Drive Mitsubishi Mr J4 700a

Name: Drive Mitsubishi Mr J4 700a
Brand: RISING CONTROL SOLUTIONS
Price: 31500 INR
Availability: InStock

Price 31500 INR/ Piece

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MOQ : 5 Pieces

Drive Mitsubishi Mr J4 700a Specification

Voltage
220 VAC

Rated Voltage
220 VAC

Power Rating
750 W

Product Type
Servo Drive

Output Power
750 W

Phase
Three Phase

Drive Model
MR-J4-700A

Panel Mounting
Standard

Compact Size
Yes

Control Mode
Position + Speed

Series
MR-J4

Servo Amplifier
Included

Encoder Feedback
Supported

Regenerative Resistor
Support

Fan Cooling
Yes

Communication Interface
Modbus RTU

Braking Option
Internal Brake

Drive Mitsubishi Mr J4 700a Trade Information

Minimum Order Quantity
5 Pieces

Payment Terms
Cash in Advance (CID)

Supply Ability
100 Pieces Per Month

Delivery Time
7 Days

Main Domestic Market
All India

About Drive Mitsubishi Mr J4 700a

Experience the ultimate in industrial automation with the scarce and exclusive Drive Mitsubishi MR-J4-700A. This must-have servo drive, part of the opulent MR-J4 Series, offers flawless position and speed control with advanced Modbus RTU communication. Its 750W power, internal braking, compact design, panel mounting flexibility, and fan cooling make it the top choice for sophisticated machinery. Supported by encoder feedback and a regenerative resistor, this drive ensures optimal performance. Trusted as a leading manufacturer, supplier, trader, and service provider in India, this drive redefines precision and efficiency.

Application & Method: Precision Usage for Industry

The Drive Mitsubishi MR-J4-700A is engineered for demanding industrial environments where flawless multi-phase motion control is required. Designed for panel mounting, its ultimate usage lies in robotics, CNC automation, packaging, and printing machinery. Simply connect the drive to three-phase 220 VAC power and synchronize with encoders for precise positioning. Apply internal braking as needed for reliable stopping. Its compact form factor and opulent power output ensure seamless integration and consistent results.

Packaging, Delivery & Sample Policy: Reliable, Timely Estimate

Each Drive Mitsubishi MR-J4-700A is securely packaged to safeguard against transit damage. We estimate a prompt handover and delivery time to match your project deadlines, supported by robust supply ability for bulk or customized orders. Our transparent sample policy ensures that you can evaluate performance prior to large-scale implementation, offering peace of mind throughout the process. Count on reliable logistics and courteous service to maintain the exclusivity and high quality of your order.

FAQ's of Drive Mitsubishi Mr J4 700a:

Q: How is the Mitsubishi MR-J4-700A servo drive typically used in industrial applications?

A: The MR-J4-700A is widely used for advanced motion control in robotics, CNC machinery, packaging, and printing applications, providing precise position and speed control in critical automation processes.

Q: What panel mounting and connection process does this servo drive require?

A: The drive is installed using standard panel mounting and connects to a three-phase 220 VAC supply, with encoder feedback supported for synchronized motion control. It is designed for quick and secure integration.

Q: Where can I source the Mitsubishi MR-J4-700A in India?

A: You can obtain the drive through authorized manufacturers, service providers, suppliers, and traders specializing in Mitsubishi automation products across India.

Q: When can I expect delivery after I place my order?

A: Delivery times are estimated based on your order size and location. Generally, prompt packaging and handover ensure timely delivery aligned with project schedules.

Q: What sample policy is offered for the MR-J4-700A?

A: We offer a transparent sample policy allowing you to evaluate the servo drive's performance before committing to a full order, ensuring satisfaction and performance confidence.

Q: How does the internal brake and regenerative resistor feature benefit users?

A: These features enhance operational safety and improve energy efficiency by managing kinetic energy during deceleration, supporting both flawless operation and cost-effective performance.

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