ALLEN BRADLEY OUTPUT MODULE 1746-0BP8

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ALLEN BRADLEY OUTPUT MODULE 1746-0BP8 Specification

Cooling Method
Natural air cooling

Output Current
2A per channel

Connector Type
Removable screw terminal

Output Type
Relay output

Features
Removable terminal blocks, LED status indicators, high reliability, electronic protection circuits

Power Supply
24V DC

Phase
Single Phase

Noise Level
Low electromagnetic interference

Current Range
Up to 2A per channel

Working Temperature
0C to 60C

Rated Current
2A per channel

Application
Industrial automation, PLC systems

Operating Temperature
0C to 60C

Product Type
Output Module

Output Frequency
50/60 Hz compatible

Input Voltage
24V DC

Voltage Protection
Overvoltage and short circuit protection

Efficiency
Standard industrial module efficiency

Material
High grade industrial plastic

Storage Temperature
-40C to +85C

Weight
Approx. 220 grams

Status Indicators
Individual channel LED indicators

Response Time
10 ms ON, 10 ms OFF

Model Number
1746-OBP8

Mounting Type
DIN rail mount (SLC 500 system)

Number of Outputs
8 relay outputs

Channel Isolation
Yes, individually isolated channels

Series
1746

Dimensions
143 mm x 35 mm x 145 mm (H x W x D)

Module Width
1 slot

Compatible Devices
SLC 500 series PLC

About ALLEN BRADLEY OUTPUT MODULE 1746-0BP8

Jump on this transcendent offer for the ALLEN BRADLEY OUTPUT MODULE 1746-OBP8, renowned for its exquisite build quality and uncommon reliability. Designed for the SLC 500 system with competitive pricing that wont lastending soon! Enjoy 8 relay outputs, individually isolated channels, and swift 10 ms response times. Its robust industrial design features removable terminal blocks, 24V DC input, and precise LED status indicators. Overvoltage and short circuit protection uphold the highest safety standards, making it perfect for PLC-based industrial automation in demanding environments.

Competitive Edge & Versatile Applications

The ALLEN BRADLEY OUTPUT MODULE 1746-OBP8 stands out with individually isolated channels, competitive pricing, and a proven track record in industrial automation. Its exquisite design assures durability and low electromagnetic noise, fitting seamlessly into SLC 500 PLC systems. Designed for complex machinery, process control panels, and automated production lines, this module thrives in commercial, manufacturing, and process-driven media, providing fast and reliable switching for various industrial applications.

Sample Availability, Certifications & Policies

Samples for the ALLEN BRADLEY OUTPUT MODULE 1746-OBP8 may be handed over upon approval, subject to standard expenditure and shipping charges. We utilize reputable transport services to ensure safe and rapid delivery. This output module comes with necessary industrial certifications, reinforcing its reliability. Our sample policy outlines clear conditions regarding requests, costs, and shipping timelines, designed to assure prospective buyers before significant investment.

FAQs of ALLEN BRADLEY OUTPUT MODULE 1746-0BP8:

Q: How can the ALLEN BRADLEY 1746-OBP8 output module enhance my industrial automation setup?

A: This module offers individually isolated relay outputs with fast 10 ms response, low noise, robust protection, and LED indicators for efficient monitoring, making it ideal for seamless integration into automated manufacturing systems.

Q: What is the process for obtaining a sample of the 1746-OBP8 module?

A: Prospective buyers can request a sample, which will be handed over following expenditure confirmation and shipping arrangements via approved transport services, as per our sample policy.

Q: When should I consider using the 1746-OBP8 relay output module?

A: The module is perfect for applications requiring reliable relay switching, channel isolation, and rapid response in industrial control, manufacturing, or PLC system upgrades.

Q: Where can this output module be installed?

A: Designed for DIN rail mounting within SLC 500 series PLC systems, the 1746-OBP8 fits easily into industrial control panels and machinery setups

Q: What benefits does the overvoltage and short circuit protection provide?

A: These features prevent damage to connected equipment, improve module lifespan, and provide additional peace of mind for applications in harsh industrial environments.

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