MITSUBISHI MR-J4-60B

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MITSUBISHI MR-J4-60B Specification

IP Rating
IP20

Surface Finish
Matte

Operating Temperature
0 - 55 C

Efficiency
High Efficiency

Overheating Protection
YES

Insulation Material
Polycarbonate

Power Factor
0.98 min (with Power Factor Improving Circuit)

Shape
Rectangular

Feature
High Performance, Regenerative Function, Built-in Safety Relay

Connector Type
Screw Type

Mounting Type
Panel Mount

Humidity %
10-80% (Non-Condensing)

Product Type
MITSUBISHI MR-J4-60B

Application
Servo Amplifier for Industrial Automation

Protection Level
Overload, Overvoltage, Overcurrent Protection

Frequency (MHz)
50/60 Hz

Rated Voltage
200-230 V AC

Output Type
Digital/Analog

Color
Black

Dimension (L*W*H)
168 x 50 x 140 mm

Weight
1.5 kg

Input Voltage
200-230 V AC

Phase
Three Phase

Connection Type
Screw Terminal

Material
Plastic, Metal

Regenerative Braking
Built-in

Series
MR-J4 Series

Control Method
Servo/Vector Control

Compatible Motors
MITSUBISHI HG-KR, HG-SR Series

Vibration
5.9 m/s² (10-55 Hz)

Communication
SSCNET III/H

Interface
RS-422 / USB / CC-Link / Ethernet (optional)

Cooling Method
Natural Cooling (Convection)

Alarm Function
Diagnostic/LED Display

Model
MR-J4-60B

Output Power
600 W

About MITSUBISHI MR-J4-60B

Experience the magnificent performance of the MITSUBISHI MR-J4-60B, now at a highlighted reduced price for unbeatable value. This kingly servo amplifier, part of the renowned MR-J4 Series, delivers dazzling control with 600 W output. Outfitted with advanced servo/vector control, built-in regenerative braking, and robust diagnostic alarms, it ensures both safety and superior efficiency. Its matte, black, rectangular design is engineered for seamless integration, making it ideal for demanding industrial automation. High protection standards and cutting-edge features guarantee reliable operation in all environments.

Exceptional Features & Advanced Usage

The MITSUBISHI MR-J4-60B stands out for its high-performance capabilities and built-in safety relay. Extra features include a user-friendly diagnostic LED display and multi-interface options such as RS-422, USB, and Ethernet to meet diverse application needs. Natural convection cooling and high energy efficiency make it reliable for continuous operation. Intended for industrial panel mounting, it is compatible with HG-KR and HG-SR motors, and ideal for use across manufacturing environments requiring precise motion control.

Logistics, Sample Policy & Export Markets

Proposals for the MITSUBISHI MR-J4-60B can include FOB Port Germany for convenient international shipment. Sample units are available for evaluation, supporting distributors, dealers, and service providers in their decision-making. The primary export markets are across Europe and globally. Efficient logistics processes ensure rapid delivery and seamless handling from order placement to shipment, optimizing the value chain for importers, wholesalers, and retailers alike.

FAQ's of MITSUBISHI MR-J4-60B:

Q: How does the MR-J4-60B enhance industrial automation processes?

A: The MR-J4-60B offers precise servo/vector control, high efficiency, and built-in safety features, substantially improving reliability and productivity in industrial automation systems.

Q: What motors are compatible with the MR-J4-60B servo amplifier?

A: This servo amplifier supports MITSUBISHI HG-KR and HG-SR Series motors, ensuring seamless integration for various automation applications.

Q: Where can the MR-J4-60B be mounted in an industrial setup?

A: This model is designed for panel mounting, making it suitable for installation within control cabinets commonly found in production and automation lines.

Q: What special features distinguish the MR-J4-60B from others in the market?

A: Key highlights include its built-in regenerative braking, diagnostic LED display, multiple communication interfaces, and built-in safety relay, all at a valued reduced price.

Q: When is regenerative braking beneficial in the MR-J4-60B usage?

A: Regenerative braking is especially useful during rapid motor deceleration, enhancing energy efficiency and reducing heat build-up during demanding operations.

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