PACSystems RSTi Solution Guide
Contents
1. Add IO Modules IO Modules STXPBS001 Pos 1 STXPBSOO1 PROFIBUS DP Vw1 Network Adapter 540 ma Max 1500 m SYDC Width 70 Height 99 Length 102 mm Description Total Power Total Size ak O Project Explorer Digital Output 2114 5 DC TTL Inverting 4DO ata 2124 5 DC TTL Non Inverting 400 am 221F 24 DC Sink 16DO s a 222F 24VDC Source 16DO aka 2318 24VDC Sink 8DO aka 2324 24VDC Source 4DO s a 2328 24VDC Source 8DO slip 2414 24VDC Sink 4DO Diagn mm 2424 24VDC Source 4DO Diagn nin 2514 24VDC Sink 4D0 Diagn aio 2524 24VDC Source 4D0 Diagn KEIC DIN All A Error X General Xx Intelligent Platforms For Help press Fi a 3 Network Interface PROFINET Profibus DP V1 DeviceNet Modbus TCP Modbus Serial EtherCAT Ethernet IP CANOpen CC Link Special Module X Date fila 2614 24VDC Sink 4D0 leer TE MI 2012 01 19 09 09 14 499 slip 2624 24VDC Source 4DO 2012 01 19 09 04 42 779 s a 2742 230VAC 24VDC Relay 2D0 vi vi 2x ni 2012 01 19 09 02 49 590 a 4 gt omepage b Image A Process Image W Parame ter X Address Map X c 4 al Description ST 2314 24YDC 0 5A Sink 4DO S Power Module Bl 0 0 o eter ERES asas O T T D Show Technical Data OK Cancel pi a gt System Module f C INu Configuration Tool Integrated into Proficy Machine Edition and also a GSDML file is2. si LAM e Q mn FR MER SETT mn 2 Yv UV System oun O0 ers Network Type Network Cable Cable Length 2 Comm Speed Station Type Max Station No Peripheral signal Number of PDOs available Number of SDOs available Node address Set Power Dissipation RSTi Solution Guide Specification CANopen CANopen Special Cable 5m 5km Depending on Baudrate 10 Kbps 1Mbps CANopen Slave Max 32 Module Input 64 bytes Output 64 bytes 8 Transmit PDOs 8 Receive PDOs 1 Standard SDOs Rotary S W 1 2 x10 x1 100mA JI p System Power 5VGC sneen b System Power GNC U y f Imc Ps t gt ow Fs Meli Pawe gt Siana meald Power voci Ex AAt a Vcc Page 22 GE Intelligent Platforms RSTi Solution Guide CC Link Specification STXCCLOO1 Target release October 2012 Surrounding Air Temp 20 C 50 C 40 C 85 C Network Type CC Link Ambient Temp nant ty 5 90 without condensation Cable for CC Link only Humidity FRED M IEC68 2 6 2G 10G CableLength m 1200 400 160 100 impact 500 EMC ESD EN50082 EN50081 Comm Sp Kbps 2500 Mount Position On the left of ST xxx I O series Operating Mode Broadcast Polling Method Atmosphere Not so dusty without corrosive gas Max 32 Module Class 2 24VDC izi Input 112point mE wif 24VDC 11VDC 28 8VDC ee Output 112point 4station Certification UL cUL CE CC Link Station No
3. Humidity Duraue IEC68 2 6 2G 10G Cable Length m 15m vib impact EMC ESD EN50082 EN50081 Comm Sp Kbps Mount Position On the left of ST xxx I O series Atmosphere Not so dusty without corrosive gas i Class 2 24VDC Field Supp Volt 24VDC 11VDC 28 8VDC Max Digital I O Field Supp Cur Max 10A Max Analog I O FnBus Sup Cur Max 1 5A4 5Vdc TER System power to internal logic Non isolation Node No Setting System power to I O driver Isolation 45mm x 99mm x 70mm Power Dissipation Certification LTU ct m MODBUS Electrical Interface THE Dsub 9 Pin SignalName Description Female 1 2 TXD Output Transmitted Data 3 AXD Input Received Data 4 5 GND Signal Common 6 7 B 9 gt ON j OV 24V Field Power 24V OV System Power 1 2k 115 2kbps Max 32 module 1 node STXMBS001 RS232 Input 2016point Output 2016point Input 126Ch Output 126Ch Input 252Bytes Output 252Bytes Rotary Switch 2ea x10 x1 70mA typical 24Vdc gt System Power 5Vdc gt System Power GND FnBus Signa p Field Power OVdc Field Power 24Vdc Page 18 GE Intelligent Platforms RSTi Solution Guide Modbus Serial RS 485 Specifications STXMBSOO Target April 2012 release ITEM SPECIFICATION ITEM Surrounding Air Temp 20 C 50 C 40 C 85 C Network Type ModBus RS485 Ambient Temp Relative Humidity 596 9096 without condensation Serial Twist cable Durable EMC
4. TADI TRIDZ TRID2 1 Field Power OVde Field Power 24Vdc p System Power SV Doe LJ System Powe GND Fn Bus Contacts Field Power OVdc Fjeld Power 24Vde RSTi Solution Guide ST 5212 2Channels Serial Interface RS 232 System Power SV System Power GND Fn amp us Contacts Field Power No E Field Power OVac Contacts gt Field Power 24Vdc cO EGER p System Power SV EILDIIIIIII gt System Power NO Fn Bus Contacts Frua Signal Fed Power N Field Power Contacts Field Power P p System Power SV oo gt System Power GND a FnBus Signal Fieid Power b Field Power lOvdc Contacts i gt Field Power 24Vdcl Page 37 GE Intelligent Platforms RSTi Solution Guide Motion Module Specifications High Speed Counter a sre 0 100KHz 0 50KHz except Encoder F 1 H 0 1 2 3 4 5 ST 5101 ST 5111 Output Voltage 5 to 28 8Vdc 24Vdc Output Current MDA 0 5A Ch 14 All Channel Power Dissipation Max 80mA 5 0Vdc Max 160mA 5 0Vdc Photocoupler Isolation 51 Number of Channels 1 Channel Digital Input 24Vdc Input nominal Sink Type SSI Data Rate 62 5K 100K 125K 250K 500K 1M 2Mbps Common Type 1 Common 1 Shield Max 150mA 5 0Vdc Field Power SSI Frame Photocoupler isolation Page 38 GE Intelligent Platforms Motion Module Wiring High Speed Counter RSTi Solution Guide ST 5101 1 Channel Encoder Interface ST 5111 1Channel Encod
5. power 24VDC 110VAC 9 240C F qx AW kF ZG4X Hw Shield Termination Modules The ST 7008 No bus ID type support does not occupy an address on the bus or ST 7408 Uses a bus ID and occupies an address on the bus is available to group all shields to the RSTi bus ground Modules such as analog and motion could use the module to reduce noise impact on the RSTi system Field Bus power is passed through the module to the module on the right OVDC Distribution Modules 8 points 10 amps The ST 7108 No bus ID type support does not occupy an address on the bus or ST 7508 Uses a bus ID and occupies an address on the bus is available to group commons from field devices to simplify wiring The module commons group is connected to the Field Power OVDC bus Field Bus power is passed through the module to the module on the right 24VDC Distribution Modules 8 points 10 amps The ST 7118 No bus ID type support does not occupy an address on the bus or ST 7518 Uses a bus ID and occupies an address on the bus is Page 7 GE Intelligent Platforms RSTi Solution Guide available to group 24VDC from field devices to simplify wiring The module 24VDC group is connected to the Field Power 24VDC bus Field Bus power is passed through the module to the module on the right OVDC and 24VDC Distribution Modules 4 points each 10 amps The ST 7188 No bus ID type support does not occupy an address on the bus or ST 7588 Us
6. Contacts ves L2 110 Contacts External Field Power and Field Power are same power Page 25 GE Intelligent Platforms ST 1218 8 points DC 12V 24 Positive Logic Mosasssasnsnsns gt System Power SV Ns222522222 b System Power GNO Fn Bus Contacts Fald Power Contacts FriBus Signal Fit Power OVdc Faid Power 48vac External Field Power and Field Power are same power RSTi Solution Guide ST 1228 8 points DC 12V 24V Negative Logic CEPIT System Power V Nonsvasasoucay gt System Power GND FrBus Sow 2 wrod sensor owe OVdc ig Power PM Video System Power GND Frius Signs Connactor for VO and Power witing Page 26 GE Intelligent Platforms RSTi Solution Guide Discrete Output Specifications Mode st 2isa st 2ize srazir stame st 2s1a srema st 2318 st 2328 TTL Non TTL Inverting Tuner Negative Logic Positive Logic Negative Logic Positive Logic Negative Logic Positive Logic Fue 35 amp 4w 3543V saav 35 amp 36v 35A40V 33A30v Model ST 2414 ST 2424 ST 2514 ST 2524 ST 261 ST 2624 4Points C Common 4 points 4COM Single Common Model sre stzma smaras steve st 2ese Relay Triac Type Special Fun Manual Type Allo Voltage 24Vdc 230Vac 12 125Vac Note The 20 pin connector for ST 221F and ST 222F require a Hirose HIF3BA 20D 2 54C connector http
