 switching operations Red LED –40 °C…+60 °C –25 °C…+40 °C III 25 mm 70 mm 68 mm/63.5 mm Type Cat. No. RS 32 9406621001

115 V0, +5 % –15 %

0.5 W 0.6 VA

115 V–: 1 mA

115 V~: 1.5 mA 250 V 2 x 4 A 2 x 6 A 1400 VA ≤ 4 ms ≤ 13 ms ≤ 10 ms AgNi0.15, gold-flashed > 30x106 switching operations Red LED –40 °C…+60 °C –25 °C…+40 °C III 25 mm 70 mm 68 mm/63.5 mm Type Cat. No. RS 32 9406721001

230 V0, +5 % –15 %

230 V–: 1.2 mA

230 V~: 2 mA

≤ 4 ms ≤ 13 ms ≤ 10 ms AgNi0.15, gold-flashed > 30x106 switching operations Red LED –40 °C…+60 °C –25 °C…+40 °C III 25 mm 70 mm 68 mm/63.5 mm Type Cat. No. RS 32 1122661001

24 V/48 V0, ±10 %

0.5 W/0.6 W 0.7 VA/0.9 VA –: 5 mA/2 mA ~: 3 mA/4.5 mA 250 V 2 x 4 A 2 x 6 A 1400 VA ≤ 4 ms ≤ 13 ms ≤ 10 ms AgNi0.15, gold-flashed > 30x106 switching operations Green LED –40 °C…+60 °C –25 °C…+40 °C III 25 mm 70 mm 68 mm/63.5 mm Type Cat. No. RS 32 1122761001

115 V/230 V0, +5 % –15 %

0.5 W/1 W

0.6 VA/1 VA

–: 1 mA/1.2 mA ~: 1.5 mA/2 mA 250 V 2 x 4 A 2 x 6 A 1400 VA ≤ 4 ms ≤ 13 ms ≤ 10 ms AgNi0.15, gold-flashed > 30x106 switching operations Green LED –40 °C…+60 °C –25 °C…+40 °C III 25 mm 70 mm 68 mm/63.5 mm 9406221001 9406421001 9406621001 9406721001 1122661001 1122761001 Relay Couplers on Sockets RS 32

Multiple Socket Interface RSM RSM 4 R 4 relays, soldered RSM 4 RS 4 relays, plug-in Rated data Input voltage Rated consumption –(W) soldered relay plug-in relay Rated consumption ~(VA) soldered relay plug-in relay Pick-up current – (mA) soldered relay – (mA) plug-in relay Pick-up current ~ (mA) soldered relay – (mA) plug-in relay Drop-out current of the relay (at 20 °C) Max. output voltage Continuous current Derating-curve a = mounted horizontally on rail without clearance b = mounted horizontally on rail with clearance ≥ 20 mm Continuous current Ambient temperature Switching times, typical –, pick-up lag (–/~) –, turn off delay (–/~) Bounce times Switch-on current Switching capacity with resistive load Min. switching capacity/switching current Contact material Service life, mechanical –, 24 V–, 1 A, resistive load –, 230 V~, 3 A, resistive load Storage temperature Ambient temperature Insulation coordination acc. to EN 50178 Overvoltage category Pollution severity Dimensions Conductor cross-section (screw connection) Spare relay (pluggable) for 24 V-RSM types for 48 V-RSM types for 115 V, 230 V-RSM types Also available as opto-coupler (max. 48 V), See page 120/121 Schematic circuit diagram Fixing feet can also be mounted turned through 180° DC voltage, positive switching

24 V– 24 V 0 48 V– 48 V 0 115 V~ 115 V 0 230 V~ 230 V 0

0.45 W 0.45 W 0.45 W 0.45 W – – – – –– –– 0.6 VA 0.6 VA 1.2 VA 1.2 VA 12 mA – 10 mA – – 5 mA – 3 mA 23 mA 12 mA 14 mA – – – – – – 16.5 mA – – 5 mA – 4 mA – 2 mA 1.5 mA 1 mA 1 mA

250 V 250 V 250 V 250 V 250 V 250 V 250 V 250 V

6 A 6 A 6 A 6 A 6 A 6 A 3 A 3 A

≤ 8 ms ≤ 10 ms/10 ms ≤ 12 ms ≤ 10 ms/12 ms ≤ 10 ms ≤ 8 ms/10 ms ≤ 10 ms ≤ 8 ms/10 ms ≤ 7 ms ≤ 15 ms/20 ms ≤ 11 ms ≤ 15 ms/20 ms ≤ 10 ms ≤ 5 ms/8 ms ≤ 10 ms ≤ 7 ms/8 ms ≤ 3 ms ≤ 3 ms ≤ 3 ms ≤ 3 ms ≤ 3 ms ≤ 3 ms ≤ 3 ms ≤ 3 ms

8 A 8 A 8 A 8 A 8 A 8 A 8 A 8 A

2000 VA 2000 VA 2000 VA 2000 VA 2000 VA 2000 VA 2000 VA 2000 VA

AgNi 90/10, AgNi0,15, gold-flashed > 30x106 switching operations >5 x 105 switching operations >7 x 105 switching operations –40 °C…+60 °C –25 °C…+50 °C III 0.5…2.5 mm 2 Input voltage Contact material Cat. No. Notes

24 V– AgNi 90/10 8630780000 RT 314024 with yoke

24 V– AgNi 90/10 4058480000 RT 314024 without yoke

48 V– AgNi 90/10 8630790000 RT 314048 with yoke

48 V– AgNi 90/10 4058740000 RT 314048 without yoke

115 V– AgNi 90/10 8630770000 RT 314110 with yoke

115 V– AgNi 90/10 4058500000 RT 314110 without yoke

115 V– Au 5 4156970000 ZLT input relay KHU/BV 1680

RSM 8 R 8 relays, soldered RSM 8 RS 8 relays, plug-in (Relay Coupler) with one changeover contact each

Male connector block with interlock according to DIN 41651/Parts 1 and 2 Screw connection

• Input: - Relay pluggable Screw connection and male conn. block acc. to IEC 603-1/ DIN 41651 - Relay soldered male conn. block acc. to IEC 603-1/ DIN 41651
• Output: Screw connection Spare relays on request Red LEDs, further colours on request DC voltage, negative switching AC-DC/DC voltage RSM 16 RS 16 relays, plug-in Input RSM 4 R/RS RSM 8 R/RS RSM 16 R/RS Positve Negative Relay Relay Relay Mounted voltage 4 relays 8 relays 16 relays switching 1) switching2) pluggable pluggable soldered width

24 VDC zz – 1113161001 145 mm

24 VDC zz 11133610013) 80175810014) 1112361001 75 mm

zz 11134610013) 1112761001 75 mm zz 11135610013) • 80036710014) • 1107761001 145 mm zz 11136610013) • 1112661001 145 mm zz 11137610013) • 80182210014) • 1107861001 285 mm zz 11138610013) • 1113061001 285 mm

24 V0 z 1173461001 75 mm

48 VDC zz 1113961001 1112461001 75 mm

zz 1114161001 • 145 mm zz 1114261001 • 145 mm zz 1114361001 • 285 mm zz 1114461001 • 285 mm

48 V0 z 1173761001 75 mm

115 V0 z 1114561001 75 mm

230 V~ z 1114861001 75 mm

230 V0 z 1123461001 75 mm

1) Common negative potential, positive is switched 2) Common negative potential, negative is switched 3) Approval by the Germanischer Lloyd 4) Empty modules without relays Multiple Socket Interface RSM

The contacts available at the output are: 2, 3 or 4 changeover contacts. The marking of the contacts in the follow- ing diagram corresponds to European standard EN 50005. The standard range of relay socket mod- ules is divided as follows: Group 1: RS 3 (2 changeover contacts) RS 4, RS 14 (4 changeover contacts) For relays of the type “international” Group 2: RS 6 (2 changeover contacts) Size 1 RS 7, 17 (3 changeover cont.) Size 2 RS 8, 18 (4 changeover cont.) Size 2 RS 9 (2 changeover cont.) Size 2 For relays of the type "European". Relays with 4 changeover contacts (size 2) can be secured to RS 7, RS 17 and RS 9; however, only 3 or 2 changeover contacts are connected to the terminals, which results in space savings. Group 3: RS 21 (2 changeover contacts) RS 23 (3 changeover contacts) RS 24 (2 x 3 changeover cont.) For relays with one socket with 8 or 11 pins. The table on page 87 offers an overview of the most important manufacturers of relays in groups 2, 3 and 4. The list is pro- vided for information purposes only, and does not claim to be complete Weidmüller relay sockets for mounting rails enable plug-in relays most commonly used in industry to be mounted; they make possible installations in which the control section and power section are per- fectly separated. The coil terminals and the connection terminals are located on opposite sides of the locking socket mod- ules. The conductors are connected via screw terminals; the securing in the terminal is achieved by a clamping yoke system. This method has been used by Weidmüller for many years, and is the only method that guarantees a reliable connection in indus- trial applications. Thanks to their combination foot, these modules can be mounted onto TS 32, TS 35x7.5, TS 35x15 mounting rails in accor- dance with European standards EN 50035 and EN 50022. The connections are marked according to European Standard EN 50005. The mod- ules are designed for DC relays (with a damping diode parallel to the coil, as well as a protection diode for reverse polarity protection) and AC relays. They can be provided with an LED on request. DC voltage Ac voltage The input terminals are doubled, in order to pick off the poles. Note the following for DC current operation: A1 = + A2 = – Relay Socket Module for Industry Relays

List of Plug-in Relays for Weidmüller Relay Socket Modules Manufacturer EBERLE ELESTA FEME GRUNER HALLER ITT (MTI) FUJITSU KUHNKE KUKE NATIONAL OMRON POTTER & BRUMFIELD RAPA Tyco/SCHRACK SDS TEC ZETTLER Group 1 International relays

• RS 3 2 changeover contacts
• RS 4, RS 14 4 changeover contacts Relay type
• MAT 2
• MAT 4
• FRL 263-02
• FRL 263-04
• Type 111 A4
• HC 2
• HC 4
• MY 2
• MY 4
• Series KH
• ZT 4
• PT 4
• HC 2
• HC 4
• Type 1301
• TEC 1401 Group 2 European relays
• RS 6 2 changeover contacts (Size 1)
• RS 7, RS 17 3 changeover cont. (Size 2)
• RS 8, RS 18 4 changeover cont. (Size 2)
• RS 9 2 changeover cont. (Size 2) Relay type
• Type 40701
• Type 40701
• Series 9065 G
• Series 9059 G/9066 G
• Series 9059 G/9066 G
• Series 9059 G/9066 G
• Series H-561 Size 1
• Series H-561 Size 2
• Series H-561 Size 2
• Series H-561 Size 2
• Type 24
• Type 25
• Type 25
• Type 25
• Miniature relays Type 01
• Miniature relays Type 02
• Miniature relays Type 02
• Miniature relays Type 02
• MHS-2
• MHS-4
• MHS-4
• MHS-4
• Series R 10
• Series R 10
• Series R 10
• Series 012 Size 1
• Series 012 Size 2
• Series 012 Size 2
• Series 012 Size 2
• Relays N, S, W Size 1
• Relays N, S, W Size 2
• Relays N, S, W Size 2
• Relays N, S, W Size 2
• K 2
• K 4
• K 4
• K 4
• Type 1350
• Type 1360
• Type 1360
• Type 1360
• AZ E 20, AZ 420, AZ 420 W
• AZ E 21, AZ 421, AZ 421 W
• AZ E 21, AZ 421, AZ 421 W
• AZ E 21, AZ 421, AZ 421 W Group 3 Relays with socket oktal
• RS 21 2 changeover contacts
• RS 23 3 changeover contacts
• RS 24 2x3 changeover contacts Relay type
• Type 41454
• Type 41454
• SKR 085
• SKR 115
• RCP 8
• RCP 11
• RCP 11
• Series 668 B 2 changeover contacts
• Series 668 A 3 changeover contacts
• Series 668 A 3 changeover contacts
• HB-1/1
• HB-1/2
• HB-1/2
• FRL 256-02
• FRL 256-04
• FRL 256-04
• Universal relays-M/-H/-U
• Universal relays-M/-H/-U
• Universal relays-M/-H/-U
• MK 2
• MK 3
• MK 3
• Series KAP
• Series KAP
• Series KAP
• Series C-Type CKR
• Series C-Type CKR
• Series C-Type CKR
• Series RN/RC
• Series RN/RC
• Series RN/RC
• Type 1210
• Type 1210
• Type 1210
• AZ 1010 – AZ 509 2 C
• AZ 1010 – AZ 509 3 C
• AZ 1010 – AZ 509 3 C

Relay Sockets for Industry Relays PT 4 industry relays 4-pole, with test button Rated data Contact data Contact number and type Contact version Contact material Max. braking capacity AC Rated voltage Continuous current Switch-on current Min. contact rating Mechanical service life Response / drop out time Bounce time Test voltage Isolation acc. to IEC664 Rated voltage Pollution severity Overvoltage category Insulation group / reference voltage Approvals Miscellaneous data Protection class Flammability class UL 94 Ambient temperature DC coil AC coil Weight Correspond. relay socket Ordering data 6 V– 12 V– 24 V– 48 V– 60 V– 115 V– 6 V~ 12 V~ 24 V~ 48 V~ 60 V~ 115 V~ 230 V~ Retainer clip for SIEMENS-Relays 4 changeover contacts Single contacts AgNi 90/10, AgNi 90/10 htv 1500 VA 250 V~

6 A / contact

12 A / contact

24V, 10 mA / 20 m, 1 mA htv DC coil > 30x106 AC coil > 20x106 15/10 ms 5 ms 2.5 kVeff coil / contact B, 60 V~/75 V 250 V III B/250 VDE, UL, CSA IP50 V-0 -40 … + 70 °C -40 … + 70 °C 30g

• Relay sockets Type RS 3, RS 4 and RS 14
• Alternatives to ZT 4 see table on page 99 Type (ZT 4) Best.-Nr PT 570006 8074650000 PT 570012 8054360000 PT 570024 1180700000 PT 570048 8074670000 PT 570060 8074680000 PT 570110 8074700000 PT 570506 8074710000 PT 570512 8074730000 PT 570524 1181800000 PT 570548 1180900000 PT 570560 8074760000 PT 570615 1180800000 PT 570730 1181100000 PT 28800 8572170000

0.5…4 mm 2 0.5…2.5 mm 2 AWG 26…14 250 V0 125 V~ 5 A Type Cat. No. Qty. TS 32 0122800000 – TS 35x7.5 0383400000 – TS 35x15 0498000000 – EWK 2 0199360000 50 EW 35 0383560000 50 ESo 7 0515200000 – SSt 7 0515300000 100 ZG 28800 0116000000 25 Digital signal processing 101 Relay Sockets for Industry Relays Relay sockets for DC and AC voltage relays with fixing foot for TS 32/TS 35x7.5 and TS 35x15 Relay type* Contacts on module Ordering data Sockeltyp Relay socket for AC relays (without diode) With red LED (230 V~) Relay socket for DC relays with suppressor diode and reserve voltage protection (diode 1 N 4007) With red LED (24 V–) With green LED (24 V–) Dimensions Relay socket width Insulation stripping length Connection data Screw connection, solid Screw connection, flexible Conductor cross-section Rated data Coil voltage (types without LED) Contact voltage Contact current Accessories Mounting rail (2 m lenghts) End bracket (thickness mm) Insert tag (blanc) Protective strip, transparent Retainer clip for Schrack relays Schrack Schrack Type PT 5 Type PT 5 4-pole 4-pole 2 changeover contacts 4 changeover contacts RS 3 RS 4 0115161001 0116261001 0115061001 0116161001 0116121001 0115011001 35 mm 65 mm 7 mm 7 mm 0.5…4 mm 2 0.5…4 mm 2 0.5…2.5 mm 2 0.5…2.5 mm 2 AWG 26…14 AWG 26…14

250 V0 250 V0

250 V~ 125 V~

5 A 5 A

Type Cat. No. Qty. TS 32 0122800000 – TS 35x7.5 0383400000 – TS 35x15 0498000000 – EWK 2 0199360000 50 EW 35 0383560000 50 ESo 7 0515200000 – SSt 7 0515300000 100 ZG 28800 0116000000 25 * Relay not included in delivery RS 3 RS 4 RS 14

Relay Sockets for Industry Relays RS 6 RS 6 RS 8 RS 9 RS 17 RS 18 Assigning commercially available relays to the Weidmüller relay sockets RS 6...RS 24:

• Relay socket RS 6 Siemens cradle relay, size I Zettler cradle-operated relay AZ 420 RAPA range 012, size 1
• Relay socket type RS 7, RS 8, RS 9, RS 17 and RS 18 Siemens cradle relay, size II Zettler cradle-operated relay AZ 421 RAPA range 012, size II
• Relay socket type RS 21, RS 23 and RS 24 Siemens/Schrack Universal Industry relay RS/RN/RC Siemens industry relay 10 Kuhnke universal relay Zettler industrial relay AZ 1010 RAPA range C (No claim is made that this is a complete list of manu- facturers of relays or types of relays.) Relay type* Ordering data Socket type Relay socket for AC relays (without diode) Relay socket for DC relays with suppressor diode and reserve voltage protection (diode 1 N 4007) With red LED (24 V–) With green LED (24 V–) Dimensions Relay socket width Insulation stripping length Connection data Screw connection, solid Screw connection, flexible Conductor cross-section Rated data Coil voltage (types without LED) Contact voltage Contact current Accessories Mounting rail (2 m lenghts) End bracket (thickness mm) Insert tag (blanc) Protective strip, transparent Retainer clip for Schrack relays * Relay not included in delivery ** Not suitable for RS 12 Relay socket for DC and AC voltage relays with locking foot for TS 32 TS 35x7.5 and TS 35x15 0126061001 Kamm-R.® Kamm-R.® Gr. II Gr. II 3 changeov. c. 4 changeov. c. RS 17 RS 18 0125861001 0126061001 0126011001 35 mm 45 mm 7 mm 7 mm 0.5…4 mm 2 0.5…4 mm 2 0.5…2.5 mm 2 0.5…2.5 mm 2 AWG 26…14 AWG 26…14

