ALLEN BRADLEY POWER SUPPLY 1746-P4 A

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ALLEN BRADLEY POWER SUPPLY 1746-P4 A Specification

Current Rating
5A at 5VDC, 0.96A at 24VDC

Thickness
Standard Module Thickness

Rated Insulation Voltage
Max 264VAC or 250VDC

Control System
SLC 500 PLC

Connectivity Type
Terminal Block

Protection Class
Class I

Rated Current
5A Max

Rated Operation Voltage
5VDC and 24VDC Outputs

Way
Single

Cover Material
Durable Plastic Housing

Cooling System
Convection

Operating Voltage
85-264VAC Input

Protection Level
Overvoltage and Overcurrent Protection

Panel Type
Chassis Mount

Base Material
High-Quality Metal Alloy

Components
Internal Power Conversion Circuitry

Features
Universal AC Input, Short Circuit & Overload Protection, Compact Design

Cabinet Material
Metal with Plastic Housing

Product Type
Power Supply Module

Material
Metal and High-Grade Plastic

Surface Finish
Matte

Standard
Allen Bradley Standards, UL, CE

Surface Color
Gray

Rated Voltage
120/220V AC

Frequency (MHz)
50/60Hz

Maximum Output Current
5A at 5VDC, 0.96A at 24VDC

Dimension (L*W*H)
142 x 106 x 87 mm

Application
Allen Bradley SLC 500 PLC System

IP Rating
IP20

About ALLEN BRADLEY POWER SUPPLY 1746-P4 A

Spotlight your automation upgrades with the ALLEN BRADLEY POWER SUPPLY 1746-P4 Awhere exceptional performance meets crowning reliability. This reserve-grade unit features a clearance-friendly, rack/chassis mountable design to integrate seamlessly into SLC 500 PLC systems. Experience soaring confidence in robust protection, universal AC input, and a compact build that delivers 5A max output at 5VDC and 0.96A at 24VDC. Engineered to Allen Bradley Standards and featuring overvoltage and overcurrent protection, its matte gray, high-grade metal and plastic housing ensures enduring operation, even in demanding environments. UL and CE certified.

Powerful Features & Commercial Application

The ALLEN BRADLEY POWER SUPPLY 1746-P4 A offers universal AC input and built-in short circuit and overload protection, which make it ideal for continuous industrial performance. Its compact profile suits commercial automation processes, predominantly within Allen Bradley SLC 500 PLC system frameworks. The convection cooling system ensures reliable operation, supporting OEMs and system integrators seeking efficient rack-mountable solutions for various controls and machinery.

Domestic Availability & Premium Exchange

This premium-grade power supply is readily available in major domestic markets, backed by robust packaging for safe delivery and sample availability for evaluation. With outstanding supply ability and exchange services, this product is positioned for swift deployment in control panels. Distributors and traders can expect consistent stock for timely fulfillment, making it a trusted addition to industrial automation projects nationwide.

FAQs of ALLEN BRADLEY POWER SUPPLY 1746-P4 A:

Q: How is the ALLEN BRADLEY POWER SUPPLY 1746-P4 A mounted within automation systems?

A: The 1746-P4 A is rack/chassis mountable, designed specifically for Allen Bradley SLC 500 PLC systems, ensuring secure and streamlined installation within control cabinets.

Q: What commercial advantages does this power supply offer?

A: Its universal AC input, short circuit protection, and convection cooling system deliver exceptional reliability, making it suitable for various commercial automation projects that demand continuous, high-quality power.

Q: Where can I purchase or request a sample of the 1746-P4 A power supply?

A: Samples and full units are available through authorized suppliers and traders in domestic markets, backed by premium packaging and exchange services for your convenience.

Q: What are the rated operating voltages and maximum output currents of this power supply?

A: The 1746-P4 A supports input voltages of 85-264VAC, providing outputs of 5VDC at 5A and 24VDC at 0.96A, ensuring compatibility with a wide range of control systems.

Q: How does the protection system benefit industrial applications?

A: Integrated overvoltage and overcurrent protection safeguards sensitive control components, enhancing operational safety and minimizing downtime in critical automation setups.

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