7. Fn Bus Contacts OVdc Field Power Contacts System Power SV e System Power GND FnBus Signal 24Vdc 24Vdc Field Power 2 System Power 5V System Power GNO Fn8us Signal Field Power E mE oe si System Power 5V System Power GND FnBus Signal OVdc Field Power gt Contacts gt ST 7518 8 Channels Common for 24Vdc with module ID Fn Bus Contacts 24Vdc Field Power Contacts Fn Bus Contacts 24Wdc Field Power Contacts OVede J Field Power Contacts RSTi Solution Guide System Power 15V System Power GND FnBus Signal 24Vde LI Field Power s System Power 5V System Power GND FnBus Signal 24Vdc LI 24Vde Li Fld Power Contacts System Power 5V System Power GND FnBus Signal OVde L2 Ovac L2 Fieid Power LL Contacts 7 OVdc L2 OVde L2 Page 44 GE Intelligent Platforms RSTi Solution Guide ST 5725 Extension module Master ST 5726 Extension module Slave Page 45
8. Sett m see ee p System Power 5Vdc ei g pr an P System Power GND a L FnBus Signal Baudrate Select switch F G x10 Node Address 0 42 Field PoweriOVvdc X1 ue ah mo n gt Field Poweri24Vdc 24V OV o4V OV Field Power 24Vdc System Power 24Vdc Page 23 GE Intelligent Platforms RSTi Solution Guide Discrete Input Specifications C modei srama sraza srizi srieza srisie srisee sriswe sri Points xe yi Positive Negative Positive Negative Type Positive Logic Negative Logic AC Logic Logic Logic Logic Off Voltage Below 130Vac Point Consump rine Below 4 5mA Below 6mA Below 4mA Below 8mA Below 12mA 35mA 5Vdc Curr OFF gt ON Below 0 5ms OFF gt ON Below 10ms Response Time OFF gt ON Below 3ms ON gt OFF Below 3ms ON gt OFF Below 0 5ms ON gt OFF Below 10ms Common Type 4 Points 2COM Single Common Isolation Photocoupler Isolation Connection terminal block Model ST 1218 ST 1228 ST iz1F STi22F Points 16 Points Type Positive Logic Negative Logic Positive Logic Negative Logic Positive Logic Normal voltage 48Vde Allowed Voltage Savde 60Vde Point Consump Below 6mA Below 6mA Below 4mA Curr Module Consump OFF gt ON Below 3ms ON gt OFF Below 3ms 16 Points 2COM Photocoupler Isolation Note The 20 pin connector for ST 121F ST 122F and ST 131F require a Hirose HIF3BA 20D 2 54
9. e Q mi ka Bus Signal X10 A 29 Device Name d STXPNSOO1 xx gt Field Power OVdc gt Field Power 24Vdc OV 24V Field Power 24V OV System Power Page 14 GE Intelligent Platforms RSTi Solution Guide Profibus DP Interface Specifications STXPBSOO01 Surrounding Air 20 C to 50 C for UL applications Temp 20 C to 60 C for non UL applications Network Type PROFIBUS DP V1 Ambient Temp Storage 40 C 85 C Relative Humidity 596 90 without condensation Network Cable PROFIBUS DP Special Cable Mount Position First module of RSTi system 9 6kBaud 12MBaud No excessive dust No corrosive gases Max Station No 101 StationlInclude Master Scanner Class Il 24VDC 2 es d l Lh OTOT RU Lef k a Field Supp Volt 24VDC 11VDC 28 8VDC Station Type PROFIBUS DP Slave I O bus SVdc current Max Digital O Input 1 024point Output 1 024point DIN Rail Input 64Ch Output 64Ch 42mm x 99mm x 70mm Input 128Bytes Output 128Bytes Baudrate Setting Support Auto baudrate Certification UL cUL CE PROFIBUS Station No Sett Rotary S W 1 2 x10 x1 Power Dissipation 60mA 24Vde PROFIBUS Connector n monnen gt System Power 5Vdc Pin No Description A m gt System Power GND 3 RxD TxD P 4 CNTR P 5 DGND FnBus Signal 6 VP 8 RxD TxD N 9 CNTR N x10 Node Address Field Power OVdc 7 gt Field Power 24Vd
10. EN 61000 6 4 Variable IP20 UL cUL CE DC Module Included Analog Module Terminal Block to F G 500Vac 1min AC Module Terminal Block to F G 1500Vac 1min Relay Module Terminal Block to F G 2500Vac 1min DNV DeviceNet Modbus Ethernet Modbus Serial and a subset of the I O DNV document TE 08 0094 Lloyds Register Profibus Slave Modbus TCP Modbus Serial and a subset of the I O LR document SGS R10 0476 Description RSTi I O User Manual RSTi Network Adapter Manual Page 10 GE Intelligent Platforms RSTi Solution Guide Part Numbers Network Interface Units Check release date STXPNSOO1 STXPBSO01 STXDNS001 STXMBSO01 STXMBS002 Discrete Inputs ST 1124 ST 1114 ST 1214 4 points Positive Logic 12V 24VDC ST 121F 16 points Positive Logic 12V 24VDC Requires connector Type Hirose HIF3BA 20D 2 54C ST 1224 4 points Negative Logic 12V 24V DC ST 122F 16 points Negative Logic 12V 24VDC Requires LPS MS loola MA STIA Comers Type Hose HIFSBA 20D 280 8 ST 1314 ST 1324 ST 131F 16 points Positive Logic 48VDC Requires connector Type Hirose HIF3BA 20D 2 54C Digital Outputs ST 2114 4 points TTL 5VDC 20mA Inverting ST 2318 8 points Negative Logic 24VDC 0 5A ST 2124 4 points TTL 5VDC 20mA Non inverting ST 2328 8 points Positive Logic 24VDC 0 5A ST 2314 4 points Negative Logic 24VDC 0 5A ST 221F 16 points Negative Logic 24VDC 0 3A Requires connector Type Hirose HIF3BA 20D
11. ESD EN50082 EN50081 Comm Sp Kbps 1 2k 115 2kbps On the left of ST xxx I O series Max 32 module Not so dusty without corrosive gas i Class 2 24VDC i Field Supp Volt 24VDC 11VDC 28 8VDC Max Digital O Input 2016point Output 2016point Field Supp Cur Max 10A Max Analog I O Input 126Ch Output 126Ch FnBus Sup Cur Max 1 5A 5Vdc Input 252Bytes Output 252Bytes System power to internal logic Non isolation Operating Mode RTU and ASCII System power to I O driver Isolation Size 45mm X 99mm x 70mm Node No Setting Rotary Switch 2ea x10 x1 Weight 150g 70mA typical G24Vdc UL cUL CE L ji RS485 Connector MoDeUS R4es AN System Power 5Vdc as adus ir c System Power GND RS485 Q riv RS485 0e sm GND au S bNE FnBus Signal FG 4 Dsub S Pin SignalName Description Female jas 1 RS485 In Out Transceiver Data High men 2 RS485 In Out Transceiver Data Low pm 3 GND signal Common MENO 4 Shield Shield LLLI 5 FG Frame Ground Internally shorted with Shield m p Field Power OVdc Field Power 24Vdc OV 24V Field Power 24V OV System Power Page 19 GE Intelligent Platforms Ethernet IP Specifications STXEIPOO1 Target July 2012 release RSTi Solution Guide ITEM SPECIFICATION ITEM SPECIFICATION Surrounding Air Temp Ambient 20 C
12. Signal p Field Power GND gt Field Power 24Vdc 24V 24 4 OV SAV QV Field Power System Power ST 7241 1Channel Field Distributor 5V 48Vdc 110 220Vac Fn Bus Contacts m D 1 gt System Power SV gt System Power GND a FnBus Signal Fuld Power IN gt Field Power P Field Power 5Vdc 24Vdc 4BVdc 1 10Vac 220Vac System Power 5V ee See este gt System Power GND Fn Bus Comacts FnBus Signal Fwid Power Woz crm Field Power Contacts JS Contacts gt RSTi Solution Guide ST 7511 iChannel Expansion Power Supply with module ID b System Power 5V b System Power GND Fn Bus Contacts FnBus Signal internal Cr un Feld Power LOvdcl Field Power 24Vdc ST 7641 1Channel Field Distributor Module 5V 48Vdc 110 220Vac with module ID N gt System Power 5V gt System Power GND Fn Bus Contacts FnBus Signal Field Power N Field Power P Field Powor 5Vdc 24Vdc 48Vdc 110Vac 220Vac System Power 5V System Power GND Fn Bus Contacts FnBus Signal Pin I Shield 9 snie f Shield e Shield T Shield FG Pin Shield Field Power 7 vi Field Power ou Contacts Contacts Page 43 GE Intelligent Platforms ST 7118 8 Channels Common Module for 24Vdc Fn Bus Contacts 24Vdc Field Power Contacis Fn Bus Contacts 24Vde 24Vde Field Power Contacts