50 V0 250 V0

125 V~ 125 V~

Type Cat. No. Qty. TS 32 0122800000 – TS 35x7.5 0383400000 – TS 35x15 0498000000 – EWK 2 0199360000 50 EW 35 0383560000 50 ESo 7 0515200000 – SSt 7 0515300000 100 0115461001 Kamm-R.® Kamm-R.® Kamm-R.® Kamm-R.® Gr. I Gr. II Gr. II Gr. II RS 6 RS 7 RS 8 RS 9 0115361001 0115261001 0115461001 0116361001 0188961001 35 mm 50 mm 65 mm 35 mm 7 mm 7 mm 7 mm 7 mm 0.5…4 mm 2 0.5…4 mm 2 0.5…4 mm 2 0.5…4 mm 2 AWG 26…14 AWG 26…14 AWG 26…14 AWG 26…14

250 V0 250 V0 250 V0 250 V0

250 V~ 250 V~ 125 V~ 250 V~

5 A 5 A5 A5 A

Type Cat. No. Qty. TS 32 0122800000 – TS 35x7.5 0383400000 – TS 35x15 0498000000 – EWK 2 0199360000 50 EW 35 0383560000 50 ESo 7 0515200000 – SSt 7 0515300000 100

Plug-in relay for Plug-in relay for Octal socket submagnal socket 8-pole 11-pole RS 21 RS 23 RS 24 on request 8010061001 on request 0167161001 0188661001 on request 35 mm 40 mm 75.5 mm 7 mm 7 mm 7 mm 0.5…4 mm 2 0.5…4 mm 2 0.5…4 mm 2 AWG 26…14 AWG 26…14 AWG 26…14

250 V0 250 V0 250 V0

250 V~ 250 V~ 250 V~

6 A 6 A6 A

Type Cat. No. Qty. TS 32 0122800000 – TS 35x7.5 0383400000 – TS 35x15 0498000000 – EWK 2 0199360000 50 EW 35 0383560000 50 ESo 7 0515200000 – SSt 7 0515300000 100 Digital signal processing 103 RS 21 RS 23 RS 24 Relay Coupler, Relay Sockets Module for Industry Relays

Basic construction of the opto-coupler interface: The heart of the system is the opto- electronic component (opto-coupler) that effects the coupling. An important parameter of this type of modules is the CTR = current transfer rate. The CTR is given in % and is the ratio between the input current IF and the maximum available output current IC. Example: IF = 10 mA; CTR = 100% => IC = 10 mA. The CTR is affected by a number of parameters such as: - Ambient temperature - efficiency of the luminescence diode - geometric dimensions within the module It also drops with time. The result is that the switching levels change due to ageing. CTR as a function of operating life To eliminate these effects where possible, Weidmüller opto-coupler use almost exclusively semiconductors which have a long life in terms of CTR. Moreover, the insulation of a module is highly important, since the actual coupling of the input and output circuits takes place optically. Thus the optical component has to guarantee separation of both circuits even in case of a defect. Weidmüller opto-coupler comply with DIN VDE 0884 to provide a maximum level of safety. Appropriate switching circuits need to be included to ensure that the entire com- ponent provides reliable separation in accordance with DIN VDE 0106, Part 101. Circuit diagram of an opto-coupler Opto-coupler for protective separation or galvanic isolation The most important precondition for achieving protective separation with opto- electronic coupling modules is the partial discharge test in accordance with DIN VDE 0884. Double or reinforced insulation for protective separation must be dis- charge proof. High voltage tests, as are usual with relays, cannot be carried out with semi-conductors, because they could lead to the destruction of the semi-con- ductor. Safe separation for the given rated voltage is applicable to coupling modules that are integrated into opto-couplers if: - the opto-couplers are tested according to DIN VDE 0884 - clearance and creepage distances on the PCB and connection elements cor- respond to EN 50 178, DIN VDE 0106 and 0109. With increasing automation, potential separation between the control and field sides of circuits is becoming increasingly important. The control unit being the core of the automation must be electrically safe and free from feedback when coupled with the various sensors and actuators. Opto- coupler are being used in a growing num- ber of applications. They offer the neces- sary safety and have further advantages such as: - low power uptake on control side - high switching frequency - no contact bounce - wear-free switching - insensitive to vibration - use independent of location - no mechanical parts - long life - high insulation voltage Because of these features, opto-coupler are an alternative to conventional, me- chanical relay interfaces. For industrial usage, Weidmüller offers modules with various input voltages and housings. Input from control Output to periphery Receiver t (Life time) CTR in % Sender

Control side of the opto-coupler interface 3 basic circuits are to be differentiated on the input side of the opto-coupler#s inter- face: - as a pure DC input with polarity protec- tion diode wich prevents the opto-cou- pler from being destroyed if the input polarity is reversed. - as an AC/DC input: Wrong polarity of the DC input signal is not possible with this switching. The disadvantage of an AC/DC input cir- cuit (driven by DC signal) is the low switching rate since the charging capacitor (CL, necessary for AC-input signal) lowers the max. switching rate. - pure AC-Input: Here, too, the charging capacity lowers the max. switching rate considerably. Weidmüller opto-coupler with AC/DC or AC input signals are designed for 40…60 Hz power supply. With AC-signal input the max. switching rate is below half the power supply frequency. A high switching rate is not possible, oth- erwise continuous switching in tune with the power frequency would occur. Output side of the opto-coupler Weidmüller opto-coupler are designed and sized for a wide variety of applications. Demands regarding the load side of opto- couple modules could be: - power amplification - signal conditioning AC/DC, DC/AC - short-circuit protection - interference proof, etc. To fulfil these requirements, the opto-cou- pler must contain additional electronic components which determine the func- tionality of the opto-coupler. Thus there are 2 basic output variations for opto-coupler Output as - 2 pole and - 3 pole circuits 2-pole DC output The 2-pole DC output is comparable to a conventional switch. With this type it is immaterial where the load is in the output circuit. It is, however, important to provide the necessary output supply voltage with the right polarity. * Sample circuit * Wiring example

This type of output stage requires for safe function a potential-linked output voltage supply with an output that is either positive switching (common reference potential is GND or 0 V) or negative switching (common reference potential is the positive voltage pole). Standards Weidmüller opto-coupler comply with the following standards: EN 50 178 Furnishing of power engineering systems with electronic equipment DIN VDE 0106 Part 101 Protection against flow of dangerous currents into the human body; basic requirements for reliable separation within electrical equipment. DIN VDE 0884 Optoelectronic coupling devices for reliable separation DIN VDE 0109 Insulation coordination within low-voltage system including clearance and creepage distances for equipment Protective circuit All opto-coupler have a protective circuit in the output (generally a free-wheeling diode). To prevent decoupling of interference signals to other leads the load side should be protected. Protective circuit for DC output Protective circuit for AC output Application example Position monitoring with namur intiator Monitoring an actuator Opto-couplers are normally given with an output voltage supply from 5…48 VDC. These values should not be cut or exceed- ed on any occasion. The load current should not be higher than the stated max. output current. Continuously exceeding this value will destroy the output stage. The derating curve shows the dependency of the output current as a function of the Ambient temperature (see under the respective product on the following pages). 2-pole AC output A special semiconductor element (TRIAC) in the output stage of the opto-coupler is used to switch AC voltages. As for the DC-versions the appropriate parameters (such as voltage, frequency, max. load current, ambient temperature) should be given consideration. A neutral voltage switch ensures that the load is switched only in the voltage zero. To protect against voltage spikes, the modules are allways fitted with appropriate protection elements (varistors, RC-combi- nation). Inputs PLC PLCInputs Opto-coupler outputOpto-coupler output Opto-coupler inputOptoc-oupler input Sample circuit Protection Protection LoadLoad Zero voltage switch Actuator, e. g. solenoid Namur- initiator

Types of housing for opto-coupler Weidmüller coupler modules are enclosed in housings that are appropriate for industrial applications. The housings are suitable for fitting onto mounting rails TS 32, TS 35 x 7.5 or TS 35 x 15 in accordance with European Standards EN 50 035 and EN 50 022. Component housing EG Weidmüller component housings EG 1 and EG 2 are 18 mm wide. The fully enclosed EG housings are fitted with clamping yoke screw connections or push-on blade connectors for attaching wires. Conductors with the following cross-sectional dimensions can be con- nected: solid conductors: 0.5…4 mm 2 or flexible conductors: 0.5…2.5 mm 2. The component housing EG 7 has a spe- cial status. Is has been specifically designed to accommodate 10-mm slim opto-couplers. EG 7 opto-coupler modules can be mounted onto TS 32 or TS 35 rails. The RS EG7 locking socket is also avail- able for the OST opto-couplers. The fully-enclosed EG 7 housing is fitted with clamping yoke connections. Conductors with the following cross- sections can be connected: Component housing EG7: 0.5…1.5 mm Locking socket: 0.5…2.5 mm 2. Component Housing WAVEBOX Component housing WAVEBOX It is important for modern electronics to create a functional housing. Setting and operating functions must be guaranteed, technical demands regarding heat dissipa- tion and EMC properties are to be sup- ported. The ideal design saves space and mounting costs in the switchgear cabinet. Moreover, ergonomics and the design are gaining in importance for high-quality opto-couplers interfaces. The WAVEBOX fulfils these criteria and has the following distinguishing features: The WAVEBOX is characterised by:

• Optimal width for any application
• Large component assembly surface; SMD’s can be mounted on the solder side
• No tools required for assembly
• Plug-in printed circuit board
• Plug-in cross-connection via ZQV 2.5 N
• Hinged, transparent cover
• BLZ 5.08 screw/plug and socket connector
• BLFZ 5.08 optional tension clamp/plug and socket connector
• Marking option with WS tags
• Suitable for snap-fitting on TS 35 Connection systems Available are BLZ screw-type connectors as well as the BLZF tension clamp system for up to 2.5 mm 2 flexible conductors for maximum wiring flexibility. Printed-circuit board removal This takes place by pushing in the locking hooks in way of the cover and with draw- ing of the terminal level and printed circuit board from the housing. This must not take place with the supply connected. Cross-connection Housings of the same family arranged side by side, can be cross-connected in the base of the housing with the ZQV 2.5 N/2 cross-connector. The cross-connection can be loaded with a current of up to 8 A. By means of this arrangement, the supply voltage can be cross-connected from one electronic module to another. The voltage transferred from the cross-connection to the terminal level must not exceed 50 V. Air vents Slanted air vents control the temperature and ventilate the housing base. Modular system PLUGSERIES/PLUG OPTO is a new generation of pluggable SSR. The core is an innovative relay socket PXS or PXZ. Both products combine Weidmüller functionality and experience gained from the relay and terminal business. The PLUGopto is the ideal connection technology between SSR and the application. Modular principle The new PLUGSERIES is particularly ser- vice friendly. Commercially available SSRs are simply plugged: holding / dismounting clamps guarantee secure mounting; LED indicators with free-wheeling diode can be simply plugged.
• Easy plugging of SSR - suitable for the standard design and RT
• Independent connection technology: screw or tension clamp Rated cross-section 0.5 2.5 mm2
• Robust holding / dismounting clamp
• Control voltage 24 Vac/Vdc
• Rated switching voltage 24 Vdc, 24 Vac/Vdc, 230 Vac
• Up to 5 A continuous current
• Low wiring costs thanks to ZQV 2.5N (pluggable) cross-connectors
• Service-friendly modular system - relay socket, LED indicator - holding clamp and SSR - mount onto TS 35 - marking options with WS marking tags and holding clamps
• Pluggable LED indicator with free-wheel- ing diode

Weidmüller locking socket RS The locking socket with opto-couplers RS 40 have a width of 11.2 mm. The modules on locking socket profiles are equipped with clamping yoke (screw connection) units for conductor connection. Connectable are: solid conductors: 0.5…4 mm flexible conductors: 0.5…2.5 mm 2. Locking socket with multiple interfaces Multiple interfaces RSM are optionally available assembled with 4, 8 or 16 plug- gable opto-couplers. Versions are avail- able with joint positive and negative poten- tials in order to reduce wiring on the input side. PCB clamping yoke screw connecter ele- ments have clamping yoke units for con- necting conductors with the following cross-sections: solid conductors: 0.5...4 mm Variants of the RSM couplers have male connector blocks on the input side for connecting pre-assembled cables, in accordance with IEC 603-1/DIN 41651. Mini-coupler All parts of the mini-coupler DKR and DKO meet the specifications for a design that is as slim as possible. The sensational width of a mere 6 mm can be achieved by employing the latest surface-mounted devices (SMD). There are 4 or 5 screw connections available which accept conductors with cross-sectional dimensions from 0.5…4 mm 2. The mini- coupler offer a wide range of options for coupling digital sensor/actuator signals between automation devices and the process stage. With DKO opto-coupler, signals from the field with different volt- ages can be picked up and unified. Miniconditioner MCZ The MCZ-housing is distinguished as one of the slimest component-housings. A tool width of only 6 mm reduces space requirements in cabinets. The MCZ is characterized by: - Tension-clamp connection - integrated cross-connection option for input and output minimise wiring costs. The mini conditioner MCZO (opto-cou- plers) have 4 and 5 Z-tension spring con- nections. The clampable conductor cross- CE-marking Weidmüller opto-coupler are marked with the CE symbol and comply with the requirements of EN 50 081 Part 1 and EN 50 082 Part 2. They can therefore be used for both industrial as well as for commercial and light industry. Appropriate ESD measures should be taken during installation. If connecting wires are particularly long, overvoltage protection should be provided in order to prevent interference from electrical disturbance in the atmosphere.

5 - 48 V 5 - 48 V 5 - 48 V 5 - 48 V 5 - 48 V 5 - 48 V 24 - 250 V 5 - 48 V 5 - 48 V 5 - 48 V EG z0558160000 z0609860000 z8220870000 Page 122 Page 123 Page 130 WAVESERIES z8275190000 z8237720000 WOS Page 126 Page 128 EG 7 z8269050000 z8281720000 Page 131 Page 131 z8092530000 z8234580000 Page 132 RS 40 z1160961001 z1117461001 z1161761001 z8065031001 z1177860000 z1119460000 Page 137 Page 137 RSM z1123861001 z1124261001 z1124661001 z1123761001 z1125261001 z8018220000 z1125161001 z8003671001 z1124900000 z8017581001 z1124900000 z1170200000 z1124900000 z1170200000 z1153200000 z1170200000 z1153200000 z1121300000 z1153200000 z1121300000 z8082471001 z1121300000 z8021391001 z1124900000 Page 139 z1124900000 z1170200000 z1170200000 z1153200000 z1153200000 z1121300000 z1121300000 Page 139 Page 139 DKO 32 z8008090000 z8019580000 Page 116 Page 117 DKO 35 z8008150000 z8019590000 z8215600000 Page 116 Page 117 z8181990000 z8028300000 z8215630000 Page 118 z8215640000 Page 118 z8248790000 Page 117 DKO 35/32 z8228640000 z8228630000 Page 119 Page 118 MCZ O z8365940000 z8398940000 z8287730000 Page 114 Page 115 Page 114 z8324610000 (5 V TTL) Page 115 PLUGSERIES z8610840000 z8610860000 POS/POZ z8610920000 z8610930000 z8610900000 z8610910000 z8610970000 z8610980000 z8610890000 z8615590000 z8610960000 z8615630000 z8615600000 Page 134 z8615640000 z8615620000 z8615650000 Page 134 110 Opto-coupler Output 4 x 8 x 16 x Reliable separation z 24 V dc z 24 Vuc/ac Electronic switching z Replacement opto-coupler dc and ac/dc z Empty socket

5 - 48 V 5 - 48 V 5 - 48 V 5 - 48 V 5 - 48 V 5 - 48 V 24 - 250 V 5 - 48 V 5 - 48 V 5 - 48 V EG z0131860000 Page 123 WAVESERIES z8235180000 z8296250000 z8259950000 z8275360000 WOS Page 125 Page 126 Page 127 Page 128 EG 7 z8092570000 z8234600000 z8397420000 z8315590000 Page 133 RS 40 z1161161001 z1161960000 Page 137 DKO 32 z8027980000 Page 119 DKO 35 z8077860000 Page 119 z8131660000 Page 120 MCZ O z8421060000 Page 114 Digital signal processing 111 48 V 5 - 48 V 5 - 48 V 5 - 48 V 5 - 48 V 5 - 48 V 5 - 48 V 24 - 250 V 5 - 48 V 5 - 48 V 5 - 48 V EG 7 z8092550000 Page 132 z8234590000 Page 132 RS 40 z1161061001 Page 137 z1161860000 Page 137 DKO 35 z8151230000 Page 120 Opto-coupler Output 4 x 8 x 16 x 4 x 8 x 16 x Reliable separation z Vdc z Vuc/ac Electronic switching 4 x 8 x 16 x 4 x 8 x 16 x Output

5 - 48 V 5 - 48 V 5 - 48 V 5 - 48 V 5 - 48 V 5 - 48 V 24 - 250 V 5 - 48 V 5 - 48 V 5 - 48 V EG z0546360000 Page 123 WAVESERIES z8275380000 z8275220000 z8275400000 z8275340000 WOS Page 125 Page 126 Page 127 Page 128 EG 7 z8092590000 z8234610000 z8387580000 z8394990000 Page 133 RS 40 z1161461001 z1162060000 z8182690000 Page 137 DKO 32 z8008100000 Page 119 DKO 35 z8008160000 Page 119 MCZ O z8421380000 Page 114 112 Opto-coupler Output 4 x 8 x 16 x z 230 Vuc/ac Electronic switching 4 x 8 x 16 x

