AC Drives VFD

AC Drives VFD Specification

Connectivity Type
Panel Mount

Way
3 Phase

Operating Voltage
220-440V

Panel Type
Keypad

Components
Integrated Control Circuit

Protection Level
Overload, Short-circuit

Control System
V/F Control

Base Material
Plastic

Cooling System
Fan Cooled

Cabinet Material
Plastic

Features
Soft Start, Overload Protection

Protection Class
Class 1

Rated Operation Voltage
220v - 440v

Current Rating
Varies with Model

Product Type
AC Drives VFD

Material
Plastic/ABS Body

Surface Finish
Matte

Standard
IEC Standard

Surface Color
Black

Rated Voltage
220-440V

Frequency (MHz)
50 Hertz (HZ)

Maximum Output Current
as per model

Dimension (L*W*H)
Compact

Warranty
1 Year

Application
General Purpose

IP Rating
IP20

Display Type
LED

Parameter Setting
Digital Panel

Compact Design
Yes

Manual and Auto Mode
Available

Input Phase
Three Phase

Power Rating
2.2 kW

Phase
3 Phase

PID Function
Supported

Fault Display
Yes

Programmable Terminal
Included

Color
Black

Motor Power
7.5 HP

Motor Type
Induction Motor

Energy Efficient
Yes

Power
0.5-3 hp

Motor RPM
0-28000

Model Series
FR-D700

Series
FR-D700

Output Phase
3 Phase

Universal Mounting
Yes

AC Drives VFD Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
10 Pieces Per Week

Delivery Time
7 Days

AC Drives VFD About

Discover the unrivaled FR-D700 Series AC Drives VFD, engineered for induction motors requiring first-class performance and reliability. Boasting a top power rating of 2.2 kW (7.5 HP), this eminent, energy-efficient drive operates seamlessly across 3-phase systems with precise digital parameter control. Enjoy an eminently compact matte-black ABS enclosure, universal mounting, fault display, and robust protection features (overload, short-circuit). Programmable terminals and PID functions come standard, ensuring unrivaled flexibility. Adhering to IEC standards, this VFD is your gateway to the lowest price solutions in India for modern automation.

Primary Competitive Advantages of AC Drives VFD

Our AC Drives VFD stand out through robust energy efficiency, compact design, and advanced features like PID support, auto/manual modes, and a digital control panel. The eminent overload and short-circuit protection fuse reliability with top-tier safety. Integrated control circuits and fan-cooled systems enhance longevity, while programmable terminals ensure high customization. These drives conform to IEC standards, delivering unrivaled performance and flexibility for diverse industrial applications, earning their place among the most first-class solutions available today.

Sample Policy & Shipping Details for AC Drives VFD

Sampling for AC Drives VFD is available upon request, offering swift valuation and seamless experience. Our products are securely packaged in durable materials to prevent damage during freight. With a commitment to quick dispatch, we ensure timely deliveries via leading FOB ports across India. Every shipment undergoes systematic inspections and is tracked until successful delivery, providing peace of mind along with our assured warranty and after-sales support. Trust us for reliable and expedited service every time.

FAQ's of AC Drives VFD:

Q: How does the FR-D700 Series AC Drive enhance motor efficiency?

A: The FR-D700 Series utilizes advanced V/F control and PID functions to optimize energy consumption, resulting in improved efficiency and extended motor life for induction motors.

Q: What is the process for setting parameters on this VFD?

A: Parameter setting is streamlined through the digital keypad panel, enabling users to configure drive functions, fault displays, and operating modes swiftly and accurately.

Q: Where can the AC Drives VFD be installed?

A: Thanks to universal mounting and compact design, the VFD is suitable for various industrial setups where three-phase induction motors are used, ensuring flexibility in installation.

Q: What are the benefits of the included protection features?

A: Overload and short-circuit protections safeguard both the drive and connected equipment from damage, enhancing operational reliability and minimizing downtime.