ALLEN BRADLEY OUTPUT MODULE 1746-OW16 D

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ALLEN BRADLEY OUTPUT MODULE 1746-OW16 D Specification

Base Material
High impact plastic

Protection Level
IP20

Rated Current
2A

Protection Class
Class I

Operating Voltage
120/240V AC

Rated Insulation Voltage
250 V AC

Components
Relay Output Contacts, Terminal blocks

Cabinet Material
Plastic

Cooling System
Passive

Control System
SLC 500 PLC compatible

Current Rating
2A

Cover Material
Polycarbonate

Way
16 Channels

Features
Hot-swappable, diagnostic LED indicators

Rated Operation Voltage
120/240V AC

Connectivity Type
Screw-type terminal blocks

Thickness
45 mm

Panel Type
DIN Rail Mount

Product Type
Digital Output Module

Material
Industrial-grade plastic housing, electronic components

Surface Finish
Matte

Standard
Conforms to IEC 61131-2

Surface Color
Grey

Rated Voltage
120V/240V AC

Frequency (MHz)
50/60 Hz

Maximum Output Current
2A per channel

Dimension (L*W*H)
190 x 32 x 86 mm

Application
Industrial Automation / PLC Systems

IP Rating
IP20

Display Type
Status LED indicators

About ALLEN BRADLEY OUTPUT MODULE 1746-OW16 D

Find your ace automation solution with the ALLEN BRADLEY OUTPUT MODULE 1746-OW16 D. This world-class, potent output module offers customizable relay outputs, making it ideal for industrial control. Reserve confidence with features like hot-swappable capability and diagnostic LED indicators for seamless maintenance. Designed for the SLC 500 Series, the module delivers reliable performance with a fast response time of approximately 10ms ON/12ms OFF. It offers robust protection (IP20, Class I) and industrial-grade construction for longevity. Compatible with DIN Rail or chassis mounting, this module is engineered for demanding PLC automation tasks. Experience reliability and superior connectivity with screw-type terminal blocks and passive cooling.

Versatile Industrial Applications

The ALLEN BRADLEY OUTPUT MODULE 1746-OW16 D excels in various industrial automation environments, such as manufacturing plants and process control facilities. Its widely used by automation engineers, system integrators, and PLC specialists for its reliable performance and rugged assembly. Crafted from high-impact plastic and equipped with polycarbonate covers, its robust construction ensures safe and practical operation even in challenging conditions. This output module is built to meet the demands of both small-scale systems and large industrial installations.

Flexible Payment & Market Coverage

Enjoy the lowest price offers, reducing your outlay and overall expenditure for premium automation components. ALLEN BRADLEY OUTPUT MODULE 1746-OW16 D is available across the main domestic markets, ensuring widespread accessibility. The module conforms to international certifications like IEC 61131-2, reflecting its safety and reliability standards. Simplified transactions with transparent payment terms make procurement efficient, letting you focus on optimizing your automation systems with ease and confidence.

FAQs of ALLEN BRADLEY OUTPUT MODULE 1746-OW16 D:

Q: How is the ALLEN BRADLEY OUTPUT MODULE 1746-OW16 D installed within a PLC system?

A: This module supports DIN Rail and chassis mounting, making the installation process straightforward. Simply secure the module in your control cabinet and connect the screw-type terminal blocks to integrate it with your SLC 500 PLC system.

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

A: It offers potent and reliable relay outputs, hot-swappable functionality, and diagnostic LED indicators for quick maintenance. Its industrial-grade materials and IP20 rating ensure safe and long-lasting performance even in rigorous environments.

Q: Where is the ALLEN BRADLEY OUTPUT MODULE 1746-OW16 D commonly utilized?

A: It is commonly used in industrial automation applications such as manufacturing, process control, and PLC-based systems where dependable output relay control is essential.

Q: What is the operating temperature range for this module?

A: The operating temperature range is 0C to 60C, ensuring the module functions efficiently in typical industrial settings.

Q: When should you consider replacing or upgrading the module?

A: Replacement or upgrade is recommended if the module exhibits persistent faults, degradation in response times, or when scaling up to larger automation systems requiring more channels or advanced diagnostics.

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