ALLEN BRADLEY POWER SUPPLY

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ALLEN BRADLEY POWER SUPPLY Specification

Working Temperature
-25°C to +70°C

Rated Power
100W

Connector Type
Terminal Block

Rated Current
7A

Phase
Single-Phase

Features
Compact Design Reliable Performance

Application
Industrial Automation

Cooling Method
Convection Cooling

Output Type
DC

Noise Level
Low Noise

Current Range
7A

Operating Temperature
-25°C to +70°C

Power Supply
ALLEN BRADLEY POWER SUPPLY

Output Current
7A

Power Factor
>0.95

Product Type
DC Power Supply Unit

Output Power
100W

Output Frequency
50-60 Hz

Input Voltage
85-264V AC 120-375V DC

Voltage Protection
Overvoltage Undervoltage Protection

Efficiency
High Efficiency

Material
Metal Enclosure

Line Regulation
±0.5%

Storage Temperature
-40°C to +85°C

Weight
0.8kg

ALLEN BRADLEY POWER SUPPLY About

ALLEN BRADLEY POWER SUPPLY P4R B

Built for Reliable Automation

The ALLEN BRADLEY POWER SUPPLY guarantees stable and reliable energy delivery in demanding industrial environments. Its robust construction and advanced protection features prevent voltage fluctuations, minimizing equipment downtime and maintenance. Ideal for continuous operations, it stands out as a trusted choice for automation setups.

Flexible Input and Efficient Performance

Designed to accommodate a wide input voltage spectrum, the power supply operates seamlessly on both AC and DC sources. Offering greater placement flexibility, its high power factor (>0.95) and exceptional efficiency help reduce operational costs while ensuring consistent performance even under fluctuating input conditions.

Installation and Operation

With its compact design and intuitive terminal block connectors, installation is quick and straightforward. Convection cooling ensures quiet, efficient temperature management without the need for additional fans, making operation suitable for environments where low noise is crucial.

FAQs of ALLEN BRADLEY POWER SUPPLY:

Q: How do I install the ALLEN BRADLEY POWER SUPPLY in my industrial automation system?

A: The power supply is installed using its terminal block connectors for secure wiring connections. Mount the compact metal enclosure in your control panel or designated area, ensuring proper space for convection cooling. Follow local standards and refer to the supplied manual for wiring and safety guidelines.

Q: What protection features does the ALLEN BRADLEY POWER SUPPLY offer?

A: It includes both overvoltage and undervoltage protection mechanisms, safeguarding connected equipment against dangerous electrical fluctuations. This ensures safer operation and minimized risk of damage during sudden changes in input voltage.

Q: When is the ideal operating temperature range for this power supply?

A: The device operates efficiently within an ambient temperature range from -25C to +70C. For storage, it tolerates a wider temperature spectrum from -40C to +85C, ensuring durability and performance in challenging environments.

Q: Where can this power supply be used in industrial automation?

A: Its high efficiency and reliable performance make it suitable for use in control panels, process automation, factory machines, or any industrial scenario requiring stable DC power. Its particularly valuable in environments with fluctuating input sources and limited space.

Q: What is the process for ensuring voltage regulation with this power supply?

A: The power supply leverages advanced electronic circuitry to maintain line regulation at 0.5%. This ensures the output DC voltage remains steady, protecting sensitive equipment from voltage spikes or drops during operation.

Q: How does convection cooling benefit my application?

A: Convection cooling allows the power supply to dissipate heat effectively without the need for noisy fans. This promotes quieter operation, reduces maintenance requirements, and makes the supply suitable for noise-sensitive and space-restricted applications.

Q: What are the main advantages of choosing the ALLEN BRADLEY POWER SUPPLY?

A: Its compact design, reliable performance, broad input voltage range, high efficiency, and robust protection mechanisms make it ideal for demanding industrial automation tasks, ensuring consistent, safe power delivery and simplified integration.

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