GE IC698RMX016 RX7i Redundancy Memory Xchange Module

Brand:GE

Item No:IC698RMX016

Unit price:999$

Condition: Brand new and original

Quality Guarantee: 1 Year

Payment : T/T and Western Union

Delivery Time: 2-3 day

Shipping Port: China

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Product Detail

Product Tags

General info

Manufacture GE
Item No IC698RMX016
Article number IC698RMX016
Series GE FANUC
Origin United States(US)
Dimension 180*180*30(mm)
Weight 0.8 kg
Customs Tariff Number 85389091
Type Redundancy Memory Xchange Module

 

Detailed data

GE IC698RMX016 RX7i Redundancy Memory Xchange Module

It has the following sizing: 6.299 inches widde x 9.187 inches high. It has 16MB of SDRAM user memory. The operating voltage from power supply is +5 V DC. Current requirements are 1.8A. The unit has a fiber optic LC type connector which, conforms to IEC 61754-20, and a zirconium ceramic ferrule. The maximum insertion loss is 0.35 dB with a return loss of -30dB. An acceptable temperature range is between -20°C and +85°C. To complete installation, you need to make sure you have all of the following: A PACSystems RX7i CPU with release 2.00 or later firmware; a PACSystems Rx7i CPU rack with power supply; a PC-compatible computer with CIMPLICITY Machine Edition – Logic Developer PLC, version 4.5 or later programming software and the necessary cables.

The IC698RMX016 Redundancy Memory Xchange Module comes in the RX7i PACSystems series by GE Fanuc Automation. The purpose of this module is to operate as a node on a reflective memory network or as a specific link that attaches 2 CPUs in a redundant system. It is compatible with the 5565 line of memory devices and it can determine the amount of data sharing between a PLC and other computing devices. Each of the nodes in the GE Fanuc Automation IC698RMX016 Redundancy Memory Xchange Module is connected in a daisy-chained loop mechanism by using fiber-optic cables. This connection method consists of connecting the first node to the second node and then the transmitter of the second node is connected to the receiver of the third node and so on until the loop has been connected to the first node and the loop is finally complete.

IC698RMX016



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