SVS16-EC-08-C13-P00

SVS16-EC-08-C13-P00 E-T-A | Alldatasheet

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Technical content

Features

l Integral complete DC 24 V system for overcurrent protection, power distribution and remote input and output l Systematic integration of protection and distribution functions l Power distribution and selective protection of DC 24 V load circuits of a single source l For electronic circuit protectors ESX10S115/-125 up to 10 A l For solid state remote power controller E-1048-S7xx up to 5 A l Fully-fledged EtherCAT interface l Integral diagnostic functions for load circuits (overcurrent, wire breakage etc.) l Profitability through considerably reduced wiring time l Reduction of planning, design and installation time l Ease of maintenance, diagnosis and system extension Application Modular power distribution system for short circuit current limited DC 24 V applications Line entry load module (X21) Voltage ratings DC 24 V (18 ... 32 V) Total current max. 40 A PE = (X21) PE, connected to DC 24 V (-) integral loop-through Terminals 5-pole spring-loaded terminals, (1+/2+/1-/2-/PE) Cable cross section max. 10 mm Connection of line entry of BUS module (X31) is compulsory. Voltage ratings: Current consumption: Terminal design: DC 24 V (18 ... 32 V) max. 250 mA integral loop-through, 2 x 2-pole PT terminals, (1+/2+) (1-/2-) cable cross section max. 1.5 mm F-slots Number of slots for circuit breakers, prepared for circuit protector types ESX10-(S)115, ESX10-(S)125, E-1048-S7xx Load outputs per way / slot Voltage ratings: current: Terminal design: DC 24 V (18 ... 32 V) max. 10 A per terminal block / slot 1) (L+) protected load output (+) (L-) negative return load (-) (PE) three-level screwless spring-loaded terminals Cable cross section max. 2.5 mm Bus terminal (X81/X82) EtherCAT: RJ45, 8-pole, connection sleeve, (X81/X82) 1) When mounted side-by-side, the circuit protectors ESX10 and the SSRPCs E-1048 rated 10 A the devices can only carry 80% of their rated load continuously. Suitable for the following types: Electronic circuit protector ESX10-(S)115.. (with control input and status output) Electronic circuit protector ESX10-(S)125.. (with reset input and status output) Solid state remote power controller E-1048-S7xx.. (with control input and status output) Approvals l CE

www.e-t-a.de Power distribution system SVS16-EC 1745 Technical data (Tamb = 25 °C, UB = DC 24 V) Termination For supply lines and load outputs C13 print spring-loaded terminals (standard) Line entry load module DC 24 V on terminal block (X21) 5-pole spring-loaded terminals, (1+/2+/1-/2-/PE) max. cable cross section flexible with wire end ferrule w/wo plastic sleeve 0.5 mm – 10 mm2 stripping length 12 mm Line entry load BUS module DC 24 V on terminal block (X31) 2 x 2-pole PT terminals, (1+/2+) (1-/2-) flexible with wire end ferrule (with plastic sleeve) 0.25 – 1.5 mm2 flexible with wire end ferrule (without plastic sleeve) 0.25 – 2.5 mm2 stripping length 8 mm Load outputs on terminal block 8x (16x) double level screwless spring-loaded terminals max. cable cross section flexible with wire end ferrule (with plastic sleeve) 0.25 – 1.5 mm2 cable cross section AWG 0.20 – 2.5 mm2 stripping length 7.5 mm Notes CAUTION l The max. total current of 40 A per way must not be exceeded l It is only intended for use with safety extra-low voltage (=24 V DC). l Connection to a higher or not reliably disconnected voltage can cause hazardous conditions or damages. l The user has to ensure that the cable cross section of the load circuit in question complies with the current rating of the used load or circuit protector. l The technical data of the used circuit protectors have to be observed. l In addition special precautions must be taken in the system or machine (e.g. use of a safety PLC) which reliably prevent an automatic re-start of parts of the system (cf. Machinery Directive 2006/42/EG and EN 60204-1, Safety of Machinery). In the event of a failure (short circuit/overload) the load circuit will be disconnected by the circuit protector. l The power distribution system must only be installed by qualified personnel. l Only after expert installation must the device be supplied with power. l After tripping of the circuit protector and before reset, the cause of the failure (short circuit or overload) must be remedied. l The national standards (e.g. for Germany DIN VDE 0100) have to be observed for installation and selection of feed and return cables. l 0 V optential load and control voltage connected l For convenient adjustment and configuration by means of projecting software a master data file (ESI file) with the file name ETA_0C9E. zip will be made available for downloading on the E-T-A homepage. Please observe the separate user manual for type SVS16-ECxx. Caution: Electrostatically sensitive sub-assemblies can be destroyed by voltages far below the human perception threshold. These voltages already occur if you touch a component or electrical terminals of a sub-assembly without being electrostatically discharged. The damage of a sub-as- sembly caused by an overvoltage is often not immediately recog- nised, but will be noticed only after a longer operating time. Type SVS16 Power distribution system for ESX10-(S)115, ESX10-(S)125, E-1048-7xx l Short-circuit limited DC 24 V applications l Max. cont. load 40 A l Max. cont. load per load output: 10 A l BUS connection Version: Bus system EC EtherCAT (connection: 2 x RJ45, 8-pole, connector) Version, max. number of circuit protectors on the distribution system 08 8 circuit protectors [F1 ... F8] 16 16 circuit protectors [F1 ... F16] Fitting version C13 standard: completely fitted with print spring-loaded terminals Configuration parameter / behaviour at BUS error P00 parameterisable in the device description file SVS16 - EC - 08 - C13 - P00 ordering example Order numbering code General data Mounting method Symmetrical rail to EN 60715-35 x 7.5 Temperature range 0 ... 50 °C (without condensation) Storage temperature -20 ... +70° Housing material moulded Degree of protection terminals IP20 DIN 40050 pcb IP00 DIN 40050 Insulation voltage DC 250V (pcb) Dimensions see dimensional drawing (tolerances to DIN ISO 286 part 1 IT13) mass SVS16-EC-08-C13-P00 approx. 511 g SVS16-EC-16-C13-P00 approx. 811 g EMC l EN 61000-6-2: 2005 Electromagnetic compatibility (EMC) part 6-2: Basic standards - noise immunity for industrial areas l EN 61000-6-4: 2007+A1: 2011 Electromagnetic compatibility (EMC) part 6-4: Basic standards - noise immunity for industrial areas All information and data given on our products are accurate and reliable to the best of our knowledge, but E-T-A does not accept any responsibility for the use in applications which are not in accordance with the present specification. E-T-A reserves the right to change specifi- cations at any time in the interest of improved design, performance and cost effectiveness, Dimensions are subject to change without notice. Please enquire for the latest dimensional drawing with tolerances if required. All dimensions, data, pictures and descriptions are for information only and are not binding. Amendments, errors and omissions excepted. Ordering codes of the products may differ from their marking.

