CNC numerical control equipment why use voltage stabilizer?

Inductive non-contact voltage regulator for CNC numerical control equipment

Technical specification

Voltage regulator range: rated input voltage ± 15% (or customized according to customer requirements)

Output voltage: 220V, 380V, 440V (or customized according to customer requirements)

Voltage regulator: ± 1.5%

Output accuracy: ± 0.5% ~ ± 10% adjustable

Use efficiency: more than 98%

Response time: ≤ 0.042% adjustable

Use efficiency: ≤ 98%

Reaction time: ≤ 0.042% adjustable 0.5%~±10% adjustable

Use efficiency: more than 98%

Response time: ≤0.042 seconds

Operating frequency: 50/60HZ ±5%

Waveform distortion: sinusoidal distortion

Heat dissipation: dry air-cooled

Overall characteristics

▲Small: beautiful appearance, small, with environmental protection concept

Overall features

▲Small: small, with the concept of environmentally friendly

Applications:

SMT/PCB/AI precision equipment;

Numerical control machining centers/CNC production equipment;

Research and development test equipment;

Electronic and medical equipment;

Electronic communication equipment ......

Control features. p>

Control Characteristics:

▲ Adopting numerical control circuit for sampling and comparing, controlling the voltage stabilization by CPU programming, with high output precision and fast response frequency.

▲Using dual circuit large integrated circuit backup control, can automatically switch to ensure the output voltage is stable to protect the load.

Voltage stabilization features:

▲ The use of electromagnetic induction principle of manufacturing, no contact without carbon brush wear, no ignition

Flower and other shortcomings, low failure rate, high security, maintenance-free replacement.

Overcome the shortcomings of autotransformer carbon brush voltage regulator model.

▲Use of magnetic field deflection angle regulator, no jump, voltage is linear adjustment,

No tap surge and waveform mutation.

Overcome the shortcomings of Thyristor models.

Overcoming the shortcomings of CNC thyristor models.