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High Voltage Allen Bradley Plc

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High Voltage Allen Bradley Plc Specification

Cooling Method
Air Cooled

Current Range
0.5A 2A

Rated Power
48W

Noise Level
< 45 dB

Phase
Single Phase / Three Phase Options

Output Current
2A

Features
High Reliability, Multiple I/O Channels, Surge Protection, Touch-safe Housing

Power Factor
> 0.95

Operating Temperature
0C to 60C

Rated Current
2A

Application
Industrial Automation, High Voltage Control Systems

Working Temperature
0C to 60C

Power Supply
External AC Supply

Output Type
Digital and Analog

Connector Type
Screw Terminal Block

Product Type
High Voltage PLC

Output Power
24V DC, 2A

Output Frequency
50/60 Hz

Input Voltage
220V AC

Voltage Protection
Over-voltage, Under-voltage Protection Built-in

Efficiency
95%

Material
Industrial Grade Plastic & Metal

Line Regulation
0.5%

Storage Temperature
-40C to 85C

Weight
Approx. 1.2 kg

About High Voltage Allen Bradley Plc

Jump on the cutting edge of industrial automation with the acclaimed High Voltage Allen Bradley PLC. Designed for stellar performance, this top-drawer PLC offers sterling connectivity with RS-232, RS-485, and Ethernet communication ports. Its superb response time (<1 ms), robust isolated inputs, and flexible output channels ensure precise control in demanding environments. Find rapid expansion capability, LED indicator displays, and secure IP20 enclosure protection. This PLC, suitable for both DIN rail and panel mounting, boasts over- and under-voltage protection, exceptional efficiency, and touch-safe housing. Perfect for high-voltage control systems, manufacturing, and automation sectors across India.

Complete Direction and Applications

The High Voltage Allen Bradley PLC is deployed in industrial automation and high-voltage control environments. Use it in manufacturing plants, process control, and power management systems. Installation follows either DIN rail mount or panel mount configurations. Typically operated by plant engineers, technicians, and automation specialists, this PLCs simplified programming with RSLogix or Studio 5000 makes it accessible, reliable, and essential for precision-driven industrial applications across multiple sectors.

Packaging, Export, and Purchase Details

Packaging for the Allen Bradley PLC involves robust, exchange-friendly cartons that ensure sterility and security during transit. Shipments originate from major FOB ports across India, catering to international clients. Main export markets include Asia, the Middle East, and Europe. Assemble your purchase order using the suppliers list price, and benefit from seamless commercial transactions. Trust in safe handling and rapid delivery for all international exchanges.

FAQs of High Voltage Allen Bradley Plc:

Q: How do I install the High Voltage Allen Bradley PLC?

A: Installation can be performed on either DIN rail or panel mount setups using the included screw terminal block connectors. Refer to the user manual for recommended safety and mounting procedures.

Q: What communication ports does this PLC support for integration?

A: The Allen Bradley PLC supports RS-232, RS-485, and Ethernet communication ports, allowing for flexible integration into a variety of control systems.

Q: When should I consider expanding the PLC capability?

A: Expansion is recommended when additional input or output channels are required to manage more complex automation tasks. This PLC supports seamless expansion for evolving application needs.

Q: Where can the Allen Bradley PLC be effectively used?

A: This PLC is highly effective in industrial automation settings, such as manufacturing plant floors, high-voltage control environments, and process automation sectors.

Q: What benefits does over- and under-voltage protection provide?

A: Built-in voltage protection safeguards connected equipment from power fluctuations, reducing downtime and ensuring the safe operation of critical industrial systems.

Q: How does the PLCs input isolation enhance operation?

A: Isolated inputs prevent electrical interference from affecting system performance, enhancing both reliability and long-term durability in noisy industrial environments.