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CONTROL TECHNIQUES NIDEC 5 HP

Name: CONTROL TECHNIQUES NIDEC 5 HP
Brand: DHYAN ELECTRONICS AND REPAIRING
Price: 12500.00 INR
Availability: InStock

Price 12500.00 INR/ Unit

Get a Price/Quote

MOQ : 1 Unit

CONTROL TECHNIQUES NIDEC 5 HP Specification

Power Rating
4.0/5.5

Application
Industrial Automation

Protection Level
Other

Frequency (MHz)
50/60 Hz

Rated Voltage
380-480 Volt (V)

Phase
3 Phase

Frequency
50-60 Hertz (HZ)

Rated Current
480v Volt (v)

CONTROL TECHNIQUES NIDEC 5 HP Trade Information

Minimum Order Quantity
1 Unit

Supply Ability
30 Units Per Month

Delivery Time
7-10 Days

About CONTROL TECHNIQUES NIDEC 5 HP

Torque/speed control mode switching, Multi-function input/ output terminals, under voltage regulation, AC operation grounding switching, torque limit, multi step operation, slip compensation, PID regulation, simple PLC, current control, manual/ automatic torque boost, current limit, AVR function

NE200- 1phase 200V 240V 50Hz/60Hz
NE200- 3phase 380V 440V 50Hz/60Hz

Pumping, Ventilating & Compressing

Improved energy efficiency during periods of low demand
On board PLC & PID functionalities make advanced control easy and efficient without the need of an external controller
Skip Frequencies allow users to easily avoid equipment resonant frequencies, reducing high vibration levels

Powerful Performance for Industrial Automation

Engineered for the manufacturing sector, the CONTROL TECHNIQUES NIDEC 5 HP frequency drive delivers optimal control and efficiency. Supporting a wide voltage range and three-phase operation, it integrates seamlessly into automated production systems, ensuring stable and precise motor operation in various industrial settings. Its robust construction supports enduring workloads and helps streamline complex industrial processes.

Comprehensive Support and Service Across India

Available from leading suppliers, traders, and service providers throughout India, the CONTROL TECHNIQUES NIDEC 5 HP promises not only premium quality but also extensive technical support. Professional installation and after-sales service help ensure long-term, trouble-free operation, empowering manufacturers to focus on core productivity goals with minimal downtime.

FAQs of CONTROL TECHNIQUES NIDEC 5 HP:

Q: How is the CONTROL TECHNIQUES NIDEC 5 HP integrated into an industrial automation system?

A: The drive is installed into the control panel and connected to motors and PLCs for seamless automation. Its compatibility with 3-phase systems and variable frequencies (50/60 Hz) makes it suitable for regulating speed and process control in automated manufacturing environments.

Q: What are the key benefits of using this frequency drive in industrial applications?

A: This device offers precise speed control, energy efficiency, and reduced equipment wear. Its adaptability to various input voltages (380-480V) and reliable operation at different power ratings help maximize production output while minimizing operational costs.

Q: When should you consider upgrading to the CONTROL TECHNIQUES NIDEC 5 HP drive?

A: Upgrading is advisable when higher efficiency, enhanced performance, or greater automation flexibility is required in your industrial facility. It is particularly beneficial if your current drive is outdated or incompatible with newer 3-phase, 50/60 Hz systems.

Q: Where can customers in India access purchase and service support for this product?

A: Customers can procure the CONTROL TECHNIQUES NIDEC 5 HP from certified suppliers, traders, and service providers across major industrial cities in India. Comprehensive service support is also available for installation, maintenance, and troubleshooting.

Q: What is the process for commissioning the CONTROL TECHNIQUES NIDEC 5 HP drive?

A: Commissioning involves careful electrical installation, configuring parameters according to application requirements, and performing functional testing. Service providers typically offer professional commissioning to guarantee optimal setup and operation.

Q: How can the drive assist in improving energy efficiency within industrial processes?

A: By precisely controlling motor speeds and adjusting energy usage based on demand, the drive helps conserve electricity, lower operational costs, and extend the lifespan of connected equipment.

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