The laser power supply incorporates a zero-current half-bridge soft-switching circuit, ensuring high efficiency and fast response, easily compatible with various laser tubes from different manufacturers. The laser power supply is well worth buying because: the ports can be easily controlled to adapt to high and low level signals; the switch can be controlled by TTL electrical level; and the abnormal protection switch can test external water supply, ventilation, etc. And it is often used as industrial laser power supply, laser cutting machine power supply, laser engraving machine power supply, etc.
AC input voltage | AC220V or AC110V |
DC input voltage | DC300V or DC150V |
AC input frequency | 47-440Hz |
Maximum output voltage | 50KV |
Maximum current | 20mA-38mA (depending on different laser tubes) |
Power supply efficiency | 91% |
Over current protection | 130% of maximum current |
Open circuit protection | Yes (short term) |
Structure | Fan cooling |
High electric level control voltage range | ≥3V |
Low electric level control voltage range | ≤0.8V |
Operating temperature | -30℃ to +65℃ |
Relative humidity | 20-85% RH (no condensation) |
Voltage resistance | AC1500V1 minutes≤10mA |
AC1500V1 minutes ≤10mA | |
Connection | |
Insulation resistance | ≥50MΩ (DC500V) |
Earth leakage current | ≤1mA (AC220V) ≤0.5mA (AC110V) |
Vibration resistance | Amplitude: 0.5mm frequency 10-55hz 3d direction 2 hours |
MTBF | ≥30,000hours |
Test time at full load and 60℃ | 12 hours |
Power supply switch test within 7 seconds | 500 times |
Output power | 30W-150W |