Allen-Bradley 1756-RM2 Control Logix EtherNet/IP Bridge Module

Brand: Allen-Bradley
Module Number: 1756-RM2
Unit Price: $1000
Country Of Origin: USA
Weight: 0.6KG
Certificate: C/O from the Chamber of Commerce
C/Q from the Manufacturer
Warranty: 12 Months
Inventory Qty: 10

Technical specifications

Model: 1756-RM2

Series: ControlLogix Redundancy Module

Redundancy Type: ControlLogix Master/Standby Redundant Controller Synchronization

Synchronization Channels: 2 channels, supports the use of redundant fiber optic cables

Maximum Synchronization Distance: Up to 3 km (using fiber optic)

Data Synchronization Rate: Real-time synchronization, latency < 10 ms

Supported Controller Series: ControlLogix L6x, L7x, L8x

Installation: Installed in the 1756 backplane, adjacent to the controller module

Power Requirements: 5.1V DC, 2.5 W

Operating Temperature Range: 0°C to 60°C

Dimensions (H x W x D): 142 mm x 35 mm x 118 mm

Certifications: UL, CSA, CE, ATEX, IECEx, etc.

Technical specifications

Beneficiary's Bank: CITIBANK N.A.
Beneficiary address:Champion Tower,Three Garden Road,Central,Hong Kong
Beneficiary: Vogi International Trading Co., Limited
Account No.: 395714900
Bank Code: 006 Branch Code: 391
Swift Code:CITIHKHX (CITIHKHXXXX * If 11 characters are required)
Payment Term:T/T

Key features

High-speed synchronization: synchronize tasks and data between the master and backup controllers in milliseconds via optical fiber or Ethernet.

Automatic redundant switching: Allen Bradley 1756-RM2 automatically switch to the backup controller when the master controller fails, and the system is not interrupted.

Status monitoring and alarm: monitor the redundant status and switch log through Studio 5000.

Compatible with modern ControlLogix controllers: Allen Bradley 1756-RM2 compatible with L7 and L8 series CPUs.

Key features
1756-ENBT 2

Applications

Allen Bradley 1756-RM2 is mainly used in key industrial scenarios where downtime is not allowed. Typical fields include:

Oil and gas: drilling platform control system, refinery reactor monitoring. Downtime may cause safety accidents or waste of raw materials.

Power and energy: power plant DCS system, substation protection device. Grid parameters need to be adjusted continuously.

Water treatment and sewage treatment: pump station control, sludge treatment system. Interruption may cause water quality deterioration or environmental pollution.

Semiconductor manufacturing: clean room environmental control system. Temperature and humidity fluctuations affect wafer yield.

Metallurgy and mining: blast furnace control system, ore conveyor belt. Downtime may cause equipment damage or production stagnation.