MITSUBISHI INVERTER DRIVE FR-D740-022-EC

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MITSUBISHI INVERTER DRIVE FR-D740-022-EC Specification

Output Current
5.6 A

Connector Type
Terminal Block

Application
Industrial Automation, Conveyor Systems, Pump Control

Operating Temperature
-10C to +50C

Features
Digital Display, Parameter Setting, Multi-speed Operation, Communication Port

Phase
Three Phase

Cooling Method
Forced Air Cooling

Output Type
Three Phase

Working Temperature
-10C to +50C

Rated Current
5.6 A

Rated Power
2.2 kW

Noise Level
<60 dB

Power Factor
>0.95

Power Supply
Three Phase AC

Current Range
0 to 5.6 A

Product Type
Inverter Drive

Output Power
2.2 kW

Output Frequency
0.5 to 400 Hz

Input Voltage
380-480 V AC

Voltage Protection
Overvoltage and Undervoltage Protection

Efficiency
Up to 98%

Material
Industrial grade plastic and metal housing

Line Regulation
1%

Storage Temperature
-20C to +65C

Weight
2.6 kg

About MITSUBISHI INVERTER DRIVE FR-D740-022-EC

Spotlight your automation system with the MITSUBISHI INVERTER DRIVE FR-D740-022-EC, crafted for superlative performance. This top-notch inverter drive boasts a special rate output power of 2.2 kW, delivering distinguished efficiency up to 98%. With advanced V/F control, 5 digital and 2 analog inputs, the robust LED display, and IP20 protection, its ideal for seamless industrial automation. Enjoy flexible panel mounting, superior overload capability, and RS485 Modbus communicationmaking it a top choice for conveyor systems, pump control, and more. The industrial-grade build and remarkable durability set a new standard.

Versatile Applications for Plant Operations

The MITSUBISHI INVERTER DRIVE FR-D740-022-EC is engineered for a wide range of plant applications, particularly in conveyor systems, industrial automation, and pump control. Its general use spans across industries seeking reliable variable speed control. Directions of use are straightforward: simply mount on the panel, connect via terminal block, and operate using keypad or external signals. The drive seamlessly manages speed and torque, ensuring your system functions efficiently and precisely as intended.

Supply Ability, Sample Policy, and Packaging Details

We provide timely quotations for the MITSUBISHI INVERTER DRIVE FR-D740-022-EC, ensuring a smooth handover process. Sample units are available upon request, allowing evaluation prior to bulk orders. Each drive is securely packaged and carefully handed over in industrial-standard protective boxes to guarantee safe delivery. Our robust supply capability in India ensures dependable availability, so your automation projects progress without delay and each shipment meets the highest standards for safety and quality.

FAQs of MITSUBISHI INVERTER DRIVE FR-D740-022-EC:

Q: How does the FR-D740-022-EC support energy efficiency in industrial applications?

A: The inverter drive offers up to 98% efficiency, ensuring significant energy savings and reliable performance in various industrial automation scenarios.

Q: What are the main steps to install and set up the MITSUBISHI INVERTER DRIVE FR-D740-022-EC?

A: Begin by mounting the drive on a panel, connect inputs and outputs to the terminal block, and configure settings using the digital keypad or external signal for start/stop operation.

Q: Where can I use this inverter drive within my plant?

A: It is best suited for conveyor systems, pump control, and other industrial automation processes requiring precise motor speed and torque control.

Q: When is a sample unit available and how do I request it?

A: Sample units are available upon quotation request. Simply contact our sales team to arrange the evaluation process before making a larger purchase.

Q: What protection features does this drive provide for sensitive equipment?

A: The FR-D740-022-EC includes overvoltage and undervoltage protection, as well as robust enclosure and efficient forced air cooling to maintain safe operating conditions.

Q: How does the RS485 Modbus communication interface benefit users?

A: The integrated RS485 Modbus allows for seamless data exchange and remote parameter monitoring, enhancing automation control and system flexibility.

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