YASKAWA P8051 MODULE

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YASKAWA P8051 MODULE Specification

Phase
1 or 3 Phase Compatible

Output Type
PWM/Analog Output (Depending on Mode)

Cooling Method
Natural Air Cooling

Power Supply
External AC Input

Rated Power
As per Servo System Specifications

Features
Compact Design, Reliable Operation, Protection Circuits

Power Factor
Optimized for High Power Factor

Working Temperature
0C to +60C

Noise Level
Low Noise Operation

Rated Current
According to Yaskawa Drive Series

Connector Type
Industrial Multi-pin Connectors

Output Current
Depends on Load/Model Requirements

Current Range
Customizable based on drive needs

Operating Temperature
0C to +60C

Application
Servo Drive Systems, Automation Equipment, CNC Machinery

Product Type
Power Module

Output Power
Specified for Servo Drive applications (see manual for details)

Output Frequency
50/60 Hz Compatible

Input Voltage
200-240V AC

Voltage Protection
Over/Undervoltage Protection Integrated

Efficiency
High Efficiency Design

Material
Industrial-grade PCB and components

Line Regulation
Stable Line Regulation Mechanism

Storage Temperature
-20C to +85C

Weight
Approx. 200g

About YASKAWA P8051 MODULE

Seize the peerless deal with the YASKAWA P8051 MODULEa lustrous addition engineered for dominant servo control in automation and CNC machinery. With its compact, durable industrial-grade PCB, this ephemeral module is designed for panel or slot mounting and effortless integration. Its fast-switching response time ensures precision, while advanced protection features reserve reliability even in harsh industrial environments. Upgradable firmware and a high-efficiency design underscore its adaptability. Ideal for 200-240V AC AC Servo Drives, the P8051 promises superior, continuous-duty performance and supreme operational stability.

Versatile Use Across Automation Applications

The YASKAWA P8051 MODULE shines in servo drive systems, automation equipment, and CNC machinery, demonstrating exceptional flexibility. Engineered for both specific and general industrial applications, its usage type ranges from dedicated machine control to broader automation needs. Highly favored by automation professionals and OEMs, its compatibility with Yaskawa AC Servo Drives ensures seamless, worry-free operation in demanding environments, making it an indispensable choice for engineers seeking highly reliable and customizable servo module solutions.

Handover and Export Offer Details

The YASKAWA P8051 MODULE is typically offered with prompt handover at major FOB ports, ensuring maximum convenience for international clients. Payment terms can be flexibly arranged to suit specific order needs, providing financial clarity from initial offer through to order completion. With its main export markets spanning Asia, Europe, and the Americas, the module is ready for global deployment wherever high-performance servo module solutions are required.

FAQs of YASKAWA P8051 MODULE:

Q: How does the YASKAWA P8051 MODULE enhance precision in automation systems?

A: The module provides fast switching and stable line regulation, enabling precise control of AC Servo Drives for accurate and responsive machine operation in automation systems.

Q: What protection features are integrated into the P8051 MODULE?

A: It includes robust short circuit, overload, reverse polarity, overvoltage, and undervoltage protection, ensuring optimal safety and reliability during continuous industrial use.

Q: Where can the YASKAWA P8051 MODULE be mounted?

A: The P8051 can be installed using panel mounting or within a module slot, catering to various system architectures and installation requirements.

Q: What is the process for upgrading the firmware on this module?

A: Firmware can be upgraded if supported by the main system, following the manufacturers instructions provided in the manual. This process maintains module compatibility with evolving system needs.

Q: When should the module be chosen over other servo drive modules?

A: It is ideal when high efficiency, reliable protection circuits, and adaptable input/output configurations are necessary, especially in critical or high-demand industrial automation setups.

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