202560 JUMOUKLTD | Alldatasheet

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Technical content

-802*PE+ &R.* 'HOLYHU\\DGGUHVV 0DFNHQURGWVWUD‰H )XOGD*HUPDQ\\ 3RVWDODGGUHVV )XOGD*HUPDQ\\ 3KRQH )D[ (PDLO PDLO#MXPRQHW ,QWHUQHW ZZZMXPRQHW -802,QVWUXPHQW&R/WG -802+RXVH 7HPSOH%DQN5LYHUZD\\ +DUORZ(VVH[&0'<8. 3KRQH )D[ (PDLO VDOHV#MXPRFRXN ,QWHUQHW ZZZMXPRFRXN -8023URFHVV&RQWURO,QF 0\\HUV5RDG (DVW6\\UDFXVH1<86$ 3KRQH )D[ (PDLO LQIRXV#MXPRQHW ,QWHUQHW ZZZMXPRXVDFRP V3.00/EN/00475446/2021-12-21 JUMO AQUIS 500 pH Transmitter/Controller for pH, ORP, NH3 (ammonia) concentration and temperature Brief description The device is used for measuring/controlling the pH, ORP or NH3 (ammonia) concentration. The function is switchable on the device itself. Depending on the m easured variable, combination electrodes (e. g. pH/redox combination electrodes, gas-sensitive s e n s o r s ) o r s p l i t v e r s i o n s (glass/metal electrodes with a separate reference electrode) ca n be readily connected. Temperature serves as the second input variable, measured by a Pt100/1000, for example. It is therefore possible to implement automatic temperature compensat ion for the pH and NH 3 variables. The devices are operated using unambiguous keys and a large LC graphics display on which the measurements are clearly legible. The plain-text presentation o f the parameters makes it easier for the user to configure the device, and also helps in program ming it correctly. Thanks to its modular design, the device can be perfectly match ed to the specific application requirements. Up to four outputs are available (see the block d iagram for the functions). Typical areas of application Universal application in water and wastewater engineering, serv ice/process water and wastewater, drinking water and well/surface water, leakage moni toring in refrigeration plant Key features

  • Directly switchable to pH, ORP or NH3 (ammonia) concentration
  • Automatic temperature compensation
  • Large LC graphics display with background lighting
  • Choice of display mode: large numbers, bar graph or trend display
  • Solder-free connection system
  • Calibration options according to measured variable: 1-/2-/3-point calibration
  • Calibration logbook
  • Impedance measurement can be activated for pH measurement
  • Symmetrical and asymmetrical connection of pH sensors
  • pH-ISFET sensors can be connected thanks to the sensor supply integrated in the output
  • IP67 protection (in surface mountable housing) IP65 protection (for panel mounting)
  • Language changeover: German, English, French; further languages can be loaded through the setup program
  • Using the setup program: user-friendly programming, plant documentation, additional languages can be loaded Block diagram Transmitter/contr oller 2 analog inputs Input 1: PH/ORP/ Ammonia concentration 1 binary input For floating contact Functions: - key inhibit - alarm stop - HOLD Supply voltage 110 — 240 V 12 — 24 V AC DC 20 — 30 V AC/DC Analog outputs Output 1 + 2: 0(4) — 20 mA or 0 — 10 V option Setup interface Switching outputs Output 3 + 4: - relay, changeover (SPDT) Supply voltage For ISFET sensor User-friendly configuration Reloading of languages Plant documentation Configurable as - analog process value output - continuous controller output (PID action) Configurable as - limit controller - pulse width output (PID action) - pulse frequency output (PID action) - modulating controller (PID action) as standard Input 2: Temperature manual entry or automatic Pt100 / Pt1000 / 4 kΩ Data Sheet 202560 Type 202560 Approvals 20256000T10Z002K000