13. and ST 4474 requires Sensor Connect 3M Mini Clamp Plug 37104 Series http multimedia 3m com mws mediawebserver 66666UuZjcFSLXTt4xMcLXTyEVuQEcuZgVs6EVS6E666666 Analog Output Wiring ST 4112 2 channels Current Output 0 20mA 12bit ST 4114 4 channels Current Output 0 20mA 12bit e System Power SV Noc 7 gt System Power GND Field Power OVdc P at X D 5 Field Power Ovdc oo e r pe Fjeld Power 24Vde SO 1 vi gt Floki Powor i24Vac Page 33 GE Intelligent Platforms ST 4212 2 channels Current Output 4 20mA 12bit Shield Fiek Power Contacts Field Power Contacts p System Power SV Mn yc rc gt System Power GND E FnBus Signa Current 4 20mA Dowco na LI Field Power OVdc rie 4 Power Field Power 24V0C COMERS FnBus Signal Current 4 20mA AGNO 5 internally connected to Field Power OV AGND Common Fiold Power OV Fjeld Power Contacts e Field Power Odc Field Power 24d RSTi Solution Guide ST 4214 4 channels Current Output 4 20mA 12bit p System PowerlSV Momem e A gt System Power GND FnBus Signa Current 4 20mA Field Power OV 4 Field Power OVdc gt Field Power 24Vac bananen p system Power 5V 2 xar irr gt System Power GND Voltage 0 10V Output AGND is internally connected to Field Power OV AGNO Common Field Power OV a si
14. and conduit Decentralized RSTi addresses all of these concerns with a high performance distributed I O network to meet the OEMs needs and reducing the high cost of field wiring The distributed nature of the RSTi enables a machine builder to design in sections with local I O drops The system can easily be disassembled and re assembled at the customer site by a high performance network PROFINET I O network provides one standard Ethernet cable verses hundreds of wires coming back to a centralize I O control cabinet Distributed I O minimizes the risk of mixing of high and low voltage signals and reduces the added cost of running a separate conduit for voltages The low density modules available in the RSTi line allow the OEM to more closely match what they purchase with the exact I O requirements of each drop An added benefit is the ease of adding additional devices for future expansion without impacting existing wiring Key Benefits of RSTi HIGHER PERFORMANCE The RSTi PROFINET interface integration provides superior performance verses traditional field buses The RSTi PROFINET solution provides faster control throughput to optimize machine cycle times Increased UPTIME The RSTi and controller diagnostics enables the user to quickly pin point network and I O failures so that downtime is kept at a minimum Reduced Development Time Panels can be fabricated in advance independent of the control system by simply changing out the net
15. available for other platforms IO Guide Pro software tool and GSD file IO Guide Pro software tool and EDS file IO Guide Pro software tool IO Guide Pro software tool IO Guide Pro software tool IO Guide Pro software tool and EDS file IO Guide Pro software tool and EDS file CSP file Additional tools 2D and 3D CAD drawings Page 9 GE Intelligent Platforms Specifications Environmental Operating Temperature Non Operating Temperature Relative Humidity Operating Altitude Mounting Product Design Wiring I O Cable Shock Operating Shock Non Operating Vibration Shock Resistance EMC EMI Installation Pos Protect Class Product Certifications Isolation Marine Certifications Manuals Document Number GFK 2745 GFK 2746 RSTi Solution Guide Specification Discrete I O 20C to 60C Analog I O 0 to 60C Network Interfaces 20 to 50C for UL applications GE is currently working to increase the temperature range to 55C by mid 2012 For non UL application 0 to 60C PROFINET Network Interface STXPNSOO1 0 to 55C for non UL applications 40 to 85C 5 to 9096 Non condensing 2 000 meters DIN rail Supports vertical and horizontal mounting Specifications Maximum wire size is AWG 14 10G 30G Displacement 0 012 Inch p p from 10 57Hz Acceleration 2G s from 57 500Hz Sweep Rate 1 octave Per Minute Axes to test x y Z Frequency Sweeps Per Axis 10 Conforms to EN 61000 6 2 Conforms to
16. www hirose co jp cataloge hp e61000010 pdf Discrete Digital Output Wiring Diagrams ST 2324 4 points DC 24V Positive Logic Type 0 5A ST 2314 4 points DC 24V Negative Logic Type 0 5A ST 2424 4 points DC 24V Positive Logic Typel0 5A Diagnostics ST 2414 4 points DC 24V Negative Logic Typel0 5A Diagnostics ST 2524 4 points DC 24V Positive Logic Typel2A Diagnostics ST 2514 4 points DC 24V Negative Logic Type 2A Diagnostics ST 2624 4 points DC 24V Positive Logic Type 2A ST 2614 4 points DC 24V Negative Logi gt Page 27 GE Intelligent Platforms ST 221F 16 points DC 24V Negative Logic Type Power GND Field Power 0OVdc Connector for 1 0 and Power wiring Use personal System Power SV System Power GND la Fn Bus Contacts r FnBus Signal Solenoid Valve Field Power f e Field Power OVde Contacts A gt Field Power 24V33 24V OV ST 2114 4 points DC SV TTL Inverting Type ST 2124 4 points DC 5V TTL Non Inverting Type N b System Power 5V foes so b System Power GND H FnBus Sore TTL Lage Field Power gt 4 Field Power OVdc Contacts i i a gt Field Power 5Vdc RSTi Solution Guide ST 222F 16 points DC 24V Positive Logic Type System Power 15V o o O eo e ty lt amp e i R 5 Power GND EJ Fald Power OVda pa Field Power 24Vde Connector for NO and Power wiring Use personal ST 2328 8 points DC 24V Posi
17. 2 54C ST 2324 4 points Positive Logic 24VDC 0 5A ST 222F 16 points Positive Logic 24VDC 0 3A Requires connector Type Hirose HIF3BA 20D 2 54C ST 2414 4 points Negative Logic Diagnostics 24VDC ST 2742 Isolated Relay Output 2 points 230V AC 2A 0 5A ST 2424 4 points Positive Logic Diagnostics 24VDC ST 2744 Isolated Relay Output 4 Points 230V AC 2A 0 5A ST 2514 4 points Negative Logic Diagnostics 24VDC ST 2748 Isolated Relay Output 8 Points 230V AC 2A 2A ST 2524 ST 2614 ST 2624 4points Positive Logic 2AVDC 2A Analog Inputs ST 3114 ST 3118 ST 3134 ST 3214 4 Channels 4 20mA 12 bit ST 3644 4 Channels 0 5Vdc 14 bit ST 3218 8 Channels 4 20mA 12bit ST 3702 2 Channels RTD ST 3234 4 Channels 4 20mA 14 bit ST 3704 4 Channels RTD Requires connector Type S Berane ee SN ANN ST 3274 4 Channels 4 20mA 12 bit Requires Sensor ST 3708 8 Channels RTD Connector Type Requires ST 3428 8 Channels 0 10V 12bit ST 3804 4 Channels Thermocouple Connector Type Requires connector Type Hirose HIF3BA 20D 2 54C ST 3444 4 Channels 0 10Vdc 14 bit ST 3808 8 Channels Thermocouple Connector Type Requires connector Type Hirose HIF3BA 20D 2 54C Analog Output ST 4112 2 Channels 0 20mA 12 bit ST 4424 4 Channels 0 10Vdc 12bit ST 4114 4 Channels 0 20mA 12bit ST 4474 4 Channels 0 10Vdc 12bit Requires Sensor Connect 3M Mini Clamp Plug 37104 Series ST 4212 2 Channels 4 20mA 1