5 - 48 V 5 - 48 V 5 - 48 V 5 - 48 V 5 - 48 V 5 - 48 V 24 - 250 V 5 - 48 V 5 - 48 V 5 - 48 V EGO z8011250000 z0114260000 Page 122 Page 122 WAVESERIES z8275500000 WOS Page 124 EGO 7 z8092510000 z8234570000 Page 132 RS 40 z1118760000 z1161660000 Page 137 RSM O z8017581001 z8003671001 z8018221001 z1121200000 z1121200000 z1121200000 z1124800000 z1124800000 z1124800000 Page 139 z8021391001 z8082471001 z1121200000 z1121200000 z1124800000 z1124800000 Page 139 Page 139 DKO 35 z8184030000 Page 116 113 Digital signal processing 3…60 V EGO, 3…5 V z0266160000 Page 122 EGO, 3…12 V z8011250000 Page 122 WAVESERIES z8275430000 WOS 5 V Page 124 WAVESERIES z8275210000 WOS 5 V TTL Page 129 WAVESERIES z8275390000 WOS 3.5 - 15 V Page 124 WAVESERIES z8275450000 WOS 12 - 28 V Page 129 WAVESERIES z8237730000 z8237730000 z8275440000 WOS 15 - 60 V Page 124 Page 124 Page 127 EGO, 7.5 V z8092490000 z8234560000 Page 132 RS 40, 5 V z1118861001 z1161560000 Page 137 RSM, 5 V z1123661001 z1124061001 z1124461001 z1121100000 z1121100000 z1121100000 Page 139 Page 139 Page 139 DKO 32 z8018620000 Page 116 DKO 35 z8018630000 z8067100000 Page 116 Page 120 DKO 32/35 z8228650000 Page 116 Opto-coupler Output 4 x 8 x 16 x Electronic switching 4 x 8 x 16 x Reliable separation z 12 Vdc z 12 Vuc/ac z Replacement opto-coupler dc and ac/dc z Empty socket

120 Vac/dc

24 Vac/dc 20 mA

24 Vac/dc 2 A2*

Max. input frequency Capacity working resistance to reduction at dissipated energy Functionality Output Supply voltage Max. output current Voltage drop at max. load current Pulse duration, limiting overload current (not periodic) Reverse current (close-circuit current) at Uout = 48 V Reverse polarity protection Free-wheel diode - typ. Switch-on delay (at ac phase position dependent) - typ. Switch-off delay (at ac phase position dependent) Short-circuit proof Insulation coordin./Reliable separation acc. to EN 50 178 Rated voltage Rated impulse voltage Overvoltage category Pollution severity Clearances and creepage distances Insulation coordin.- and voltage proof, input/output mounting rail Opto-coupler Ambient temperature rowed on mounting rail without clearances Ambient temperature rowed with clearances ≥ 20 mm Storage temperature Conductor Conductor cross-section Approvals Overall width Accessories End plate Further accessories, dimensions and connection data Opto-coupler in component housing mini coupler MCZ This module can be used:

• between controller and sensor, for feedback of different statuses.
• for direct switching of load currents up to a Adc, but also provides “online” information about the behaviour of the load current. The MCZ-O modules do have following features:
• Reduction of installation- and power-up times by using the proved tension-clamp technology
• Pluggable cross-connection units in the input side reduce wiring costs
• 6 mm width Type Cat. No. MCZ O 24 Vac/dc 8287730000 approx.16 Vac/dc ac: 13 mA / dc: 12 mA ac: approx.220 mW dc: ca.195 mW ac: ≤10 Hz duty factor 1:2 dc: ≤ 30 Hz duty factor 1:2 no operating indication 2 A present external necessary yes 300 V 6 kV III ≥ 5.5 mm 4 kVeff / 1 min acc. to VDE 0884 -25 °C…+40 °C -25 °C…+50 °C -40 °C…+60 °C AWG 22...12 1.5 mm2 CE, UL, CSA 6 mm Type Cat. No. AP MCZ 1.5 8389030000 Page 305 Type Cat. No. MCZ O 24 Vac/dc 8365940000 ac: 14.1 Vac / dc: 16.8 Vdc ac: 11.4 mA / dc: 9.6 mA ac: 5 Hz duty factor 1:2 dc: 10 Hz duty factor 1:2 no operating indication 5...48 Vdc 20 mA ≤ 1 V < 150 mA / 10 ms max. 0.16 mA present ac: ≤ 10 ms / dc: ≤ 20 ms ac: ≤ 45 ms / dc: ≤ 40 ms 300 V 6 kV III ≥ 5.5 mm 4 kVeff / 1 min acc. to VDE 0884 -25 °C…+50 °C -40 °C...+85 °C AWG 22...12 1.5 mm2 CE, UL, CSA 6 mm Type Cat. No. AP MCZ 1.5 8389030000 Page 305 Type Cat. No. MCZ O 120 Vac/dc 8421060000

120 Vac/dc -15 % +5 %

approx.65 Vac/approx.70 Vdc approx.3 mA ac: 5 Hz duty factor 1:2 dc: 20 Hz duty factor 1:2 no operating indication 5...48 Vdc 50 mA < 1.6 V < 150 mA / 10 ms max.0.16 mA present ≤ 30 ms ≤ 40 ms 300 V 6 kV III ≥ 5.5 mm 4 kVeff / 1 min acc. to VDE 0884 -25 °C…+40 °C -25 °C…+50 °C -40 °C…+60 °C AWG 22...12 1.5 mm2 CE, UL, CSA 6 mm Type Cat. No. AP MCZ 1.5 8389030000 Page 305 Type Cat. No. MCZ O 230 Vac 8421380000

230 Vac -15 % +5 %

approx.170 Vac ac: 10 mA ac: 5 Hz duty factor 1:2 yes operating indication 5...48 Vdc 20 mA < 1.6 V < 150 mA / 10 ms max.0.16 mA present 300 V 6 kV III ≥ 3 mm 4 kVeff / 1 min acc. to VDE 0884 -25 °C…+50 °C -40 °C...+85 °C AWG 22...12 1.5 mm2 CE, UL, CSA 6 mm Type Cat. No. AP MCZ 1.5 8389030000 Page 305 50°C 20 mA 40 50 °C 2 A 50 mA 50°C 20 mA Ambient temperature Derating curve rated to ambient temperature a = rowed without clearances on the mounting rail b = rowed with clearances ≥ 20 mm Output current

26.4 Vac/dc

28 Vac/dc

241.50 Vac

126 Vac/dc

40 50 °C ba Opto-couplers MCZ O

24 Vdc/5 VTTL1*

5 V TTL/5...48 Vdc Type Cat. No. MCZ O 24 Vdc 8324610000

24 Vdc ±16 % (20…28 Vdc)

approx.17 Vdc dc: 112 mW 100 kHz switching ratio 1:2 50 kHz switching ratio 1:10 2 µs 8 mA, Fan Out = 20 LS-TTL 1 µs (at 20 Vdc) 2.5 µs (at 28 Vdc) 300 V 6 kV III ≥ 5.5 mm 4 kVeff / 1 min acc. to VDE 0884 -25 °C…+40 °C -25 °C…+50 °C -40 °C...+60 °C AWG 22...12 1.5 mm2 CE, UL, CSA 6 mm Type Cat. No. AP MCZ 1.5 8389030000 Page 305 Schematic circuit diagram Ordering data For TS 35 Technical data Input Supply voltage Input voltage Making threshold Input current at Unom Rated input consumption Max. input frequency Min. input impulse width Output Supply voltage Output voltage Max. output current Voltage drop at max. load current Pulse duration, limiting overload current (not periodic) Reverse current (static current) at Uout = 48 V Reverse polarity protection Free-wheel diode - typ. switch-on delay - typ. switch-off delay Insulation coordin./Reliable separation acc. to EN 50178 Rated voltage Rated impulse voltage Overvoltage category Pollution severity Clearances and creepage distances Insulation coordination/dielectric strength I/O to TS Opto-coupler Ambient temperature rowed on mounting rail without clearances Ambient temperature rowed with clearances ≥ 20 mm Storage temperature Conductor Conductor cross-section Approvals Overall width Accessories End plate Further accessories, dimensions and connection data Opto-coupler in component housing mini coupler MCZ Type Cat. No. MCZ O 24 Vdc 8398940000

5 Vdc ± 5 %

5 V TTL

IIL = 1 µA / IIH = 8 µA 2.4 kHz 5...48 Vdc 100 mA ≤ 1.8 V present (input) present approx.27 µs approx.210 µs 300 V 6 kV III ≥ 5.5 mm 4 kVeff / 1 min acc. to VDE 0884 -25 °C…+50 °C -25 °C…+50 °C -40 °C...+85 °C AWG 22...12 1.5 mm2 CE, UL, CSA 6 mm Type Cat. No. AP MCZ 1.5 8389030000 Page 305 2 µs 2.5 µs 1µs Input signal at 832461 Output signal 8 mA Ambient temperature Derating curve rated to ambient temperature a = rowed on the mounting rail without clearances b = rowed with clearances ≥ 20 mm Output current a+b at Uin28.8 Vdc 100 mA

5.25 Vdc

40 50 °C ba 40 50 °C ba Opto-couplers MCZ O This module can be used: 1* - between controller and actuator, for the signal conversion of 24 Vdc to 5 VTTL 2* - between controller and actuator, for the signal conversion of 5 VTTL to 5...48 Vdc

With combination foot TS 32/TS 35 Technical data Input voltage Switch-on voltage Input current Max. input power Output voltage Max. output current Min. output current Max. switching frequency; switching ratio 1: 2 Switch-on delay Switch-off delay Voltage drop at max. load Insulation coordination to EN 50 178 Rated voltage Rated impulse voltage Overvoltage category Pollution severity Clearances and creepage distances Operating temperature without clearances with clearances Storage temperature Conductor Conductor cross-section Overall width Accessories End plate Further accessories, dimensions and connection data Opto-couplers DKO

• Coupling of digital sensor-/actuator-signals between PLC and process
• Low cost solution for level- and potential-equalization
• Low input power
• Screw clamp connection technology
• 6 mm width Type Cat. No. DKO DK5 5 VTTL8228650000 Input: bottom

5 VTTL

1 µA 5…48 Vdc 100 mA 50 µA 3 kHz approx.27 µs approx.35 µs ≤1.6 V 300 V 6 kV IV ≥5.5 mm -25 °C…+50 °C -25 °C…+50 °C -40 °C…+85 °C AWG 22…12 0.5…4 mm 2 6 mm Type Cat. No. AP DK5 8268870000 Page 305 Type Cat. No. DKO 12 Vdc 8184030000 Input: bottom

12 Vdc ±20 %

approx.7 V 11 mA 130 mW

24 Vdc ±10 %

50 µA 10 kHz 1 µs 2.5 µs ≤1 V 300 V 6 kV IV ≥5.5 mm -25 °C…+50 °C -25 °C…+50 °C -40 °C…+85 °C AWG 22…12 0.5…4 mm 2 12 mm Type Cat. No. AP DKT4 0687560000 Page 305 Type Cat. No. DKO 24 Vac/dc 8008090000 DKO 24 Vac/dc 8008150000 Input: bottom

24 Vac/dc ±10 %

112.8 Vac/16.8 Vdc 11.4 mAac/9.6 mAdc 280 mVA/230 mW 5…48 Vdc 20 mA 50 µA ac: 5 Hz dc: 10 Hz ≤15 ms at dc ≤25 ms at dc ≤1 V 300 V 4 kV III ≥4 mm -25 °C…+40 °C -25 °C…+50 °C -40 °C…+85 °C AWG 22…12 0.5…4 mm 2 6 mm Type Cat. No. AP DKT4 0687560000 Page 305 Type Cat. No. DKO 5 Vdc 8018620000 DKO 5 Vdc 8018630000 Input: bottom

2.4 Vdc

≤10 mA 50 mW 5…48 Vdc 20 mA 50 µA 20 Hz ≤15 µs ≤70 µs ≤1.6 V 150 V 4 kV IV ≥4 mm -25 °C…+50 °C -25 °C…+50 °C -40 °C…+85 °C AWG 22…12 0.5…4 mm 2 6 mm Type Cat. No. AP DKT4 0687560000 Page 305 DKO 5 Vdc DKO 5 VTTL DKO 12 Vdc DKO 24 Vac/dc Schematic circuit diagram Switching ratio Switching ratio Opto-coupler in component housing mini coupler DK

Max. input power Output voltage Max. output current Min. output current Max. switching frequency; switching ratio 1: 2 Switch-on delay Switch-off delay Voltage drop at max. load Insulation coordination to EN 50 178 Rated voltage Rated impulse voltage Overvoltage category Pollution severity Clearances and creepage distances Operating temperature without clearances with clearances Storage temperature Conductor Conductor cross-section Overall width Accessories End plate Further accessories, dimensions and connection data Type Cat. No. DKO 24 Vdc 8215640000 Input: bottom approx.19 V/7.5 mA ≤15 mA 360 mW 5…48 Vdc 20 mA 50 µA 3 kHz approx.50 µs approx.80 µs ≤900 mV 300 V 4 kV II ≥4 mm -25 °C…+40 °C -25 °C…+50 °C -40 °C…+85 °C AWG 22…12 0.5…4 mm 2 6 mm Type Cat. No. AP DKT4 0687560000 Page 305 Type Cat. No. DKO 24 Vdc 8028300000 Input: top approx.19 V/7.5 mA ≤15 mA 360 mW 5…48 Vdc 20 mA 50 µA 3 kHz approx.50 µs approx.80 µs ≤900 mV 300 V 4 kV II ≥4 mm -25 °C…+40 °C -25 °C…+50 °C -40 °C…+85 °C AWG 22…12 0.5…4 mm 2 6 mm Type Cat. No. AP DKT4 0687560000 Page 305 Type Cat. No. DKO 24 Vdc 8248790000 Input: bottom approx.19 V/7.5 mA ≤8.5 mA 204 mW 5…48 Vdc 20 mA 50 µA 3 kHz approx.50 µs approx.80 µs ≤900 mV 300 V 4 kV III ≥4 mm -25 °C…+40 °C -25 °C…+50 °C -40 °C…+85 °C AWG 22…12 0.5…4 mm 2 6 mm Type Cat. No. AP DKT4 0687560000 Page 305 Type Cat. No. DKO 24 Vdc 8019580000 DKO 24 Vdc 8019590000 Input: bottom approx.17 V 6 mA 145 mW 5…48 Vdc 500 mA 50 µA 200 Hz approx.40 µs approx.65 µs ≤800 mV 300 V 4 kV II ≥4 mm -25 °C…+40 °C -25 °C…+50 °C -40 °C…+85 °C AWG 22…12 0.5…4 mm 2 6 mm Type Cat. No. AP DKT4 0687560000 Page 305 Opto-coupler in component housing mini coupler DK DKO 24 Vdc DKO 24 Vdc DKO 24 Vdc DKO 24 Vdc Schematic circuit diagram Switching ratio Switching ratio Opto-couplers DKO

With combination foot TS 32 / TS 35 Technical data Input voltage Switch-on voltage Input current Max. input power Output voltage Max. output current Min. output current Max. switching frequency; switching ratio 1: 2 Switch-on delay Switch-off delay Voltage drop at max. load Insulation coordination to EN 50 178 Rated voltage Rated impulse voltage Overvoltage category Pollution severity Clearances and creepage distances Operating temperature without clearances with clearances Storage temperature Conductor Conductor cross-section Overall width Accessories End plate Further accessories, dimensions and connection data Type Cat. No. DKO 24 Vdc 8215630000 Input: top approx.17 Vdc 6 mA 145 mW 5…48 Vdc 500 mA 50 µA 200 Hz approx.40 µs approx.65 µs ≤800 mV 300 V 4 kV III ≥4 mm -25 °C…+40 °C -25 °C…+50 °C -40 °C…+85 °C AWG 22…12 0.5…4 mm 2 6 mm Type Cat. No. AP DKT4 0687560000 Page 305 Type Cat. No. DKO 24 Vdc 8181990000 Input: bottom approx.18 Vdc 12 mA 290 mW ≥3 mm -25 °C…+40 °C -25 °C…+50 °C -40 °C…+85 °C AWG 22…12 0.5…4 mm 2 12 mm Type Cat. No. AP DKT4 0687560000 Page 305 Type Cat. No. DKO 24 Vdc 8215600000 Input: top approx.18 Vdc 12 mA 290 mW ≥3 mm -25 °C…+40 °C -25 °C…+50 °C -40 °C…+85 °C AWG 22…12 0.5…4 mm 2 12 mm Type Cat. No. AP DKT4 0687560000 Page 305 Type Cat. No. DKO 24 Vac/dc 8228630000 Input: bottom approx.16 Vac/dc 13 mAac/12 mAdc 220 mVA/195 mW ac: 10 Hz dc: ≤30 Hz 2 ms 7 ms 300 V 6 kV IV ≥5.5 mm -25 °C…+40 °C -25 °C…+50 °C -40 °C…+85 °C AWG 22…12 0.5…4 mm 2 6 mm Type Cat. No. AP DK 5 8268870000 Page 305 Opto-couplers DKO

• Coupling of digital sensor-/actuator-signals between PLC and process
• Low cost solution for level- and potential-equalization
• Low input power
• Screw clamp connection technology
• 6 mm width DKO 24 Vdc DKO 24 Vdc DKO 24 Vdc DKO 24 Vac/dc Schematic circuit diagram Switching ratio Switching ratio Opto-coupler in component housing mini coupler DK Mode: green Æ Load current ≥ 500mA yellow Æ Idling red Æ Short circuit

Type Cat. No. DKO 24 Vdc 8228640000 Input: top approx.17 Vdc 4.7 mA 112 mW 8 mA, Fan Out = 20 LS-TTL 100 kHz 1:2/50 kHz 1:10 1 µs 2.5 µs 300 V 4 kV III ≥5.5 mm -25 °C…+40 °C -25 °C…+50 °C -25 °C…+85 °C AWG 22…12 0.5…4mm 2 6 mm Type Cat. No. AP DK5 8268870000 Page 305 Type Cat. No. DKO 230 Vac/dc 8008100000 DKO 230 Vac/dc 8008160000 Input: bottom

