HoneywellEXPERION PKSSeries C I/O User's Guide EPDOC-X126-en-A November 2019
and regulations. The original TDC Basic Power Supplies do not support the UHIO CSA General
Purpose Certification.
CE Mark certification
The UHIO's CE Mark is only applicable for installations within Data Hiway (TDC 2000) cabinets with
the Series C Power supply SPS5792-142935 (HPN 51454517-100). It is assumed that the state of
as shipped and as first installed has been maintained for all applicable installations. For
installations that do not satisfy the previously mentioned conditions, the end user is responsible to
ensure that they conform to all applicable agency rules and regulations.
CC-HUIO12
The above constraints also apply to the CC-HUIO12 IOTA. Note that the CC-HUIO12 was tested
with TCB cable 51192054 only. Using the original TCB cable 30731611 with adaptor cable 51202979
may not pass CE Mark tests. For the conducted immunity test between 150kHZ and 250kHz, the AI
accuracy was 4.3% instead of its normal 0.1% at room temperature.
SERIES C I/O PLANNING AND DESIGN
This guide is intended to provide general information to assist you in planning and designing the
installation of your Experion Series C I/O.
l General Planning References
l Series C I/O and C300 topology
l Supported Series C I/O modules
l Supported Series C I/O options
l I/O Link performance specifications
l Universal Input/Output Module-2 (UIO-2)
3.1 General Planning References
Refer to the following documents for planning and design details for the Experion system in
general and the Fault Tolerant Ethernet supervisory network. For the sake of brevity, this Guide
does not repeat the applicable general guidelines, considerations, and cautions that are covered
in these other Guides.
l Control Hardware Planning Guide
l Server and Client Planning Guide
l Fault Tolerant Ethernet Overview and Implementation Guide
TIP
For complete Series C Control System Hardware Configuration planning information, refer
to the Control Hardware Planning Guide.
l Series C I/O appearance
l Series C I/O features
3.1.1 Series C I/O appearance
The layout of Series C components supports enhanced heat management and provides a 30%
reduction in overall size (space required to mount the hardware) versus the equivalent Process
Manger set.
3.1.2 Series C I/O features
The features of Series C I/O include:
l IO Module design - tilted 18 degrees off center:
o provides for better heat distribution
o allows for efficient field wiring
l Combination of I/O Module and Field terminations in the same area. The I/O Module is
mounted on the IOTA, which reduces cabinet space and eliminates items such as FTA
connection cables.
l Redundancy is done directly on the IOTA by simply adding a second IOM to the IOTA (with the
exception of the C300 controller).
For complete feature/functions for the following modules/IOTAs, refer to the Experion Series C
I/O Specifications document.
I/O
module/IOTA
Feature/function
Analog Input
w/HART
l Extensive self-diagnostics
l Optional redundancy
l HART capable, multi-variable instruments
l Fast (50ms) loop scan
l PV protection through a broken-wire detection diagnostic
l All channels configured for 4-20 mA inputs can detect broken
field wires. A soft failure alerts the maintenance staff for
corrective action.
l Non-incendive field power
l Non-incendive power for 4-20 mA loops is provided with no
external marshalling.
Analog Input
non-HART
l Extensive self-diagnostics
l Optional redundancy
l Fast (50ms) loop scan
l Non-incendive field power
Analog Output
w/HART
l Extensive self-diagnostics
l Optional redundancy
l HART capable, multivariable instruments
l Safe-state (FAILOPT) behaviors
l Each channel can be configured to HOLD, LAST, VALUE, or
SHED to a SAFE VALUE.
l Output read back checking of current delivered to the field
l PV protection through a broken-wire detection diagnostic
l Each channel can detect broken field wire. A soft failure alerts
the maintenance staff for corrective action.
l Non-incendive output
l No external marshalling required to support the 4-20ma loop,
and still provides for channel power protection.
