CONTROL TECHNIQUES DC DRIVE M420RGB14

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CONTROL TECHNIQUES DC DRIVE M420RGB14 Specification

Current Range
0 35 A

Rated Current
35 A

Phase
Three Phase

Features
Field weakening, Overload protection, Compact design

Connector Type
Screw Terminal

Power Factor
>=0.95

Working Temperature
0C to 40C

Operating Temperature
0C to 40C

Application
Industrial Motor Speed Control

Cooling Method
Forced Air Cooling

Power Supply
AC 400V, 3-phase

Output Type
Analog / Digital

Rated Power
14 kW

Noise Level
<65 dB

Output Current
35 A

Product Type
DC Drive

Output Power
14 kW

Output Frequency
0 600 Hz

Input Voltage
400V AC, 3-phase

Voltage Protection
Overvoltage/Undervoltage Protection

Efficiency
Up to 98%

Material
Metal Enclosure

Line Regulation
0.5%

Storage Temperature
-20C to +60C

Weight
Approx. 5.5 kg

Display Type
LED Status Indicators

Standards Compliance
IEC/EN 61800-5-1

Enclosure Rating
IP20

Mounting Type
Panel Mount

Control Method
Analog and Digital Inputs

Communication Interface
Serial/RS232 (Optional)

Protection
Overload, Short Circuit, Ground Fault

Regulation Type
Closed Loop

Humidity
95% max, non-condensing

Model Number
M420RGB14

Drive Type
Regenerative (Four Quadrant)

About CONTROL TECHNIQUES DC DRIVE M420RGB14

Pick yours from a range of superb, valuable solutions with the CONTROL TECHNIQUES DC DRIVE M420RGB14. Access advanced analog and digital input options for flexible motor speed control. Select reliable features such as overload, short circuit, and ground fault protection, while the outstanding IP20 metal enclosure ensures robust security. Astounding efficiency up to 98% and a compact, panel mount design make this drive a top choice for industrial users. LED status indicators and optional RS232 interface provide clear status and connectivity, ensuring seamless integration for your automation needs.

Industrial Excellence for Motor Speed Applications

The CONTROL TECHNIQUES DC DRIVE M420RGB14 is engineered for industrial motor speed control. Its features include field weakening, overload protection, and a highly efficient closed-loop system. Frequently used by plant engineers and industrial automation experts, it integrates easily into panel mounts and is suited for applications requiring precise, reliable operation. This drive excels in settings where safety and performance are paramount.

Expansive Export and Domestic Supply with Reliable Logistics

Our robust logistics network ensures prompt delivery of the CONTROL TECHNIQUES DC DRIVE M420RGB14 to both domestic and main export markets. Customers benefit from adaptable supply abilities, enabling flexible order volumes. Charges are transparent, and drop-off options can be tailored for efficient handling and deployment. With global reach and local responsiveness, we guarantee consistent availability to meet your project schedules.

FAQs of CONTROL TECHNIQUES DC DRIVE M420RGB14:

Q: How does the closed-loop regulation benefit industrial applications?

A: Closed-loop regulation ensures precise control over motor speed, enhancing reliability and efficiency in demanding industrial environments. It automatically corrects deviations, maintaining stable performance.

Q: What protection features are included in the M420RGB14 drive?

A: The drive offers overload, short circuit, ground fault, and voltage protections, safeguarding both the equipment and connected systems from operational hazards.

Q: Where can the M420RGB14 be mounted for optimal use?

A: The drive is designed for panel mounting, making it ideal for integration into industrial control cabinets where space efficiency and accessibility are important.

Q: What is the process for accessing the serial/RS232 communication interface?

A: The serial/RS232 interface is available as an optional module, which can be selected during the purchase process and easily installed according to provided instructions.

Q: Which industries commonly use the CONTROL TECHNIQUES DC DRIVE M420RGB14?

A: This drive is frequently utilized in manufacturing, process automation, and industrial production sectors where high-performance motor speed regulation is essential.

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