V3.00/EN/00475446/2021-12-21 Data Sheet 202560 Page 2/12 -802*PE+ &R.* 'HOLYHU\\DGGUHVV 0DFNHQURGWVWUD‰H )XOGD*HUPDQ\\ 3RVWDODGGUHVV )XOGD*HUPDQ\\ 3KRQH )D[ (PDLO PDLO#MXPRQHW ,QWHUQHW ZZZMXPRQHW -802,QVWUXPHQW&R/WG -802+RXVH 7HPSOH%DQN5LYHUZD\\ +DUORZ(VVH[&0'<8. 3KRQH )D[ (PDLO VDOHV#MXPRFRXN ,QWHUQHW ZZZMXPRFRXN -8023URFHVV&RQWURO,QF 0\\HUV5RDG (DVW6\\UDFXVH1<86$ 3KRQH )D[ (PDLO LQIRXV#MXPRQHW ,QWHUQHW ZZZMXPRXVDFRP 20256000T10Z002K000 Display modes Three display modes are available: Large digits In this display mode, the measurements are, as usual, shown in digits. Trend display The numerical value is supplemented by a symbol which indicates the change direction and change speed of the measurement. This can, for instance, be very useful during controller tuning. from left to right: fast, medium and slow rise, stable, slow, medium and fast drop. Bar graph This display mode allows the user to see at a glance in which region the measurement is at present. The bar graph can be freely scaled. pH measurement Both combination pH electrodes and glass electrodes with a separate reference electrode can be connected. There are two ways of connecting the electrodes:

  • asymmetrical, high-impedance (this is usual way)
  • symmetrical, high-impedance (in special cases) What is new is the possibility of monitoring the impedance of the connected electrode(s). Thanks to this feature, the glass and reference impedances can be acquired individually (when used with a separate ground pin), or as a cumulative value. Special electrodes, which use antimony as the pH-sensitive element, can also be connected. A s u p p l y f o r I S F E T s e n s o r s h a s b e e n integrated. This enables the user to operate suitable sensors directly. Functional description The device is designed for use on site. A rugged housing protects the electronics and the electrical connections from corrosive environmental conditions (IP67). As an alternative, the device can also be installed in a control panel; it is then protected to IP65 at the front. The electrical connection is made by easy-to-fit pluggable screw terminals. Displays and controls (1)Switching output 1 or 2 is active (2)Binary input 1 has been actuated (3)Keypad is inhibited (4)Alarm has been activated (5)device is in manual mode (6)device status (7)Temperature of medium (8)Principal measurement (9)Unit of principal measurement The user can define what is to be shown in positions (7) and (8) of the display:
  • N o d i s p l a y
  • Compensated measurement
  • Temperature
  • Output level 1
  • Output level 2
  • Setpoint 1
  • Setpoint 2 Operation For easy programming and operation, all parameters are arranged in clearly structured levels and shown in plain text. Operation is protected by a code word. This facilitates individual adaptation of the operation, since parameters can be generally enabled or assigned to the protected area. As an highly convenient alternative to configuration from the keys, the device can also be configured through the setup program for PC (option). (1) (2) (4) (5) (6) (7) (8) (9) (3) ISFET sensors are employed for special applications where glass sensors are not required (glass-free pH measurement). However, because these sensors are not standardized, it is necessary to check their usability before application. The pH is temperature-compensated through automatic temperature measurement, by means of the second input, or by entering the value manually. ORP measurement Combination redox electrodes as well as metal electrodes with a separate reference electrode can be connected. The value is displayed in mV, or is freely scalable. Ammonia measurement After the transmitter/controller has been configured for NH 3 (ammonia) measurement, the appropriate sensors can be connected. Applications: Leakage monitoring of cooling circuits Calibration pH measurement
  • 1-point calibration
  • 2-point calibration
  • 3-point calibration ORP measurement
  • 1-point calibration
  • with display in mV
  • 2-point calibration with display in % (freely scalable) NH 3 (ammonia) measurement
  • 1-point calibration (zero of electrode) Calibration logbook The five most recent calibrations performed successfully can be called up in the calibration logbook. This makes it possible to evaluate the ageing of the sensor that is connected. If required, the logbook can also be deleted (this makes sense when changing the sensor). Calibration timer The calibration timer indicates (if required) when the next routine calibration is due. The calibration timer is activated by entering a number of days, after which recalibration has to be carried out (plant or operator requirement). Min/Max value memory This memory acquires the minimum (bottom) or maximum (peak) input variables that have occurred. This information serves, for example, to decide whether the sensor that is connected is designed for the values that are actually present.

