ALLEN BRADLEY 1756 DNB D MODULE

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ALLEN BRADLEY 1756 DNB D MODULE Specification

Current Rating
400mA

Operating Voltage
24V DC

Cover Material
Plastic

Rated Operation Voltage
19.2-28.8V DC

Way
Single

Cabinet Material
Polycarbonate Plastic

Cooling System
Passive (Air-Cooled)

Protection Level
IP20

Protection Class
Class I

Rated Insulation Voltage
50V (continuous), 850V AC (for 60s)

Control System
ControlLogix Platform

Base Material
High Impact Plastic

Components
Module Electronics, Communication Ports

Connectivity Type
DeviceNet Network

Features
DIN Rail Mountable, Hot-Swappable, Integrated Diagnostics

Panel Type
Chassis Mount

Thickness
Compact Unit

Rated Current
400mA (backplane)

Product Type
DeviceNet Communication Module

Material
Industrial-Grade Plastic and Metal Components

Surface Finish
Matte

Standard
AB Rockwell Automation Standard

Surface Color
Black/Grey

Rated Voltage
24V DC

Frequency (MHz)
50/60Hz

Maximum Output Current
1.5A

Dimension (L*W*H)
145mm x 35mm x 137mm

Application
Industrial Automation Systems

IP Rating
IP20

Display Type
LED Status Indicators

About ALLEN BRADLEY 1756 DNB D MODULE

Buy online the top-rated ALLEN BRADLEY 1756 DNB D MODULE, engineered for crackerjack performance in industrial automation environments. This rarefied module, designed for ControlLogix chassis, features selectable communication rates (125/250/500Kbps) and robust sterling specificationsIP20 protection, shock resistance up to 30G, and vibration resistance to 2G @ 10-500Hz. With a compact, matte-finish build using high-impact plastic, it ensures operational excellence. Pick yours for seamless DeviceNet connectivity, integrated diagnostics, and hot-swappable versatility. Crafted to AB Rockwell Automation Standard, its the smart choice for advanced control systems.

Ideal Applications for ALLEN BRADLEY 1756 DNB D MODULE

This module is suitable for use in demanding industrial automation systems, where reliability and flexibility are paramount. Its usage type includes monitoring, control, and data acquisition within ControlLogix platforms. Designed to be used for managing and interfacing DeviceNet networks, its perfect for production lines, process control, and factory automation. Its hot-swappable and DIN Rail mountable features ensure fast installations and minimal downtime in dynamic environments.

Packaging, Sample Policy, and Export Market Details

We supply the ALLEN BRADLEY 1756 DNB D MODULE in safe, stock-ready packaging, ensuring secure transit and delivery. Sample requests can be entertained upon proposal amount agreement, letting customers evaluate product quality before significant orders. Main export markets include India, Asia, and emerging regions, catering to traders, suppliers, and automation integrators seeking reliable control solutions. Our distribution ensures prompt stock availability to meet your automation requirements.

FAQs of ALLEN BRADLEY 1756 DNB D MODULE:

Q: How does the ALLEN BRADLEY 1756 DNB D MODULE integrate with DeviceNet networks?

A: The module seamlessly connects to DeviceNet networks through selectable communication rates, providing reliable data exchange and control within industrial automation settings. Its compatibility with the ControlLogix platform simplifies integration.

Q: What are the main benefits of using the 1756 DNB D MODULE in industrial automation systems?

A: Benefits include hot-swappable capability for zero downtime maintenance, integrated diagnostics for swift troubleshooting, and a robust build that meets AB Rockwell Automation standards, ensuring reliable and secure operations.

Q: Where should the module be installed for optimal performance?

A: Install the ALLEN BRADLEY 1756 DNB D MODULE in a ControlLogix chassis using its DIN rail mountable feature. Ensure the environment adheres to its specified temperature and humidity ranges for sustained efficiency.

Q: What is the process for requesting a sample of the 1756 DNB D MODULE?

A: Customers can request a sample by submitting a proposal amount. Upon agreement, a sample will be supplied to assess the modules suitability for their intended application.

Q: When is it recommended to utilize the hot-swappable feature of the module?

A: The hot-swappable function should be used during routine maintenance or upgrades to minimize downtime and maintain continuous system operation in fast-paced industrial environments.

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