10310/2/1 Honeywell Controller module Brand new

The Series C I/O is designed to allow integration with legacy of PM I/O family or replacement of

the legacy PM I/O family. As such, many PM I/O concepts are directly carried forward into Series C

I/O. Some notable concepts that are NOT directly carried forward are included in the table below.

Topic PM I/O

supported

Series C I/O

supported

Experion Yes Yes

PlantScape Yes No

TPS Yes No

Nomenclature IOP

I/O Processor

IOM

I/O Module

Physical address -

how to derive

Uses file and card concept Address derived from IO Link address

jumper tile on IOTA

DISOE 'Off Normal' alarms and events

supported

'Off Normal' alarms and events NOT

supported

Enumeration

sorting

By ordinal value Alphabetically, unless otherwise

stated.

FAILOPT or FAULT

[*]

FAILOPT is a IOP-wide configuration,

making it same to all channels in an

IOP

Series C FAILOPT is replaced with the

following:

l FAULTOPT, and

l FAULTVALUE

this can be set individually for every

output channel.

Firmware -

remotely

downloaded in

Experion

No - contact TAC for support Yes - using CTools application

HART I/O PMIO supported four separate AI, AO,

HAI and HAO channel blocks. AI and

AO channel blocks could not be

configured for HART operation

Series C I/O, AI and AO channel blocks

can be configured for HART operation.

No separate HAI and HAO channel

blocks will be supported.

HART 5.0 compliant Yes Yes

HART 6.0 and later Yes Yes

Table 14.1 Comparing Series C and PM I/O functionality

- 533 -

CHAPTER

14

Topic PM I/O

supported

Series C I/O

supported

compliant

IO redundancy All IOP types supported except:

l DI

l DO16

l LLAI

l LLMUX

l RHMUX

All IOM types supported except:

AI -LLMUX

IOLINK connection Yes (see Note 1)

Through C200 controller and IOLIM

or C300 controller

Yes (see Note 2)

C300 controller only

PM I/O and Series C I/O cannot exist

on the same IOLINK

PM I/O and Series C I/O cannot exist

on the same IOLINK

IOTA slots Any combination allowed Upper - always IOMA

Lower - always IOMB

Non-redundant configurations only

IOMA can be used.

LLMUX maximum

channels

32 64

PNTFORM (FULL

and COMPONENT

points) is supported

Yes No

The most powerful FULL point

features have been incorporated into

Series C I/O channel blocks.

Open Wire

Detection for

Inputs

Detect/sense open

sensor (open wire)

No Yes.

The HART Analog Output IOM detects

open wire by virtue of its analog read

back check.

DI 24V and DISOE IOM in Normal

mode support Open Wire Detection.

* Specifications for the availability of HART data, including availability through an IOM switchover

are tightened for Series C I/O.

Notes:

1. Physical address is a function of the 'file number' and 'card number'. The file number is

determined by a user jumper configuration. Logical address is assigned by user. Both

addresses must be configured in the module block and they are independent of one another.

The physical address block configuration must match the physical attributes.

2. Logical address is determined by a user jumper configuration. The physical address is a

function of the logical address and is not visible to the user. Only the logical address must be

configured in the module block. The logical address block configuration must match the

jumper configuration.