ALLEN BRADLEY AC OUTPUT MODULE

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ALLEN BRADLEY AC OUTPUT MODULE Specification

Operating Temperature
0C to 60C

Output Type
Relay, Triac (Depending on Model)

Cooling Method
Passive (Air cooled)

Power Supply
Powered via Backplane

Output Current
2A per Channel

Current Range
0-2A

Noise Level
Low, Solid State Switching

Application
PLC Industrial Automation Systems

Rated Current
2A (Max. per Output)

Connector Type
Screw Terminal

Phase
Single Phase

Working Temperature
0C to 60C

Features
LED status indicators, Removable terminal blocks

Product Type
AC Output Module

Output Frequency
50/60 Hz

Input Voltage
120/240V AC

Voltage Protection
Optical Isolation

Material
Industrial-grade Plastic Housing

Storage Temperature
-40C to 85C

Weight
Approx. 200g

About ALLEN BRADLEY AC OUTPUT MODULE

Redeem unparalleled performance with the ALLEN BRADLEY AC Output Module, developed for outstanding reliability in industrial automation. With 8 output channels, this module takes advantage of rapid 1 ms response time and unassailable 1500V RMS optical isolation between field and logic sides. Its industrial-grade plastic housing ensures durability, while LED indicators provide real-time diagnostics. Explore phenomenal power management with a current draw of only 80 mA at 5V DC, engineered for PLC systems. Enjoy exceptional versatility, removable terminal blocks, and secure DIN rail mounting.

Versatile Usage Across Industrial Environments

The ALLEN BRADLEY AC Output Module is engineered for diverse industrial automation applications. Leverage its unassailable reliability in manufacturing plants, process automation, and assembly lines. This module excels in controlling equipment such as conveyors, robots, pumps, and lighting systems. Explore additional usage in sectors including food processing, automotive, and packaging, where rapid switching and robust performance are essential. Its flexibility allows seamless integration within any PLC-based system, making it an outstanding choice for complex industrial processes.

Supply Ability, Delivery, and Sample Policy Details

Experience seamless logistics with our prompt supply of ALLEN BRADLEY AC Output Modules. Backed by efficient freight services, shipped goods reach global destinations swiftly and securely. We accommodate multiple payment terms for flexibility in transactions. Samples are provided in accordance with our sample policy, ensuring transparency and confidence for our clients. Each shipment is tracked to guarantee safe delivery, providing peace of mind as components are transported from supplier warehouse to end-user location.

FAQs of ALLEN BRADLEY AC OUTPUT MODULE:

Q: How do I install the ALLEN BRADLEY AC Output Module in a PLC system?

A: Installation is simplemount the module on a DIN rail, connect the screw terminals as indicated in the manual, and ensure the backplane provides the required 5V DC module current. Removable terminal blocks facilitate quick wiring.

Q: What makes the ALLEN BRADLEY AC Output Module outstanding for industrial automation applications?

A: Its outstanding features include swift 1 ms response time, rugged industrial-grade housing, unassailable 1500V RMS isolation, and versatile output types (relay or triac). These support reliable performance in demanding environments.

Q: Where can this module be used within industrial facilities?

A: Its suitable for use in manufacturing plants, assembly lines, process automation, and any system requiring stable digital output control such as conveyor systems, robots, or large-scale lighting control.

Q: What is the process for ordering and receiving shipped goods?

A: To place an order, contact the supplier or authorized trader with your specifications. Once payment is confirmed, the goods are promptly shipped, monitored throughout transit, and delivered using reliable freight logistics.

Q: What benefit does optical isolation provide in this AC Output Module?

A: Optical isolation ensures high voltage separation between field and logic sides, safeguarding your PLC system from electrical surges, noise, and interferenceleading to enhanced system longevity and reliability.