230 Vac/dc +5 % -15 %

approx.130 Vac/approx.140 Vdc 1.8 mAac/1.7 mAdc 395 mVA/370 mW 5…48 Vdc 20 mA 50 µA ac: 5 Hz/dc: 20 Hz 20 ms 20 ms <1.6 V 300 V 4 KV III ≥3 mm -25 °C…+50 °C -25 °C…+50 °C -40 °C…+85 °C AWG 22…12 0.5…4 mm 2 6 mm Type Cat. No. AP DKT4 0687560000 Page 305 Type Cat. No. DKO 115 Vac/dc 8027980000 DKO 115 Vac/dc 8077860000 Input: bottom

115 Vac/dc +5 % -15 %

approx.65 Vac/approx.66 Vdc 2.65 mAac/3 mAdc 390 mVA/350 mW 5…48 Vdc 50 mA ac: 5 Hz/dc: 20 Hz 17.4 ms 27.4 ms <1.6 V 300 V 6 kV IV ≥5.5 mm -25 °C…+40 °C -25 °C…+50 °C - 40 °C…+85 °C AWG 22..12 0.5…4 mm 2 6 mm Type Cat. No. AP DKT4 0687560000 Page 305 Ordering data For TS 32 Y For TS 35 W With combination foot TS 32/TS 35 Technical data Input voltage Switch-on voltage Input current Max. input power Output voltage Max. output current Min. output current Max. switching frequency; switching ratio 1: 2 Switch-on delay Switch-off delay Voltage drop at max. load Insulation coordination to EN 50 178 Rated voltage Rated impulse voltage Overvoltage category Pollution severity Clearances and creepage distances Operating temperature without clearances with clearances Storage temperature Conductor Conductor cross-section Overall width Accessories End plate Further accessories, dimensions and connection data Opto-coupler in component housing mini coupler DK DKO DK5 24 Vdc DKO 115 Vac/dc DKO 230 Vac/dc Schematic circuit diagram Switching ratio Switching ratio Opto-couplers DKO

With combination foot TS 32 / TS 35 Technical data Input voltage Input current Input nominal power Total power loss Making threshold Input reverse voltage Output voltage Output current Voltage drop at max. load Feature of output circuit Indication Dielectric strength input/output Dielectric strength to mounting rail Clearances and creepage distances Operating temperature Storage temperature Conductor Conductor cross-section Overall width Accessories End plate Type Cat. No. DKO 35 48 Vdc 8151230000

48 Vdc ±10 %

3.7 mA ±20 % 178 mW 400 mW approx.32 Vdc max. 1 kV 5…28 Vdc max. 20 mA 1.6 V Disconnection plug LED red 3.75 kVeff / 5.3 kVdc 4 kVeff >5 mm -25 °C…+50 °C -40 °C…+60 °C AWG 22…12 0.5…4 mm 2 6 mm Type Cat. No. AP DKT4 0687560000 Opto-coupler in component housing mini coupler DK DKO 35 48 Vdc DKO 35 60 Vdc DKO 35 125 Vdc Type Cat. No. DKO 35 60 Vdc 8067100000

60 Vdc ±10 %

5.6 mA ±20 % 340 mW 420 mW approx.42 Vdc / 5.3 mA max. 1 kV 5…48 Vdc max. 100 mA 0.8 V LED green 3.75 kVeff / 5.3 kVdc 4 kVeff >4 mm -25 °C…+50 °C -40 °C…+60 °C AWG 22…12 0.5…4 mm 2 6 mm Type Cat. No. AP DKT4 0687560000 Type Cat. No. DKO 35 125 Vdc8131660000

125 Vdc ±10 %

1.7 mA ±20 % 215 mW 400 mW approx.80 Vdc max. 1 kV 5…28 Vdc max. 20 mA 1.6 V Disconnection plug LED red 3.75 kVeff / 5.3 kVdc 4 kVeff >5 mm -25 °C…+50 °C -40 °C…+60 °C AWG 22…12 0.5…4 mm 2 6 mm Type Cat. No. AP DKT4 0687560000 W Schematic circuit diagram Opto-couplers DKO

With combination foot TS 32 / TS 35 Technical data Input Input voltage Input current Pulse generator Output Output voltage Output current Voltage proof input-output/mounting rail Insulation coordination to DIN VDE 0160, Draft 11/94 Rated voltage Rated impulse voltage Overvoltage category Pollution severity Clearances and creepage distances Operating temperature without clearances with clearances Storage temperature Conductor Conductor cross-section Overall width Accessories End plate Type Cat. No. DKO DK4 S0 8467030000 DKO DK4 S0 8100180000 ≤13 mA Specification acc. to DIN 43864 (current interface for connection to pulse generator acc. to DIN 43864) 5…48 Vdc max. 100 mA 4 kVeff 300 V 6 kV IV ≥5.5 mm -25 °C…+40 °C -25 °C…+50 °C -40 °C…+60 °C AWG 22…12 0.5…4 mm 2 12 mm Type Cat. No. AP DKT4 0687560000 Opto-couplers DKO S0 signal sensor DKO switching amplifiers/opto-couplers for Namur initiators Signals for consumers are normally transferred via an interface. Generally, this interface must conform with DIN 43867 (interface for signal transmission). There must be a differentiation between the passive interface and active S0 interface. The actual signals, that are corres- pondingly proportional to the relevant con- sumption (electrical energy, gas consumption, water, district heating, etc.) are shown at measuring sensors (electric meter, etc.) The interface itself is purely passive (acceptor) and must be supplied via a source. The source for providing the current is built into the active interface. The following threshold values are specified: I max = 27 mAdc Umax = 27 Vdc fmax = 16.66 Hz For the recognition of the corresponding con- sumption signals, the following currents are integrated: ON (active) -> 10…27 mA Off (inactive) -> 0…2 mA The module accepts the input from the signal sensor and outputs the opto-decoupled output signal, i. e. galvanically isolated. Type Cat. No. DKO 8164250000 ≤35 mA up to 1 kV available 300 Hz f. pulse duty factor 1:1 approx.45 µs approx.450 µs approx.18 V ca 15 V < 5 mA 300 Hz f. pulse duty factor 1:1 approx.20µs approx.400 µs 5…30 Vdc max. 100 mA max. 3 W max. 1 V Free-wheel. diode btwn. A+…A- 4 kVeff -25 °C…+40 °C -25 °C…+50 °C -40 °C…+60 °C AWG 22…12 0.5…4 mm 2 12 mm Type Cat. No. AP DKT4 0687560000 Ordering data For TS 32 Y For TS 35 W With combination foot TS 32 / TS 35 Technical data Input Input voltage Input current Reverse polarity protection NAMUR-Input (N+ and N-) Switching frequency Switch-on delay Switch-off delay Input (E+ and 0) Switch-on point Switch off-point Current consumption Max. switching frequency Switch-on delay Switch-off delay Output (A+ and A-) Output voltage Output current Switching capacity Internal voltage drop Protective measure Voltage proof input-output/mounting rail Operating temperature without clearances with clearances Storage temperature Conductor Conductor cross-section Overall width Accessories End plate W Schematic circuit diagram Schematic circuit diagram Opto-coupler in component housing mini coupler DK

Type Cat. No. EGO 1, 5 V 0266160000 3…5 V– 2) 9…45 mW 5…48 V– 1) <1 V 20 mA

0.2 A/10 ms

0.16 mA ≤12 µs ≤180 µs 100 Hz 1 : 2 –40 °C…+60 °C –25 °C…+60 °C –25 °C…+60 °C III Page 306, Fig. I Type Cat. No. EGO 1, 12 V 80112500003) 3…12 V– 30…280 mW 5…48 V– 1) <1 V 20 mA 0.16 mA 22 µs 44 µs

5000 Hz/5000 Hz

1 : 2/1 : 4 50 µs –40 °C…+85 °C –25 °C…+60 °C –25 °C…+60 °C III Page 306, Fig. I Type Cat. No. EGO 1, 12 V 0114260000

12 V0, ±10 %

0.35 W 0.45 VA 5…48 V– 1) <1.6 V 100 mA

0.8 A/10 ms

0.16 mA ≤6 ms ≤13 ms 20 Hz <10 Hz 1 : 2 –40 °C…+85 °C –25 °C…+60 °C –25 °C…+60 °C III Page 306, Fig. I Type Cat. No. EGO 1, 24 V 0558160000 0.6 W 5…48 V– 1) <1 V 20 mA 0.16 mA ≤ 30 µs ≤100 µs 3000 Hz 1 : 2 –40 °C…+85 °C –25 °C…+60 °C –25 °C…+60 °C III Page 306, Fig. I Ordering data Rated data Input voltage Rated consumption – (W) Rated consumption ~ (VA) Output supply voltage Voltage drop at max. load current Output current Derating curve a = mounted on rail without clearance b = mounted on rail without clearance ≥ 20 mm Continuous current Ambient temperature Impulse loading, max. current (not periodic) Max. reverse current (quiescent current) at U = 48 V Switch-on time (cyclic operation) Switching-off time (cyclic operation) Max. switching frequency, DC Max. switching frequency, AC Switching ratio Min. input impulse width Storage temperature Ambient temperature –, rowed on mounting rail without clearances –, rowed with clearances ≥ 20 mm Insulation coordination to EN 50 178 Overvoltage category Pollution severity Accessories, dimensions and connection data see 122 Schematic circuit diagram EGO 1 5 V For low voltage alternatively positive or negative switching EGO 1 5 V EGO 1 12 V EGO 1 24 V Opto-coupler in component housing EG t1 = t2 * Wiring option Switching ratio Switching ratiot1 = 1 = 1 : 2t3 2 1) Not TTL-compatible 3) At Ue ≤ 5 V, the LED only lights weakly or not at all. 2) Conditionally level-compatible Output switching function is not affected. Opto-couplers EGO

Type Cat. No. EGO 2, 115 V0 0131860000

117 V0, ±10 %

0.8 W 0.9 VA 5…48 V– <1.6 V 100 mA 0.16 mA ≤ 5 ms ≤ 22 ms 20 Hz < 10 Hz 1 : 2 –40 °C…+85 °C –25 °C…+40 °C –25 °C…+50 °C III Page 306, Fig. I Type Cat. No. EGO 2, 230 V0 0546360000

230 V0, +5 %-15 %

1.2 W 1.4 VA 5…48 V– <1.6 V 100 mA 0.16 mA ≤ 13 ms ≤ 10 ms 20 Hz < 10 Hz 1 : 2 –40 °C…+85 °C –25 °C…+40 °C –25 °C…+50 °C III Page 306, Fig. I Type Cat. No. EGO 1, 24 V 0609860000 0.5 W 0.6 VA 5…48 V– 1) <1.6 V 100 mA 0.16 mA ≤ 2 ms ≤ 15 ms 20 Hz <10 Hz 1 : 2 –40 °C…+85 °C –25 °C…+60 °C –25 °C…+60 °C III Page 306, Fig. I 123 Digital signal processing EGO 2 115 V0 for low voltage EGO 2 230 V0 In the case of inductive or capacitive electrical noise, it is recommended to connect an RC network (DK 4 RC) upstream or to use EGO 3. EGO 1 24 V Opto-coupler in component housing EG * Wiring option

Type Cat. No. WOS 1 15-60 Vdc8237730000 WOZ 1 8430090000 15 Vdc...60 Vdc1) 1.4 mA at 15 V 2.5 mA at 24 V 4.1 mA at 48 V ...60 V ca.12 V approx.9 V 1 kHz 90 us 250 us LED green in output short-circuit protection 10 m A...0.6 A max. 500 mA min.0.7 A; max. 2.4 A ≤ 0.5 V at 500 mA Polarity protection, varistor yes / max. 96 h -25 °C...+60 °C rowed -40 °C...+85 °C 22.5 mm Polyamide PA 66 UL/CSA 300 V 4 kV III ≥ 5.5 mm Page 298 + 308 WOS 1 15-60 VDC Schematic circuit diagram Type Cat. No. WOS 1 5 Vdc 8275430000 WOZ 1 8430030000 7.5 mA at 4.0 V 13.5 mA at 5.0 V 19.0 mA at 6.0 V approx.2.2 V approx.2.0 V 100 Hz 100 us 1 ms LED green in input negative switching max. 2 A* ≤ 300 mV Varistor no -25 °C...+50 °C rowed -40 °C...+85 °C 22.5 mm Polyamide PA 66 UL/CSA 300 V 4 kV III ≥ 5.5 mm Page 298 + 308 Type Cat. No. WOS 13.5-15 Vdc8275390000 WOZ 1 8430040000 3.5 Vdc...15 Vdc 10.5 mA at 3.5.0 V 12.5 mA at 5.0 V 25.0 mA at 15 V approx.2.5 V approx.1.5 V 5 kHz 8 us 35 us LED green in input max. 100 mA 5 Vdc...48 Vdc ≤ 1.5 V at 100 mA Varistor, integr. free-wh. diode no -25 °C...+60 °C rowed -40 °C...+85 °C 22.5 mm Polyamide PA 66 UL/CSA 300 V 4 kV III ≥ 5.5 mm Page 298 + 308 Type Cat. No. WOS 1 12 Vuc 8275500000 WOZ 1 8429990000 15.3 mA ac at 12 V 12.4 mA dc at 12 V approx.8 V approx.7 V 10 ms ac and 4 ms dc 20 ms ac and 18 ms dc LED green in output short-circuit protection 10 mA...0.6 A max. 500 mA min. 0.7 A; max. 2.4 A ≤ 0.5 V, at 500 mA Polarity protection, varistor yes / max. 96 h -25 °C...+60 °C rowed -40 °C...+85 °C 22.5 mm Polyamide PA 66 UL/CSA 300 V 4 kV III ≥ 5.5 mm Page 298 + 308 WOS 1 5 VDC negative switching WOS 1 3.5-15 VDC WOS 1 12 VUC Ordering data Screw connection Tension clamp connection Input Input voltage Input current Making threshold Breaking threshold Input frequency Switch-on delay Switch-off delay Status indicator Output Output current range Nominal output current Output voltage Response threshold Residual voltage Protection circuit Voltage supply Short-circuit in output Temperature Operating temperature** Storage temperature Mechanical data Overall width Housing material Approvals Reliable separation according to EN 50 178 Coordination of insulation according to EN 50 178 Opto-coupler according to VDE 0884 Rated voltage Rated impulse voltage Overvoltage category Pollution severity Clearance/creepage path Accessories, dimensions and connection data see * at ambient temperature 20 °C/horizontal installation Opto-coupler in component housing WAVESERIES 1) Caution: Cross-connections may only be used for voltages ≤ 50 Vdc (extra-low voltage). Opto-couplers WAVESERIES Opto-coupler in WAVEBOX: z Independent connection technology - pluggable connection unit optionally available with screw or tension clamp connection technology z Fast commissioning and after-sales service - pluggable replacement PCBs z Save wiring - cross-connection option at input / output z Fast switching - high frequency output, up to 100 kHz z Reliable power output - short-circuit and overload proof z Space-saving components - 4-channel opto-couplers

Type Cat. No. WOS 1 230 Vuc 8275380000 WOZ 1 8430050000 230 V, max. 250 Vuc 11.5 mA ac at 230 V 1.8 mA dc at 230 V ca.170 V ac and 140 V dc ca.130 V ac and 135 V dc 25 ms ac 15 ms dc 25 ms ac 20 ms dc LED green in output short-circuit protection 10 mA...0.6 A max. 500 mA min.0.7 A; max. 2.4 A ≤ 0.5 V at 500 mA Polarity protection, varistor yes / max. 96 h -25 °C...+60 °C rowed -40 °C...+85 °C 22.5 mm Polyamide PA 66 UL/CSA 300 V 4 kV III ≥ 5.5 mm Page 298 + 308 Type Cat. No. WOS 1 115 Vuc 8235180000 WOZ 1 8430100000 115 Vuc, max. 130 Vuc 3.1 mA ac at 115 V 2.9 mA dc at 115 V ca.75 V ac and 71 dc ca.70 Vuc 10 ms ac 10 ms dc 15 ms ac 15 ms dc LED green in output short-circuit protection 10 m A...0.6 A max. 500 mA min.0.7 A; max. 2.4 A ≤ 0.5 V at 500 mA Polarity protection, varistor yes / max. 96 h -25 °C...+60 °C rowed -40 °C...+85 °C 22.5 mm Polyamide PA 66 UL/CSA 300 V 4 kV III ≥ 5.5 mm Page 298 + 308 WOS 1 115 VUC WOS 1 230 VUC Schematic circuit diagram Ordering data Screw connection Tension clamp connection Input Input voltage Input current Making threshold Breaking threshold Input frequency Switch-on delay Switch-off delay Status indicator Output Output current range Nominal output current Output voltage Response threshold Residual voltage Protection circuit Voltage supply Short-circuit in output Temperature Operating temperature** Storage temperature Mechanical data Overall width Housing material Approvals Reliable separation according to EN 50 178 Coordination of insulation according to EN 50 178 Opto-coupler according to VDE 0884 Rated voltage Rated impulse voltage Overvoltage category Pollution severity Clearance/creepage path Accessories, dimensions and connection data see * at ambient temperature 20 °C/horizontal installation Opto-coupler in component housing WAVESERIES Opto-couplers WAVESERIES WOS 1 230 VUC waagerecht montiert; Ansteuerung : 253Vac 0,1 0,2 0,3 0,4 0,5 0,6 02 0 4 06 08 0 1 0 0 Umgebungstemperatur [ °C] Abstand>=10mm WOS 1 230 VUC • 8275380000Output current [A] Mounted horizontally Control 253 Vdc Ambient temperature [°C] mounted clearance ≥ 10 mm

Type Cat. No. WOS 2 24 Vuc 8275190000 WOZ 2 8430080000 16.3 mA ac at 24 V 13.5 mA dc at 24 V ca.16 V ca.11 V 8 ms ac 7m s dc 25 ms ac 25 ms dc LED green in output LED red in output*1) 25 °C...150 °C -40 °C...25 °C Tb: temperature in module direct at output driver BTS442 short-circuit protection

