Home Sanyo Denki PU Super Servo Amplifiers PU0A015EM81P00

PU0A015EM81P00

Name: PU0A015EM81P00
Brand: Sanyo Denki
Price: 208 USD
Availability: InStock
Rating: 4.8 (15 reviews)

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The Sanyo Denki PU0A015EM81P00 is part of the PU Super Servo Amplifiers series, designed with a rated power of 1.5 kW. This amplifier operates at 50/60 Hz frequency, utilizes forced air cooling, and is equipped with overload, overvoltage, and overtemperature protection. Its input voltage is approximately 200 VAC.

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Description
Specs
FAQ

Product Description

The Sanyo Denki PU0A015EM81P00 belongs to the PU Super Servo Amplifiers series which represents a high-performance servo amplifier built for industrial automation power management needs. This servo amplifier produces rated power at 1.5 kW when it runs at 200 VAC voltage which meets requirements of systems that need stable power delivery. The amplifier features built-in forced air cooling which efficiently removes heat while maintaining operating temperature ranges that extend the product life. Through its heat-dissipating method the device safeguards its performance stability while operating in harsh industrial settings.

The PU0A015EM81P00 places safety together with durability as its fundamental characteristics. The system has three vital protection features which combine overload protection and overvoltage protection and over temperature protection to protect the system from unexpected power events and operational excesses. Safety features together with reliability measures improve the performance consistency and operational security of the unit. This amplifier functions with 50/60 Hz frequency input enabling compatible integration into different industrial servo systems.

The compact structure together with rugged construction enables manufacturers to choose this device for improving automation process efficiency. The PU0A015EM81P00 servo amplifier from Sanyo Denki maintains its reputation through long-lasting reliability and operational efficiency. The amp's design orientation for performance delivers motion control systems which operate both efficiently and correctly across industrial scales and automation solutions. Users interested in high power efficiency and advanced protection features and robust cooling mechanisms should consider the Sanyo Denki PU0A015EM81P00 servo amplifier as a solid investment. The servo amplifier delivers 1.5 kW of power using forced air cooling while providing multiple safety features which makes it a reliable tool for precise applications. This unit stands among the best industrial servo amplifiers when you need top-level performance and reliability.

PU0A015EM81P00 Technical Specifications

Rated Power:	1.5 kW
Series :	PU Super Servo Amplifiers
Input Voltage:	Approximately 200 VAC
Rated Current:	Approximately 7.5 A
Cooling Method:	Forced Air Cooling
Protection Features:	Overload, Overvoltage, and Overtemperature Protection
Operating Frequency:	50/60 Hz
Overload protection:	yes
Over voltage protection:	Yes
Application:	Industrial servo systems

Frequently Asked Questions about PU0A015EM81P00

Q: What is the power rating of the PU0A015EM81P00?

A: The servo amplifier has a rated power output of 1.5 kW.

Q: What cooling method does this amplifier use?

A: It utilizes a forced air cooling system for heat dissipation.

Q: What type of protection does it offer?

A: The unit includes overload, overvoltage, and overtemperature protection.

Q: Is it compatible with different power inputs?

A: It operates at approximately 200 VAC with a frequency of 50/60 Hz.

Q: What is the main application of this servo amplifier?

A: It is primarily used in industrial automation and precision motion control systems.

Internal Product Review

‘‘The Sanyo Denki PU0A015EM81P00 servo amplifier stands out for its efficiency and reliability. Designed for industrial applications, it delivers 1.5 kW at 200 VAC, ensuring optimal performance. Its forced air cooling and comprehensive protection features make it a durable choice for systems requiring precision, safety, and long-term operational stability.’’