Analog Output
non-HART
l Extensive self-diagnostics
l Optional redundancy
I/O
module/IOTA
Feature/function
l Safe-state (FAILOPT) behaviors
l Each channel can be configured to HOLD, LAST, VALUE, or
SHED to a SAFE VALUE.
l Output read back checking of current delivered to the field
l Non-incendive output
Digital Input
24VDC
l Extensive self-diagnostics
l IOM redundancy
l Input direct/reverse
l Internal or external field power selections
l Galvanic isolation
l PV protection through a broken-wire detection diagnostic
l Each channel can detect broken field wire. A soft failure alerts
the maintenance staff for corrective action.
l Non-incendive output
l No external marshalling required to support the 4-20ma loop,
and still provides for channel power protection.
Direct Input
High Voltage
l Extensive self-diagnostics
l Optional redundancy
l Input direct/reverse
l Galvanic isolation
Digital Input
High Voltage
PROX
l Extensive self-diagnostics
l Input direct/reverse
l Galvanic isolation
Direct Input -
Sequence of
Events
DI-SOE
l Extensive self-diagnostics
l Optional redundancy
l 1ms Sequence of Events for Discrete Inputs
l Low Latency / High Speed Scanning mode
l Broken wire detection
l Supplies non-incendive field power
-
GE IS200AEPBH1B IS200AEPBH1B‑REV‑AA Pitch-Charger Control PCB Board -
GE IS200EDEXG1ADA EX2100 SCR Trigger Control Board -
GE 151X1207CK01SA01 IS200EDEXG1A EX2100 SCR -
GE 151X1233DD02SA02 IS200AEPBH1B - Variant for pitch control charger assembly -
GE 151X1233DB01SA01 IS200AEPBH1B - 10kW Wind Power Converter -
GE 151X1233DB01SA01R | IS200AEPBH1B 10KW Converter -
GE 151X1233DD01SA02 Pitch Battery Charger (109W6931P001)
-
GE 151X1233DD01SA02 Pitch Battery Charger Assy IS200AEPBH1B
-
GE 151X1233DB02SA02 Rev A IS200AEPBH1B Wind Turbine Converter -
GE 151X1207CK02SA02 SCR 4400 V 1850 A IS200EDEXG1ADA General Electric EX2100 -
Triconex 3723X 32-Channel TMR Analog Input Module with HART -
SHINKAWA VM-21G SIGNAL CONDITIONER SOCKET -
SHINKAWA VM-21R REVOLUTION SIGNAL CONDITIONER
-
SHINKAWA VM-21T DISPLACEMENT INPUT THRUST SIGNAL CONDITIONER
-
SHINKAWA VM-21D 6-WIRE LVDT SIGNAL CONDITIONER
-
SHINKAWA VM-21P 3-WIRE LVDT SIGNAL CONDITIONER -
SHINKAWA VM-21A VIBRATION SIGNAL CONDITIONER
-
SHINKAWA VM-21K DISPLACEMENT INPUT VIBRATION SIGNAL CONDITIONER
-
SHINKAWA VM-25S01 CONDITION MONITORING SYSTEM -
SHINKAWA VM-25 CONDITION MONITORING SYSTEM
-
SHINKAWA VM-772B DEVICE CONFIG
-
SHINKAWA VM-771B MCL VIEW
-
SHINKAWA VM-76B INSTRUMENT RACK -
SHINKAWA VM-75B POWER SUPPLY MODULE
-
SHINKAWA VM-742B NETWORK COMMUNICATION MODULE -
SHINKAWA VM-741B LOCAL COMMUNICATION & PHASE MARKER MODULE -
SHINKAWA VM-722B 9-CHANNEL RELAY MODULE
-
SHINKAWA VM-707B AERODERIVATIVE GAS TURBINE MONITOR MODULE