5 Adc*

approx.15 mA at 28.8 V max. 400 mV Polarity protection, varistor yes / max. 96 h -25 °C...+50 °C rowed -40 °C...+85 °C 22.5 mm Polyamide PA 66 UL/CSA 300 V 4 kV III ≥ 5.5 mm Page 298 + 308 Type Cat. No. WOS 2 115 Vuc 8296250000 WOZ 2 8429980000 115 V, max. 130 Vuc 3.1 mA ac at 115 V 2.8 mA dc at 115 V ca.70 V ca.55 V 10 ms ac 15 ms dc 30 ms ac 30 ms dc LED green in output LED red in output*1) 25 °C...150 °C -40 °C...25 °C Tb: temperature in module direct at output driver BTS442 short-circuit protection approx.15 mA at 28.8 V max. 400 mV Polarity protection, varistor yes / max. 96 h -25 °C...+50 °C rowed -40 °C...+85 °C 22.5 mm Polyamide PA 66 UL/CSA 300 V 4 kV III ≥ 5.5 mm Page 298 + 308 Type Cat. No. WOS 2 230 Vuc 8275220000 WOZ 2 8430060000 230 V, max. 250 Vuc 12.0 mA ac at 230 V 1.8 mA dc at 230 V ca.140 V ca.100 V ca.100 V ca.120 V 10 ms ac 15 ms dc 30 ms ac 30 ms dc LED green in output LED red in output*1) 25 °C...150 °C -40 °C...25 °C Tb: temperature in module direct at output driver BTS442 short-circuit protection approx.15 mA at 28.8 V max. 400 mV Polarity protection, varistor yes / max. 96 h -25 °C...+50 °C rowed -40 °C...+85 °C 22.5 mm Polyamide PA 66 UL/CSA 300 V 4 kV III ≥ 5.5 mm Page 298 + 308 WOS 2 24 VUC WOS 2 115 VUC WOS 2 230 VUCOpto-couplers WAVESERIES with power output (short-circuit proof and overload proof) Ordering data Screw connection Tension clamp connection Input Input voltage Input current Making threshold Breaking threshold Switch-on delay Switch-off delay Status indicator normal operation Status indicator short-circuit, underload, overload Underload Output Output current Closed supply-circuit current (output not switched) Voltage supply Residual voltage Protection circuit Short-circuit in output Temperature Operating temperature** Storage temperature Mechanical data Overall width Housing material Approvals Reliable separation according to EN 50 178 Coordination of insulation according to EN 50 178 Opto-coupler according to VDE 0884 Rated voltage Rated impulse voltage Overvoltage category Pollution severity Clearance/creepage path Accessories, dimensions and connection data see *a t ambient temperature 20 °C/horizontal installation *1) LED red: hard short-circuit, LED permanently lit. The output is switched off and does not reset itself. To reset, the output or input must be temporarily disconnected from the supply voltage or input signal. Overload: LED cycles, Rate: approx. 2 sec. on, approx. 30 sec. off. Module resets itself after the overload is removed. Underload: LED permanently lit. When an underload reco- gnised, both LEDs are lit. The output is switched through Schematic circuit diagram Opto-coupler in component housing WAVESERIES WOS 2 230 VUC waagerecht montiert; Ansteuerung : 253Vac 01 0 2 0 3 0 4 05 06 07 0 Umgebungstemperatur [ °C] Abstand>=10mm WOS 2 230 VUC • 8275220000Output current [A] Ambient temperature [°C] mounted clearance ≥ 10 mm Mounted horizontally Control 253 Vdc

Type Cat. No. WOS 2 15-60 Vuc 8275440000 WOZ 2 8430010000 15 Vuc...60 Vac/66 Vdc 3.3 mA ac at 15 V 3.8 mA dc at 15 V 4.0 mA ac at 24 V 4.6 mA dc at 24 V 5.3 mA ac at 60 V 5.6 mA dc at 60 V approx.11 V dc approx.15 V ac approx.5 V dc approx.14 V ac max. 20 ms max. 20 ms LED green in input AC voltage output max. 230 V/3.5 A ac* 2 mA 24 Vac...250Vac (50Hz-60Hz) max. 1.6 V RC-combination with varistor -25 °C...+50 °C rowed -40 °C...+85 °C 22.5 mm Polyamide PA 66 UL/CSA 300 V 4 kV III ≥ 5.5 mm Page 298 + 308 Type Cat. No. WOS 2 115 Vuc 8259950000 WOZ 2 8430160000 115 Vuc max. 130 Vuc 7.2 mA ac at 115 V 3.8 mA dc at 115 V approx.90 V dc approx.90 V ac approx.70 V dc approx.70 V ac max. 20 ms max. 20 ms LED green in input AC voltage output max. 230 V/3.5 A ac* 2 mA 24Vac...250 Vac (50Hz-60Hz) max. 1.6 V RC-combination with varistor -25 °C...+50 °C rowed -40 °C...+85 °C 22.5 mm Polyamide PA 66 UL/CSA 300 V 4 kV III ≥ 5.5 mm Page 298 + 308 Type Cat. No. WOS 2 230 VUC 8275400000 WOZ 2 8430150000 230 Vuc max. 250 Vuc 11.8 mA ac at 230 V 3.3 mA dc at 230 V approx.180 V dc approx.200 V ac approx.150 V dc approx.140 V ac max. 25 ms max. 25 ms LED green in input AC voltage output max. 230V/3.5A ac* 2 mA 24 Vac..250 Vac (50Hz-60Hz) max. 1.6 V RC-combination with varistor -25 °C...+50 °C rowed -40 °C...+85 °C 22.5 mm Polyamide PA 66 UL/CSA 300 V 4 kV III ≥ 5.5 mm Page 298 + 308 WOS 2 15-60 VUC WOS 2 115 VUC WOS 2 230 VUC Opto-coupler WAVESERIES with AC voltage output and zero voltage switch Ordering data Screw connection Tension clamp connection Input Input voltage Input current Making threshold Breaking threshold Switch-on delay Switch-off delay Status indicator normal operation Output Output current Closed supply-circuit current (output not switched) Voltage supply Residual voltage Protection circuit Short-circuit in output Temperature Operating temperature** Storage temperature Mechanical data Overall width Housing material Approvals Reliable separation according to EN 50 178 Coordination of insulation according to EN 50 178 Opto-coupler according to VDE 0884 Rated voltage Rated impulse voltage Overvoltage category Pollution severity Clearance/creepage path Accessories, dimensions and connection data see *a t ambient temperature 20 °C/horizontal installation Zero V. switch Zero V. switch Zero V. switch Opto-coupler in component housing WAVESERIES Schematic circuit diagram WOS 2 15-60 VUC waagerecht montiert; Ansteuerung : 60Vac 0,5 1,5 2,5 3,5 02 0 4 0 6 0 8 0 100 120 Umgebungstemperatur [ °C] Abstand>=10mm WOS 2 15-60 VUC • 8275440000Output current [A] Mounted horizontally Control 253 Vdc Ambient temperature [°C] Mounted clearance ≥ 10 mm

Type Cat. No. WOS 2 24 Vuc 8237720000 WOZ 2 8430110000 18 Vuc ... 30 Vuc 2.8 mA ac at 24 V 3.7 mA dc at 24 V ca.13 V dc ca.14 V ac ca.10 V dc ca.13 V ac 20 ms ac 7.0 ms dc 46 ms ac 50 ms dc LED green in output LED red in output* short-circuit protection max. 500 mA per channel max. 2 A typ. 0.9 A min. 0.65 A, max. 1.2 A, R L2Ω ≤ 0.65 V, at 500 mA Polarity protection, varistor 100 % max. 3 W -25 °C...+50 °C rowed -40 °C...+85 °C 22.5 mm Polyamide PA 66 UL/CSA 150 V 2.5 kV III ≥ 3 mm Page 298 + 308 Type Cat. No. WOS 2 115 Vuc 8275360000 WOZ 2 8430130000 115 Vuc, max. 130 Vuc 1.4 mA ac at 115 V 2.0 mA dc at 115 V ca.60 V dc ca.60 V ac ca.50 V dc ca.50 V ac 40 ms ac 15 ms dc 60 ms ac 70 ms dc LED green in output LED red in output* short-circuit protection max. 500 mA per channel max. 2 A typ. 0.9 A min. 0.65 A, max. 1.2 A, R L2Ω ≤ 0.65 V, at 500 mA Polarity protection, varistor 100 % max. 3 W -25 °C...+50 °C rowed -40 °C...+85 °C 22.5 mm Polyamide PA 66 UL/CSA 150 V 2.5 kV III ≥ 3 mm Page 298 + 308 Type Cat. No. WOS 2 230 Vuc 8275340000 WOZ 2 8430140000 230 V, max. 250 V 1.4 mA ac at 230 V 2.0 mA dc at 230 V ca.150 V dc ca.120 V ac ca.110 V dc ca.110 V ac 40 ms ac 14 ms dc 95 ms ac 140 ms dc LED green in output LED red in output* * LED red, one LED for all channels short-circuit protection max. 500 mA per channel max. 2 A typ. 0.9 A min. 0.65 A, max. 1.2 A, R L2Ω ≤ 0.65 V, at 500 mA Polarity protection, varistor 100 % max. 3 W -25 °C...+50 °C rowed -40 °C...+85 °C 22.5 mm Polyamide PA 66 UL/CSA 300 V 4 kV III ≥ 5.5 mm Page 298 + 308 WOS 2 24 VUC WOS 2 115 VUC WOS 2 230 VUC Ordering data Screw connection Tension clamp connection Input Input voltage Input current Making threshold Breaking threshold Switch-on delay Switch-off delay Status indicator normal operation Status indicator short-circuit, underload, overload Output1) Output current Output total current Voltage supply Response threshold Residual voltage Protection circuit Synchronisation factor Lamp load Temperature Operating temperature Storage temperature Mechanical data Overall width Housing material Approvals Reliable separation according to EN 50 178 Coordination of insulation according to EN 50 178 Opto-coupler according to VDE 0884 Rated voltage Rated impulse voltage Overvoltage category Pollution severity Clearance/creepage path Accessories, dimensions and connection data see 1) Protection circuit for output load necessary, page 107 Opto-coupler WAVESERIES (4-channel, short-circuit proof) Opto-coupler in component housing WAVESERIES Schematic circuit diagram WOS 2 230 VUC waagerecht montiert Ausgangsstrom/Kanal: 500mA; Ansteuerung : 250Vac 0,1 0,2 0,3 0,4 0,5 0,6 01 0 2 0 3 04 05 06 0 Umgebungstemperatur [ °C] Abstand>=10mm WOS 2 230 VUC • 8275340000Output current [A] Mounted horizontally, output current / channel: 500 mA Control 250 Vdc Ambient temperature [°C] Mounted clearance ≥ 10 mm

Type Cat. No. WOS 1 5 VTTL 50 kHz 8275210000 WOZ 2 8430070000 11.8 mA at 4.75 V 13.6 mA at 5 Vdc 15.5 mA at 5.25 Vdc 4.75 Vdc … 5.25 Vdc 110 KΩ 50 kHz at Rload = 470 Ω 1 µs 7 µs LED green in input circuit approx.5.4 mA, output not switched ≤ 50 mA ≤ 1.5 V at 50 mA Polarity protection, varistor -25 °C...+60 °C rowed -40 °C...+85 °C 22.5 mm Polyamide PA 66 UL/CSA 300 V 4 kV III ≥ 5.5 mm Page 298 + 308 Type Cat. No. WOS 1 12-28 Vdc/100 kHz 8275450000 WOZ 2 8430000000 12V dc...28 Vdc 5.5 mA at 12 Vdc 7.9 mA at 24 Vdc 8.8 mA at 28 Vdc approx.5 V dc approx.4 V dc 100 kHz at Rload = 470 Ω 1 µs 3 µs LED green in input circuit approx.5.4 mA, output not switched ≤ 50 mA ≤ 1.5 V at 50 mA Polarity protection, varistor -25 °C...+60 °C rowed -40 °C...+85 °C 22.5 mm Polyamide PA 66 UL/CSA 300 V 4 kV III ≥ 5.5 mm Page 298 + 308 WOS 1 5 VTTL 50 kHz WOS 1 12-28 VDC 100 kHz Opto-coupler WAVESERIES with high switching frequency Ordering data Screw connection Tension clamp connection Input Input voltage Input current Supply voltage Input resistance Making threshold Breaking threshold Input frequency Switch-on delay Switch-off delay Status indicator normal operation Output Voltage supply Supply nominal current Output current Residual voltage Protection circuit Temperature Operating temperature Storage temperature Mechanical data Overall width Housing material Approvals Reliable separation according to EN 50 178 Coordination of insulation according to EN 50 178 Opto-coupler according to VDE 0884 Rated voltage Rated impulse voltage Overvoltage category Pollution severity Clearance/creepage path Accessories, dimensions and connection data see Opto-coupler in component housing WAVESERIES Schematic circuit diagram WOS 1 5V TTL 50 kHZ waagerecht montiert Ansteuerung : 5,25V; QV-Strom: 4A eng angereihte Montage 0,01 0,02 0,03 0,04 0,05 0,06 02 0 4 0 6 08 0 100 Umgebungstemperatur [ °C] Abstand>=10mm WOS 1 5 VTTL 50 kHz • 8275210000Output current [A] Mounted horizontally Control: 5.25 V; cross-connection current: 4 A mounted in rows Ambient temperature [°C] Mounted clearance ≥ 10 mm

Input current (at UN) Rated input consumption Max. input frequency dc Typ. switch-on delay Typ. switch-off delay Max. input frequency ac Output Supply voltage Max. output current Reverse polarity protection Short-circuit conditions Thermal short-circuit Load Indication LI 1, LI 2 Supply voltage Max. current Max. voltage drop Storage temperature Ambient temperature - rowed on mounting rail without clearances - rowed with clearances Insulation coordination EN 50 178 Overvoltage category Pollution severity Accessories, dimensions and connection data see Type Cat. No. EGO 5 PKR 8220870000 Screw connection 0.5…4 mm 2

24 Vac/dc, min 20 Vac/dc, max 30 Vac/dc

12 mA (24 Vdc) 13 mA (24 Vac) 195 mW, 220 mVA ≤ 30 Hz, switching ratio 1 : 2 2 ms 7 ms ≤ 10 Hz Screw connection 0.5…4 mm 2 20…30 Vdc 4 A present short-circuit-protected (switches output off immediately; auto switch-on when short-circuit eliminated) ≤ 12 A. output switches off and on again automatically after certain time. 5…48 Vdc 100 mA 1.6 V –40 °C…+60 °C –20 °C…+40 °C –20 °C…+50 °C IV Page 307, Fig. VII EGO 5 PKR 24 Vac/dcpower opto-couplers With "online" check-back indication of the load ratio

• Power opto-couplers for load currents up to 4 A.
• Short-circuit proof
• Patented "online" load indication and check-back indication - optical indication status indication via 3-coloured LEDs - electrical indication 2-bit "online" data signal for check-back indication of the load performance to a PLC or similar
• Module fulfils protective separation in accordance with VDE 0106 Part 101 and EN 50 178 (rated voltage 300 V)
• Internal opto-coupler according to with DIN VDE 0884
• Insulation voltage 4 kV eff
• Clearance and creepage distances ≥ 8 mm Indication and check-back indication of load ratio Input Load Indication LI 1 LI 2 LED Output Low x x x L L off low High Normal L H green high High Error 1)H L red low High Open Load 2)H H yellow high 2) Open load: Underload recognition at active input: type 500 mA (max. 1.5 A) at 25 °C. Open load wil be indicated at I Load ≥ 500 mA depending on switching status. 1) Error: short-circuit, overload, over- or under voltage at out- put, overtemperature in the module Opto-coupler in component housing EG5

Type Cat. No. OST EG7 4 A 8281720000 RS EG7 8193830000 Cat. No. Lugs for socket RS EG7 8193830000 21.6 Vdc 24 Vdc 26.4 Vdc 10.5 mA 11.2 mA 12.0 mA 230 mW 270 mW 320 mW 21.6 V 2 V LED green present typ. 10 µs typ. 45 µs

100 Hz (resistive load/4 A/ Switching ratio 1 : 2)

21.6…26.4 Vdc 4 A ≤ 0.2 V, not short-circuit proof and not overload proof output set normal function - 25…+ 60 °C 0…+ 40 °C 0…+ 50 °C III Page 304 Type Cat. No. OST EG7 2 A 8269050000 RS EG7 8193830000 Cat. No. Lugs for socket RS EG7 8193830000

24 Vac/dc ± 20 %

dc: 5.5 mA ac: 6 mA dc: 132 mW ac: 145 mW 19.2 V 2.4 V LED green, yellow, red 12 ms 17 ms

100 Hz (resistive load/2 A/ Switching ratio 1 : 2)

24 Vdc ± 30 %

≤ 0.2 V, short-circuit proof and overload proof output set normal function, 500 mA...2 A output set, no activity, < 500 mA output set, short-circuit output not set - 25…+ 60 °C 0…+ 40 °C 0…+ 50 °C according to DIN VDE 0884 III Page 304 Ordering data Puggable opto-coupler, without socket socket for pluggable opto-coupler with combin. foot TS 32, 35 Rated data Conductor connection Input voltage Input current Input power Relaibly switched on Reliably switched off Status indicator Reverse polarity protection Switch-on delay Switch-off delay Max. Switching frequency Output supply voltage Switching current Voltage drop at max. load current Status indicator: Green LED Yellow LED Red LED LED off Storage temperature Operating temperature - rowed on mounting rail without clearances - rowed with clearances Insulation coordination to EN 50 178 Reliable separation Overvoltage category Pollution severity Accessories, dimensions and connection data see Schematic circuit diagram power opto-couplers – Pluggable on socket RS EG 7 with combination foot TS 32, 35 – Overall width 10 mm

