PARKER 690PE/0370/400/0011/UK/0/0/0/0/B0/0/0
PARKER 690PE/0370/400/0011/UK/0/0/0/0/B0/0/0

PARKER 690PE/0370/400/0011/UK/0/0/0/0/B0/0/0

PARKER 690PE/0370/400/0011/UK/0/0/0/0/B0/0/0 Specification

  • Noise Level
  • Low Noise Operation
  • Connector Type
  • Standard Electrical Connectors
  • Cooling Method
  • Forced Air Cooling
  • Features
  • Advanced Control Panel Durable Design
  • Rated Power
  • High Power Rating
  • Phase
  • Three Phase
  • Application
  • Industrial Automation
  • Power Factor
  • Optimized Power Factor
  • Operating Temperature
  • 0C to 50C
  • Current Range
  • Up to 370 Amps
  • Working Temperature
  • Up to 50C
  • Power Supply
  • AC Power Supply
  • Output Type
  • AC
  • Output Current
  • 370 Amps
  • Rated Current
  • 370 Amps
  • Product Type
  • AC Motor Drive
  • Output Power
  • High Power Output
  • Output Frequency
  • Variable Frequency
  • Input Voltage
  • 400V AC
  • Voltage Protection
  • Overvoltage Protection
  • Efficiency
  • High Efficiency
  • Material
  • Metallic Enclosure
  • Line Regulation
  • Stable Line Regulation
  • Storage Temperature
  • -20C to +70C
  • Weight
  • Standard Weight for Industrial Drives
 
 

About PARKER 690PE/0370/400/0011/UK/0/0/0/0/B0/0/0

PARKER 690PE/0370/400/0011/UK/0/0/0/0/B0/0/0   


Precision and Efficiency for Automation

This industrial drive by PARKER is tailored for high-demand automation scenarios, offering variable frequency control for enhanced process management. With a highly optimized power factor and superior efficiency, it ensures energy savings while maintaining operational stability. Its design facilitates smooth integration into industrial systems, underpinned by stable line regulation and low-noise operation.


Rugged Design, Reliable Cooling

Engineered for durability, the drive features a metallic enclosure and a forced air cooling system to maintain optimal performance even under continuous heavy load. The robust build enables sustained use in harsh industrial settings, ensuring prolonged equipment lifespan and consistent output.


Flexible Operation, User-focused Features

Boasting a comprehensive control panel, this drive prioritizes ease of use and flexible operation. Standard electrical connectors streamline installation, while variable output frequency allows for nuanced adjustments to suit diverse industrial requirements.

FAQs of PARKER 690PE/0370/400/0011/UK/0/0/0/0/B0/0/0:


Q: How does the PARKER 690PE/0370/400/0011/UK drive benefit industrial automation processes?

A: The drive offers high power output and variable frequency control, providing precise management over motors and machinery. This translates to increased productivity, energy efficiency, and adaptability across various automation applications.

Q: What safety features are included in the PARKER 690PE/0370/400/0011/UK?

A: It includes overvoltage protection to safeguard equipment and employs a forced air cooling method to maintain operational safety during prolonged use, ensuring reliable and secure performance in industrial environments.

Q: When is the optimal time to use this drive in your industrial setup?

A: This drive is ideal for continuous operation in processes requiring stable performance, high current (up to 370 Amps), and precise controlparticularly in automation tasks where uptime and efficiency are critical.

Q: Where can the PARKER 690PE/0370/400/0011/UK be installed?

A: The unit is suitable for installation in industrial automation facilities, production lines, and environments requiring three-phase AC drives. Its durable metallic enclosure and temperature resilience allow for deployment in both standard and moderately challenging industrial settings.

Q: What is the installation process for this drive?

A: Installation involves connecting the drive to a 400V AC three-phase power supply using standard electrical connectors, securing the metallic enclosure, and configuring the advanced control panel per operational requirements. Professional installation is recommended for safety and optimal setup.

Q: How can users ensure the drives optimal performance?

A: Maintaining clear airflow for the forced air cooling system, monitoring operational temperatures (0C to 50C), and regularly checking control panel settings will help ensure the drive continues to operate efficiently and safely over time.

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