V3.00/EN/00475446/2021-12-21 Data Sheet 202560 Page 3/12 -802*PE+ &R.* 'HOLYHU\\DGGUHVV 0DFNHQURGWVWUD‰H )XOGD*HUPDQ\\ 3RVWDODGGUHVV )XOGD*HUPDQ\\ 3KRQH )D[ (PDLO PDLO#MXPRQHW ,QWHUQHW ZZZMXPRQHW -802,QVWUXPHQW&R/WG -802+RXVH 7HPSOH%DQN5LYHUZD\\ +DUORZ(VVH[&0'<8. 3KRQH )D[ (PDLO VDOHV#MXPRFRXN ,QWHUQHW ZZZMXPRFRXN -8023URFHVV&RQWURO,QF 0\\HUV5RDG (DVW6\\UDFXVH1<86$ 3KRQH )D[ (PDLO LQIRXV#MXPRQHW ,QWHUQHW ZZZMXPRXVDFRP 20256000T10Z002K000 Binary input The following functions can be activated through the binary input:

  • Activate key inhibit When this function has been activated, operation from the keys is no longer possible.
  • Activate HOLD mode After activating this function, the outputs (analog and relay) adopt the states that have previously been defined.
  • Alarm suppression This function temporarily deactivates the alarm generation via the relay (has to be configured accordingly). Linking the corresponding terminals by means of a floating contact (e. g. relay) will activate the pre-defined function. Control functions The relays can have functions assigned that are configured via parameters. The control function is freely programmable as P, PI, PD or PID action. Relay outputs One or two relay changeover (SPDT) contacts are available. The following functions can be programmed:
  • Switching direction (min/max)
  • Limit controller (pull-in/drop-out delay, hysteresis)
  • Pulse width output (see control functions)
  • Pulse frequency output (see control functions)
  • Modulating controller function (see control functions)
  • Limit comparators (pull-in/drop-out delay, hysteresis)
  • Pulse function The output switches on in a defined way when reaching the switching point and then switches off again.
  • A l a r m
  • Sensor or range error
  • Response to alarm, over/underrange, calibration and HOLD Contact functions MAX limit function MIN limit function Alarm window 1 Alarm window 2 Pulse contact Hysteresis Setpoint pH On Off Limit Hysteresis Limit pH On Off Setpoint Hysteresis Setpoint pH On Off Limit Distance Hysteresis Setpoint pH On Off Limit Distance Trigger condition longer than pulse duration Pulse contact Trigger condition shorter than pulse duration Pulse width controller (output is active with X > W and P action) If the process value X exceeds the setpoint W, the P controller will control proportionally to the control deviation. On going outside the proportional band, the controller operates with an output level of 100 % (100 % duty cycle). Pulse frequency controller (output is active with X > W and P action) If the process value X exceeds the setpoint W, the P controller will control proportionally to the control deviation. On going outside the proportional band, the controller operates with an output level of 100 % (maximum switching frequency). Time On Off Pulse duration Pulse contact Time On Off Trigger condition Time On Off Pulse duration Pulse contact Time On Off Trigger condition Process value X Setpoint W Proportional band XP 100% 50% Output level y Switching period 10% 90% 90% 10% tOn 50%50% tOff 10% 90% XP X - W0 1 100% 50% No pulses 50% of pulse frequency Maximum pulse frequency Setpoint W Proportional band XP XP X - W0 1 Output level y Process value X Analog outputs One or two analog outputs are available. The following function s can be chosen: With the analog process value output, the range start and end v alues are freely selectable. The response of the outputs to over/underrange, alarm and calib ration is freely programmable. Simulation function: The analog process value outputs can be freely set in the manua l (“Hand”) mode. Application: “Dry-run” start-up of the plant, trouble-shooting, servicing. Output Analog process value output Continous controller Principle measurement variablePrinciple measurement variable Temperature 1X- X 2- XX

