SUNFAR 2.2KW 3HP 1000HZ VFD Inverter Frequency converter single phase 220v input 3phase 0-220v output 10A for Engraving spindle motor

  • Model: E300-2S0022L
  • Shipping Weight: 3Kg
  • In Stock:100
Qty:          Favorite

Payment method Shipping method Contact us


0 reviews


SUNFAR 2.2KW 3HP 1000HZ VFD Inverter Frequency converter single phase 220v input 3phase 0-220v output 10A for Engraving spindle motor

Product information:

Model: E300-2S0022L

Brand: Sunfar

Input: 1-phase AC 220V ±20% 50/60Hz 

Output: 0~1000HZ

Power: 2.2 kw

Features:

1. User-defined V/F curve and torque boost function, support powerful cutting capability when processing 

2. Output frequency up to 1000Hz, support the requirement of high-speed processing.

3. Highly adaptive to grid voltage, and can stand for ±20% fluctuation. 

4. Particular self-adaptive control technology, allowing for automatic current and voltage limitation and under-voltage suppression during operation.

5. Configuration of RS485 communication interface, optional MODBUS protocol and SUNFAR self-defined protocol; with linkage synchronous control function, allowing for easily communicating inverters with PLC, industrial personal computers and other industrial personal equipments.

6. The panel supports hog plug, applicable for system integration for various applications. 
Matching  Spindle motor:

No more than 2.2kw and 60000rpm spindle motor such as:

95W,300w,400w,800w,1.2kw,1.5kw,2.2kw water-cooled, air-cooled, nature cooled spindle motors.

The matching motors in our store can be provided are: GDZ80-2.2B-1 GDZ80-2.2B-3 GDZ80-1.5-ER16 GDZ80-1.5-ER11 GDZ85-2.2-220V GDZ62-1.2 SDK80-12-24Z-1.2 SDK85-12-24Z-1.5 GDZ93*82-1.5-220V GDZ93*82-2.2-220V GDZ-80-1.5F GDZ-80-2.2F

Application:

Textile, food, transmission, ceramics, grinder, centrifugal machine, Engraving machine, etc

Specification:

E300-2S0022L

There are currently no product reviews.

1 2 3 4 5
Five Stars
NOTE: HTML tags are not allowed.
NOTE: Reviews require prior approval before they will be displayed