Vfd Control Panel

Vfd Control Panel Specification

Output Voltage
0-415 V Variable

Frequency
50/60 Hz

Input Current
Up to 80 A (Depends on Model)

Operating Temperature
0C to 50C

Efficiency
>95%

Rated Voltage
415 V

Protection Level
IP54

Humidity
5% to 95%, Non-Condensing

Mounting Type
Wall Mounted

Phase
Three Phase

Processing Type
Automatic

Condition
New

Function
Motor Speed Control

Application
Industrial

Dimension (L*W*H)
600 x 500 x 250 mm

Power Mode
Three Phase

Voltage
415 V AC

Power Consumption
Depends on Drive Rating (Typically 1-50 kW)

Accessories
User Manual, Mounting Kit

Cable Entry
Bottom / Top

Communication Interface
RS485/Modbus

Start/Stop Option
Remote & Local

Short Circuit Protection
Yes

Control Method
Vector Control / V/F Control

Output Frequency Range
0.1~400 Hz

Overload Protection
Yes

Compliance
IEC 61439, CE Marked

Enclosure Type
Powder Coated Panel

Display Type
Digital LED/ Touch Screen

Cooling Method
Forced Air Cooling

Suitable For
AC Induction Motors, Pumps, Fans

Panel Weight
Approx. 35-50 kg

Color
Grey

Vfd Control Panel Trade Information

Minimum Order Quantity
10 Pieces

Delivery Time
10 Days

Main Domestic Market
Maharashtra

About Vfd Control Panel

A VFD Panel (Variable Frequency Drive Panel) is a robust electrical enclosure housing components that control an electric motor's speed, torque, and direction by adjusting the frequency and voltage of its power supply, enabling significant energy savings, smoother operation (soft start/stop), process optimization, and protection from harsh environments for motors in industrial applications like pumps, fans, and conveyors.

Advanced Motor Control and Protection

Providing both Vector and V/F Control methods, this VFD Control Panel ensures precise speed regulation and energy efficiency for AC induction motors. Built-in overload and short circuit protection safeguard equipment, while forced air cooling further enhances operational reliability in demanding industrial environments.

User-Friendly Interface and Versatile Operations

The digital LED/touch screen display simplifies monitoring and configuration, offering clear, real-time data visualization. Multiple start/stop options-local or remote-along with seamless RS485/Modbus connectivity, make it suitable for various automation setups in pumping, ventilation, and manufacturing applications.

Durable Construction and Compliance

Housed in a powder-coated, IP54-rated enclosure, this panel withstands harsh conditions with protection against dust and moisture. Certified to IEC 61439 and CE standards, it guarantees safety, durability, and performance in Indian industrial settings.

FAQ's of Vfd Control Panel:

Q: How do I operate the VFD control panel for motor speed adjustments?

A: The VFD control panel allows users to regulate motor speed using vector control or V/F control via the intuitive digital LED or touch screen. Adjustments can be made directly on the panel or remotely as per your application's needs.

Q: What are the key benefits of using this VFD control panel in industrial settings?

A: This panel ensures precise speed control for motors, boosting energy efficiency and extending equipment life. It features robust overload and short circuit protection, high efficiency (>95%), and complies with IEC 61439 and CE safety standards.

Q: When should I use local versus remote start/stop options?

A: Use the local start/stop option for on-site adjustments or maintenance. The remote option is ideal for integration with automated systems and for operations where the panel is not easily accessible.

Q: Where can this VFD control panel be installed?

A: Designed for industrial environments, it is suitable for wall mounting in areas requiring IP54 protection. Common applications include controlling pumps, fans, and AC induction motors in factories, workshops, and utility rooms.

Q: What steps are involved in installing the panel, and are accessories included?

A: Installation involves wall mounting the panel using the supplied mounting kit, connecting power and control cables (top/bottom entry), and setting parameters as detailed in the user manual. All necessary accessories are provided for standard installation.

Q: How does the forced air cooling system enhance panel performance?

A: Forced air cooling maintains optimal internal temperatures, preventing overheating and ensuring consistent, efficient panel performance even during prolonged industrial operations.

Q: What communication interfaces are available, and how do they benefit the process?

A: The panel supports RS485/Modbus communication interfaces, enabling seamless integration with PLCs, automation systems, and external monitoring, which facilitates efficient process management and remote diagnostics.