KE2 series laser-specific integrated air station
Laser-specific Integrated Gas Station
8-Level water removal device
8-Level oil removal device
7-Level dust removal device
1. Cooling Method - The oil-cooled motor is suitable for ambient temperatures ranging from -40°C to +80°C and is unaffected by ambient dust and chemicals.
2. Cooling System - No additional cooling fan is required, adding no additional load, and the motor's dynamic balance and stability are improved. 3. Protection Level - P5, fully enclosed structure, completely prevents the ingress of foreign matter and dust, and prevents moisture sprayed from all directions from entering the motor and causing damage.
4. Motor Efficiency -> IE5 (no heat loss from the motor itself, power dissipation).
5. Magnet Grade - 48SHT/48UH
6. Magnet Temperature Resistance -> 150°C
7. Frequency Range - A wider frequency range, from 10% to 100%, with low frequencies not limited by heat dissipation capacity. 8. Fully enclosed structure, long service life, unaffected by external environmental factors.
- describe
- Parameters
Laser-specific Integrated Gas Station
8-Level water removal device
8-Level oil removal device
7-Level dust removal device
1. Cooling Method - The oil-cooled motor is suitable for ambient temperatures ranging from -40°C to +80°C and is unaffected by ambient dust and chemicals.
2. Cooling System - No additional cooling fan is required, adding no additional load, and the motor's dynamic balance and stability are improved. 3. Protection Level - P5, fully enclosed structure, completely prevents the ingress of foreign matter and dust, and prevents moisture sprayed from all directions from entering the motor and causing damage.
4. Motor Efficiency -> IE5 (no heat loss from the motor itself, power dissipation).
5. Magnet Grade - 48SHT/48UH
6. Magnet Temperature Resistance -> 150°C
7. Frequency Range - A wider frequency range, from 10% to 100%, with low frequencies not limited by heat dissipation capacity. 8. Fully enclosed structure, long service life, unaffected by external environmental factors.
