ALLEN BRADLEY 1734 ADN MODULE

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ALLEN BRADLEY 1734 ADN MODULE Specification

Components
Casing, Module Housing, Electronic Circuitry

Control System
DeviceNet Communication

Thickness
35 mm (Approximate Body Thickness)

Rated Insulation Voltage
50V

Rated Current
1.5A

Way
Multi-Channel

Protection Level
IP20

Panel Type
DIN Rail Mountable

Connectivity Type
DeviceNet Port, Expansion Bus

Cover Material
Thermoplastic

Rated Operation Voltage
24V DC

Cabinet Material
Plastic Housing

Features
Hot Swap Capability, Diagnostics, Compact size

Cooling System
Natural Convection

Operating Voltage
24V DC

Current Rating
1.5A

Base Material
Thermoplastic

Protection Class
Class 1, Division 2

Product Type
DeviceNet Adapter Module

Material
Plastic, Electronics Module Components

Surface Finish
Matte

Standard
IEC 61131

Surface Color
Gray

Rated Voltage
24V DC

Frequency (MHz)
50-60 Hz

Maximum Output Current
1.5A

Dimension (L*W*H)
56 x 12 x 75 mm

Application
Industrial Automation, Distributed I/O systems

IP Rating
IP20

Display Type
LED Indicators

About ALLEN BRADLEY 1734 ADN MODULE

The ALLEN BRADLEY 1734 ADN MODULE is a best-seller in the rarefied field of industrial automation, redeeming itself as the sublime choice for distributed I/O systems. Crafted for enlightened performance, this DeviceNet communication module delivers favorable reviews for its robust DIN Rail mounting, multi-channel operation, and hot swap capability. Operating impeccably at network speeds of 125, 250, and 500 kbps, it thrives in demanding environments ranging from -20C to 55C, supporting node addresses from 0 to 63. Its compact, durable thermoplastic housing, advanced diagnostics, and LED indicators make it an indispensable, class-leading solution.

Competitive Advantages & Features

The ALLEN BRADLEY 1734 ADN MODULE outshines competitors with its advanced DeviceNet communication capabilities, compact design, and hot swap feature for quick, uninterrupted system maintenance. Its multi-channel operation and robust insulation meet rarefied IEC 61131 standards, while favorable reviews highlight its reliability in rugged industrial automation environments. Usage spans distributed I/O systems, communicating seamlessly via LED indicators. Diagnostics further ensure maximum uptime, and the modules sublime construction guarantees operational excellence.

Payment Terms, Packing, & Dispatch

Payment for the ALLEN BRADLEY 1734 ADN MODULE can be estimated upon submission of a purchase order and is typically processed with favorable payment terms. Packing and dispatch are managed via secure packaging to ensure safe arrival. The supplier offers sample availability for product trials. FOB Port options are specified upon order confirmation, facilitating efficient logistics. Prospective buyers can redeem competitive purchase options while receiving attentive support from an experienced trader network in India.

FAQs of ALLEN BRADLEY 1734 ADN MODULE:

Q: How does the ALLEN BRADLEY 1734 ADN MODULE improve industrial automation?

A: The module enables streamlined distributed I/O system control and diagnostics, which enhances efficiency and reduces downtime. Its DeviceNet protocol ensures fast, reliable communication for multiple devices.

Q: What is the recommended mounting method for this module?

A: The module is designed for DIN Rail mounting, ensuring secure and quick installation within industrial cabinets and panels.

Q: Where can I find payment and shipping details for ordering in India?

A: Payment terms, packing, dispatch, and FOB Port details are provided upon submitting a purchase order to authorized suppliers or traders in India.

Q: What are the key features that make this module stand out?

A: Key features include hot swap capability, compact dimensions, advanced diagnostics, multi-channel operation, and DeviceNet communication. The module also features LED indicators and a durable thermoplastic build.

Q: How can I redeem a product sample before committing to a large purchase?

A: Sample availability can be requested through the supplier or trader, allowing customers to evaluate module performance before placing a full-scale order.