18. 2 bit ST 4491 1 Channel 0 10V 12bit Manual type ST 4214 4 Channels 4 20mA 12bit ST 4522 2 Channels 10 10Vdc 12 bit ST 4274 4 Channels 4 20mA 12bit Requires Sensor ST 4622 2 Channels 0 5Vdc 12 bit Connect 3M Mini Clamp Plug 37104 Series ST 4422 2 Channels 0 10Vdc 12 bit ST 4911 1 Channel 0 1 A 12bit PID Loop Controllers Check release date ST 3814 1 Loop PID Controller 4 Channels TC Temp ST 3714 1 Loop PID Controller 4 Channels RTD Temp Controller SSR out DeviceNet only Control SSR Out DeviceNet only Page 11 GE Intelligent Platforms RSTi Solution Guide ST 3834 1 Loop PID Controller 4 Ch TC Temp ST 3734 1 Loop PID Controller 4 Ch RTD Temp Control Controller Current out DeviceNet only Current Out DeviceNet only Serial Interface Modules ASCII ST5231 SeralmerfuceRS 485 Chanel pe Motion Modules ST 5101 High Speed Counter 1 Channel 5VDC 1 5MHz ST 5442 2 Channel PWM Out 0 5A 24V Positive Logic 2 5Khz ST 5111 High Speed Counter 1 Channel 24VDC 1 5MHz ST 5444 PWM Out 0 5A 24V Positive Logic 4 Channels 2 5Khz ST 5112 High Speed Counter 2 Channel 24VDC 100Khz ST 5641 1 Channel Pulse Out 0 5A 24V Positive Logic 20Khz ST 5114 High Speed Counter 4 Channel 24VDC 50Khz ST 5642 2 Channel Pulse Out 0 5A 24V Positive Logic 20Khz ST 5351 SSI Interface 1 CH 62 5K 100K 125K 250K ST 5651 1 Channel Pulse Out 0 5A 5V RS422 20Khz 500K 1M 2Mbps 2 5Khz Sys
19. 50 C 40 C 85 C Network Type Temp EtherNet IP BOOTP _RelativeHumidity 5 90 without condensation Cable EtherNetCdbe Class 2 24VDC Field Supp Volt 24VDC 11VDC 28 8VDC Max Digitall O Input 2016points Output 2016points Field Supp Cur Max 10A Max Analog I O Input 126Ch Output 126Ch FnBus Sup Cur Max 1 5AQ5Vdc Input 252Bytes Output 252Bytes System power to internal logic Non isolation Operating Mode System power to 1 0 driver Isolation Ethernet IP BOOTP Size 45mm X 99mm x 70mm IP Address Setting BOOTP Weight 150g 60mA typical 24Vdc UL cUL CE p System Power 5Vdc 9 v 6 sis TE SABES de gt System Power GND ou 9 rc a FnBus Signal e vwa ae Ocon p Field Power OVdc Field Power 24Vdc OV 24V Field Power 24V OV System Power Page 20 GE Intelligent Platforms EtherCAT Specifications STXECT001 Target July 2012 release RSTi Solution Guide ITEM SPECIFICATION ITEM SPECIFICATION Surrounding Air Temp 20 C 50 C 25 C 85 C Network Type Storage Temp Relative Humidi 5 90 without condensation EtherCAT Slave Node Ethernet Cable Durable vibration IEC68 2 6 2G 10G Cable Length m Up to 100m from Ethernet Hub EMC ESD EN50082 EN50081 Comm Speed Kbps 100Mbps Mount Position On the left of ST xxx I O series Max 32 module Atmosphere Not so dus
20. C connector http www hirose co jp cataloge hp e61000010 pdf 8 D O O 5 w c 3 v Page 24 GE Intelligent Platforms RSTi Solution Guide Discrete Digital Input Wiring Diagrams ST 1114 4 points DC 5V Positive Logic ST 1124 4 points DC 5V Negative Logic Mecccsssscs p System Power 5V PTTTTTUPPT p System Pow t 5V P System Power GND 1 MAX a T gt System Power GND Fn Bus Fn Bus a Contacts Contacts ki Fng amp us Signal FrBus Signa 2 wired sensor Field Power OVdc Field Power 5Vdc 2 wired sensor Field Power OVdc Field Power 5Vdc KLEE p System Power 5V ELLE b System Power 5v Mu wr System Powe GND T Mai TR O O OOOO gt System Power GND Fn Bus Fn Bus Contacts Contacts D Fr us Signal Field Power 0Vdc Field Power 24Vdc N gt System Power 5V Moscsstosssn p System Power 5V eee b System Power GND aa En P System Power GNDI Fn Bus Fn Bus e Contacts i Contacts R D Fn amp amp us Signal gt FnBus Signal 2 wired Sensor Field Power Field Pow Contacts Field Power OVdc Field Power 48Vdc System Power SV A rm p System Power SV E System Power GND AA A gt System Power GND Fn Bus Fn Bus Contacts Contacte FriBus Signa C FnBus Signal i 2 wed sensor e 2 wrod sensor Lt 220Vac a L2 110Vac L2 220Vac Field Power a re t 1109 Field Power
21. D0 24 M Slot 4 ST 2744 4Ch Relay M Slot 5 ST 7641 Field Power M Slot gs ST 2852 2D0 110 a Byte input data New modules can be added by dragging a module from the list of available modules on the right to an empty row Length Modules can be moved by dragging them to an empty row earner Modules can be copied by dragging them to an empty row while holding the Ctrl key down Length B slot f sT 7641 Field Power Bute i d Location Content Status Digital Input S T 1xxx B Slotff 8 ST 3218 8A1 4 20m zia e STXPNS Fixed Digital Output ST 2xxx Bl Slo 9 ST 4214 440 4 20n Length Analog Input S T 3 xx ST 1218 8DI24V ST 1218 8D1 24V B Sif 10 sr 5351 1ch 551 Byte input data B sige 11 ST 5442 2ch Pw Length a Man RUN pi mn pen an Byte input data Analog Output ST 4xxx High speed counter ST 51 xx Serial Interface Module ST 52xx E E RD RT T RT RT E 4 gt ST 2324 4D0 24V Lenath SSI Interface Module ST 53xx ae E E 1 9 Byte input data ST 2744 4Ch Relay PWM Interface Module 5T 54xx EX Lenath ST 7641 Field Power Isolator Pulse output Module ST 56xx Inspector H x Byte input data Power Module ST 7xxx IO Device E Lenath Device Nufiber Byte output data Length Update Afe ms 128 Byte output data Referenc Variable None vi Lenath ST 2852 2D0 110Yac ST 7641 Field Power Isolator ST 3218 841 4 20m T 4214 440 4 20m4 10 ST 5351 1Ch SS
22. FICATION ITEM SPECIFICATION Surrounding Air Temp 20 C 50 C 40 C 85 C Network Type Modbus TCP Ambient Temp Relative Humidity 5 90 without condensation Cable EtherNet Cable Shield Cable Durable vib impact IEC68 2 6 2G 10G Cable Length m Up to 100m from Ethernet Hub EMC ESD EN50082 EN50081 Comm Sp Kbps 10 100Mbp On the left of ST xxx I O series Max 32 module Not so dusty without corrosive gas Limited by Ethernet Specification Class 2 24VDC we g Field Supp Volt 24VDC 11VDC 28 8 VDC Max Digital O Input 2016points Output 2016points Field Supp Cur Max 10A Max Analog I O Input 126Ch Output 126Ch FnBusSup Cur Max 1 5AQ5Vdc Input 252Bytes Output 252Bytes Auto negotiation Operationg Mode 8 MODBUS TCP 4 HTTP BOOTP size 45mm X 99mm x 70mm IP Address setting Window Command BOOTP Weight 150g 60mA typical 24Vdc UL7cUL CE enn en MODBUS TCP IP gt System Power 5Vdc TXMB 001 100 6 gt System Power GND LU 9 ap FnBus Signal Field Power OVdc Field Power 24Vdc OV 24V Field Power 24V OV System Power Page 17 GE Intelligent Platforms Modbus Serial RS 232 Specifications STXMBS001 Target April 2012 release RSTi Solution Guide NEL NN SPECIFICATION mm SPECIFICATION Surrounding Air Temp 20 C 50 C 40 C 85 C Network Type ModBus RS232 Ambient Temp Rene ds 596 90 without condensation Serial Twist cable
23. GE Intelligent Platforms RSTi Solution Guide PACSystems RSTi Solution Guide mee s 46 c r 1218 Bag HE M Mao o ja ja ja you DOU dein eo 1097 L 1HOd pee Prnt SSOJDDPY SseJppYy mog 66 1 o o Q 6 Q 3 gt gt 3 3 a Ki S 32 z n fw Q N gt o Distributed Slice 1 O Page 1 GE Intelligent Platforms March 2012 Table of Content Introduction to RSTi Configuration Tools Specifications and Reference Manuals RSTi Part Numbers Sample RSTi Configuration PROFINET Network Interface Specifications and Drawing Profibus DP Network Interface Specifications and Drawing DeviceNet Network Interface Specifications and Drawing Modbus TCP Network Interface Specifications and Drawing Modbus Serial RS 232 Network Interface Specifications and Drawing Modbus Serial RS 485 Network Interface Specifications and Drawing Ethernet IP Network Interface Specifications and Drawing EtherCAT Network Interface Specifications and Drawing CANOpen Network Interface Specifications and Drawing CC Link Network Interface Specifications and Drawing Discrete Inputs Specifications and Drawings Discrete Outputs Specifications and Drawings Analog Inputs Specifications and Drawings Analog Outputs Specifications and Drawings Serial Communications Module Specifications and Drawings Motion Modules High Speed Counting Specifications and Drawin
