HoneywellEXPERION PKSSeries C I/O User's Guide EPDOC-X126-en-A November 2019
can be configured to provide Series-C or PMIO link speeds.
l Series C I/O fully supports HART I/O. This includes the use of Secondary HART Variables as
control parameters.
l Separation of Primary from Secondary modules:
o In the PM, the Primary and Secondary I/O Electronics modules could be separated,
placed in different cabinets, and/or powered by different power systems.
o Series C I/O does not have this capability.
l Series C permits Zone 2 mounting of the Controller and I/O
l In PMIO, the configuration memory is maintained only if a battery backup is installed.
2.2 What is Series C I/O?
The Experion Series C I/O modules are an expanding family of traditional and special functio
input/output signal interface devices. They supports local software configuration. These I/O
modules share the same form factor as the C300 Controller and reside on the same type of
common mounting system as other Series C components.
2.2.1 What is Series C I/O Mark II?
Series C Mark II is an enhancement to the existing Series C platform in terms of IO modules,
related IOTAs, IO link, power supply, power distribution, and cabinet infrastructure, making it a
more cost-effective solution than the earlier version. The design style continues to be the same.
2.2.2 Supported Series C Mark II I/O modules
ATTENTION
Series C Mark II cannot support any PM I/Os.
C300 IOLINK block parameter IOLINKTYPE is used to determine if the IOLINK supports
Series C Mark II I/O.
IOM model
names
IOM block
name
Description No. of channels
supported
CC-PAIH01 AI-HART High Level Analog Input with HART (4)
IOM
16
CC-PAOH01 AO-HART Analog Output with HART (4) IOM 16
DC-PDIL51 DI-24 Digital Input 24V IOM w/o OWD 32
DC-PDIS51 DI-SOE Digital Input SOE IOM 32
DC-PDOD51 DO-24B Digital Output 24V Bussed Out IOM w/o
RB
32
DC-PDIS51 DI-SOE Digital Input SOE IOM 32
CC-PAIM51 AI-LLAI Low Level Analog Input Mux 16
CC-PAIH51 AI-HART AI HART IOM , R2 16
CC-PAIN01 AI-NON-HART AI IOM NON-HART 16
CC-PAOH51 AO HART AO HART IOM, R2 16
CC-PAON01 AO-NON-HART AO NON-HART IOM 16
Series C Pulse Input Module (SCPIM)
The Experion Series C PIM is an interface between C300/CN100 Controller that enables highaccuracy pulse counting of pulse streams from rotating machinery such as turbines, flow meters,
and densitometers. High-accuracy and repeatable measurement capability make the PIM well
suited for metering and custody transfer applications.
The PIM has eight input channels. Out of the eight channels, some may be single consuming one
channel or dual consuming 2 adjacent channels. The last 2 channels (channel 7 and channel 8)
can also be configured as distinct Fast Cutoff using the two output channels on the module.
Each input channel has a 32-bit counter to perform pulse counting and frequency calculation. In
addition, when these channels are configured as single input channels, these eight channels also
have a second 32-bit timer for pulse period and pulse width measurement.
Features of SCPIM
The following are some of key the features of SCPIM.
l Supports IOM redundancy.
l Supports redundant module communications with the controller via IO link.
l Supports simulation with SIM-C300/SIM-CN100 – The input value can be substituted by a
program and/or UniSim using the SIMVALUE parameter.
l Supports high accuracy frequency, period, and pulse width measurement.
l Provides hardware support for Meter Suite applications.
l Provides connections to power field devices or pulse pre-amplifiers.
l Supports pulse multiplexing that enables good pulses from a dual pulse input pair to be copied
to the Prover output interface.
l Supports Dual Pulse Integrity in accordance with ISO6551:1996 Level A, which is required to
support interfacing of custody transfer meters with pulse outputs.
l Provides the flexibility of configuring the eight input channels as single input, dual input, or a
combination of both single and dual input channels . For example you can configure the
channels as;
o 2 single input channels, 3 dual input channels or
o 6 single input channels, 1 dual input channels.
For information on PIM specifications, refer to the Specifications document available on the
Honeywell Online Support site.
Comparison between Series A and Series C PIM
The following table lists some of the differences between the Series A and Series C pulse input
modules.
Series C PIM Series A PIM
Shares the same form factor as the Series
C I/O family.
