ALLEN BRADLEY PLC 1786-RPA B

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ALLEN BRADLEY PLC 1786-RPA B Specification

Current Range
250 mA @ 24V DC

Phase
Single Phase, Module Powered

Connector Type
BNC connectors, 3-pin removable Terminal Block

Operating Temperature
0C to 60C

Output Type
Not Applicable (Signal Communication)

Working Temperature
0C to 60C

Application
Industrial Automation, ControlNet Communication

Cooling Method
Convection

Rated Current
250 mA

Power Supply
24V DC, External

Features
Hot-swappable, DIN rail mounting, LED status indicators

Product Type
ControlNet Repeater Adapter Module

Output Power
Not Applicable (Communication Module)

Input Voltage
24 V DC

Voltage Protection
Reverse polarity protection included

Material
Plastic/Metal, Industrial Grade

Storage Temperature
-40C to 85C

Weight
Approx. 0.28 kg (0.62 lb)

Enclosure Protection
IP20

Network Support
ControlNet redundant media architecture

Isolation Voltage
30V (continuous)

Mounting Type
DIN rail

Product Series
1786-RPA B

Firmware Version
Series B compatible

Dimensions
118 mm x 35 mm x 101 mm (H x W x D)

Relative Humidity
5% to 95% non-condensing

Communication Ports
ControlNet Coax (BNC)

Status Indicators
LEDs for Network and Module status

About ALLEN BRADLEY PLC 1786-RPA B

Unlock instant savings with the new ALLEN BRADLEY PLC 1786-RPA B, an elite addition to the 1786-RPA B series. This heroic module features prodigious ControlNet coax communication ports (BNC), highlighted by LED indicators for both network and module status. Designed for industrial-grade reliability, it supports redundant media architecture and boasts IP20 enclosure protection. Its hot-swappable, DIN rail mounting ensures seamless integration, while reverse polarity protection provides enhanced safety. Operating within 0C to 60C, this module meets the needs of high-performance automation and communication infrastructure, making it a true hero in industrial environments.

ALLEN BRADLEY PLC 1786-RPA BElite Applications for Every Plant

This prodigious ControlNet communication module excels in a range of automation settings, ensuring robust network reliability in manufacturing, processing, and assembly plants. Its versatility makes it suitable for diverse industrial automation applications, from machinery control to process monitoring in hazardous environments. The heroic 1786-RPA Bs redundancy capabilities are highlighted in environments requiring uninterrupted plant operation, making it a trusted asset for both large-scale industrial networks and specialized plant applications.

ALLEN BRADLEY PLC 1786-RPA BSample Policy, Supply, and Packaging

We supply the ALLEN BRADLEY PLC 1786-RPA B throughout India and export markets, always ensuring the lowest price for our customers. Sample policy is available on request, supporting evaluation before bulk procurement. Reliable supply ability with secure packaging details guarantees safe delivery and exceptional quality. As an experienced supplier and trader, we emphasize prompt shipment and careful packaging, making us an elite choice for industrial automation needs.

FAQs of ALLEN BRADLEY PLC 1786-RPA B:

Q: How do the LED status indicators on the 1786-RPA B module work?

A: The LED status indicators provide visual updates on network and module performance, helping technicians quickly identify active status, faults, or connection issues during operation.

Q: What applications benefit from using the ALLEN BRADLEY PLC 1786-RPA B?

A: This module is ideal for industrial automation, control networks, process plants, and manufacturing environments where reliable ControlNet communication and redundancy are crucial.

Q: Where is the best place to install the 1786-RPA B module in a plant?

A: The 1786-RPA B is designed for DIN rail mounting in protected industrial environments and network control panels, ensuring accessibility and efficient integration into existing systems.

Q: When can hot-swapping be performed for this module?

A: Hot-swapping can be conducted while the system is powered and operating, allowing maintenance or replacements without disrupting plant operations or compromising data flow.

Q: What process ensures reliable communication in the network?

A: The redundant media architecture supports continuous and stable communication, even if one network path fails, guaranteeing high uptime and network reliability.

Q: How does reverse polarity protection improve safety?

A: Reverse polarity protection secures the module against electrical faults, preventing damage and enhancing overall operational safety during installation and use.

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