Emerson Process Management ControlWave Remote Ethernet I/O instruction

Product Data Document

420DS-2b

July 16, 2007 - Page

Bristol® ControlWave® Remote Ethernet I/O

With the ever-increasing demand for distributed I/O architectures Bristol® ControlWave® Remote I/O modules, from Emerson Process Management, are the ideal solution to minimize installation cost. The compact DIN-rail mount modules provide an open connectivity through 10 Mbps Ethernet and

38.4KB serial RS 485. The wide range of module

I/O configurations brings exceptional flexibility to network diversity. Each module is designed and rated for harsh industrial environments, a perfect compliment to the ControlWave Process Automation Management Solution as well as our Network 3000 measurement and control system.

Features

•Open Modbus (Modbus TCP) Ethernet connectivity

•RS 485 Modbus RTU or Modbus ASCII

•Easy-to-use ConfigTools software configuration

•Internal 24 V dc loop power minimizes wiring cost

•‘Hot Swap’ I/O module replacement

•10 – 30 V dc power input

•-30 to +70°C operating temperature range

•CSA, UL Class I, Div. 2 Groups A-D, and CE approved

Specifications

All I/O

•Compact 4 ¾” W x 3 ¼” H x 4 1/8” D

•10 – 30 V dc power input

•1.2 Watt typical per module (48 mA @ 24 Vdc)

– varies by module and load

•Temperature: -30 to +70°C operating temperature range

•Humidity: 5 – 95% non-condensing

•RS 485 port Master or Slave up to 38400 baud

– up to 32 nodes per line

•Up to 16,000 nodes per network

•10Base T at 10 Mbps Ethernet port

•1200 V RMS 1 minute isolation on Ethernet port

•ESD (Electro Static Discharge) withstand: 8KV

•Vibration meets IEC 68-2-6

1g for 10 Hz to 150 Hz

.5g for 150 Hz to 2000 Hz

The ControlWave Remote Ethernet I/O series con- sists of seven modules

ControlWave Discrete Input Module

•Number of inputs: 16

•Input source or sink: Configurable

•Input voltage: 12/24 V AC/DC

•Input resistance: 3.6 KΩ

•One High Speed Counter channel up to 2 KHz

•Scan rate: 2 mS

•Power: .75 watt

Remote Automation Solutions

Website: www.EmersonProcess.com/Remote