Variable Frequency Inverters

Variable Frequency Inverters

8500 INR/Piece

Product Details:

  • Sensor Type Current Sensor, Temperature Sensor
  • Frequency 50/60 Hz
  • Screen Size 2.4 inch LCD Display
  • Drive Type V/F Control, Vector Control
  • Phase Single Phase / Three Phase
  • Connectivity Type RS485, Modbus
  • Cable Length 1.5 meter
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Variable Frequency Inverters Price And Quantity

  • 8500 INR/Piece
  • 1 , , Piece

Variable Frequency Inverters Product Specifications

  • up to 150% for 60 seconds
  • 3.5 kg (approx)
  • Automatic
  • -10C to +50C
  • Panel Mount / Wall Mount
  • Overload Protection, Fault Indication, Energy Saving Mode
  • Microprocessor Based
  • IP20 / IP40
  • Yes
  • 2.4 inch LCD Display
  • 50/60 Hz
  • Current Sensor, Temperature Sensor
  • Single Phase / Three Phase
  • V/F Control, Vector Control
  • RS485, Modbus
  • 1.5 meter
  • Digital / Analog
  • Motor Speed Control, HVAC, Pumps, Fans
  • ABS Plastic, Metal Components
  • 0.75 kW to 11 kW
  • 0.1 Hz - 400 Hz
  • AC Frequency Inverters
  • 220V / 380V AC

Variable Frequency Inverters Trade Information

  • 100 , , Piece Per Day
  • 1 Week

Product Description

Three phase Variable Frequency Inverter comprises of built in PID controller, multiple analog outputs, relay outputs and coupling outputs. Jog key feature of this inverter allows user to set multiple functions. Latest failure protection function of this Variable Frequency Inverter safeguards it against conditions like low voltage, over current, overload, short circuit, over heat and overvoltage. With having 2.2watt rated power, this equipment requires 180 VAC to 264 VAC input voltage range to operate. This system comprises of dust proof cooling fan with low noise generation level. Its PCB board has special protective paint to avoid alkali, aging and acid. 

 

Variable Frequency Inverter Specification

Power range

3phase

Application

Industrial

Rated Power (Watts)

2.2

Input Voltage

180~264VAC

Brand

QMA

Output Voltage

Corresponding To The Input Voltage




Advanced Motor Speed Control Solution

Engineered for versatile applications, this inverter uses V/F and vector control to ensure optimal energy savings and fault protection. Its integrated current and temperature sensors guarantee safe operation across varying conditions, while the microprocessor-based drive enables accurate response and adaptability for automated systems.


Sturdy Build and Safety Compliance

Constructed with ABS plastic and metal components, the inverter is equipped to withstand demanding environments. It meets CE and RoHS standards, ensuring global quality assurance and safe environmental practices. The cooling fan mechanism maintains temperature integrity in ambient settings from -10C to +50C.


User-Friendly Interface and Remote Access

The inverter boasts a 2.4 inch LCD display for real-time monitoring and status indicators. Easy panel or wall mounting options, intuitive digital controls, and RS485 connectivity make installation and operation straightforward for technicians and building managers, even facilitating remote adjustments if required.

FAQs of Variable Frequency Inverters:


Q: How does the Variable Frequency Inverter improve motor speed control in HVAC and pump applications?

A: The inverter precisely regulates motor speed using V/F and vector control methods, enabling efficient operation of HVAC units, pumps, and fans. This results in enhanced process accuracy, reduced wear and tear, and significant energy savings compared to standard motor systems.

Q: What protection features are integrated into this inverter for reliable usage?

A: The device includes short circuit, over voltage, and under voltage protection. These safeguards, paired with overload protection and active fault indication, ensure continued operation and help prevent equipment damage due to electrical anomalies or excessive load.

Q: When should I use the soft start feature provided by this inverter?

A: The soft start function is beneficial during motor startup, as it gradually increases power, minimizing mechanical stress and electrical surges. This extends the life of connected equipment and reduces maintenance requirements in both new and retrofit installations.

Q: Where is the inverter best mounted for optimal cooling and performance?

A: For optimal cooling and performance, the inverter can be mounted either on a panel or directly on a wall in a ventilated area. Its fan-cooled design and IP20/IP40 protection ratings make it suitable for various indoor industrial and commercial settings, as specified in its installation guide.

Q: What is the process for remote monitoring and control via RS485 connectivity?

A: Remote monitoring and control are enabled through RS485 and Modbus protocols, allowing integration with building management or automation systems. Users can access inverter status, adjust settings, and receive fault notifications from authorized remote locations, streamlining facility oversight.

Q: What are the benefits of choosing a CE Certified and RoHS Compliant inverter?

A: Selecting a CE Certified and RoHS Compliant inverter ensures adherence to international safety, performance, and environmental standards. This guarantees reliable operation, supports sustainable installation practices, and fulfils statutory requirements for commercial deployment in India.

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