V3.00/EN/00475446/2021-12-21 Data Sheet 202560 Page 4/12 -802*PE+ &R.* 'HOLYHU\\DGGUHVV 0DFNHQURGWVWUD‰H )XOGD*HUPDQ\\ 3RVWDODGGUHVV )XOGD*HUPDQ\\ 3KRQH )D[ (PDLO PDLO#MXPRQHW ,QWHUQHW ZZZMXPRQHW -802,QVWUXPHQW&R/WG -802+RXVH 7HPSOH%DQN5LYHUZD\\ +DUORZ(VVH[&0'<8. 3KRQH )D[ (PDLO VDOHV#MXPRFRXN ,QWHUQHW ZZZMXPRFRXN -8023URFHVV&RQWURO,QF 0\\HUV5RDG (DVW6\\UDFXVH1<86$ 3KRQH )D[ (PDLO LQIRXV#MXPRQHW ,QWHUQHW ZZZMXPRXVDFRP 20256000T10Z002K000 Technical data Inputs Temperature compensation Measuring circuit monitoring Impedance measurement Binary input Principal input Measurement/control range Accuracy Temperature err or pH -1 to +15 pH  0.3 % 0.2 %/10 K ORP -1500 to +1500 mV  0.3 % 0.2 %/10 K NH3 (ammonia) 0 to 9999 ppm  0.3 % 0.2 %/10 K Secondary input Temperature Pt100/1000 (automatic detection) -50 to +250 °C a a Switchable to °F.  0 . 5° C 0 . 0 5% / 1 0 K Temperature NTC/PTC 4k max Entry via table with 20 value pairs  0.3 %b b Depending on supporting points. 0.05 %/10 K Measurement variable Compensation Range a a Please note operating temperature range of sensor. pH yes -30 to +150 °C (as of software version 212.11.02) -10 to +150 °C (up to software version 212.11.01) ORP no not applicable NH 3 (ammonia) yes -20 to +50 °C pH antimony yes -10 to +80 °C Inputs Over/underrange Short-circuit Cable break pH yes yes a a For pH measurement, the sensor can be monitored for short-circu it and cable break by activating the impedance measurement. yesa ORP yes no no NH3 (ammonia) yes no no Temperature yes yes yes Impedance measurement can optionally be activated. Since it depends on some marginal parameters, the following poi nts must be noted:

  • Only glass-based sensors are permissible.
  • The sensors must be directly connected to the transmitter. It is not permissible to use an impedance converter in the meas uring circuit.
  • The maximum permissible cable length between sensor and transm itter is 10 m.
  • Liquid impedances will directly influence the measurement resu lt. We therefore recommend activating the measurement in liquids fr om about 100 µS/cm upwards. Activation Through floating contact Function Key inhibit HOLD Alarm suppression

V3.00/EN/00475446/2021-12-21 Data Sheet 202560 Page 5/12 -802*PE+ &R.* 'HOLYHU\\DGGUHVV 0DFNHQURGWVWUD‰H )XOGD*HUPDQ\\ 3RVWDODGGUHVV )XOGD*HUPDQ\\ 3KRQH )D[ (PDLO PDLO#MXPRQHW ,QWHUQHW ZZZMXPRQHW -802,QVWUXPHQW&R/WG -802+RXVH 7HPSOH%DQN5LYHUZD\\ +DUORZ(VVH[&0'<8. 3KRQH )D[ (PDLO VDOHV#MXPRFRXN ,QWHUQHW ZZZMXPRFRXN -8023URFHVV&RQWURO,QF 0\\HUV5RDG (DVW6\\UDFXVH1<86$ 3KRQH )D[ (PDLO LQIRXV#MXPRQHW ,QWHUQHW ZZZMXPRXVDFRP 20256000T10Z002K000 Controller Analog outputs (one or two) Switching outputs (two changeover (SPDT) max.) Supply for ISFET Setup interface Electrical data Housing Controller type Limit comparators, limit controller, pulse width controller, pu lse frequency controller, modulating controller, continuous controller Controller action P / PI / PD / PID A/D converter Dynamic resolution up to 14-bit Sampling time 500 msec Output mode Signal range Accuracy Temperature error Permissible load resistance Current signal 0/4 to 20 mA  0.25 % 0.08 %/10 K  500  Voltage signal 0 to 10 V  0.25 % 0.08 %/10 K  500  The analog outputs respond as per NAMUR NE43 recommendation. They are electrically isolated, AC 30 V / DC 50 V. Rated load 3 A/250 VAC (resistive load) Contact life >2x105 operations at rated load DC ±5 V; 5 mA Interface for configuring the device through the optionally ava ilable setup program (for device configuration only). Supply voltage AC 110 to 240 V, -15/+10 %, 48 to 63 Hz AC/DC 20 to 30 V, 48 to 63 Hz DC 12 to 24 V, +/-15 % (permissible only for connection to SELV/PELV circuits) Power consumption approx. 14 VA Electrical safety EN 61 010, Part 1 overvoltage category III a, pollution degree 2 a Not valid with protective extra-low voltage of power supply var i a n t 1 2t o2 4VD C . Data backup EEPROM Electrical connection pluggable screw terminals conductor cross-section up to 2.5 mm2 (supply, relay outputs, sensor inputs) conductor cross-section up to 1.5 mm2 (analog outputs; ISFET supply) Material ABS Cable entry cable glands, 3 × M16 and 2 × M12 max. Special feature venting device to prevent condensation Ambient temperature range (the accuracy specified is adhered to within this range) -10 to +50 °C Operating temperature range (device is operational) -15 to +65 °C Storage temperature range -30 to +70 °C Climatic conditions rel. humidity  90 % annual mean, no condensation (following EN 60721 3-3 3K3) Enclosure protection as per EN 60529 in surface mountable housing: IP67 for panel mounting: IP65 front, IP20 rear Vibration strength as per EN 60068-2-6 Weight in surface mountable housing: approx. 900 g for panel mounting: approx. 480 g Dimensions see dimensioned drawings on page 8.

