ALLEN-BRADLEY CAT 1771-ACNR15,B

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ALLEN-BRADLEY CAT 1771-ACNR15,B Specification

Working Temperature
0C to 60C

Operating Temperature
0C to 60C

Application
Allen-Bradley PLC Remote I/O Network

Connector Type
Removable terminal blocks

Power Supply
Backplane powered via PLC

Features
Redundant communication, diagnostics LEDs, backplane communication

Cooling Method
Natural convection

Product Type
Remote I/O Adapter Module

Input Voltage
5V DC (Backplane)

Voltage Protection
On-board fuse protection

Material
Industrial grade plastic housing

Storage Temperature
-40C to +85C

Weight
Approximately 0.75 kg

Catalog Number
1771-ACNR15/B

Dimensions
9" x 2" x 8" (approximate)

Product Series
1771

Mounting Type
Chassis mount

Status Indicators
LED

Compatibility
Allen-Bradley PLC-5 & 1771 chassis

Firmware Revision
Supports Series B firmware

Communication Interface
RIO (Remote I/O)

Redundancy
Supports redundant communication channels

Addressing Capability
Rack addressing

About ALLEN-BRADLEY CAT 1771-ACNR15,B

Discover the ephemeral opportunity to secure the ALLEN-BRADLEY CAT 1771-ACNR15,Ban acclaimed communication interface, renowned for its supreme reliability and industrial-grade design. With limited stock, seize instant savings on this towering component, engineered for Allen-Bradley PLC-5 and 1771 chassis compatibility. Featuring redundant communication channels, advanced diagnostic LEDs, and robust on-board fuse protection, this unit is ideal for mission-critical RIO networking. Its sleek, industrial plastic housing and compact dimensions ensure seamless installation, while its broad operating and storage temperature ranges offer enduring performance in demanding environments.

Application Excellence and Versatility

The ALLEN-BRADLEY CAT 1771-ACNR15,B is designed for direct integration onto chassis-mounted surfaces within PLC-5 and 1771 series systems. Its primary application is for establishing reliable connections across Allen-Bradley remote I/O networks. The device supports rack addressing and redundancy, making it suitable for automation panels and industrial control systems, ensuring robust network communication wherever precise control is paramount.

Streamlined Packaging, Payment & Handover Process

Each 1771-ACNR15,B is carefully packed and dispatched with industrial-standard integrity to prevent transit damage. Upon receipt of paymentaccepted through bank transfer or other approved methodsthe dispatching process is promptly initiated. Typically, handover and delivery timeframes range from immediate to within a few business days, guaranteeing swift procurement and minimal downtime for critical automation projects.

FAQs of ALLEN-BRADLEY CAT 1771-ACNR15,B:

Q: How does the ALLEN-BRADLEY 1771-ACNR15,B interface with PLC-5 systems?

A: The 1771-ACNR15,B interfaces directly with PLC-5 systems via Remote I/O (RIO) connections, supporting rack addressing and redundant channels for reliable communication. Its removable terminal blocks facilitate straightforward wiring and integration into existing chassis mounts.

Q: What is the recommended surface for mounting the 1771-ACNR15,B module?

A: This module is designed specifically for chassis mounting within Allen-Bradley PLC-5 and 1771 series enclosures, ensuring secure installation and optimal thermal management through natural convection cooling.

Q: When is delivery typically completed after ordering the 1771-ACNR15,B?

A: Delivery is typically completed within a few business days of payment, depending on stock and shipping location. Prompt dispatch and careful packaging expedite the handover process for customers across India.

Q: Where can the 1771-ACNR15,B be used in automation setups?

A: It is commonly used in industrial automation panels and control roomsparticularly where robust, redundant communication via Allen-Bradley RIO networks is required for system reliability and high availability.

Q: What benefit does the redundant communication feature provide?

A: Redundant communication ensures high system availability by minimizing risks of network failure; if one communication path fails, the backup immediately maintains data flow, crucial for mission-critical automation tasks.

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