Ge Fanuc Module Ic200uex636-b Plc Application: Industrial

Model : GE FANUC MODULE IC200UEX636-B
Usage/Application : INDUSTRIAL
Brand : GE FANUC
Current : >2 A
Voltage : 24 V DC
Mounting Type : Panel
Display Type : LED
No Of Inputs : 24 Digits
Model Name/Number : IC200UEX636-B
Color : BLACK
Material : PLASTIC METAL
No. Of Channels : 2 CHANNELS
Touch Screen : NO
Warranty Period : 1 YEAR
Product Description
GE FANUC MODULE IC200UEX636-B

The IC200UEX636 expansion module is a 6-channel analog expansion module. It has 4 analog inputs and 2 analog outputs with a power supply rated 120 Volts AC or 240 Volts AC. GE Fanuc Automation manufactures this module as part of the Emerson VersaMax product line. It comes with a wide range of features that makes it able to provide performance at an optimum level. The IC200UEX636 expansion module is designed for operators who need a wide range of functionalities in their machines. It has a compact and modular design that offers flexibility and features that can match various industrial application needs. This module has a set of instructions, a large memory capacity, and fast cycle times for as many programming options as possible. It also supports a user-friendly memory module which connects to the controller for downloading the latest program changes without using a PC. The IC200UEX636 expansion module also supports inline programming to enable the users to adjust the logic without stopping the controller.

The GE Fanuc VersaMax IC200UEX636 analog expansion module comes with a small footprint that maximizes the flexibility of the modular design. It also comes with many built-in features like its 64 built-in input and output points that in turn can support expansions to up to 170 input and output points on other devices. The versatility of the IC200UEX636 expansion module is exceptional. This module is an industrial I/O device solution that is designed by VersaMax as a single control product that can be used in input and output applications such as PLC or distributed control applications with many input and output points.