V3.00/EN/00475446/2021-12-21 Data Sheet 202560 Page 6/12 -802*PE+ &R.* 'HOLYHU\\DGGUHVV 0DFNHQURGWVWUD‰H )XOGD*HUPDQ\\ 3RVWDODGGUHVV )XOGD*HUPDQ\\ 3KRQH )D[ (PDLO PDLO#MXPRQHW ,QWHUQHW ZZZMXPRQHW -802,QVWUXPHQW&R/WG -802+RXVH 7HPSOH%DQN5LYHUZD\\ +DUORZ(VVH[&0'<8. 3KRQH )D[ (PDLO VDOHV#MXPRFRXN ,QWHUQHW ZZZMXPRFRXN -8023URFHVV&RQWURO,QF 0\\HUV5RDG (DVW6\\UDFXVH1<86$ 3KRQH )D[ (PDLO LQIRXV#MXPRQHW ,QWHUQHW ZZZMXPRXVDFRP 20256000T10Z002K000 Standard accessories Approvals/marks of conformity Cable glands Internal mounting material Operating Instructions Mark of conformity Testing laboratory Certificates/certification numbers Test basis valid for c UL us Underwriters Laboratories E 201387 UL 61010-1 all types

V3.00/EN/00475446/2021-12-21 Data Sheet 202560 Page 7/12 -802*PE+ &R.* 'HOLYHU\\DGGUHVV 0DFNHQURGWVWUD‰H )XOGD*HUPDQ\\ 3RVWDODGGUHVV )XOGD*HUPDQ\\ 3KRQH )D[ (PDLO PDLO#MXPRQHW ,QWHUQHW ZZZMXPRQHW -802,QVWUXPHQW&R/WG -802+RXVH 7HPSOH%DQN5LYHUZD\\ +DUORZ(VVH[&0'<8. 3KRQH )D[ (PDLO VDOHV#MXPRFRXN ,QWHUQHW ZZZMXPRFRXN -8023URFHVV&RQWURO,QF 0\\HUV5RDG (DVW6\\UDFXVH1<86$ 3KRQH )D[ (PDLO LQIRXV#MXPRQHW ,QWHUQHW ZZZMXPRXVDFRP 20256000T10Z002K000 Connection diagram Connection Terminal Function Row Supply for transmitter/controller Supply voltage (23):AC 110 to 230 V, -15/+10%, 48 to 63 Hz Supply voltage (25):AC/DC 20 to 30 V, 48 to 63 Hz Supply voltage (30):DC 12 to 24 V, +/-15% N (L-) L1 (L+) NC 3 Supply voltage for ISFET sensor Supply voltage ± 5 V DC, 5 mA NC 14 NC 15 The electrical connection for the “in surface mountable housing” version can be made easily after opening the unit. The connection diagram in the data sheet provides preliminary information about the connection options. For the electrical connection, only use the installation instructions or the operating manual. The knowledge and the correct technical execution of the safety information/instructions contained in these documents are mandatory for mounting, electrical connection, startup, and for safety during operation. Clamp (screen) Row 1 Row 2 The connection cable between sensor and transmitter must be a special coaxial cable with a diameter of 3 to 5 mm The device contains a guide plate for optimized cable routing. The sensor cables (incorporating strain relief) are run to the pluggable screw terminals, where they are connected up without the use of solder.