www.e-t-a.de Power distribution system SVS16-EC 1745 Power distribution system SVS16-EC Performance adjustable via DIP switch S1 Operating modes of the power distribution system SVS16 EtherCAT bus system Status indication of the SVS16-ECxx-xx Performance of the power distribution system SVS16-EC depends on the operating modes and switching status of hardware switch S1. DIP switch 1 in ON position results in operating mode “FREEZE” DIP switch 2 in ON position results in operating mode “GERÄTEADRESSIERUNG” – firm IP DIP switches 2 and 3 in ON position results in operating mode “GERÄTEADRESSIERUNG” – Admin mode. DIP switch 4 is available as a reserve. Operating mode SYSTEMINIT After applying supply voltage, the module is in the operating mode “SVS_ SYSTEMINIT”, there is no communi- cation possible during this period. This operating mode lasts for a few seconds. The switching status of the hardware Switch S1 is also identified here. Signalling of the operating mode see table further down below. Operating mode FREEZE Prerequisite: DIP switch 1 = ON The master controls the condition of the connected devices. Or in the if the bus connection is interrupted, the devices are activated according to the EEPROM content. Signalling of the operating mode see table further down below. Operating mode UNFREEZE Prerequisite: DIP switch 1 = OFF The master controls the condition of the connected devices. If the bus connection is interrupted, the connected devices will be switched off. Signalling of the operating mode see table further down below. Operating mode GERÄTEADRESSIERUNG firm IP: IP address is configured firmly on 192.168.0.1. Condition: DIP switch 2 = ON and DIP switch 3 = OFF . Admin mode: Condition: DIP switch 2 = ON and DIP switch 3 = ON. If the admin mode is active, the IP address parameters are changed by means of these services, then these will be filed in the non-volatile memory and will remain active even after switching the admin mode off. Fieldbus-specific addressing: This function is permanently active and allows address assignment via the field- bus-specific mechanisms. EtherCAT is a realtime master-slave bus system. Max. 16 participants can be operated on one bus segment. More detailed information on the bus system, planning, mounting and operation of a system can be found in the official documents of the EtherCAT Technology Group (ETG). The link www.ethercat.org will lead you to the following documents: EtherCAT (Technical Directives) EtherCAT (Planning Directives) EtherCAT (Mounting Directives) EtherCAT (Start-up Directives) Status indication for the bus communication (EtherCAT) Status of device or network is indicated on the device by means of external light emitting diodes. The LEDs indicate the following information: Signalling of different operating modes Operating mode Indication of operating mode LED CM LED CE LED PWR SVS_SYSTEMINIT green/red/ green colour change as LED test green/red/ green colour change as LED test green/red/ green colour change as LED test SVS_ERROR_ CRITICAL yellow red green SVS_ERROR_ UNCRITICAL yellow red blinking green SVS_STANDALONE (FREEZE) yellow OFF green SVS_NORMAL_ MODE green OFF green network status LED RUN/ NS module status LED ERR/ MS INIT OFF no error OFF OPERATIONAL green Invalid configuration red blinking PRE- OPERATIONAL green blinking unsolicited state change single flash red (one-off short flash) SAFE- OPERATIONAL single flash green (one-off short flash) application watchdog timeout double flash red (two short flashes) BOOT green flickering booting error detect red flickering (Fatal Event) red application controller failure red