24. I ST B442 2Ch PwM TON Order Number ST 1218 Description 8 Digital input DC24V Sink Posivtive Logic Inspector ompanion n m a23 24 22 2 Module pick list with part number RSTi modules and brief description are part of the controller hardware configuration Page 8 GE Intelligent Platforms IO Guide Pro Third Pa RSTi Solution Guide rty Configuration Tool The IO Guide Pro enables integrators network independence O systems can be easily configured using the various RSTi n etwork interfaces Changing from Ethernet IP to Profibus is as simple as a mouse click without impacting the rest of the I O configuration The tool provides technical data address mapping product image and bus loading File Edit View Online Options Tools Help E3 GO E A 52 D E es ik ES user View X fanalog Normal value Project Window NA amp IO List a x 6 Packaging Line3 Channel Name Project vale Online value Ke hl STXPBSOO1 Pos 1 fil STXPBS001 Pos 1 Bi STXDNSO01 01 3234 4 20mA 14bit 4AI tiis 01 3234 4 20mA 14bit 441 AI Efi STxXPESOO1 s a 02 121F 24VDC Sink 16DI fap 02 121F 24VDC Sink 16DI DI 5 03 5231 R5485 Serial 1ch 5 03 5231 R5485 Serial 1ch Special 0x000000000000 Fh STXCANDO1 S5 04 5114 24YDC HSC Input 4Ch S 04 5114 24 VDC HSC Input 4Ch Special tlg 05 4214 4 20mA 12bit 440 tili 05 4214 4 20mA 12bit 440 AO
25. Km twisted pair Low Signal 18V 3V voltage High Signal iin 3V 18V voltage Isolation Photocoupler Isolation Isolation Voltage 1000Vrms Vac Input Buffer 256 byte 1024 bytes 1024 bytes size channel Output Buffer size 256 bytes men 256 bytes p byte channel Line impedance oO 1200 Input Image size 12 Bytes 38 Bytes 6 Bytes 12 Bytes 38 Bytes Output Image size 12 Bytes 38 Bytes 6 Bytes 12 Bytes 38 Bytes Power 95mA Max 110mA Max 155mA Max 110mA Max 155mA Max Dissipation 5 0Vdc 5 0Vdc 5 0Vdc 5 0Vdc 5 0Vdc Serial Module Wiring Diagrams 256 byte channel ST 5211 1Channel Serial Interface RS 232 ST 5212 2Channels Serial Interface RS 232 S en p System Power 5V x FUF ER qr cO gt System Power GND OVdc ii E shiek a w ssss Fitid Power OVgoc gt Fuld Power 24Vde Contacts l m Eid Power i24Vdc Page 36 GE Intelligent Platforms ST 5211 1Channel Serial Interface RS 232 Meosesseeenn p System Power 5V one re mn gt System Power GNO Fr Bus Contacts Fed Power i x t Feid Power dc Contacts gt Fwd Power 24V dc System Power Sv PERPE System Power GND Fn Bus Contacts Fig Power s 777 S Fuld Power OVde Contacts i gt Fuld Power 24Vdc ST 5232 2Channels Serial Interface RS 485 M ue urs drm e p System Power SV eee eee eee Li Satem A GND FaBus Contacts 2 c Fraus Signal TFaD
26. Power H reus Signa Vonage O t0V Fald Powe OV 4 Fuld Power Oat Faid Power 24vde Page 34 GE Intelligent Platforms RSTi Solution Guide ST 4522 2 channels Voltage Output 10 10V 12bit ST 4622 2 channels Voltage Output 0 5V 12bit enannan b System Power SV No p System Power SV qut gt System Power GND as b System Power GNO Fr us Sonal i FnBus Signa Voltage 0 SY Field Power Ddol Faid Power lt x Fwd Power g z gt Fiad Power 24432 Contacts gt Field Power 24Vdc gd b System Power SV H e p System Power Sy Meassean b System Power GND lt lt lt P System Power GNO Fr Bus Contacts 1 c z FriBus Sore i if a Votage 0 19V Load 2KQ eee ee ee ee ee ee Common A 97 159 Feld Power fi 4 0 Vie Contacts Field Powert Vdci Field Poworl24 Vdc Page 35 GE Intelligent Platforms RSTi Solution Guide Serial Module Specifications Model ST 5211 ST 5212 ST 525 ST 5221 Specificity Serial Interface Communicat Type RS232 RS 422 RS 485 Channel Number 1 Channel 2 Channels 1 Channel Transfer Type Full Duplex Type Half Duplex Type 1200bps Transfer Rate 300 115200bps 1 ieu a 300 115200bps Data bit Tbits 8bits 9bits Parity bit None Odd Even Stop bit 1bit 2bits Flow Control RTS CTS Bit Distortion 1 696 2 Channels 1200bps 115200bps Connection Spring force of RTB Cable Length 1
27. TO Cable Max ZO AWG TA i i 24Vdc l 24Vdc Field Power Voltage Shield OVdc 24Vdc Shield OVdc 24Vdc Ovdc OVdc Field Power Contacts 1 Green Red LED Module Status Max 10A Current indicator Non Indicate 1 Green Red LED Module Status Expansion Expansion power dissipation Power Power Max 18mA amp 5Vdc Distributor Distributor Type ID Type weight 65g 70g 65g 64g 65g Cable wiring 1 0 Cable Max 2 0m AWG 14 ive Note The Bus Master ST 5725 and Slave ST 5726 enables the RSTi to break the bus in the event that panel width or the user wishes to distribute the modules When expansion is required add a Bus Master to the end of the DIN rail section then put in a Bus Slave at the beginning of the next set of I O modules Connection between the master and slave is a twisted shielded cable The master and slave have screw terminals so you don t need special connectors The Master Slave network is NOT multi drop Each Master can have only 1 Slave You can add more drops by putting a Master at the end of the second DIN rail and connecting to another Slave The limit is 3 Master Slave pairs with a total distance of 300 meters The maximum number of modules allowed is a total of 32 Master and Slave modules occupy a module address Page 42 GE Intelligent Platforms System Modules Wiring ST 7111 1Channel Expansion Power Supply Module p System Power 5V b System Power GND Fn Bus a Contact FnGus
28. ative Logic input 32 points STXPBS532 16 24VDC Negative Logic input and 16 24VDC Negative Logic output STXPBS232 24VDC Negative Logic output 32 points STXPBS824 16 24VDC Positive Logic input and 16 relay output STXPBS332 24VDC Positive Logic output 32 points STXPBS924 16 24VDC Negative Logic input and 16 relay output STXPBS016 Relay output 16 points STXPBS825 16 24VDC Positive Logic input and 16 isolated relay output STXPBS116 Relay output 16 points isolated STXPBS925 16 24VDC Negative Logic input and 16 isolated relay output DeviceNet Network Interface with built in I O Up to 10 expansion modules supported Check release date STXDNSO22 24VDC Positive Logic input 32 points STXDNS532 16 24VDC Negative Logic input and 16 24VDC Negative Logic output STXDNS132 24VDC Negative Logic input 32 points STXDNS824 16 24VDC Positive Logic input and 16 relay output STXDNS232 24VDC Negative Logic output 32 points STXDNS924 16 24VDC Negative Logic input and 16 relay output STXDNS332 24VDC Positive Logic output 32 points STXDNS825 16 24VDC Positive Logic input and 16 isolated relay output Page 12 GE Intelligent Platforms RSTi Solution Guide STXDNSO16 Relay output 16 points STXDNS925 16 24VDC Negative Logic input and 16 isolated relay output STXDNS116 Relay output 16 points isolated STXDNSO32 24VDC Positive Logic input 32 points STXDNS432 16 24VDC Positive Logic inp
29. blocks for easy installation and maintenance Integrated slide and locking design secures module to module connection Built in test points on terminal block for easy troubleshooting RSTi network interface supports up to 32 slice I O modules 512 I O Low density 4 points to high density 16 points in 12mm width 0 47 inches Advanced diagnostics Page 5 GE Intelligent Platforms RSTi Solution Guide Wiring Connections Backplane Communications and Power Distribution The RSTi innovative design enables module power communications and field power to be passed from one module to the next Power Distribution Power Booster and Field Power Isolation modules are available as dumb modules and do not require a slot address Smart module versions have module ID and they occupy an address on the bus In addition the smart modules provide additional diagnostic and status information Module Power and System Power Pin 0 24VDC and Pin 1 OVDC Field Ground Pin 2 and Pin 3 Field Power Field Power Supply should be independent of Module System Power Pin 4 and Pin 5 OVDC Pin 6 and Pin 7 24VDC 5VDC Bus pins passes power from one module to the next Communications passed from one module to the next Field Bus power passed from one module to the next Page 6 GE Intelligent Platforms RSTi Solution Guide System Power It is recommended that the 24VDC System Power be from an independent power source than the Field Bus P
