ALLEN-BRADLY POWER SUPPLY 96219271 B01-P4S

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ALLEN-BRADLY POWER SUPPLY 96219271 B01-P4S Specification

Operating Temperature
-25C to +70C

Rated Power
100W

Features
Compact Size, LED Indicator, High Reliability

Power Factor
>0.96

Output Current
4.2A

Current Range
0-4.2A

Connector Type
Screw Terminal Block

Power Supply
Switch Mode

Noise Level
<50dB

Rated Current
4.2A

Output Type
DC

Application
Industrial Automation

Cooling Method
Natural Air Cooling

Phase
Single Phase

Working Temperature
-25C to +70C

Product Type
Power Supply

Output Power
100W

Output Frequency
50/60 Hz

Input Voltage
100-240V AC

Voltage Protection
Overvoltage, Overload, Short Circuit

Efficiency
92%

Material
Metal Enclosure

Line Regulation
1%

Storage Temperature
-40C to +85C

Weight
0.85kg

About ALLEN-BRADLY POWER SUPPLY 96219271 B01-P4S

Experience the sizzling performance of the ALLEN-BRADLY POWER SUPPLY 96219271 B01-P4S, a redoubtable addition to any industrial automation setup. With its marvelous efficiency of 92% and robust metal enclosure, this inestimable power supply ensures seamless operation and reliability. Supporting DIN Rail Mount and delivering a steadfast 24V DC output, it meets the highest safety standards, including IEC/EN 60950-1. Secure yours with advance purchase, and marvel at the compact design, LED indicator, and natural air cooling for optimal longevity. Purchase today from leading suppliers and traders across India.

Optimized Use and Noteworthy Features

The ALLEN-BRADLY POWER SUPPLY 96219271 B01-P4S is tailored for industrial automation applications and fits seamlessly on DIN rail mounts. To use, simply connect via the screw terminal block and power up for stable 24V DC output. Key features include compact size, high reliability, LED status indicator, overvoltage protection, and natural air cooling, making it the ideal choice for continuous operation under demanding industrial conditions.

Arrival, Export Markets, and Sample Availability

Transport services ensure swift arrival of the ALLEN-BRADLY POWER SUPPLY 96219271 B01-P4S to both domestic and export markets. We cater extensively to regions with robust industrial automation sectors, ensuring timely delivery across India and beyond. Prospective buyers benefit from sample availability, allowing for direct evaluation before large-scale procurement. Leverage our efficient export market presence for a smooth purchasing process and on-time arrivals.

FAQs of ALLEN-BRADLY POWER SUPPLY 96219271 B01-P4S:

Q: How is the ALLEN-BRADLY POWER SUPPLY 96219271 B01-P4S typically used in industrial automation?

A: This power supply is engineered for integration into industrial automation systems, providing reliable 24V DC output for controllers, sensors, and other automation devices via DIN rail mount installation.

Q: What features make this power supply stand out from competitors?

A: Its marvelous 92% efficiency, compact metal enclosure, LED indicator, and advanced protection mechanisms against overvoltage, overload, and short circuit distinguish it as a redoubtable choice for demanding applications.

Q: When should you consider advance purchase of this product?

A: Advance purchase is advisable during large-scale industrial upgrade projects or when predictable lead times are crucial, ensuring you secure this inestimable supply before peak demand cycles.

Q: Where can the product be purchased or sourced in India?

A: The ALLEN-BRADLY POWER SUPPLY 96219271 B01-P4S is available through recognized suppliers and authorized traders across various industrial regions in India. Contact local distributors for immediate purchase options.

Q: What is the process for installing the ALLEN-BRADLY POWER SUPPLY on DIN rail systems?

A: Installation requires simply securing the unit onto the DIN rail and connecting input and output wires to the screw terminal block using the recommended wiring practices outlined in the user manual.

Q: What are the operational benefits of using this power supply in your system?

A: Utilizing this power supply ensures consistent voltage output, superior efficiency, reduced ripple and noise, and enhanced overall system reliability, all contributing to maximized equipment lifespan and minimized downtime.

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