Requires two form factors to use with C300
controller; series A for the Pulse Input and the series
C form factor for the controller and other I/O
modules.
Supports IOM redundancy. Does not support IOM redundancy.
Supports Dual Pulse Integrity to support
interfacing of custody transfer meters with
pulse outputs.
Does not support Dual Pulse Integrity.
Supports pulse multiplexing that enables
good pulses from a dual pulse input pair to
be copied to the Prover output interface.
Does not support pulse multiplexing.
Supports pulse length measurement in all
channels.
Does not support pulse length measurement in the
last two channels.
Supports configuration of all eight
channels through use of PICHANNEL
block.
Needs two blocks for configuring channels:
l Pulse Input Channel block for configuring the
first six channels.
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GE 151X1207CK01SA01 IS200EDEXG1A EX2100 SCR -
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SHINKAWA MODEL VM-5G SINGLE UNIT INSTRUMENT RACK
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SHINKAWA MODEL VM-5Z5,6,7 POWER SUPPLY UNIT
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SHINKAWA MODEL VM-5Y1,2,3 RELAY MODULE UNIT
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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
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SHINKAWA MODEL VM-5R TACHOMETER
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SHINKAWA MODEL VM-5S DUAL TACHOMETER
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SHINKAWA MODEL VM-5A DUAL VALVE
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SHINKAWA MODEL VM-5E DUAL CASE
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SHINKAWA MODEL VM-5L COMPLEMENTARY INPUT
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SHINKAWA MODEL VM-5N RAMP DIFFERENTIAL
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SHINKAWA MODEL VM-5D DUAL DIFFERENTIAL
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SHINKAWA MODEL VM-5T DUAL THRUST MONITOR
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SHINKAWA MODEL VM-5C ECCENTRICITY MONITOR
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SHINKAWA MODEL VM-5M DUAL PATH MONITOR
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SHINKAWA MODEL VM-5B DUAL ACCELERATION MONITOR
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SHINKAWA MODEL VM-5U DUAL SEISMIC MONITOR
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SHINKAWA MODEL VM-55 VIBRATION MONITOR
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SHINKAWA VM-742B1-5 VIBRATION MONITORING SYSTEM CARD -
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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
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Shinkawa CPP-111 P-25-59A P-25-59B Circuit Board Module -
Shinkawa WKN-142K2-2 Vibration Transmitter
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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
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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
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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 -
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Honeywell TDC‑3000 DI Digital Input IOP‑CE 51304485‑150 -
Honeywell TDC‑3000 DI Digital Input IOP 51304485‑100 MC‑PDIX02
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Honeywell TDC‑3000 AO Analog Output IOP 51304757‑100 MU‑PAOX02
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Honeywell TDC‑3000 TC Thermocouple IOP 51304756‑100 MU‑TAMT03
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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
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Honeywell TDC‑3000 Standard 1986.HPM High‑Performance PM CPU,51402362‑100 -
Honeywell TDC‑3000 APM Advanced Process Manager CPU,51304459‑100
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Honeywell TDC‑3000 Standard 1986.PM Process Manager CPU,51304362‑100
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Honeywell TDC‑3000 NIM Network Interface Module,51304481‑200
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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
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Honeywell TDC‑3000 BASIC,LEPIU Low‑Energy PIU,4DP7APCFA309 -
Honeywell TDC‑3000 BASIC,HLPIU High‑Level PIU,4DP7APCFA106
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Honeywell TDC‑3000 BASIC,Multifunction Controller(TDC‑2000 DHW),4DP7MFA103
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Honeywell TDC‑3000 BASIC,Extended Controller(TDC‑2000 DHW),4DP7AXA102 -
Honeywell TDC‑3000 BASIC,Basic Controller(TDC‑2000 DHW),4DP7BBA101
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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
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Honeywell TDC‑3000 BASIC,AM Application Module CPU,51401551‑800.K2LCN‑8
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Honeywell TDC‑3000 BASIC,AM Application Module CPU,51401551‑600.K2LCN‑6
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Honeywell TDC‑3000 BASIC,AM Application Module CPU,51401551‑400,K2LCN‑4 -
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Honeywell TDC‑3000 BASIC,AM Application Module CPU,51401551‑200,K2LCN‑2
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Honeywell TDC‑3000 BASIC,US Universal Station CPU,51401288‑200 -
TDC‑3000 BASIC,US Universal Station CPU,51401288‑100
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