V3.00/EN/00475446/2021-12-21 Data Sheet 202560 Page 8/12 -802*PE+ &R.* 'HOLYHU\\DGGUHVV 0DFNHQURGWVWUD‰H )XOGD*HUPDQ\\ 3RVWDODGGUHVV )XOGD*HUPDQ\\ 3KRQH )D[ (PDLO PDLO#MXPRQHW ,QWHUQHW ZZZMXPRQHW -802,QVWUXPHQW&R/WG -802+RXVH 7HPSOH%DQN5LYHUZD\\ +DUORZ(VVH[&0'<8. 3KRQH )D[ (PDLO VDOHV#MXPRFRXN ,QWHUQHW ZZZMXPRFRXN -8023URFHVV&RQWURO,QF 0\\HUV5RDG (DVW6\\UDFXVH1<86$ 3KRQH )D[ (PDLO LQIRXV#MXPRQHW ,QWHUQHW ZZZMXPRXVDFRP 20256000T10Z002K000 Inputs Glass/metal electrode 12 NC 2 Reference electrode 3 NC 4 GND Link terminal 3 and terminal 5 (asymmetrical connection only) FP (liquid potential) For connection with symmetrical connection only NC 7 RTD in 3-wire circuit, Pt100 or Pt1000 Binary input 11 Outputs Analog output 1 0t o2 0m A o r 2 0t o0m A o r 4t o2 0m A o r 2 0t o4m A or 0t o1 0V o r 1 0t o0V (electrically isolated) + 13 - 14 Analog output 2 0t o2 0m A o r 2 0t o0m A o r 4t o2 0m A o r 2 0t o4m A or 0t o1 0V o r 1 0t o0V (electrically isolated) + 15 - 16 Switching output K1 (floating) common break (SPST-NC) make (SPST-NO) NC 7 Switching output K2 (floating) common break (SPST-NC) make (SPST-NO) Connection Terminal Function Row

V3.00/EN/00475446/2021-12-21 Data Sheet 202560 Page 9/12 -802*PE+ &R.* 'HOLYHU\\DGGUHVV 0DFNHQURGWVWUD‰H )XOGD*HUPDQ\\ 3RVWDODGGUHVV )XOGD*HUPDQ\\ 3KRQH )D[ (PDLO PDLO#MXPRQHW ,QWHUQHW ZZZMXPRQHW -802,QVWUXPHQW&R/WG -802+RXVH 7HPSOH%DQN5LYHUZD\\ +DUORZ(VVH[&0'<8. 3KRQH )D[ (PDLO VDOHV#MXPRFRXN ,QWHUQHW ZZZMXPRFRXN -8023URFHVV&RQWURO,QF 0\\HUV5RDG (DVW6\\UDFXVH1<86$ 3KRQH )D[ (PDLO LQIRXV#MXPRQHW ,QWHUQHW ZZZMXPRXVDFRP 20256000T10Z002K000 Dimensions Panel-mounting/drilling diagram 149 134 120 161 140 77 94 Note: 1. Fix template to panel 2. Drill holes ( 4.5 mm and 10 mm dia.) 3. Cut out the panel inside the marked lines. 4. Debur To ensure the protection rating (see data sheet), the panel must be sufficiently stable. ø4.5 ø10 100.5 108.6 120.5 121.6 Note: The drilling template (in actual size) is shown in the Operating Instructions.

V3.00/EN/00475446/2021-12-21 Data Sheet 202560 Page 10/12 -802*PE+ &R.* 'HOLYHU\\DGGUHVV 0DFNHQURGWVWUD‰H )XOGD*HUPDQ\\ 3RVWDODGGUHVV )XOGD*HUPDQ\\ 3KRQH )D[ (PDLO PDLO#MXPRQHW ,QWHUQHW ZZZMXPRQHW -802,QVWUXPHQW&R/WG -802+RXVH 7HPSOH%DQN5LYHUZD\\ +DUORZ(VVH[&0'<8. 3KRQH )D[ (PDLO VDOHV#MXPRFRXN ,QWHUQHW ZZZMXPRFRXN -8023URFHVV&RQWURO,QF 0\\HUV5RDG (DVW6\\UDFXVH1<86$ 3KRQH )D[ (PDLO LQIRXV#MXPRQHW ,QWHUQHW ZZZMXPRXVDFRP 20256000T10Z002K000 Accessories JUMO AQUIS 500 Weather protection cover Pole-mounting kit Universal joint (adjustable) with clamping lever Chain Suspended fitting Arm (adjustable) Support pillar Pedestal base approx. 1500 approx. 1700

