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V1000 Yaskawa AC Drive

V1000 Yaskawa AC Drive

12000 INR/Piece

Product Details:

  • Operating Temperature -10C to +50C
  • Phase Single Phase / Three Phase (Model Dependent)
  • Mounting Type Panel Mount
  • Input Current 7.5A (typical, varies by model)
  • Humidity 95% RH or less (non-condensing)
  • Frequency 50/60 Hz
  • Rated Voltage 200-240V
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V1000 Yaskawa AC Drive Price And Quantity

  • 1 Piece
  • 12000 INR/Piece

V1000 Yaskawa AC Drive Product Specifications

  • -10C to +50C
  • Single Phase / Three Phase (Model Dependent)
  • 200-240V AC
  • User Manual, Mounting Screws
  • 7.5A (typical, varies by model)
  • 95% RH or less (non-condensing)
  • Panel Mount
  • 50/60 Hz
  • 128 x 68 x 109 mm (approx.)
  • AC Motor Speed Control
  • AC
  • IP20
  • 200-240V
  • New
  • Plastic and Metal
  • Up to 98%
  • Three-phase 0-240V AC
  • Depends on Load (Typically up to 1.5 kW for standard models)
  • V/F (Voltage/Frequency) Control, Open Loop Vector Control

V1000 Yaskawa AC Drive Trade Information

  • 2 Piece Per Week
  • 1-2 Days

Product Description

V1000 Yaskawa AC Drive is a global standard current vector drive that ensures smooth running of various industrial equipments. Developed as per RoHS specifications, this drive is equipped with standard components like permanent magnet motor or induction motor. It supports touch based copy mechanism for verification purpose. Terminal block of this V1000 Yaskawa AC Drive can be removed easily. This system supports Modbus based communication protocol. Its heavy duty design based model can endure 150% overload for 60 seconds and its normal duty based variant can withstand 120% overload for similar duration. Long working life and accurate dimension are its key aspects.


Advanced Motor Control for Industrial Applications

The V1000 Yaskawa AC Drive delivers sophisticated control methods, allowing precise adjustment of motor speed and torque. Supporting both induction and PM motors, it utilizes open loop vector and V/f control, making it suitable for diverse automation setups, including conveyors, pumps, and HVAC systems.


High Efficiency and Built-in Safety Features

Engineered for optimal performance, the V1000 ensures up to 98% efficiency and features built-in protection levels (IP20), including a braking transistor and robust overload capacity. Its compact and durable design guarantees reliable operation even in challenging environments.


Flexible Integration and User-Friendly Operation

With onboard PID control, up to 100 programmable parameters, and optional RS-485 Modbus/communication modules, this drive supports seamless integration into modern industrial networks. The included accessories and intuitive setup facilitate quick installation and operational adjustment.

FAQs of V1000 Yaskawa AC Drive:


Q: How do I configure the V1000 Yaskawa AC Drive for specific motor applications?

A: Configuration is performed via onboard controls, allowing you to set up parameters for either induction or permanent magnet motors. The drive supports up to 100 programmable parameters to match your applications specific requirements.

Q: What benefits does sensorless vector control provide in starting torque?

A: Sensorless vector control enables the drive to deliver up to 150% starting torque at 1 Hz, ensuring enhanced motor responsiveness and smooth acceleration, particularly crucial for tasks demanding high initial force.

Q: When should I use the built-in braking transistor feature?

A: The built-in braking transistor is ideal for applications involving rapid deceleration or frequent stop/start requirements, such as conveyors or hoists. It efficiently manages braking energy, protecting both the drive and motor.

Q: Where can the V1000 AC Drive be installed in my facility?

A: The V1000 is designed for panel mounting in environments with temperatures ranging from -10C to +50C. It meets IP20 protection, making it suitable for most indoor industrial settings while safeguarding against dust and accidental contact.

Q: What is the process for integrating the drives communication features?

A: Integration involves connecting the drive to a network using the optional RS-485 Modbus port or other compatible communication modules, enabling remote monitoring, parameter adjustment, and diagnostics via industrial controllers.

Q: How does onboard PID control contribute to process optimization?

A: Onboard PID control allows direct management of process variables, enabling automatic adjustments for stable operation and efficiency. This enhances consistency and reduces the need for additional external controllers.

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