30. c 24V OV 24V OV Field Power System Power Page 15 GE Intelligent Platforms RSTi Solution Guide DeviceNet Interface Specifications STXDNSO01 Target April 2012 release ITEM SPECIFICATION Surrounding Air Temp 20 C 50 C 40 C 85 C Ambient Temp 5 90 without condensation Relative Humidi ty Durable vib impact ITEM SPECIFICATION DeviceNet Dedicated DeviceNet Cable 5pin 100m 500m EMC ESD Mount Position Atmosphere depends on the baud rate EN50082 EN50081 Comm Sp Kbps 125Kbps 250Kbps 500Kbps On the left of ST xxx I O series Max 32 module Not so dusty without corrosive gas 64 Nodes Class 2 24VDC Field Supp Volt 24VDC 11VDC 28 8VDC Max 10A Max 1 2A 5Vdc Auto negotiation Field Supp Cur FnBus Sup Cur Baud rate set Max Digital I O In Out 2 016 points Max Analog I O In Out 126Ch m Out 2526yte Operationg Mode Bit Strobe Polling Cyclic COS Rotary Switch 2ea x10 x1 42mm X 99mm x 70mm 30mA typical 24Vde 155g DeviceNet Open Connector V CAN H Shield CANL y OV Field Power from External Power Supply Certification UL cUL CE DeviceNet ODVA p System Power SVdc P System Power GND FnBus Signal p Field Power OVdc Field Power 24Vdc mm o 24V Page 16 GE Intelligent Platforms RSTi Solution Guide Modbus TCP Specifications STXMBEOO1 Target April 2012 release ITEM SPECI
31. er Interface System Power SV ne aa eee gt System Power GND Fn Bus Contacts FnBus Signal B Phase Mesesssoseoue p System Power SV P System Power GND d Fri amp us Signal Fioid Power Ovdc Field Power Fald Power 24Vdc Noooo 779299 p System Power 15V MM eseasesansnnns System Powe GNO E FnBus Signa Absolute Encoder Fwd Power OVde gt Field Power 24vdc gt System Power SV ge P System Power GND FnEus Sxgnal E lt System Power SV Mocssessass P System Po GNDI Load 0 SA Output Field Power lOVdc Fjeld Power 24Vdc Page 39 GE Intelligent Platforms RSTi Solution Guide Motion Module Specifications PWM and Pulse Train Outputs Model Specificity Number of Outputs Type Output Current Output Inrush Current PWM Frequency PWM Duty Diagnostic Common Type Power Dissipation Isolation Specificity Number of Channels Number of Outputs Type Output Current Pulse Output Frequency Pulse Output Duty Pulse Output Quantity Pulse Output Counter Diagnostic Common Type Power Dissipation Isolation PWM Output 2 Channels 4 Channels Source OA Ch ZAJAI Channel Photocoupler Isolation ST 5641 sree ST 5651 PULSE Output SNOR 1AA Output OsA Oupat 2A Oup SS 50 3 0 Fixed 5096 0 1 Fixed Max 41 4 32767 Pulse Direction Output OFF Max 1 32767 Pulse Direction Output ON ooo en Page 40 GE Intelligent Pla
32. es a bus ID and occupies an address on the bus is available to group four OVDC and four 24VDC from field devices to simplify wiring The module OVDC is connected to the Field Power OVDC and the 24VDC group is connected to the Field Power 24VDC bus Field Bus power is passed through the module to the module on the right Powerful Configuration Tools The RSTi is tightly integrated with the GE Intelligent Platforms Proficy Machine Edition The user can easily select an I O module and configure parameters The configuration is stored in the folder and once download to the controller it is automatically loaded to the RSTi with a single point of connect Data is easily mapped to reference memory or symbolic File Edit Search Project Target Variables Tools Window Help o x Bild 9 01 EE Ba mS 1mm 49 RE e L Gd s x Navigator E s IC695PNCOO1 0 2 1 2 ST 1218 8DI 24V 0 2 1 0Jf STXPNS 0 2 1 1 ST 1218 8DI 24V 0 2 1 10 5T 5351 1Ch SSI 4 gt X Settings i fi Rack 0 1C695CH5007 g Module Parameters GSDML Details Bl Slot 0 IC695P5D040 Parameters MY Vaws 5 y B slot 1 IC695CPE305 Byte input data 100137 i g Slot 2 IC695PNCOO1 Lenath B stxpns address 1 STXPNS Byte input data Bl Slot 0 STXPNS Length gl Slot 1 ST 1218 8DI 24V Byte input data B Slot 2 ST 1218 8D1 24V pers Change Module List stxpns address 1 STXPNS Bl Slot 3 ST 2324 4
33. gs Motion Modules PWM and Pulse Train Specifications and Drawings System Modules Power Distribution Bus Power Booster RSTi Solution Guide Page 5 Page 8 Page 10 Page 11 Page 15 Page 14 Page 15 Page 16 Page 17 Page 18 Page 19 Page 20 Page 21 Page 22 Page 23 Page 24 Page 27 Page 50 Page 33 Page 56 Page 58 Page 40 Page 42 Page 2 GE Intelligent Platforms RSTi Solution Guide RSTi Distributed Slice I O RSTi Distributed I O Provides High Performance Increased Uptime and Reduces both Installation Time and Cost wu EI Dr TOG ceu The RSTi family of PROFINET based granular I O is part of GE Intelligent Platforms High Performance Platform strategy that leverages industry standards along with our experience in embedded technology and automation to deliver long life higher performance solutions that are easy to configure manage and upgrade 2003 2e e3 2e e3 Equipment builders are continuously looking for ways to improve the performance of their equipment while augmenting usability and reducing size and complexity These requirements extend to the control system With PACSystems GE provides high performance control solutions with best in class integration of distributed networked I O ideally suited for demanding applications The RSTi line of I O extends the capabilities of the PROFINET enabled GE solution with the addition of a comprehensive line of granular slice I O that allows cu
34. hannels TC mV System Power SV System Power GND P eee e Feld PowariDvde gt Field Power 24Vdc p System Power 5V b System Power GND Thermocouple w A A TO Chto Pina senso PT100 Sensor Pin External PT100 Sensor PT100 Sensor Pin 20 m Optional Field Power Bypass to next module Contacts gt Not used for this module ST 3808 8 channels TC mV p System Power 5V b System Power GNO Fn Bus Contacts FnBus Signal Thermocouple Sensor TC Ch O Pin 1 FIY J TC Ch 0 Pin 2 i i a PT100 Sensor Pin 19 External PT100 Sensor PT100 Sensor Pink20 Optional w A suu Field Power 7 4 Bypass to next module Contacts Not used for this module Page 32 GE Intelligent Platforms RSTi Solution Guide Analog Output Specifications Modi sranz sra srana stata srama Sram Sra azma o 20mA aoma aoma tO Nothing in the module 2 Channels 2 COM 4 Common Field Power OV is Common terminal 2 Common Single common AGND Field Power Module OV is Common AGND Common Photocoupler Isolation Mode ST 422 ST 4522 ST 4622 ST 442 amp ST 4011 12bit 0 1 Full Scale 25 C Min 5KQ 4ms 1ms Update Time 2ms All Channel All Channel All Channel 155mA 5Vde 60mA 5Vde 4 Common Field 1 Channel Common 2Channels 2COM Single common Power OV is Common 2 CommontField AGND Power OV Note The ST 4274
