PARKER PSUP20D6USBM00 DRIVE POWER SUPPLY

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PARKER PSUP20D6USBM00 DRIVE POWER SUPPLY Specification

Noise Level
<40dB

Connector Type
Screw Terminal

Power Supply
AC-DC

Current Range
0-1.67A

Rated Power
20W

Application
Industrial Automation, Motor Drives

Working Temperature
-20C to +60C

Rated Current
1.67A

Operating Temperature
-20C to +60C

Output Type
Single

Phase
Single Phase

Features
Compact, Reliable, High Performance

Output Current
1.67A

Cooling Method
Natural Air Convection

Power Factor
>0.9

Product Type
Drive Power Supply

Output Power
20W

Output Frequency
50/60 Hz

Input Voltage
85-264V AC

Voltage Protection
Overvoltage, Short Circuit Protection

Efficiency
>85%

Material
Metal

Line Regulation
1%

Storage Temperature
-40C to +85C

Weight
180g

About PARKER PSUP20D6USBM00 DRIVE POWER SUPPLY

The PARKER PSUP20D6USBM00 DRIVE POWER SUPPLY stands as a stellar, in-demand solution for industrial automation and motor drives. Featuring a compact DIN rail mounting, this splendiferous unit ensures reliable performance with blue-ribbon safety standards and surge protection. Customizable to a range of AC input voltages (85264V), it offers a 12V DC single output at 20W power, lasting over 100,000 hours. With superior efficiency (>85%), ultra-low noise (<40dB), and passive cooling, seize this last chance to elevate your electrical setup with a remarkably high-performing drive power supply.

Unmatched Reliability for Industrial Applications

PARKER PSUP20D6USBM00 DRIVE POWER SUPPLY is expertly designed for robust industrial automation and motor drive systems. Its compact dimensions, DIN rail mounting, and single-phase AC-DC conversion make it ideal for commercial environments requiring steady 12V DC output. The splendiferous engineering guarantees adaptability in storage, transport, and rigorous work conditions, from -40C to +85C, ensuring consistent operation in factories, control panels, and process lines. Secure your operations with this blue-ribbon component.

Sample Policy, Payment Terms & Export Markets

Market value and customer outlay are prioritized with the PARKER PSUP20D6USBM00. Samples are handed over following inquiry and eligibility assessment, supporting confident purchase decisions. Payment terms are flexible and secure, catering to both local traders and international clients. We actively export to global markets, including India, assuring high standards and reliable transit. Experience seamless acquisition and integration of this high-performance power supply in your commercial ventures.

FAQs of PARKER PSUP20D6USBM00 DRIVE POWER SUPPLY:

Q: How can the PARKER PSUP20D6USBM00 DRIVE POWER SUPPLY be installed in industrial settings?

A: This power supply features DIN rail mounting, allowing for effortless and secure installation within standard industrial control panels and machinery enclosures.

Q: What makes the PARKER PSUP20D6USBM00 suitable for high-demand commercial applications?

A: Its robust surge protection, blue-ribbon compliance with EN60950-1 safety standards, and compact metal construction ensure reliable and continuous performance, even in rigorous commercial environments.

Q: When is it optimal to use this power supply for motor drives?

A: The device excels in scenarios requiring stable 12V DC output with adjustable current up to 1.67A, especially for motor drives and automation equipment needing high reliability and long lifespan (>100,000 hours).

Q: Where is the PARKER PSUP20D6USBM00 typically utilized?

A: It is widely utilized in industrial automation setups, motor control panels, manufacturing plants, and commercial facilities requiring regulated DC power supply.

Q: What is the process for obtaining product samples and what are the payment terms?

A: Interested buyers may request samples subject to approval and eligibility. Payment terms are customizable and secure, catering to both domestic and international transactions.

Q: How does surge protection and overvoltage protection benefit the end user?

A: Surge and overvoltage protections safeguard valuable equipment by preventing electrical damage, minimizing downtime, and increasing operational dependability.

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