• Short circuit protected and over load-safe output
• 3-colour status-LED for output current indica- tion
• Reliable separation acc. to DIN VDE 0884 OST EG7 2 A OST EG7 4 A Opto-coupler in component housing EG7 OST EG 7 RS EG 7 OST EG 7 RS EG 7

Combination foot for TS 15, TS 32, TS 35 Plug-in opto-coupler, without engagement socket Engage. socket for opto-coupler with combin. foot TS 32, 35 Rated data Input voltage Switch-on current Making threshold,typical Rated input current DC Rated input current AC Rated input consumption Output supply voltage Output current Max. output current Switch-on time (first time) Switch-off time Switching frequency Storage temperature Ambient temperature Connection Insulation coordination to EN 50 178 Protective separation Clearances and creepage distances Rated impulse voltage Overvoltage category Pollution severity Accessories Cross connection comb 16-pole Further accesories, dimensions and connection data see Schematic circuit diagram Type Cat. No. EGO EG7 8092490000 OST EG7 8234560000 RS EG7 8193830000

5 V– ±20 %

3 V– 6.8 mA 5…48 V– 100 mA 300 mA 6 ms for UN = 5 V– 12 ms for UN = 5 V–

15 Hzdc

–40…+60 °C –25…+60 °C acc. to DIN VDE 0884 ≥ 5.5 mm 6 kV III Type Cat. No. QB 16/10.16 1650330000 Page 304 Type Cat. No. EGO EG7 8092510000 OST EG7 8234570000 RS EG7 8193830000

12 V0 ±20 %

12 V/4.5 mA for max. 10 ms 6.5 V– 7.5 V~ 3 mA 33.5 mA 40 mW/50 mVA 5…48 V– 100 mA 300 mA 6 ms for UN = 12 V– 12 ms for UN = 12 V– –40…+60 °C –25…+60 °C acc. to DIN VDE 0884 ≥ 5.5 mm 6 kV III Type Cat. No. QB 16/10.16 1650330000 Page 304 Type Best.-EGO EGO EG7 8092530000 OST EG7 8234580000 RS EG7 8193830000

24 V0 ±20 %

12 V/4.5 mA for max. 10 ms 15.5 V– 16.5 V~ 2.8 mA 3.4 mA 70 mW/90 mVA 5…48 V– 100 mA 300 mA 5 ms for UN = 24 V– 15 ms for UN = 24 V– –40…+60 °C –25…+60 °C acc. to DIN VDE 0884 ≥ 5.5 mm 6 kV III Type Cat. No. QB 16/10.16 1650330000 Page 304 Type Cat. No. EGO EG7 8092550000 OST EG7 8234590000 RS EG7 8193830000

48 V0 ±20 %

12 V/4.5 mA for max. 10 ms 31.5 V– 45 V~ 2.8 mA 3.2 mA 135 mW/155 mVA 5…48 V– 100 mA 300 mA 5 ms for UN = 48 V– 15 ms for UN = 48 V– –40…+60 °C –25…+60 °C acc. to DIN VDE 0884 ≥ 5.5 mm 6 kV III Type Cat. No. QB 16/10.16 1650330000 Page 304 Opto-couplers – With combination foot for TS 15, TS 32 or TS 35 – Pluggable on socket RS EG 7 with combination foot TS 32, 35 – Overall width 10 mm – Reliable separation according to DIN VDE 0884

5 V– 12 V0 24 V0 48 V0

Opto-coupler in component housing EG7

Type Cat. No. EGO EG7 8092570000 OST EG7 8234600000 RS EG7 8193830000

115 V0 ±20 %

115 V/90 mA for 5 ms

70 V– 72 V~ 3.3 mA 5.5 mA 400 mW/500 mVA 5…48 V– 100 mA 300 mA 5 ms for UN = 115 V– 18 ms for UN = 115 V– –40…+60 °C –25…+60 °C acc. to DIN VDE 0884 ≥ 5.5 mm 6 kV III Type Cat. No. QB 16/10.16 1650330000 Page 304 Type Cat. No. EGO EG7 8092590000 OST EG7 8234610000 RS EG7 8193830000

230 V~ ±20 %

230 V/110 mA for 2 ms

140 V~ 3.8 mA 836 mVA 5…48 V– 100 mA 300 mA 5 ms for UN = 230 V– 18 ms for UN = 230 V– 12 Hz –40…+60 °C –25…+60 °C acc. to DIN VDE 0884 ≥ 5.5 mm 6 kV III Type Cat. No. QB 16/10.16 1650330000 Page 304 Type Cat. No. OST EG7 8621190000

230 Vdc ±20 %

230 V~ /110 mA for 2 ms

140 V~ (for testing only)

1.8 mA 100 mA 300 mA –40…+60 °C –25…+60 °C Screw connection 0.5…1.5mm 2, AWG 22…16 acc. to DIN VDE 0884 ≥ 5.5 mm 6 kV III Type Cat. No. QB 16/10.16 1650330000 Page 304 Ordering data Combination foot for TS 15, TS 32, TS 35 Pluggable opto-coupler, without locking socket Locking socket for pluggable opto-coupler with combin. foot TS 32, 35 Rated data Input voltage Switch-on current Making threshold,typ, Rated input current DC Rated input current AC Rated input consumption Output supply voltage Output current Max. output current Switch-on time (first time) Switch-off time Switching frequency Storage temperature Ambient temperature Insulation coordination to Reliable separation Clearances / creepage distances Rated impulse voltage Overvoltage category Pollution severity Accessories Cross connec. comb 16-pole Futher Accessories, dimensions and connection data see Schematic circuit diagram Opto-couplers for long control cables – with combination foot for TS 15, TS 32 or TS 35 – plugs onto locking socket RS EG 7 with combination TS 32, 35 – overall width 10 mm – protective separation acc. to DIN VDE 0884 – RC-input for suppressing noise signals – reliable switching perfor- mance by interference on the control side

115 V0 230 V9 230 Vdc 115 V 0 230 V9

Type Cat. No. EGO EG7 8397420000 OST EG7 8315590000 RS EG7 8193830000 70 V– 72 V~ 3.3 mA 9 mA/90 mA (5 ms) 400 mW/500 mVA 5…48 V– 100 mA 300 mA 9 ms for UN = 115 V– 25 ms for UN = 115 V–

12 Hzdc

–40…+60 °C –25…+60 °C EN 50 178 acc. to DIN VDE 0884 ≥ 5.5 mm 6 kV III Type Cat. No. QB 16/10.16 1650330000 Page 304 Type Cat. No. EGO EG7 8387580000 OST EG7 8394990000 RS EG7 8193830000 140 V~ 14 mA/110 mA (2 ms) 836 mVA 5…48 V– 100 mA 300 mA 15 ms for UN = 230 V– 15 ms for UN = 230 V– 12 Hz –40…+60 °C –25…+60 °C acc. to DIN VDE 0884 ≥ 5.5 mm 6 kV III Type Cat. No. QB 16/10.16 1650330000 Page 304 EGO EG 7 OST EG 7 RC RS EG 7 RC EGO EG 7 EGO EG 7 RC/ OST EG 7 RC Opto-coupler in component housing EG7

5,1 12,7 25,4 Dimensions 134 zCompact dimensions (29 x 25.4 x 12.7) zCombines with PLUGSERIES socket PXS / PXZ, LED indicator PLED and PRC holding clamp to a complete functioning unit. zFully compatible with electromechanical relays in standard design zControl voltage 24 VAC / DC zRated switching current 24 VDC, 24 VAC/DC, or 230 VAC zUp to 5 A continuous current zMounts onto PCB or socket zHigh mounting density possible Ordering data Technical data Input (typical values at 20 °C) Input voltage min. AC/DC Input voltage max. AC/DC Input current min. AC/DC Input current max. AC/DC Drop-out voltage AC/DC Resistance Output max. switching current DC max. switching current AC min. switching current DC min. switching current AC Rated switching voltage DC Rated switching voltage AC Switch voltage range DC Switch voltage range AC max. forward anode voltage at max. switching current DC max. forward anode voltage at max. switching current AC max. switch-on time DC max. switch-on time AC (50 Hz) max. switch-off time DC max. switch-off time AC (50 Hz) Insulation Test voltage control circuit - switching circuit DC Test voltage control circuit - switching circuit AC Further data Operating temperature range Weight Approvals Celduc Further accessories, dimensions and connection data Type Cat. No. SSR 24 VUC/24VDC 5A 8576350000 DC Version 15 V 30 V 6.1 mA 12 mA 2.5 V 2.100 Ω 5 A 1 mA 24 V 0...30 V 0.3 V 2 ms 18 ms 2.5 kVeff -40 °C…+50 °C approx.18 g cUL, UL recognized SPD07505 see page 83 Type Cat. No. SSR 24 VUC/230VAC 4A 8576360000 AC Version 15 V 30 V 6.1 mA 12 mA 2.5 V 2.100 Ω

3 A (4 A at 20 °C)

230 V ~

12...275 V 1.1 V 12 ms 20 ms 4 kVeff -40 °C…+50 °C approx.18 g cUL, UL recognized SPA07420 see page 83 L1 N DC version AC version * Free-wheel diode for inductive loads * load 12-275 VAC Load Solid State relay on locking socket PLUGSERIES DC version AC version Type/Version Screw connection POS 24Vdc/24Vdc 2.5A POS 24Vdc/230Vac 2A POS 24Vdc/24Vuc 1A POS 24Vdc/24Vdc 5A POS 24Vdc/230Vac 4A Tension clamp connection POZ 24Vdc/24Vdc 2.5A POZ 24Vdc/230Vac 2A POZ 24Vdc/24Vuc 1A POZ 24Vdc/24Vdc 5A POZ 24Vdc/230Vac 4A Type/Version Screw connection POS 24Vac/24Vdc 2.5A POS 24Vac/24Vdc 5A POS 24Vac/230Vac 4A Tension clamp connection POZ 24Vac/24Vdc 2.5A POZ 24Vac/24Vdc 5A POZ 24Vac/230Vac 4A Cat. No. 8610840000 8610860000 8610890000 8610900000 8610910000 8610920000 8610930000 8610960000 8610970000 8610980000 Cat. No. 8615600000 8615620000 8615590000 8615640000 8615650000 8615630000

(29 x 15.7 x 12.7) zCombines with PLUGSERIES socket PXS / PXZ, LED indicator PLED and PRC holding clamp to a complete functioning unit. zFully compatible with standard elec- tromechanical relays RT zControl voltage 24 VAC / DC zRated switching current 24 VDC, 24 VAC/DC, or 230 VAC zUp to 5 A continuous current zMounts onto PCB or socket zHigh mounting density possible Ordering data Technical data Input (typical values at 20 °C) Input voltage min. AC/DC Input voltage max. AC/DC Input current min. AC/DC Input current max. AC/DC Drop-out voltage AC/DC Resistancs Output max. switching current DC max. switching current AC max. switching current AC/DC min. switching current DC min. switching current AC min. switching current AC/DC Rated switching voltage DC Rated switching voltage AC Rated switching voltage AC/DC Switch voltage range DC Switch voltage range AC Switch voltage range AC/DC max. forward anode voltage at max. switching current DC max. forward anode voltage at max. switching current AC max. forward anode voltage at max. switching current AC/DC max. switch-on time DC max. switch-on time AC (50 Hz) max. switch-on time AC/DC (50 Hz) max. switch-off time DC max. switch-off time AC (50 Hz) max. switch-off time AC/DC (50 Hz) Insulation Test voltage control circuit - switching circuit DC Test voltage control circuit - switching circuit AC Test voltage control circuit - switching circuit AC/DC Further data Operating temperature range Weight Approvals Celduc Further accessories, dimen- sions and connection data Type Cat. No. SSR 24 VUC/24VDC 2.5A 8576340000 DC Version 15 V 30 V 6.1 mA 12 mA 2.5 V 2.100 Ω 2.5 A 1mA 24 V 0...30 V 0.5 V 2 ms 18 ms 2.5 kVeff -40 °C…+50 °C approx.11 g cUL, UL recognized STD07205 see page 83 Type Cat. No. SSR 24 VUC/24VUC 1A 8576380000 AC/DC Version 15 V 30 V 6.1 mA 12 mA 2.5 V 2.100 Ω 1mA 24 V 0...30 V 0.9 V 5 ms 12 ms 4 kVeff -40 °C…+50 °C approx.11 g cUL, UL recognized STN07105 see page 83 Type Cat. No. SSR 24 VUC/230VAC 2A 8576370000 AC Version 15 V 30 V 6.1 mA 12 mA 2.5 V 2.100 Ω 50mA 230 V 12...275 V 1 V 12 ms 20 ms 4 kVeff -40 °C…+50 °C approx.11 g cUL, UL recognized STA07220 see page 83 L1 N L1 N 29 12,7 15,75,1 DC version AC version AC/DC version * Free-wheel diode for inductive loads LoadSTN Load Load Solid State relay on locking socket PLUGSERIES Dimensions 12-275 VAC max. 30 VAC/DC

5 V–2) 12 V0 ± 10 % 24 V– ± 10 % 24 V 0 ± 10 % 48 V 0 ± 10 % 115 V0, +5%-15% 230 V~, +5%-15%

20 mA 100 mA 20 mA 100 mA 100 mA 100 mA 100 mA ≤ 12 µs ≤ 6 ms ≤ 30 µs ≤ 2 ms ≤ 5 ms ≤ 10 ms ≤ 6 ms ≤ 15 µs ≤ 13 ms ≤ 60 µs ≤ 15 ms ≤ 20 ms ≤ 23 ms ≤ 18 ms 3 kHz 20 Hz 3 kHz 20 Hz < 20 Hz 10 Hz < 10 Hz < 10 Hz 1 : 2 10 Hz 1 : 2 1 : 2 10 Hz 1 : 1 10 Hz 1 : 1 10 Hz 1 : 1 10 Hz 1 : 1

300 V 300 V 300 V 300 V 300 V 300 V 300 V

6 kV 6 kV 6 kV 6 kV 6 kV 6 kV 6 kV IV IV IV III IV IV IV 222222 2 according to according to according to according to according to according to according to DIN VDE 0884 DIN VDE 0884 DIN VDE 0884 DIN VDE 0884 DIN VDE 0884 DIN VDE 0884 DIN VDE 0884 according to according to according to according to according to according to according to DIN VDE 0884 DIN VDE 0884 DIN VDE 0884 DIN VDE 0884 DIN VDE 0884 DIN VDE 0884 DIN VDE 0884 non-destructive non-destructive non-destructive non-destructive non-destructive non-destructive non-destructive test 1 kV test 1 kV test 1 kV test 1 kV test 1 kV test 1 kV test 1 kV severity 4 severity 4 severity 4 severity 4 severity 4 severity 4 severity 4 4 kV~eff 1 min. 4 kV~eff 1 min. 136 Opto-coupler on locking socket profile RS 40 RS 40 Rated data Input voltage Rated consumption – (W) Rated consumption ~ (VA) Output supply voltage Voltage drop at max. load current Output current Derating curve a = rowed on mounting rail without clearances b = rowed with clearances ≥ 20 mm Pulse duration, limiting overload current (not periodic) Sperrstrom (Ruhestrom), max. at U = 48 V Switch-on time (cyclic operation) Switch-off time (cyclic operation) Max. switching frequency DC voltage Max. switching frequency AC voltage Switching ratio Insulation coordination to EN 50 178 Rated voltage Rated impulse voltage Overvoltage category Pollution severity Clearances and creepage distances Opto-coupler Test voltage (corresponds 100% module test) Module is immune to interference Insulation voltage Input – output/mounting rail Storage temperature Ambient temperature –, rowed on mounting rail without clearances –, rowed with clearances ≥ 20 mm Continuous current Ambient temperature 1) Not TTL-compatible 2) Conditionally level-compatible 20 or 10020 or 100 Opto-couplers for signal input

Connection method Input Function Screw Disconnect plug with voltage indicator connection (GSE) screw connection (BL/SL)

5 V2) Yellow LED 1118861001 1161560000

12 V0 Green LED 1118761001 1161660000

24 V– Yellow LED 1160961001 1161760000

11778600001)

24 V0 Yellow LED 1117461001 1119460000

48 V0 Green LED 1161061001 1161860000

115 V0 Green LED 1161161001 1161960000

230 V~ Green LED 1161461001 1162060000

230 V~ Red LED 8182690000

Insulation stripping length 7 mm 6 mm Conductor cross-section 0.5…2.5 mm 2 0.5…1.5 mm 2 AWG 26…14 AWG 26…16 Dimensions Mounting width 11.2 mm 11.2 mm Length (perpendicular to mounting rail) 70 mm 74 mm Height TS/TS 35 x 7.5 56 mm/51.5 mm 56 mm/51.5 mm Opto-coupler on locking socket profile RS 40 RS 40 1) Output 5 VTTL-compatible 2) Conditionally level-compatible

max. +24V 2224 GND max. +24V RSM 16: 1 RSM 8: 1 RSM 4: 1 1214 GND max. +24V 3234 GND max. +24V 4244 GND max. +24V 8284 GND max. +24V

5 V–1) ±10 %

5…48 V 1) <1.6 V 0.1 A 0.16 mA 100 Hz –40 °C…+85 °C –25 °C…+60 °C –25 °C…+60 °C 75 mm 145 mm 285 mm 87 mm

24 V– ±10 %

5…48 V 1) <1.6 V 0.1 A 0.16 mA 100 Hz –40 °C…+85 °C –25 °C…+60 °C –25 °C…+60 °C 75 mm 145 mm 285 mm 87 mm

