150kHz

Switching frequency

600000rpm

Maximum speed

≤0.2%

Rotational speed accuracy
Product introduction
The TSD-DCHSFseries is a high-performance drive of vector control for high-speed motors that uses "5-generation motor control technology" to realize hardware acceleration by SoC FPGA with an output fundamental frequency of up to 8,000Hz and can drive a high-speed motor/spindle of 480,000 rpm. The motor can achieve high-performance sensorless vector control without encoder, which has the characteristics of high speed accuracy, fast dynamic response and no speed drop under load increase , which significantly improves the processing performance. At the same time, small current harmonics can also significantly reduce the temperature rise of the motor/spindle and ensure the safety of motor/spindle operation.
Basic parameters


nameTSD-DCHSF
size190*65*170 mm 

Maximum output frequency

10,000Hz

Input voltage

72VDC

Output voltage

40V

Rated output power

800VA

Mode of communication

Io/RS485/CAN is supported

Control mode

High precision non-inductive vector control - AC induction, DC synchronous motor



Product features

The TSD-DCHSF is a high-performance high-speed motor vector driver with an output fundamental frequency of up to 8000Hz and can drive a high-speed motor/spindle at 480,000 rpm. The motor can achieve high-performance sensorless vector control without encoder, which has the characteristics of high speed accuracy, fast dynamic response, and no drop speed with load, which significantly improves the processing performance. At the same time, the small current harmonic can also significantly reduce the temperature rise of the motor/spindle and ensure the safe operation of the motor/spindle.

The TSD-DCHSF product has an input voltage of 72VDC and can be powered using a switching power supply. The output voltage is 40V and the rated output power is 800VA. This series of products has a variety of communication methods, supportING IO/RS485/CAN.

TSD-DCHSF products have been widely used in PCB drilling and plate splitting machines, denture cutting equipment, zirconia ceramic processing equipment, high-precision grinding machines, high-precision engraving and milling machines and other occasions that require the use of high-speed motor systems, which greatly improves the performance of customer processing products.


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