ALLEN BRADLEY 1756-CNB

Price 12500 INR/ Piece

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ALLEN BRADLEY 1756-CNB Specification

Insulation Material
Industrial Grade Insulation

Efficiency
High

Overheating Protection
YES

Operating Temperature
0C to 60C

Connector Type
ControlNet BNC

Humidity %
5% to 95% (non-condensing)

IP Rating
IP20

Shape
Rectangular

Surface Finish
Matte

Mounting Type
Rack/Chassis

Feature
ControlNet Network Interface

Product Type
ControlNet Communication Module

Application
Industrial Automation, ControlLogix Chassis Communication

Protection Level
Standard

Frequency (MHz)
5 MHz

Rated Voltage
24V DC

Energy Consumption
3.3 W

Output Type
Digital

Color
Black/Grey

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

Weight
0.38 kg

Size
Standard

Input Voltage
24V DC

Material
Plastic, Metal

Connection Type
DIN Rail / Chassis Mount

About ALLEN BRADLEY 1756-CNB

Discover the affordable and new ALLEN BRADLEY 1756-CNB, a perfect solution for advanced industrial automation needs. Famed for its efficiency, this dazzling ControlNet Bridge Module is ideal for ControlLogix chassis communication. With two ControlNet ports for redundant media, it ensures reliable and fast networking. The module boasts a typical current draw of just 400mA at 5.1V DC and 14mA at 24V DC, making it energy-efficient. Its sturdy plastic and metal construction, compact design, and matte finish make it a top purchase for those seeking robust performance in demanding environments across India.

Key Applications and Feature Highlights

The ALLEN BRADLEY 1756-CNB excels in industrial automation sites, especially for seamless ControlLogix chassis communication. Featuring high efficiency, redundant ControlNet network interface, and robust IP20 protection, it is commonly used in large manufacturing units and high-speed process control setups. Its usage extends to digital output applications that demand reliable, uninterrupted communication and quick installation via DIN Rail or chassis mount. The famed stability and compatibility of this module make it an industry standard.

Sample Policy, Packaging, and Exporting Information

Upon order completion, samples of the ALLEN BRADLEY 1756-CNB can be requested and seamlessly exchanged if needed. Packaging ensures secure delivery, with each unit carefully encased to protect against transit damage. Once thoroughly checked, each module is responsibly handed over to trusted logistics partners for dispatch. We actively export to key markets, including Asia and the Middle East, upholding a policy of prompt support and clear tracking throughout the handover and delivery process.

FAQs of ALLEN BRADLEY 1756-CNB:

Q: How does the ALLEN BRADLEY 1756-CNB contribute to industrial automation?

A: The 1756-CNB is designed for high-efficiency communication in industrial automation, enabling ControlLogix chassis to seamlessly connect and interact over redundant ControlNet networks.

Q: What are the key features that make this module perfect for manufacturing environments?

A: Its dual ControlNet ports, robust energy efficiency, IP20 protection, and compatibility with ControlLogix and FlexLogix platforms make it ideal for continuous and reliable operations in manufacturing settings.

Q: When is the best time to use the 1756-CNB in a system upgrade?

A: Deploy the 1756-CNB during system expansions or upgrades that require increased network reliability or integration of multiple chassis within a ControlNet environment.

Q: Where can I purchase the ALLEN BRADLEY 1756-CNB in India?

A: You can purchase the 1756-CNB through authorized distributors, manufacturers, suppliers, traders, and wholesalers throughout India, both online and at specialized industrial supply outlets.

Q: What is the process for requesting an exchange or sample of this product?

A: Upon completing your order, you can request a sample or initiate an exchange by contacting your supplier, who will coordinate the secure packaging and timely handover of the product.

Q: How does the overheating protection benefit users in industrial settings?

A: The built-in overheating protection ensures safe operation even in demanding environments, minimizing downtime and protecting both module and connected equipment from thermal damage.

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