24 V0 ±10 %

0.35 VA 5…48 V 1) <1.6 V 0.1 A 0.16 mA 20 Hz –40 °C…+85 °C –25 °C…+60 °C –25 °C…+60 °C 75 mm 145 mm 285 mm 87 mm

24 V– +10 %

24 V ±10 %

≤0.4 V 2 A

12 A/10 ms

max. 100 Hz –40 °C…+60 °C –25 °C…+60 °C –25 °C…+60 °C 75 mm 145 mm 285 mm 87 mm Opto coupler on locking socket with multiple interface RSM Rated data Input voltage Rated consumption – (W) Rated consumption ~ (VA) Output operating voltage Voltage drop at max. load current Output current Derating curve a = Continous operation b = Switching mode Continuous current Ambient temperature Pulse duration, limiting overload current (not periodic) Max. reverse current (static current), at U Switching frequency Storage temperature Ambient temperature –, rowed on mounting rail without clearances –, rowed with clearances x 20 mm Dimensions Mounting width RSM 4 RSM 8 RSM 16 Length (perpendicular to mounting rail) RSM 4 OS 4 opto-couplers RSM 8 OS 8 opto-couplers Also available as relay coupler, see page 84/85 Schematic circuit diagram DC voltage/positive switching (joint negative) Opto coupler 24 Vdc / 2A Standard Opto coupler 5…48 Vdc / 100 mA 1) Not TTL-compatible (Opto-couplers) Note! During operation and maintenance please observe the relevant ESD measures. (ESD endangered area)

Conn. method Input RSM 4 OS RSM 8 OS RSM 16 OS Positive Negative Cat. Mount. width Screw/ z z 1123661001 75

5 V–2) zz 1124061001 145

z* z 1123861001 75 z* z 1123761001 75 zz 8003671001 145

24 V– z z 8021391001 145

z* z 1124261001 145 zz 8018221001 285 zz 8082471001 285 z* z 1124661001 285 z* 1125161001 75

24 V0 z* 1125261001 145

Insulation stripping length 7 mm Conductor cross-section 0.5…2.5 mm 2/AWG 26…14 Replacement opto-c. Type Input voltage Output voltage Output current Cat. No. OS 5 V– 5) ±10 % 24 V– ±20 % 0.1 A 1121100000 OS 12 V– 5) ±10 % 5…48 V– 0.1 A 1124800000 OS 12 V 0 ±10 % 5…48 V– 0.1 A 1121200000 OS 24 V– 5) ±10 % 5…48 V– 0.1 A 1124900000 OS 24 V– 5) ±10 % 24 V– +10 % 2.0 A 1170200000 OS 24 V– 5) ±10 % 250 V~ 0.1 A 1153200000 OS 24 V 0 ±10 % 5…48 V– 0.1 A 1121300000 139 Digital signal processing RSM 16 OS

16 Opto couplers

DC/negative switching (common positive) DC/AC voltage Opto coupler on locking socket with multiple interface RSM 2) 5 V TTL Input voltage on request 3) Common negative potential, positive is switched 4) Common positive potential, negative is switched 5) Not suitable for DC/AC version * equipped as standard with opto-coupler 5…48 Vdc / 100 mA

1) The rating data depend on the used module 2) on request 3) Mixed placement of input and output modules is not valid. Ordering data Rated data(with inpu module)1) Input voltage, max. Input current (per channel) Max. output voltage Output current (per channel), max. Rated data(with output module)1) Input voltage, max.: Input current (per channel) Max. output supply voltage Max. output current (per channel) Auxilary voltage Status indicator Fuse Storage temperature Ambient temperature Connection data Conductor cross-section Screw connection Male connect. block DIN 416512) „Sub-D“-connection2) Dimensions Mounting width Length (perpendicular (to mounting rail) Schematic circuit diagram Type Cat. No. RS 1 HR 1166961001 250 V~ 25 mA 24 V0 Depending on module 24 V0 Depending on module 250 V Depending on module 5x20, 5 A quick –40 °C…+70 °C –25 °C…+70 °C Dependent on semiconductor relay used 0.5…2.5 mm 2 35 mm 87 mm Type Cat. No. RSM 4 HR 11670610013) 250 V~ 25 mA 24 V0 Depending on module 24 V0 Depending on module 250 V Depending on module 5x20, 5 A quick –40 °C…+70 °C –25 °C…+70 °C Dependent on semiconductor relay used 0.5…2.5 mm 2 130 mm 87 mm Type Cat. No. RSM 8 HR 11671610013) 250 V~ 25 mA 24 V0 Depending on module 24 V0 Depending on module 250 V Depending on module 5x20, 5 A quick –40 °C…+70 °C –25 °C…+70 °C Dependent on semiconductor relay used 0.5…2.5 mm 2 10-pole 15-pole 249 mm 87 mm Type Cat. No. RSM 8 HR-100 11662610013) 250 V~ 25 mA 24 V0 Depending on module 24 V0 Depending on module 250 V Depending on module 5x20, 5 A quick –40 °C…+70 °C –25 °C…+70 °C Dependent on semiconductor relay used 0.5…2.5 mm 2 10-pole 15-pole 156 mm 109 mm Type Cat. No. RSM 16 HR-100* 11672610013) 250 V~ 25 mA 24 V0 Depending on module 24 V0 Depending on module 250 V Depending on module 5x20, 5 A quick –40 °C…+70 °C –25 °C…+70 °C Dependent on semiconductor relay used 0.5…2.5 mm 2 20-pole 25-pole 305 mm 109 mm Single and multiple socket interface- unit Advantages of semiconductor relays:

• Wear-free switching also with high switching frequencies
• Bounce-free switching
• No electomagnetic interferences
• High insulation-voltage between load and control circuit Note! The relevant ESD measures are to be observed during commissioning and maintenance (ESD endangered area) RS 1 HR RSM 4 HR RSM 8 HR RSM 8 HR-100 RSM 16 HR-100 Opto coupler, locking socket for semi-conductor relays

1) 250 V max. in connection with HR modules. Only negative-switching when used on HR-socket! 2) For inductive loads the module must be protected with diode or varistor. Schematic circuit diagram Type Cat. No. HRE 24 117440000 10…32 V– (process) 21.33 mA 1.5 kΩ 18…32 V (Logic) 1) 0.4 V 100 mA max. 100 µA 5 ms 5 ms –40 °C…+100 °C –20 °C…+ 70 °C Type Cat. No. HRE 115 1174500000 90…140 V 0 (process) 10 mA 14 kΩ 18…32 V (Logic) 1) 0.4 V 100 mA max. 100 µA 20 ms 20 ms –40 °C…+100 °C –25 °C…+ 70 °C Type Cat. No. HRE 230 1174600000

180 V…280 V 0 (process)

6.4 mA 44 kΩ 18…32 V (Logic) 1) 0.4 V 100 mA max. 100 µA 20 ms 20 ms –40 °C…+100 °C –25 °C…+ 70 °C Type Cat. No. HRA 230 1174100000 18…32 V– (Logic) 2.2 kΩ 3 V 1 V 24…250 V~ 1)2) (process) 3 A 20 mA 6 mA

75 A/20 ms

≤ 1/2 Period ≤ 1/2 Period unlimited, tmin 100 µs –40 °C…+100 °C –25 °C…+ 70 °C Type Cat. No. HRA 60 1174300000 18…32 V– (Logic) 2.2 kΩ 3 V 1 V 5…60 V~ 1)2) ( process)

3 A, resistive load

5 A/1 s

100 µs 750 µs unlimited, tmin 100 µs –40 °C…+100 °C –25 °C…+ 70 °C Semi-conductor relays Input module HRE 24 DC/DC Input module HRE 115/HRE 230 AC/DC Output module HRA 230 DC/AC Output module HRA 60 DC/DC Ordering data Rated data Input voltage Input current at max. V Input resistance Switch-on voltage Switch-off voltage Max. output operating voltage Voltage drop at max. load current Max. output current (Continous test) Derating curve a = self-cooling b = mounted on 2 k/W heat sink Continuous current Ambient temperature Min. Load current Leakage current in off- condition at rated load voltage Surge current Switch-on time Switch-off time Input impulse Storage temperature Ambient temperature Zero V. switch Amp. Solid state relays for signal input and output

The IT product family of electronic delay timers from Weidmüller are the optimum solution for industrial tasks. The product family IT offers:

• Response delay (ITR)
• Wiping contact without control input (ITWo)
• Wiping contact with control input (ITWw)
• Turn-off delay without control input (ITTo)
• Turn off delay without control input (ITTw)
• Pulse generator (ITTT)
• Multifunction (ITM)
• Multifunction (ITMF) Designation of types: I = Industry T = Timer R = Response Delay Wo = Wiping contact relay without control input Ww= Wiping contact relay with control input To = Turn -off delay without control input Tw = Turn-off delay with control input TT = Two Times M = Multifunction MF = Multifunction Four Time ranges and supply voltages of delay timer relays Product ITR ITWo, ITTT ITTw ITWw ITMF, ITM ITTo Time 0.1s - 100h 0.06 s - 160 s Range 0.1 s - 1 s 1 min - 10 min 1 s - 10 s 0.1 h - 1 h 0.1 min - 1 min 1 h- 10 h 10 h - 100 h 0.06 s - 0.6 s 2 s - 20 s 0.25 s - 2.5 s 16 s - 160 s Voltage supply

24 VDC/24…24UVAC

24 V - 240 VAC

24 VDC

The multiple voltage ranges of the supply voltage allow for a wide area of use in industry (see table). The modules’ functions for 4 or 7 time can be precisely selected via the rotary button. Characteristic data of output contacts Limit values by resistive load Service life of contacts by resistive load ITTo ITM ITR, ITP, ITWo, ITWw, ITTw,ITTT, ITMF Output of the timing relays The load in every module is switched by a changeover relay (250 V, 8 A). The multifunction module (ITM) switches both changeover relays immediately or, one changeover relay immediately and the other changeover relay delayed. Switching capacity (kVA) Switching operations Voltage Current Load Load Control contact

Response delay ITR timer relay As soon as the operating voltage is applied, the preset delay period T begins. After time period T has expired, output R connects the load. Wiping contact timer relay without control input ITWo When the operating voltage is applied, output R connects the load immediately. After the preset delay period T has expired, output R disconnects the load. Wiping contact timer relay with control input ITWw As soon as the operating voltage is applied, a pulse (e. g. 50 ms) or a voltage is applied to control input Y1. Output R connects the load immediately. After the preset delay period T has expired, output R disconnects the load. Turn-off delay timer relay without control input ITTo As soon as the operating voltage is applied, output R connects the load. Delay period T does not begin until the operating voltage is switched off. After delay period T has expired, output R disconnects the load. Turn-off delay timer relay with control input ITTw After the operating voltage has been applied and con- trol input Y1 has been activated, output R connects the load for an indefinite period of time. When the control input is opened and after the preset time period T has expired, the output disconnects the load. Pulse generator ITTT The repeat cycles starts with two individually adjustable times after applying the supply voltage. There is a different starting state for each delay. Function A: Response delay As soon as the operating voltage is applied, the preset delay period T begins. After time period T has expired, output R connects the load. Function Ac: Response delay and turn-off delay As soon as operating voltage has been applied and control input Y1 has closed, delay period T begins. After time period T has expired, output R connects the load (delayed response). When con- trol input Y1 is opened, the output dis- connects the load after the preset time period has expired (delayed turn-off). Function At: Additive response delay As soon as the operating voltage has been applied and delay period T has expired, output R connects the load. At control input Y1 the contact break inter- vals are accumulated (additive process). As soon as the operating voltage is switched off, the load at output R is dis- connected. Function B: Wiping contact with control input As soon as the operating voltage has been applied, a pulse (min 50 ms) or a voltage can be applied to control input Y1. Output R connects the load immedi- ately. After delay period T has expired, output R disconnects the load. Function Bw: Wiping function The operating voltage must be applied. As soon as a voltage is applied to con- trol input Y1, output R connects the load for the prest time T. After time peri- od T has expired, output R disconnects the load. As soon as the control input is opened, output R once more connects the load for the duration of time period T. After time period T has expired, out- put R disconnects the load. Function C: Turn-off delay with control input As soon as the operating voltage has been applied and control input Y1 has been activated, output R connects the load for an indefinite period of time. When the control input is opened and after the preset time period T has expired, the output disconnects the load. Function D: Pulse generator (begins in the zero position) As soon as the operating voltage has been applied, output R simultaneously switches the load alternately between the zero position and operating position for the period of the preset time T. With this function, the cycle begins at the zero position. Function Di: Pulse generator (begins in the operating position) As soon as the operating voltage has been applied, output R simultaneously switches the load alternately between the zero position and operating position for the period of the preset time T . With this function, the cycle begins at the operating position. Function H: Wiping contact without control input As soon as the operating voltage is applied, output R connects the load immediately. After delay period T has expired, output R disconnects the load. Function Ht: Wiping contact, additive As soon as the operating voltage is applied, output R connects the load immediately. At control input Y1 the contact break intervals are accumulated (additive process) and when the preset delay period has expired, output R dis- connects the load. U = Operating voltage R = Output relay or load T = Delay Y1 = Control input Multifunction ITM/ITMF

Two LED’s show the status of the mod- ules: - green LED = supply voltage connected -y ellow LED = relay output active (not for ITTO) Marking Marking is done on a removable tag or on the marking area. The function is printed on the front of the module. Control lamp for verifying contact A control lamp can be wired parallel to input Y1 to show the status of control input. Assembly Mount direct onto DIN TS 35 mounting rails. Approvals and standards This relay has a high resistance to interference. The housing material is self-extinguishing (UL94/V0). Manufacturing to IEC/VDE and UL/CSA approvals permit worldwide usage.

• IEC 255 static measuring relays
• IEC529 testers and test procedures
• IEC 664 regulations for high-voltage fuses for motor circuits
• IEC 801 EMC compatibility
• VDE 0110 insulation coordination for low-voltage electrical equipment
• VDE 0435 relays with fixed times Connection technology Clamping yoke has the following capacities:
• 2 x 1.5 mm 2 with ferrule
• 2 x 2.5 mm2 without ferrule
• 1 x 4 mm2 without ferrule on DIN rail on panel using M4 screws

Repeat accuracy (const. parameter) Accuracy of indication acc. to IEC 1812-1 Input Input voltage Voltage tolerance Duty factor Rated power consumption Min pulse duration type Max. reset time at voltage interruption Protection against voltage interruption Output Contact Contact material Service life - mechanical - electrical Switching current - max. - min. Max. switching voltage Switching current Status indicators Voltage applied Relay output active Approvals Standards Temperature - Storage temperature - Operating temperature Clearance/creepage path. acc. to IEC 664/VDE 0110 Protection category IEC 529 - Terminal block - Front Mounting Installation category to IEC 664 Connection - with ferrule - without ferrule Enclosure material Weight, typ. Schematic circuit diagram Type Cat. No. ITM 8362550000 changeover 0.1 s - 100 h 1 s, 10 s, 1 min 1 h, 10 h, 100 h ± 0.5% ± 10% (25 °C) 12 V…240 Vac/dc / 50...60 Hz 85 - 110% UN 100 %

7 VA / 230 V~

≥ 50 ms ≤ 100 ms > 10 ms Relay output 2 changeover AgCdO 5x1 0 6 switching operations 105 switching operations at 2000 VA resistive load

8 A0 / changeover contact

2000 VA / 80 W

IEC 529/IEC 664/IEC 801/IEC 255 VDE 0435/VDE 0110 –30°C...+70°C –20°C...+60°C 4 kV IP 20 IP 50 DIN rail 35 mm Category III 2 x 1.5 mm2 2 x 2.5 mm2 / 1 x 4 mm2 self extinguishing 110 g Multifunctional Timers

• Response delay
• Response delay and turn-off delay
• Additive response delay
• Wiping contact with control input
• Wiping function
• Turn-off delay with control input
• Pulse generator (begins in the zero position)
• Pulse generator (begins in the operating position)
• Wiping contact without control input
• Wiping contact, additive ITM Multifunctional timer relay Function A: Response delay As soon as the operating voltage is applied, the preset delay period T begins. After time period T has expired, output R connects the load. Function Ac: Response delay and turn-off delay As soon as operating voltage has been applied and control input Y1 has closed, delay period T begins. After time period T has expired, output R connects the load (delayed response). When con- trol input Y1 is opened, the output dis- connects the load after the preset time period has expired (delayed turn-off). Function At: Additive response delay As soon as the operating voltage has been applied and delay period T has expired, output R connects the load. At control input Y1 the contact break inter- vals are accumulated (additive process). As soon as the operating voltage is switched off, the load at output R is dis- connected. Function B: Wiping contact with control input As soon as the operating voltage has been applied, a pulse (min 50 ms) or a voltage can be applied to control input Y1. Output R connects the load immedi- ately. After delay period T has expired, output R disconnects the load. Function Bw: Wiping function The operating voltage must be applied. As soon as a voltage is applied to con- trol input Y1, output R connects the load for the prest time T. After time peri- od T has expired, output R disconnects the load. As soon as the control input is opened, output R once more connects the load for the duration of time period T. After time period T has expired, out- put R disconnects the load. Function C: Turn-off delay with control input As soon as the operating voltage has been applied and control input Y1 has been activated, output R connects the load for an indefinite period of time. When the control input is opened and after the preset time period T has expired, the output disconnects the load. Function D: Pulse generator (begins in the zero position) As soon as the operating voltage has been applied, output R simultaneously switches the load alternately between the zero position and operating position for the period of the preset time T. With this function, the cycle begins at the zero position. Function Di: Pulse generator (begins in the operating position) As soon as the operating voltage has been applied, output R simultaneously switches the load alternately between the zero position and operating position for the period of the preset time T . With this function, the cycle begins at the operating position. Function H: Wiping contact without control input As soon as the operating voltage is applied, output R connects the load immediately. After delay period T has expired, output R disconnects the load. Function Ht: Wiping contact, additive As soon as the operating voltage is applied, output R connects the load immediately. At control input Y1 the contact break intervals are accumulated (additive process) and when the preset delay period has expired, output R dis- connects the load. U = Operating voltage R = Output relay or load T = Delay Y1 = Control input

