Honeywell CC-PWRB01 24 Vdc, 20 A fully redundant Power Supply

Lifecycle status

- Phased out since 31st December 2020.

Technology Upgrade/Replacement path

- C300 or UOC

How Does It Work?

Like the C300 and the ACE node, the C200 and C200E integrated control

and safety systems operate Honeywell’s deterministic CEE software which

executes control strategies on a constant and predictable schedule.

The CEE is loaded into the C200/C200E memory, providing the execution

platform for the comprehensive set of automatic control logic, data

acquisition and calculation function blocks. Each function block contains

a set of predefined features such as alarm settings and maintenance statistics.

This embedded functionality guarantees consistent process control strategy

execution.

The controllers support many input/output (I/O) families, including Series

A I/O, Rail A I/O, Rail H I/O and Process Manager I/O, and other protocols

such as FOUNDATION Fieldbus, Profibus, DeviceNet, and HART.

What Is It?

Released with PlantScape R200. the C200 controller operates Honeywell’s 

field-proven and deterministic Control Execution Environment (CEE) core

software. Introduced with Experion® PKS R400. the C200E Controller

provides the same capabilities as C200 but adds more functionality and

memory. For example, the C200E fully supports Experion Batch Manager

and the ISA S88.01 batch control standard so that users can execute

complete batch control in a redundant environment with the controller.

The CEE resident in the control processor provides an efficient and

effective control environment as well as access to a comprehensive

library of control-related function blocks. The controllers can be

implemented in a single or fully redundant configuration.

What Problems Does It Solve?

The C200 and C200E controllers enable process engineers to tackle several

process control problems by supporting batch applications with ISA S88.01

and providing robust process control through CEE. When used with Honeywell’s

Profit Loop that anticipates future process behavior, the controllers know exactly

how much to move the process in order to meet the desired control objectives,

thus offering stronger process control.