Ventilation with type N.Tesla motors
Dospel was the first company in the world to create groundbreaking ventilation, the heart of which is an energy-saving N.Tesla type engine.
Industrial axial ventilation fans
The groundbreaking axial fans with an N.Tesla engine from Dospel can be mounted both on the wall and on the ceiling. We have exhaust, supply and reversible (exhaust-intake) fans available.
Industrial roof ventilation fans
Dospel roof fans are used to remove air from production halls, warehouses, commercial pavilions, shops, offices, single-family buildings, i.e. devices designed to ventilate large rooms. All three types Roof fans are intended for supply and exhaust ventilation. They can be used both indoors public buildings (restaurants, bars), sanitary rooms, residential premises and industrial facilities. The advantage of the WD II series fans is horizontal air discharge, which prevents it from returning to the building.
Industrial duct ventilation fans
The groundbreaking duct fans with an N.Tesla engine by Dospel are designed for installation directly in ventilation systems. Possible operation as supply and exhaust, depending on the direction of fan installation.
Wall-mounted controllers
Wall-mounted ventilation controller with an N.Tesla engine with reverse
Power regulation 0-100% and intake-exhaust switch
Wall-mounted ventilation controller with an N.Tesla engine without reverse
Power regulation 0-100%
Advantages of fans with N.Tesla motor
Comparison of N.Tesla motors to AC, DC, EC
| Silnik typu N.Tesla | AC motor | EC motor | DC motor | |
| Energy saving up to | -70% | -30% | -0% | -0% |
| Motor lifespan | Brushless motor, SKF bearings up to 120,000 hours of operation | Brushless motor, up to 90,000 hours of operation | Brushless motor, up to 30,000 hours of operation | Brushless motor, up to 10,000 hours of operation |
| Speed regulation (effect on energy saving) | 0-100% Full impact on energy savings | Gradual adjustment, No impact on energy savings | Gradual adjustment, No impact on energy savings | 0-100% |
| Energy efficiency | 80-95% | 75-90% | 60-75% | 50-80% |
| Number of Hall effect sensors | 3 Hall effect sensors, smooth, soft start | No Hall effect sensor, noisy start | 1 Hall effect sensor, noisy start | No Hall effect sensor, noisy start |
| Magnets type | Permanent magnets | Ferrite magnets | Ferrite magnets | Ferrite magnets |
| Power supply location | Inside the motor, reducing its size | — | Outside the motor | Outside the motor |