35. n Guide Analog Input Specifications Model sT 3114 sT sisa sT 3214 sT 3234 ST 3118 sT 3218 st saze ST 3474 st 3274 4 channel 0 20MA 4 20mA o 20mA 4 20mA 0 10 Voltage 1200 Update Time 4ms All channel 165mA 5Vdc 60mA 5Vdc 40mA 5Vdc Canmi 4 Channels 2COM Nothing in the module terminal Single Common Field Power OV is Common AGND Photocoupler isolation 4 Channel 2 Channel input Range o 1ov 10v 10v Voltage PT100 etc Typek etc PT 100 etc Type K etc 0 1C F 10mo Specialfunction agnostic o Update Time 4ms All channel aki oo man o Normal 165mA 100mA 110mA 120mA 140mA 5vdc 2 Channels 2COM Common 4 Channels 2COM Single Common Single Common 4 Common Module Photocoupler isolation Note The ST 3704 ST 3708 ST 3804 and ST 3808 require a 20 pin connector The connector uses a Hirose HIF3BA 20D 2 54C connector http www hirose co jp cataloge hp e61000010 pdf Note The ST 3274 requires Sensor Connect 3M Mini Clamp Plug 37104 Series http multimedia 3m com mws mediawebserver 66666UuZjcFSLXTt4xMcLXTyEVuQEcuZgVs6EVS6E666666 Page 30 GE Intelligent Platforms Analog Input Wiring Diagrams ST 3114 4 channels Current 0 20mA 12bit ST 3214 4 channels Current 4 20mA 12bit ST 3134 4 channels Current 0 20mA 14bit ST 3234 4 channels Current 4 20mA 14bit N gt System Power SV H b System Power li ST 3118 8 channels Curren
36. nless a ST 7641 is installed to switch the bus voltage ST 1804 4 points 110V AC AC 85V 132V inputs Includes terminal block A The total number of modules used is 11 ST 7408 and ST 7641 occupy a module address B The above configuration only requires 177mm width by 70mm deep and 99mm high 6 97 in W x 2 76 in D x 3 9 in H Page 13 GE Intelligent Platforms RSTi Solution Guide PROFINET Network Interface Specifications STXPNS001 SPECIFICATION SPECIFICATION Surrounding Air 20 C 50 C for UL applications Temp 20 C to 60 C for non UL applications Network Type PROFINET I O RT Ambient Temp Storage 40 C 85 C Relative Humidity 5 90 without condensation EtherNet Cable Durable vib fimpact Mount Position First module of remote IO system Comm SplKbps 10 100Mbps IEC 60068 2 6 1995 Cable Lengthim Up to 100m from Ethernet Hub Atmosphere POE IO Modules Max 32 module Mo corrosive qase Class II 24VDC 24VDC 11VDC 28 8VDC Field Supply Current Max Digital O Input 1 024point Output 1 024point VO bus SVde current Max 1 5A amp 5Vdc Max Analog 1 0 Input 64Ch Output 64Ch System power to internal logic Non isolation System power to I O driver Isolation 45mm x 99mm x 7Omm polog Line or Star topology Field Supp Volt Limited by the IP address Max Byte size Input 128Bytes Output 128Bytes wo PROFINET System Power 5Vdc STKPNSOO Qu a gt System Power GND
37. ower The separation allows the field power to be turned off without impacting the Network Interface The network interface provides 5VDC to the corresponding I O modules and each module passes the 5VDC to the next module 5VDC Booster Module The ST 7111 No bus ID type support does not occupy an address on the bus or ST 7511 Uses a bus ID and occupies an address on the bus are available to boost the 5VDC signal in the event that modules power consumption exceed network interface The booster module will provide 5VDC at 1 amp to modules to the right of the booster module The module requires 24VDC System Power 24VDC Field Power is also required and is supplied to all modules to the right Field Power Field Power on the Network Interface is 24VDC and the Field Power is passed from one module to the next The maximum current available on the Field Power Bus is 10 amps Isolated Field Distribution Module The ST 7241 No bus ID type support does not occupy an address on the bus or ST 7641 Uses a bus ID and occupies an address on the bus are available to change field voltages such as 5VDC 24VDC 48VDC or AC with a maximum of 10 amps available on the Field Power Bus to the right of the module The module can also be used when additional current and isolation The Field Bus on the I O modules to the right of the Isolated Field Distribution Module will carry the voltage of the Isolated Field Distribution Module LLLLLLLLELLLE Field Bus
38. stomers to simplify panel design and reduce the overall size of the control panel while benefiting from the performance maintainability amp upgradeability of the PACSystems platform By choosing GE customers gain access to a highly versatile extremely robust and complete line of slice I O modules with seamless integration into the PAC Systems control family with its industry leading innovation performance amp reliability characteristics Page 3 GE Intelligent Platforms RSTi Solution Guide Centralized I O Challenges verses Decentralized I O Advantages Complexity Running hundreds of device wires back to a central control cabinet makes assembly disassembly re assembly and commissioning of machine sections very complex and labor intensive Adding additional devices to a commissioned system is also labor intensive Signal Integrity There is an added risk of noise interference with centralized control systems By mixing high voltage and low voltage signals in one conduit increase the risk of noise in low level devices causing unnecessary delays in debugging the root cause Lack of Granularity With hundreds of I O wires coming back to a central cabinet I O card density is as high as possible to minimize control cabinet space This often forces customers to buy I O cards with I O points that are unused in the application Higher Installation Overhead Centralized I O control systems require increased labor and commodity cost wire
39. t 0 20mA i2bit ST 3218 8 channels Current 4 20mA 12bit E Sara Ni ROEN b System Power SV P System Power GND OV Common Field Pawer 24Vdc ST 3274 4 channels Current Sensor Connector 4 20mA 12bit AGND s internally connected to Field Power OV AGNDI Common Field Power OV ST 3424 ST 3524 ST 3444 ST 3544 ST 3624 ST 3644 RSTi Solution Guide 4 channels Voltage 0 10V 12bit 4 channels Voltage 10 10V 12bit 4 channels Voltage 0 10V 14bit 4 channels Voltage 10 10V 14bit 4 channels Voltage OV 5V 12bit 4 channels Voltage 0V 5V 14bit N p System Power 5V NOT gt System Power GND p System Power SV H b System Power GND Page 31 GE Intelligent Platforms ST 3702 2 channels RTD Resistance System Power SV GNO Fn Bus Contacts Field PowertOVdc gt Field Power 24Vdc Sys Powet 5V ystem Power GND Fn Bus Contacts 3 wire RTD Sensor TO ChWO Pin 1 s RTO Ch 0 Pin 2 Fiexd Power Contacts AGNDIPin 9 or 10 Field Power pa Bypass to next module Contacts Not used for this module ST 3708 8 channels RTD Resistance b System Power 5V gt gt System Power GND Fn Bus Contacts 3 wire RTO Sensor TO ChWO Pinw1 TD ChWO Pins2 AGND Pin amp 93 or 10 E inl Field Power r Bypass to next module Contacts Not used for this module RSTi Solution Guide ST 3802 2 c