V3.00/EN/00475446/2021-12-21 Data Sheet 202560 Page 11/12 -802*PE+ &R.* 'HOLYHU\\DGGUHVV 0DFNHQURGWVWUD‰H )XOGD*HUPDQ\\ 3RVWDODGGUHVV )XOGD*HUPDQ\\ 3KRQH )D[ (PDLO PDLO#MXPRQHW ,QWHUQHW ZZZMXPRQHW -802,QVWUXPHQW&R/WG -802+RXVH 7HPSOH%DQN5LYHUZD\\ +DUORZ(VVH[&0'<8. 3KRQH )D[ (PDLO VDOHV#MXPRFRXN ,QWHUQHW ZZZMXPRFRXN -8023URFHVV&RQWURO,QF 0\\HUV5RDG (DVW6\\UDFXVH1<86$ 3KRQH )D[ (PDLO LQIRXV#MXPRQHW ,QWHUQHW ZZZMXPRXVDFRP 20256000T10Z002K000 Order details:JUMO AQUIS 500 pH (1) Basic type

202560 JUMO AQUIS 500 pH

Transmitter/controller for pH, ORP , NH3 (ammonia) concentration and temperature (2) Basic type extensions 10 for panel mounting 20 in surface mountable housing (3) Output 1 (for principle measurement variable or continuous c ontroller) 000 no output 888 analog output 0(4) to 20 mA or 0(2) to 10 V (4) Output 2 (for principle measurement variable or continuous c ontroller) 000 no output 888 analog output 0(4) to 20 mA or 0(2) to 10 V (5) Output 3 000 no output 310 relay with changeover (SPDT) contact (6) Output 4 000 no output 310 relay with changeover (SPDT) contact (7) Supply voltage 2 3 A C1 1 0t o2 4 0V + 1 0% / - 1 5% , 4 8t o6 3H z 2 5 A C / D C2 0t o3 0V , 4 8t o6 3H z

30 DC 12 to 24 V ± 15 %

(8) Extra codes 000 none Order code / - - - / - / , ... Order example 202560 / 20 - 888 - 000 - 310 / 000 - 23 / 000

V3.00/EN/00475446/2021-12-21 Data Sheet 202560 Page 12/12 -802*PE+ &R.* 'HOLYHU\\DGGUHVV 0DFNHQURGWVWUD‰H )XOGD*HUPDQ\\ 3RVWDODGGUHVV )XOGD*HUPDQ\\ 3KRQH )D[ (PDLO PDLO#MXPRQHW ,QWHUQHW ZZZMXPRQHW -802,QVWUXPHQW&R/WG -802+RXVH 7HPSOH%DQN5LYHUZD\\ +DUORZ(VVH[&0'<8. 3KRQH )D[ (PDLO VDOHV#MXPRFRXN ,QWHUQHW ZZZMXPRFRXN -8023URFHVV&RQWURO,QF 0\\HUV5RDG (DVW6\\UDFXVH1<86$ 3KRQH )D[ (PDLO LQIRXV#MXPRQHW ,QWHUQHW ZZZMXPRXVDFRP 20256000T10Z002K000 Stock versions Manufactured versions Accessories Type Part no. 202560/20-888-888-310-310-23/000 00480051 202560/20-888-000-310-000-23/000 00480050 202560/20-888-000-000-000-25/000 00491075 Type Part no. 202560/10-888-888-310-310-23/000 00480048 202560/10-888-000-310-000-23/000 00480044 202560/20-888-888-310-310-25/000 1 00480049 Type Part no. Protective roof for JUMO AQUIS 500a a The pole-mounting kit is needed for mounting the protection cov er. 00398161 Pipe installation set for JUMO AQUIS 500 b b With the pipe installation set, the JUMO AQUIS 500 can be attached to a pipe (e. g. a support pillar or a railing). 00483664 DIN rail installation set for JUMO AQUIS 500c c With the DIN rail installation set, the JUMO AQUIS 500 can be attached to a 35 mm × 7.5 mm DIN rail as per EN 60715 A.1. 00477842 Support pillar with base clamp, arm and chain 00398163 Holder for suspension fitting 00453191 Back panel set 202560/65 00506351 PC setup software 00483602 PC interface cable including USB/TTL converter and two adapters (USB connecting cable) 00456352