Honeywell 2MLR-CPUH/F-CC MasterLogic-200 Specifications and Technical Data

Introduction

MasterLogic-200, Honeywell’s next generation Programmable Logic Controllers (PLC), adds power and robustness to logic-interlock-sequence batch control capabilities of Experion network.   It is state of the art, compact yet powerful & versatile, cost-effective solution ideal for fast logic, sequential, and batch control applications

The highlights of MasterLogic-200 PLC system are:

• Powerful & Versatile CPU (high speed / memory, IEC programming etc) 

 • Compact footprint (Rack room, cabinet space saver, shipping costs saver) 

 • Modular options (power supply, range of I/O modules to suit your configuration) 

 • Flexibility in module assignment – any module can be installed in any slot of any base without any restrictions. 

 • Open networks (Fast Ethernet, UTP/Fiber-Optic, serial RS232C /422/485) 

 • Open protocols (Profibus-DP, MODBUS ASCII/RTU/TCP) 

 • Peer-to-Peer networks (Dedicated Fast Ethernet on UTP/Fiber-optic) 

 • Simulation Environment to test control strategies without hardware or process connections. 

 • Engineer-friendly software (Connection options, easy configuration & trouble-shooting)   

 • Diagnostics (System/Error Logs, system monitoring, network monitoring, ping test, frame monitor)   

 • Experion PKS & Experion HS Integration (PLC alarm/events, clock synch, etc)

MasterLogic-200 PLC system architecture

Redundancy options May, 2010 Version 4.0 MasterLogic-200 provides the control system designer with various redundancy architecture options that fits the requirement. Fully Redundant system CPU Model: 2MLR-CPUH/# provides a fully redundant system:   

• Redundant CPU 

 • Redundant Power 

 • Redundant I/O cable (ring topology with dual paths) Non-redundant system For cost-effective applications, CPU Model: 2MLI-CPUU provides a fully non redundant system: • Non-redundant CPU 

 • Non-redundant Power 

 • Non-redundant I/O cable Non-redundant CPU but Redundant Power and I/O cable   A slight variation of the fully redundant architecture with only the master CPU of 2MLR-CPUH/# (excluding the standby CPU) offers the functionality of: 

 • Non-Redundant CPU 

 • Redundant Power 

 • Redundant I/O cable (ring topology with dual paths)

The above diagram demonstrates co-existence of both local I/O base and remote I/O base (i.e. UTP and fiber-optic cables) in a single I/O network.

Please note that only FEnet module can reside on CPU Base. FEnet module can not be installed on the Expansion base.

In redundant system employing CPU model: 2MLR-CPUH/#, Local I/O bases can communicate with the CPU via Industrial Ethernet using UTP CAT5 cable traveling up to a max 100m distance.

I/O Interface Modules (2MLR-CPUH/#)

2MLR-DBSF  2MLR-DBST   2MLR-DBSH