40. tem Modules Modules with ID type occupy 1 of the 32 available module ID addresses and will appear in the hardware configuration The modules without ID support will not occupy a module address and will not appear in the hardware configuration LED for field devices ID type with status LEDs ID type uses module address type with LED ID type uses module address points 10A ID type uses module address ST 7508 OVDC distribution module for field devices 8 ST 7241 Isolated Field Power Distribution 5 VDC 24VDC points 10A with LED ID type uses module 48VDC 120 240VAC 10 Amp no LED status address ST 7118 24VDC distribution module for field devices 8 ST 7641 Isolated Field Distributor 5 VDC 24VDC 48VDC points 10A 120 240VAC 10 amp with LED status ID type ID type uses module address ST 7518 24VDC distribution module for field devices 8 ST 5725 Extension IO Master Tx Up to 3 master slave points 10A ID type with status LEDs ID type combinations supported Maximum 300 uses module address meters Only one slave supported per master module ST 7188 OVDC and 24VDC 4 points distribution module ST 5726 Extension IO Slave Rx Each Slave requires a for field devices Master module Profibus Network Interface with built in I O Up to 8 expansion modules supported Check release date STXPBS032 24VDC Positive Logic input 32 points STXPBS432 16 24VDC Positive Logic input and 16 24VDC Positive Logic output STXPBS132 24VDC Neg
41. tforms Motion Module Wiring PWM and Pulse Train Outputs ST 5422 5442 2Ch PWM Output Source ST 5444 4Ch PWM Output Source oo p System Power SV P System Power Fn Bus sa Contacts es Contacts FnBus Signal Load 1 5A Ch Fwd Power OV Field Power Field Power GVdc Contacts gt Fjeld Power 24v dc Mesesesvesen p System Power SV a Sa aT P System Power GND Fn Dus Fn Bus Contacts Contacts FnBlus Signal Load 6 SA Outout Fjeld Power Fwd Power OVdc Field Power Contacts gt Fiekt Power 24vdc Contacts b System Power SV meee o LI System Power GNO Fn Bus L Contacts z z Fn amp us Signal i R9422 RECEIVE Field Power Feld PowertOVdci Contacts gt Field Powerl24Vdc RSTi Solution Guide p System Power SV Doe LI System Power GND d FnBus Signal Field Power OVdc gt Field Power 24Vde Macon Sao p system Power SV gt System Power GND Fngus Sonal Load 0 5A Oufput Field Power OVdc Field Power 24Vdc Page 41 GE Intelligent Platforms RSTi Solution Guide System Modules Specifications Power Modules ST 7111 ST 7511 ST 7244 ST 7641 Field Power Input Voltage Normal 24Vdc 20 Arbitrary 5Vdc 24Vdc 48Vdc 110Vac 220Vac Field Power Contacts Current Max 10A 1 Green Red LED Module Indicator 2 Green Input state Status 2Green LED Non Indicate Input Status CE o P
42. tive Logic Type Fn Bus s Contacts La LA jan gt System Power 5V 2 S m umi oe gt System Power GND E FnBus Signal Solenod valve L W W W W W re M ze Field Power Contacts Fuld Power OVde gt Field Power 24Vae Page 28 GE Intelligent Platforms ST 2742 2 point Relay Type p System Power SV ae Beeeceees b System Power GND Fn Bus n Comacts T FnBus Signal Solenced Valve Li or OV dc DC24V or 2 Fjeld Power OVdc or Fiesd Power AC230V Feld Power N A i Contacts gt Field Power 24VGc ot Field Power 230Vac p System Power SV ext um xx gt System Power GND Fn amp us Signal w i Field Power OVdc or Field Power y 3 s Field Power N Contacts gt Field Power 24V dc o Field Power 230Vac M nm gt System Power SV meosessseos b System Power GNDI Fn Bus z Contacts r FnBus Signa Field Power heeeeces Field Power 110Vac Contacts Field Power 110Vacl RSTi Solution Guide ST 2744 4 point Relay Type p 3ystom Power SV m ennn na b System Power GND Fn Bus z Contacts s Fn amp us Signal Fseld Power OVdc or Field Power Feld Power N Contacts 7 7 Field Power 24Vdc or Fseld Power 230Vac p System Power SV b System Power GND d FnBus Signal Field Power N L2 Field Power Contacts Fwid Powor P L1 Page 29 GE Intelligent Platforms RSTi Solutio
43. ty without corrosive gas 65 635 Field Supply Class 2 24VDC a Voltage 24VDC 11VDC 28 8VDC Max Digital 1 0 Input 2016 point Output 2016 point Field Support Carrisit Max 10A Max Analog I O Input 64Ch Output 64Ch ue eee len Max 1 5AQ5Vdc Input 128Bytes Output 128Bytes System power to internal logic Non isolation System power to I O driver Isolation Interface x x 54 2mm x 99mm x 70mm bnnection 150g Power Dissipation Topology Line or Star topology Certification UL CUL CE n n p System Power 5Vdc Mise e 3 o cm m P System Power GND zu FnBus Signal On gt Field Power OVdc it titit iii Field Power 24Vdc OV 24V Field Power 24V OV System Power Page 21 GE Intelligent Pla tforms CANOpen Specifications STXCANOO1 Target October 2012 release Surrounding Air Relative Humid ity Durable vib impact EMC ESD Mount Position Atmosphere Field Supp Volt Field Supp Cur FnBus Sup Cur Baud rate Setting Certification CAN H Shield CANG XIC Noda Addarass x1 5 3 Specification 20 C 50 C 40 C 85 C 5 90 without condensation IEC68 2 6 2G 10G at non driving EN50082 EN50081 On the left of ST xxx I O series Not so dusty without corrosive gas ass 2 24VDC 11VDC 28 8VDC MAX 10A Max1 5A 5VDC TT Support Auto baudrate 42mm x 99mm x 70mm 155g UL cUL CE CAMDEN
44. ut and 16 24VDC STXDNS132 24VDC Negative Logic input 32 points Positive Logic output DeviceNet Network Interface with built in I O No expansion modules supported Check release date points Positive Logic output connector type points Negative Logic output connector type 32 points Negative Logic output connector type points Positive Logic output connector type Accessories Network Interface with terminal block except connector style Typical Configuration Example Requirement PROFINET network connection 24 24VDC positive logic inputs 12 24VDC Positive Logic 0 5 amp outputs 4 analog inputs 4 20mA 2 analog outputs 4 20mA 6 120VAC inputs Part Number 1 STXPNSOO1 PROFINET RT Network Adapter Supports up to 32 modules with built in Ethernet switch ring topology not supported 1 ST 2328 8 points Positive Logic 24VDC 0 5A Includes terminal block outputs ST 2324 4 points Positive Logic 24VDC 0 5A Includes terminal block outputs ST 3214 4 Channels 4 20mA 12 bit in Includes terminal block ST 4212 2 Channels 4 20mA 12 bit out Includes terminal block 1 ST 7408 Shield module ID type with LED ID type Optional Shield module for analog modules uses module address 1 ST 7641 Power distribution module 5 24 48 AC 10 The ST 7641 is needed to support the amp with LED status ID type ID type uses 120VAC input module ST 1804 All modules module address to the right of the ST 7641 will be 120VAC u
45. work bus interface without impacting wiring Reduced Installation Cost Distributed I O networks reduce installation and wiring cost Lower Cost Per Point The RSTi can be configured to meet the applications needs The granular design reduces panel space and module cost e Build as You Go Expansion is simple just slide in an RSTi I O module without impacting the wiring back to the main control panel System Simplification The distributed nature of the RSTi greatly reduces the time to dis assemble and re assemble a machine and therefore reducing machine commissioning Network Independence OEMs and System Integrators can standardize on their I O layout without worrying about the controller it s connected to Over 10 network interfaces supported Page 4 GE Intelligent Platforms RSTi Solution Guide RSTI Features RSTi I O Color Coded Module Identification Status LEDs Easy to Remove Terminal Block Module ID Connection Test Points Tool less Spring Clamp Release Push and Release Wiring Connection Spring Clamp Wire Connection Accepts 14 AWG Wire DIN Rail Locking and lt Secure Module to Module Unlocking mechanism Slide and Lock Design Key Features of the RSTi e PROFINET Network Interface is tightly integrated into Proficy Machine Edition e Simple push spring clamp terminal no special tool required for wiring Unique module locking mechanism secures modules on the DIN rail Removable terminal
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