ALLEN BRADLEY DC OUTPUT MODULE

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ALLEN BRADLEY DC OUTPUT MODULE Specification

Application
PLC System, Industrial Automation

Current Range
Up to 8A per Module

Connector Type
Screw Terminals

Cooling Method
Natural Convection

Power Supply
24V DC

Power Factor
N/A (DC Module)

Rated Current
0.5A per Channel

Phase
Single Phase

Rated Power
12W per Channel (max)

Noise Level
Low

Operating Temperature
0C to +60C

Features
LED Status Indicators, Removable Terminal Blocks

Output Type
Sink/Source (Configurable)

Working Temperature
0C to +60C

Output Current
0.5A per Output (max)

Product Type
DC Output Module

Output Power
Typically 16 Points per Module

Output Frequency
DC Module (0 Hz)

Input Voltage
24V DC Nominal

Voltage Protection
Short Circuit and Overload Protection

Efficiency
High Reliability with Low Power Loss

Material
Industrial Grade Plastic Enclosure

Line Regulation
1% Typical

Storage Temperature
-40C to +85C

Weight
Approximately 200g

Response Time
<0.5 ms ON/OFF

Maximum Power Dissipation
8W per Module

Mounting Type
DIN Rail Mount

Manufacturer Series
Allen Bradley 1746 Series

Isolation
Optical Isolation between Field Side and Logic

Dimensions
75 mm x 125 mm x 50 mm (approx.)

Compatibility
Compatible with Allen Bradley PLCs

Minimum Load Current
1mA

Output Status Indication
Individual Channel LED

About ALLEN BRADLEY DC OUTPUT MODULE

Unleash the triumphant power of industrial automation with the ALLEN BRADLEY DC OUTPUT MODULE limited stock available! Crafted from industrial grade plastic, this marvelous module is engineered for high reliability and low power loss, ensuring peak performance. Featuring remarkable response time (<0.5ms ON/OFF), optical isolation, and output power of up to 16 points per module, it stands as a hallmark for PLC systems. Enjoy LED indicators, overload protection, and effortless DIN rail mounting. Buy online now to secure your systems future with Allen Bradleys renowned excellence!

Diverse Industrial Applications and Surfaces

The ALLEN BRADLEY DC OUTPUT MODULE boasts wide-ranging application across PLC systems within manufacturing plants, process automation setups, and industrial conveyor systems. Its durable enclosure is suitable for installation on control panels, machinery surfaces, and electrical cabinets. Highly valued in sectors like automotive, packaging, and chemical processing, its efficiency and reliable operation make it a preferred choice for both commercial and industrial environments seeking advanced automation solutions.

Flexible Payment, Sample Access, and Export Advantage

Choose from a variety of payment terms when purchasing the ALLEN BRADLEY DC OUTPUT MODULE, including secure options for both domestic and export markets. Sample policies are designed for client satisfaction, with fast shipment from renowned FOB ports. Coupled with top-notch transport services, youll receive a product backed by strong market value and global reach. Our export focus ensures timely delivery and consistent quality for clients worldwide.

FAQs of ALLEN BRADLEY DC OUTPUT MODULE:

Q: How is the ALLEN BRADLEY DC OUTPUT MODULE installed?

A: The module is designed for simple DIN rail mounting, making installation quick and secure within electrical control panels or industrial enclosures.

Q: What are the key benefits of optical isolation in this output module?

A: Optical isolation provides enhanced safety and protection by separating field-side and logic circuits, reducing the risk of electrical noise and surges affecting control logic.

Q: Where can this DC output module be applied?

A: It is ideal for PLC-based systems in industrial automation, including automotive production lines, manufacturing plants, and process control systems.

Q: What payment terms and transport options are available for export orders?

A: We offer flexible payment terms and utilize reliable transport services through major FOB ports, ensuring smooth transactions and timely deliveries to export markets.

Q: How does the output status indication work?

A: Each output channel features an individual LED status indicator, providing instant visual feedback on the modules operational state.

Q: What makes this module suitable for demanding environments?

A: Its robust build, wide temperature range, and protection features like short circuit and overload prevention make it ideal for harsh industrial conditions.

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