ALLEN BRADLEY OUTPUT MODULE 1734-0E2C

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ALLEN BRADLEY OUTPUT MODULE 1734-0E2C Specification

Connector Type
Removable terminal block

Working Temperature
-20C to +55C

Phase
Single

Power Supply
24V DC

Noise Level
Low

Output Current
Max 2A per channel

Output Type
Electronic Output

Rated Current
2A per channel

Current Range
0 to 2A

Features
Compact Size, Pluggable Module

Operating Temperature
-20C to +55C

Application
Industrial Automation, Remote I/O

Cooling Method
Natural Air Cooling

Product Type
Output Module

Output Frequency
DC

Input Voltage
24V DC

Voltage Protection
Short Circuit and Overload Protection

Material
Polycarbonate Housing

Storage Temperature
-40C to +85C

Weight
Approx. 70 g

About ALLEN BRADLEY OUTPUT MODULE 1734-0E2C

Experience the sizzling performance of the ALLEN BRADLEY 1734-OE2C Output Modulea best-seller and sought-after component in industrial automation. Engineered for stellar reliability, this elite module features 2 output channels with POINT I/O connection, a slim 12 mm profile, and robust polycarbonate housing. The unit boasts superior voltage protection, LED status indicators, and operates within a wide temperature and humidity range. Purchase this compact, pluggable solution for seamless integration on DIN Rail, supporting remote I/O applications with minimal noise and dependable, electronic outputs.

Application Versatility and Directional Use

The ALLEN BRADLEY 1734-OE2C Output Module is designed for surface mounting on DIN Rail systems, making it ideal for compact and distributed industrial automation setups. Its utility shines in scenarios requiring reliable electronic output control across remote I/O networks. Integrate easily by connecting the removable terminal block, and direct its use for switching and isolating signals within your operation, ensuring safe and optimal performance in various automated environments.

Market Reach, Order Fulfillment, and Payment Solutions

The ALLEN BRADLEY 1734-OE2C serves both leading export markets and domestic clients across India, catering to significant automation sectors. Our process ensures smooth order completion, from payment confirmation to timely transportation and careful dispatching. We provide several payment terms to suit business needs, guaranteeing that your essential modules arrive on schedule, fully supported by our vendor network and after-sales service for both local and international clients.

FAQs of ALLEN BRADLEY OUTPUT MODULE 1734-0E2C:

Q: How is the ALLEN BRADLEY 1734-OE2C module installed?

A: The module is installed onto a DIN Rail with a simple snap-in process. It features a removable terminal block for straightforward integration into POINT I/O systems, facilitating quick setup and maintenance.

Q: What are the main benefits of using this output module in industrial automation?

A: This module offers elite performance with dual-channel output, compact size, advanced protection features, and reliable electronic switchingmaking it ideal for enhancing control, safety, and efficiency in automated processes.

Q: When should you consider purchasing the 1734-OE2C output module?

A: Purchase this module when you require precise, low-noise, and isolated electronic outputs for remote I/O applications in industrial environments, especially where compactness and robust protection are priorities.

Q: What type of outputs does the 1734-OE2C provide?

A: The module offers electronic DC outputs with a voltage range from 10V to 28.8V DC and supports up to 2A per channel, suitable for single-phase systems and versatile control demands.

Q: Where can the 1734-OE2C be used within an automation setup?

A: It can be deployed in various industrial automation contexts, including remote I/O stations and distributed control systems, anywhere a dependable and space-efficient electronic output is required.

Q: What is the process of ensuring safe operation with this module?

A: The module is engineered with built-in short-circuit and overload protection, clear LED status indicators, and high isolation voltage to maintain safe and reliable functioning in demanding environments.

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