-
SHINKAWA VM-706B ROD DROP MONITOR MODULE -
SHINKAWA VM-705B 18-CHANNEL TEMPERATURE MONITOR MODULE -
SHINKAWA VM-704B TEMPERATURE MONITOR MODULE -
SHINKAWA VM-702B ABSOLUTE VIBRATION MONITOR MODULE -
SHINKAWA VM-701B VIBRATION / DISPLACEMENT MONITOR MODULE
-
SHINKAWA MODEL VM-5X INTERFACE UNIT -
SHINKAWA MODEL VM-5W2 DUAL POWER SUPPLY INSTRUMENT RACK -
SHINKAWA MODEL VM-5H4 INSTRUMENT RACK (for VM-5Z5.6.7) -
SHINKAWA MODEL VM-5G SINGLE UNIT INSTRUMENT RACK
-
SHINKAWA MODEL VM-5Z5,6,7 POWER SUPPLY UNIT
-
SHINKAWA MODEL VM-5Y1,2,3 RELAY MODULE UNIT
-
SHINKAWA MODEL VM-5P3 PHASE MARKER UNIT -
SHINKAWA MODEL VM-53 DUAL COMMUNICATION UNIT -
SHINKAWA MODEL VM-52 BOTTOM HOLD MONITOR -
SHINKAWA MODEL VM-51 ROD DROP MONITOR
-
SHINKAWA MODEL VM-5R TACHOMETER
-
SHINKAWA MODEL VM-5S DUAL TACHOMETER
-
SHINKAWA MODEL VM-5A DUAL VALVE
-
SHINKAWA MODEL VM-5E DUAL CASE
-
SHINKAWA MODEL VM-5L COMPLEMENTARY INPUT
-
SHINKAWA MODEL VM-5N RAMP DIFFERENTIAL
-
SHINKAWA MODEL VM-5D DUAL DIFFERENTIAL
-
SHINKAWA MODEL VM-5T DUAL THRUST MONITOR
-
SHINKAWA MODEL VM-5C ECCENTRICITY MONITOR
-
SHINKAWA MODEL VM-5M DUAL PATH MONITOR
-
SHINKAWA MODEL VM-5B DUAL ACCELERATION MONITOR
-
SHINKAWA MODEL VM-5U DUAL SEISMIC MONITOR
-
SHINKAWA MODEL VM-55 VIBRATION MONITOR
-
SHINKAWA VM-742B1-5 VIBRATION MONITORING SYSTEM CARD -
Shinkawa PSP-17B P-24-64A P-24-64B Circuit Board Module -
SHINKAWA MGP-67 PCB -
Shinkawa JBP-278 P-22-48A-1 P-22-48B-1 Circuit Board Module -
Shinkawa VM-721B 18-CHANNEL RELAY MODULE -
Shinkawa FRP-337 P-26-54A P-26-54B Circuit Board Module
-
Shinkawa CPP-111 P-25-59A P-25-59B Circuit Board Module -
Shinkawa WKN-142K2-2 Vibration Transmitter
-
SHINKAWA VL-202A08L-1012 Rotor Position Monitor Probe Sensor -
Shinkawa CPP-128 P-26-74A P-26-74B Circuit Board Module -
Honeywell 51402755-100 PROCESSOR CARD -
Honeywell 51107595-100 Power -
HONEYWELL 51304544-100 Control Board
-
HONEYWELL 51109919-100 BOARD -
HHoneywell 51204160-175 Digital Input Module -
Honeywell 51304754-150 High Level Analog Input Module -
HONEYWELL 51304690-100 DIGITAL INPUT CARD -
Honeywell 51401635-150 COMM CONTROL -
HONEYWELL 51204174-175 MC-TAOY 52 ANALOG OUTPUT BOARD -
HONEYWELL 51400596-100 -
HONEYWELL 51401291-100 board card -
HONEYWELL 51401642-150 I/O LINK MODULE -
Honeywell LCN‑E Hub Power Supply 38500148‑300 -
Honeywell LCN‑E Hub redundant 38500143‑202 Twisted‑pair LCN -
Honeywell LCN‑E Hub non‑redundant,38500143‑102 -
Honeywell Enhanced Micro‑TDC‑3000 System Unit MX‑DTAC01K2
-
Honeywell Enhanced Micro‑TDC‑3000 System Unit MX‑DTAB01K2 -
Honeywell Enhanced Micro‑TDC‑3000 System Unit MT11‑520 -
Honeywell STI‑CE Smart Transmitter Interface 51304516‑150 -