www.e-t-a.de Power distribution system SVS16-EC 1745 Mounting position Accessories blade terminals DIN 46244-A 6.3-0.8 7010.3 2.36 12.3 terminals 13+14 bridged Jumper SB-S11-P1-01-1-1A .484 .406 2.76 AC 240 V / DC 65 V, 1 A Signal loop Made in Germany xxxx SB-S11-P1-01-1-1A Signal loop Load disconnected top view

www.e-t-a.de Power distribution system SVS16-EC 1745 Power distribution system SVS16-EC Schematic diagram SVS16-EC-08-… Schematic diagram SVS16-EC-16-… bus pcb EthernetCAT Slave connection EthernetCAT RJ45 PWR RUN/NS ERR/MS CM CE configuration switch + bus pcb X31 DC24VPE PEPE PE ---- ++++ X8X7X2X1 load pcb F2 F7 F8 + 5 V bus pcb X21 1+ 2+ 1- 2- PE DC 24 V / max. 40 A Load IN+/RE SO Load IN+/RE SO Load IN+/RE SO Line GND SC Line GND SC Line GND SC Line GND SC Load IN+/RE SO bus pcb communication bus pcb communication bus pcb communication bus pcb communication 1+ 2+ 1- 2- - bus pcb communication SVS16-EC-08 + bus pcb X31 DC24VPE PEPE PE ---- ++++ X16X15X2X1 load pcb F2 F15F 16 + 5 V bus pcb X21 1+ 2+ 1- 2- PE DC 24 V / max. 40 A Load IN+/ RE SO Load IN+/ RE SO Load IN+/ RE SO Line GND SC Line GND SC Line GND SC Line GND SC Load IN+/ RE SO bus pcb communication bus pcb communication bus pcb communication bus pcb communication 1+ 2+ 1- 2- - bus pcb ETA SVS16-EC-16 bus pcb EthernetCAT Slave connection EthernetCAT RJ45 PWR RUN/NS ERR/MS CM CE configuration switch communication

www.e-t-a.de Power distribution system SVS16-EC 1745 Dimensions SVS16-MB-08-C13-P00 Dimensions SVS16-EC-16-C13-Pxx X81 X82 X1 X2 X3 X4 X5 X6 X7 X8 Typ: SVS16-EC- 08- 16- C13- C23- EtherCAT Made in Germany D-90518 ALTDORF P00 Symmetrical rail EN 60715-35 x 7.5 (not part of the product) bus connection RJ45. 8-pole PWR RUN/NS ERR/MS CM CE X31 DC24V X1 X2 X3 X4 X5 X6 X7 X8 X21 1+ 2+ 1- 2- PE F1 F2 F3 F4 F5 F6 F7 F8 DC24 V/40 A PE PE power supply bus push-in terminal 1.5 mm 2, 2x2-pole, DC 24 V load outputs: (+/-/PE) screwless terminals, three-level 1.5 mm max. 10 A terminals power supply screwless terminal 10.0 mm 2, 5 pole max. 40 A jumper all-insulated 127.8 56.4 185 F1 F2 F3 F4 F5 F6 F7 F8 DC24V/40A X1 X2 X3 X4 X5 X6 X7 X8 X1 X2 X3 X4 X5 X6 X7 X8 1+ 2+ 1- 2- PEX21 PE X9 X10 X11 X12 X13 X14 X15X16 X9 X10 X11 X12 X13 X14 X15X16 F9 F10 F11 F12 F13 F14 F15 F16 X81 X82 PWR RUN/NS ERR/MS CM CE PE PE PE 285 127.8 power supply bus push-in terminal 1.5 mm 2, 2x2-pole, DC 24 V load outputs: (+/-/PE) screwless terminals, three-level 1.5 mm max. 10 A terminals power supply screwless terminal 10.0 mm 2, 5 pole max. 40 A jumper all-insulated 56.4 Symmetrical rail EN 60715-35 x 7.5 (not part of the product) bus connection RJ45, 8-pole X31 DC24V Typ: SVS16-EC- 08- 16- C13- C23- EtherCAT Made in Germany D-90518 ALTDORF P00