Type Cat. No. ITTo 8362600000 Changeover 0.6 s -160 s 2 s - 20 s, 16 s - 160 s) ± 0.5% ± 10% (25 °C) 24 Vdc/ 24…240 Vac / 50...60 Hz 85 - 110% UN 100 %

0.5 W / 30 VA / 230 V~

≥ 50 ms ≤ 100 ms > 10 ms Relay output 2 changeover AgCdO 5x1 06 switching operations 105 switching operations at 1250 VA resistive load

1250 VA / 80 W

IEC 529/IEC 664/IEC 801/IEC 255 VDE 0435/VDE 0110 –30°C...+70°C –20°C...+60°C 4 kV / 2 IP 20 IP 50 DIN rail 35 mm Category III 2x 1.5 mm2 2x 2.5 mm2 / 1x4 m m2 self extinguishing 100 g Type Cat. No. ITTw 8362610000 Changeover 0.1 s -100 h (0.1 s - 1 s, 1 s -10 s, 0.1 min - 1 min, 1 min - 10 min, 0.1 h - 1 h, 1 h - 10h) ± 0.5% ± 10% (25 °C) 24 Vdc/ 24…240 Vac / 50...60 Hz 85 - 115% UN (110% for 240 V) 100 %

0.5 W / 24 V- / 1 W / 48 V- / 2 VA / 48 V~

1.5 VA / 24 V~

12 VA / 230 V~

≥ 50 ms ≤ 100 ms > 10 ms Relay output 1 changeover AgCdO 5x1 06 switching operations 105 switching operations at 2000 VA resistive load 8 A0 100 mA0 250 V0 IEC 529/IEC 664/IEC 801/IEC 255 VDE 0435/VDE 0110 –30°C...+70°C –20°C...+60°C 4 kV / 2 IP 20 IP 50 DIN rail 35 mm Category III 2x 1.5 mm2 2x 2.5 mm2 / 1x4 m m2 self extinguishing 100 g Timers Ordering data Contact Time periods Repeat accuracy (const. parameter) Anzeigegenauigkeit gemäß IEC 1812-1 Input Input voltage Voltage tolerance Duty factor Rated power consumption Min. switch-on time for the supply Min pulse duration type Max. reset time at voltage interruption Protection against voltage interruption Output Contact Contact material Service life - mechanical - electrical Switching current - max. - min. Max. switching voltage Switching current Status indicators Voltage applied Relay output active Approvals Standards Temperature - Storage temperature - Operating temperature Clearance/creepage path. acc. to IEC 664/VDE 0110 Protection category IEC 529 - Terminal block - Front Mounting Installation category to IEC 664 Connection - with ferrule - without ferrule Enclosure material Weight, typ. ITTo Turn-off delay timer relay without control input ITTw Turn-off delay timer relay with control input

Type Cat. No. ITWo 8362580000 Changeover 0.1 s - 100 h 1 min. - 10 min., 0.1 h - 1 h, 1 h - 10 h, 100 h) ± 0.5% ± 10% (25 °C) 24 Vdc/ 24…240 Vac / 50...60 Hz 85 - 115% UN (110% for 240 V) 100 %

0.5 W / 24 V-

≥ 50 ms ≤ 100 ms > 10 ms Relay output 1 changeover AgCdO 5x1 06 switching operations 105 switching operations at 2000 VA resistive load 8 A0 100 mA0 250 V0 IEC 529/IEC 664/IEC 801/IEC 255 VDE 0435/VDE 0110 –30°C...+70°C –20°C...+60°C 4 kV / 2 IP 20 IP 50 DIN rail 35 mm Category III 2x 1.5 mm2 2x 2.5 mm2 / 1x4 m m2 self extinguishing 100 g Type Cat. No. ITWw 8362590000 Changeover 0.1 s - 100 h 1 min. - 10 min., 0.1 h - 1 h, 1 h - 10 h, 100 h) ± 0.5% ± 10% (25 °C) 24 Vdc/ 24…240 Vac / 50...60 Hz 85 - 115% UN (110% for 240 V) 100 % ≥ 50 ms ≤ 100 ms > 10 ms Relay output 1 changeover AgCdO 5x1 06 switching operations 105 switching operations at 2000 VA resistive load 8 A0 100 mA0 250 V0 IEC 529/IEC 664/IEC 801/IEC 255 VDE 0435/VDE 0110 –30°C...+70°C –20°C...+60°C 4 kV / 2 IP 20 IP 50 DIN rail 35 mm Category III 2x 1.5 mm2 2x 2.5 mm2 / 1x4 m m2 self extinguishing 100 g Schematic circuit diagram Timers ITWo Wiping contact timer relay without control input Ordering data Contact Time periods Repeat accuracy (const. parameter) Accuracy of indication acc. to IEC 1812-1 Input Input voltage Voltage tolerance Duty factor Rated power consumption Min pulse duration type Max. reset time at voltage interruption Protection against voltage interruption Output Contact Contact material Service life - mechanical - electrical Switching current - max. - min. Max. switching voltage Switching current Status indicators Voltage applied Relay output active Approvals Standards Temperature - Storage temperature - Operating temperature Clearance/creepage path. acc. to IEC 664/VDE 0110 Protection category IEC 529 - Terminal block - Front Mounting Installation category to IEC 664 Connection - with ferrule - without ferrule Enclosure material Weight, typ. ITWw Wiping contact timer relay with control input

Type Cat. No. ITTT 8324050000 Changeover 0.1 s - 100 h 1 min. - 10 min., 0.1 h - 1 h, 1 h - 10 h, 100 h) ± 0.5% ± 10% (25 °C) 24 Vdc/ 24…240 Vac / 50...60 Hz 85 - 115% UN (110% for 240 V) 100 % ≥ 50 ms ≤ 100 ms > 10 ms Relay output 1 changeover AgCdO 5x1 06 switching operations 105 switching operations at 2000 VA resistive load 8 A0 100 mA0 250 V0 IEC 529/IEC 664/IEC 801/IEC 255 VDE 0435/VDE 0110 –30°C...+70°C –20°C...+60°C 4 kV / 2 IP 20 IP 50 DIN rail 35 mm Category III 2x 1.5 mm2 2x 2.5 mm2 / 1x4 m m2 self extinguishing 100 g Type Cat. No. ITMF 8287770000 Changeover 0.1 s - 100 h 1 min. - 10 min., 0.1 h - 1 h, 1 h - 10 h, 100 h) ± 0.5% ± 10% (25 °C) 24 Vdc/ 24…240 Vac / 50...60 Hz 85 - 115% UN (110% for 240 V) 100 %

0.5 W / 24 V- / 1 W / 48 V-

1.5 VA / 24 V~ / 2 VA / 48 V~

≥ 50 ms ≤ 100 ms > 10 ms Relay output 1 changeover AgCdO 5x1 06 switching operations 105 switching operations at 2000 VA resistive load 8 A0 100 mA0 250 V0 IEC 529/IEC 664/IEC 801/IEC 255 VDE 0435/VDE 0110 –30°C...+70°C –20°C...+60°C 4 kV / 2 IP 20 IP 50 DIN rail 35 mm Category III 2x 1.5 mm2 2x 2.5 mm2 / 1x4 m m2 self extinguishing 100 g Timers ITTT Pulse generator ITMF Multifunction - timer relay Ordering data Contact Time periods Repeat accuracy (const. parameter) Accuracy of indication acc. to IEC 1812-1 Input Input voltage Voltage tolerance Duty factor Rated power consumption Min pulse duration type Max. reset time at voltage interruption Protection against voltage interruption Output Contact Contact material Service life - mechanical - electrical Switching current - max. - min. Max. switching voltage Switching current Status indicators Voltage applied Relay output active Approvals Standards Temperature - Storage temperature - Operating temperature Clearance/creepage path. acc. to IEC 664/VDE 0110 Protection category IEC 529 - Terminal block - Front Mounting Installation category to IEC 664 Connection - with ferrule - without ferrule Enclosure material Weight, typ.

Type Cat. No. ITR 8362570000 Changeover 0.1 s - 100 h 1 min. - 10 min., 0.1 h - 1 h, 1 h - 10 h, 100 h) ± 0.5% ± 10% (25 °C) 24 Vdc/ 24…240 Vac / 50...60 Hz 85 - 115% UN (110% for 240 V) 100 % ≥ 50 ms ≤ 100 ms > 10 ms Relay output 1 changeover AgCdO 5x1 06 switching operations 105 switching operations at 2000 VA resistive load 8 A0 100 mA0 250 V0 IEC 529/IEC 664/IEC 801/IEC 255 VDE 0435/VDE 0110 –30°C...+70°C –20°C...+60°C 4 kV / 2 IP 20 IP 50 DIN rail 35 mm Category III 2x 1.5 mm2 2x 2.5 mm2 / 1x4 m m2 self extinguishing 100 g Timers ITR Response delay timer relay Ordering data Contact Time periods Repeat accuracy (const. parameter) Accuracy of indication acc. to IEC 1812-1 Input Input voltage Voltage tolerance Duty factor Rated power consumption Min pulse duration type Max. reset time at voltage interruption Protection against voltage interruption Output Contact Contact material Service life - mechanical - electrical Switching current - max. - min. Max. switching voltage Switching current Status indicators Voltage applied Relay output active Approvals Standards Temperature - Storage temperature - Operating temperature Clearance/creepage path. acc. to IEC 664/VDE 0110 Protection category IEC 529 - Terminal block - Front Mounting Installation category to IEC 664 Connection - with ferrule - without ferrule Enclosure material Weight, typ.

Type Cat. No. DKZ 24 Vac/dc 328008130000 DKZ 24 Vac/dc 358008190000 5.1 mAdc/6.1 mAac ±10 % 130 mW ±10 %/150 mVA ±10 % ≤ 0.7 ms 5…48 Vdc 20 mA ≤ 0,16 mA (at 48 V) ≤ 1 V 0.9 Hz 300 V 4 kV III ≥4 mm 4 kVeff -25 °C…+50 °C -25 °C…+50 °C -40 °C…+85 °C 6 mm AWG 22…12 0.5…4 mm 2 ja Type Cat. No. AP DKT4 0687560000 Page 305 Type Cat. No. DKZA 24 Vdc 32 8008120000 DKZA 24 Vdc 35 8008180000

24 Vdc ±18 %

6.7 mA ±10 % 200 mA ±10 % 160 mW ±10 % 50 ms 2 ms 5…48 Vdc 20 mA ≤ 0,16 mA (at 48 V) ≤ 1.6 V 20 Hz 300 V 4 kV III ≥4 mm 4 kVeff -25 °C…+50 °C -25 °C…+50 °C -40 °C…+85 °C 6 mm AWG 22…12 0.5…4 mm 2 ja Type Cat. No. AP DKT4 0687560000 Page 305 Type Cat. No. DKZA 24 Vdc 32 8020990000 DKZA 24 Vdc 35 8022110000 6.7 mA ±10 % 200 mA ±10 % 160 mW 150 ms 2.5 ms 5…48 Vdc 20 mA ≤ 0,16 mA (at 48 V) ≤ 1.6 V 20 Hz 300 V 4 kV III ≥4 mm 4 kVeff -25 °C…+50 °C -25 °C…+50 °C -40 °C…+85 °C 6 mm AWG 22…12 0.5…4 mm 2 ja Type Cat. No. AP DKT4 0687560000 Page 305 Ordering data For TS 32 Y For TS 35 W Technical data Input Input voltage Input nominal current Input current (at first-time power-up) Input power Switch-on delay Switch-off delay Min. pulse duration of input voltage Output Max. output voltage Max. output voltage Reverse current, max. (closed-circuit current) Max. voltage drop at max. load current Max. switching frequency Isolation coordinates acc. to DIN VDE 0160, Draft11/94 Rated voltage Rated impulse voltage Overvoltage category Pollution severity Clearance and creepage distances Voltage proof, input/output-TS Operating temperature without clearances with clearances Storage temperature Total width Conductor Conductor cross-section Reverse polarity protection Accessories End plate Dimensions see Timers DKZ 24 Vac/dc DKZA 24 Vac/dc DKZA 24 Vac/dc

• Components for extending short pulses
• Provides PLC versions with switch-on/off delay
• F ixed times DKZ DKZA Signal conditioning DKZ/DKZA timer modules

With combi foot TS32/TS 35 Technical data Input Supply voltage Supply current Control voltage Control input current Output Output voltage Max. output current Internal voltage drop Range of switch-on delay Isolation coordinates acc. to DIN VDE 0160, Draft11/94 Rated voltage Rated impulse voltage Overvoltage category Pollution severity Clearance and creepage distances Voltage proof, input/output-TS Operating temperature without clearances with clearances Storage temperature Total width Conductor Conductor cross-section Accessories End plate Dimensions see Type Cat. No. DKZ DK5 8228680000

24 Vdc ± 20 %

ca. 12 mA 5…48 Vdc 100 mA ≤ 1.6 V 10…100 ms (adjustable) 300 V 6 kV IV ≥ 5.5 mm 4 kVeff -25 °C…+40 °C -25 °C…+50 °C -40 °C…+85 °C 6 mm AWG 22…12 0.5…4 mm 2 Type Cat. No. AP DK5 8268870000 Page 305 Type Cat. No. DKZ DK5 8243780000 ca. 12 mA 5…48 Vdc 100 mA ≤ 1.6 V 100 ms…1 s (adjustable) 300 V 6 kV IV ≥ 5.5 mm 4 kVeff -25 °C…+40 °C -25 °C…+50 °C -40 °C…+85 °C 6 mm AWG 22…12 0.5…4 mm 2 Type Cat. No. AP DK5 8268870000 Page 305 Type Cat. No. DKZ DK5 8019650000 ca. 12 mA 5…48 Vdc 100 mA ≤ 1.6 V 1…100 s (adjustable) 300 V 6 kV IV ≥ 5.5 mm 4 kVeff -25 °C…+40 °C -25 °C…+50 °C -40 °C…+85 °C 6 mm AWG 22…12 0.5…4 mm 2 Type Cat. No. AP DK5 8268870000 Page 305 DKZ DK5 DKZ DK5 DKZ DK5 Pulse conditioning DKZ/DKZA timer modules DKZ DKZA Timers Schematic circuit diagram

With combi foot TS 32/TS 35 Technical data Input: Supply voltage Supply current Control voltage Control input curren Min. pulse duration of input voltage Output: Output voltage Max. output current Internal voltage drop Range of switch-off delay Isolation coordinates acc. to DIN VDE 0160, Draft11/94 Rated voltage Rated impulse voltage Overvoltage category Pollution severity Clearance and creepage distances Voltage proof input/output-TS Storage temperature Operating temperature without clearances with clearances Total width Conductor Conductor cross-section Accessories End plate Dimensions see Type Cat. No. DKZA DK5 8243770000 ca. 11 mA ca. 0.5 mA 2 ms 5…48 Vdc 100 mA ≤ 1.6 V 100 ms…1s (adjustable) 300 V 4 kVeff IV ≥ 5.5 mm 6 kV -40…+85 °C -25…+40 °C -25…+50 °C 6 mm AWG 22…12 0.5…4 mm 2 Type Cat. No. AP DK5 8268870000 Page 305 Type Cat. No. DKZA DK5 8019630000 ca. 11 mA ca. 0.5 mA 2 ms 5…48 Vdc 100 mA ≤ 1.6 V 1…100 s (adjustable) 300 V 4 kVeff IV ≥ 5.5 mm 6 kV -40…+85 °C -25…+40 °C -25…+50 °C 6 mm AWG 22…12 0.5…4 mm 2 Type Cat. No. AP DK5 8268870000 Page 305 Signal conditioning DKZA timer modules

• Components for extending short pulses
• Provides PLC versions with switch-on/off delay
• F ixed times DKZA DK5DKA DK5 Type Cat. No. DKZA DK5 8228690000

ca. 11 mA ca. 0.5 mA 2 ms 5…48 Vdc 100 mA ≤ 1.6 V 10…100 ms (adjustable) 300 V 6 kV IV ≥ 5.5 mm 4 kVeff -25 °C…+40 °C -25 °C…+50 °C -40 °C…+85 °C 6 mm AWG 22…12 0.5…4 mm 2 Type Cat. No. AP DK5 8268870000 Page 305 DKZA DK5 Timers Schematic circuit diagram

Min. pulse duration Power consupmtion Input power Power consumption when pulse applied Output Output voltage Max. output current Max. voltage drop at max. load Impulse loading/limiting overload current Reverse current at 48 V (static current) Switch-off delay Switching frequency dc Insulation coordination/safe disconnection to EN 50178 Rated voltage Rated impulse voltage Overvoltage category Pollution severity Clearance and creepage distances Voltage proof, input/output mounting rail Opto coupler Ambient temperature Storage temperature Conductor Conductor cross-section Approvals Total width Schematic circuit diagram Turn off delay module MCZ TO MCZ TO 24 Vdc turn-off delay 50 ms MCZ TO 24 Vdc turn-off delay 150 ms Type Cat. No. MCZ TO 24 Vdc turn-off delay 50 ms 8324590000

24 Vdc ± 10 %

6.7 mA ± 10 % 160 mW 200 mA 5…48 Vdc 20 mA ≤ 1.6 V 200 mA max. 0,16 mA 50 ms 20 Hz 300 V 6 kV III ≥ 5.5 mm 4 kVeff / 1 min to VDE 0884 -25 °C…+50 °C -40 °C…+85 °C AWG 22…12 1.5 mm2 CE, UL, CSA 6 mm Type Cat. No. MCZ TO 24 Vdc turn-off delay 150 ms 8286410000 2.5 ms 6.7 mA ± 10 % 160 mW 200 mA 5…48 Vdc 20 mA ≤ 1.6 V 200 mA max. 0,16 mA 150 ms 5 Hz 300 V 6 kV III ≥ 5.5 mm 4 kVeff / 1 min to VDE 0884 -25 °C…+50 °C -40 °C…+85 °C AWG 22…12 1.5 mm2 CE, UL, CSA 6 mm The timer module can be used for extending short pulses and fixed times. Provides PLC ver- sions with switch off delay. tv = var Timers