Honeywell STI Smart Transmitter Interface 51304516‑100 MC‑PSTX02 -
Honeywell ulse Counter IOP,51304386‑100.MU‑PPIX02 -
Honeywell DO Digital Output IOP‑CE 51304487‑150 CE version -
.png)
Honeywell DO Digital Output IOP 51304487‑100 MC‑PDOX02 -
Honeywell TDC‑3000 SOE DI IOP,51402625-175 MC‑PDIS12 -
Honeywell TDC‑3000 DI Digital Input IOP‑CE 51304485‑150 -
Honeywell TDC‑3000 DI Digital Input IOP 51304485‑100 MC‑PDIX02
-
Honeywell TDC‑3000 AO Analog Output IOP 51304757‑100 MU‑PAOX02
-
Honeywell TDC‑3000 TC Thermocouple IOP 51304756‑100 MU‑TAMT03
-
Honeywell TDC‑3000 51304755‑100 MU‑TAMR03 -
Honeywell TDC‑3000 LLAI Multiplex AI IOP,51304362‑150 -
Honeywell TDC‑3000 HLAI Analog Input IOP‑CE,51304363‑150 -
Honeywell TDC‑3000 HLAI Analog Input IOP,51304363‑100.4‑20mA -
Honeywell TDC‑3000 HPM Power Supply,51401731‑100
-
Honeywell TDC‑3000 Standard 1986.HPM High‑Performance PM CPU,51402362‑100 -
Honeywell TDC‑3000 APM Advanced Process Manager CPU,51304459‑100
-
Honeywell TDC‑3000 Standard 1986.PM Process Manager CPU,51304362‑100
-
Honeywell TDC‑3000 NIM Network Interface Module,51304481‑200
-
Honeywell TDC‑3000 NIM Network Interface Module 51304481‑100 -
Honeywell TDC‑3000 BASIC,LCN Terminator Resistor,30732052‑001.Coaxial -
Honeywell TDC‑3000 BASIC,Hiway Coupler,30753732-001
-
Honeywell TDC‑3000 BASIC,LEPIU Low‑Energy PIU,4DP7APCFA309 -
Honeywell TDC‑3000 BASIC,HLPIU High‑Level PIU,4DP7APCFA106
-
Honeywell TDC‑3000 BASIC,Multifunction Controller(TDC‑2000 DHW),4DP7MFA103
-
Honeywell TDC‑3000 BASIC,Extended Controller(TDC‑2000 DHW),4DP7AXA102 -
Honeywell TDC‑3000 BASIC,Basic Controller(TDC‑2000 DHW),4DP7BBA101
-
Honeywell TDC‑3000 BASIC,XLCNE2 LCN Extender,51305508‑100.Coaxial LCN
-
Honeywell TDC‑3000 BASIC,E‑PLCG PLC Gateway,51400997‑200 -
Honeywell TDC‑3000 BASIC,PLNM Plant Network Module,51401163‑100 -
Honeywell TDC‑3000 BASIC,CG Computer Gateway,80360206‑001 -
Honeywell TDC‑3000 BASIC,HG High‑Speed Gateway,51304526‑100 -
Honeywell TDC‑3000 BASIC,HM History Module,51191596‑200 -
Honeywell TDC‑3000 BASIC,HM History Module,51191596‑100
-
Honeywell TDC‑3000 BASIC,AM Application Module CPU,51401551‑800.K2LCN‑8
-
Honeywell TDC‑3000 BASIC,AM Application Module CPU,51401551‑600.K2LCN‑6
-
Honeywell TDC‑3000 BASIC,AM Application Module CPU,51401551‑400,K2LCN‑4 -
Honeywell TDC‑3000 BASIC,AM Application Module CPU,51401551‑300.K2LCN‑3 -
Honeywell TDC‑3000 BASIC,AM Application Module CPU,51401551‑200,K2LCN‑2
-
Honeywell TDC‑3000 BASIC,US Universal Station CPU,51401288‑200 -
TDC‑3000 BASIC,US Universal Station CPU,51401288‑100
-
SHINKAWA VM-21P1 Signal Conditioner 0-50MM 24VDC -
Shinkawa RiverNew Vibration Transducer VK202 Series -
Shinkawa Electric VM-3E2 Vibration Monitor Module
