We use the globally advanced electrostatic technologies, combined with our patented plate electric fields. The cooking fume and oil mist from restaurants or hotel kitchens can most efficiently achieve filtration and purification. Air is drawn by the motor/blower through a filter bank which traps large dust particles. The remaining particles, some as small as 0.01 microns pass into a strong electrical field (ionizing section) where the particulate receives an electrical charge.
1. At Source Treatment | 7. Mist Blasting Wheel |
2. Less Grease BuildUp in Ducts | 8. High Flow Low Noise Fan |
3. Double Pass filtration | 9. Selective Discharge |
4. Highly Efficient | 10. Stainless Steel Construction |
5. Power Smart Pack | 11. Lightweight Baffle Filter |
6. UV Odour Eliminator | 12. Moist-Proof LED Illuminator |
1. VFD Power Output Capability | 5. Short Circuit Protection |
2. Soft Start-Up | 6. Open Circuit Protection |
3. Constant Current Limited Voltage Output | 7. Transformer Over Heat Protection |
4. Arc Extinction | 8. Overload Protection |
1. Imported high quality epoxy resin is processed with state-of-the-art vacuum techniques to ensure bulle-free encapsulation of the coils, while industrial grade epoxy-philic insulation is applied between adjacent coils to prevent heat-incuded failure. |
2. Primary and secondary windings are arrange concentrically to reduce EMI which may cause heating and energy losses for other electrical appliances and degrade the performance of the circuits. |
3. Muliple winding configuration coupled with diode bridge rectification, the deal topology for high voltage application. |
4. 70kV cable is used to minimize possibilities of electrical breakdowns. |
5. Super-fine winding conductors with excellent electrical properties are used. |
6. MCU Inside – Real world load conditions are sampled instantaneously using proprietary technology while PFM/PWM output waveform is adjusted accordingly to achieve constant current and limited voltage output. This way, stable closed-loop control for voltage and current output is implemented and all of this is done within 0.00001s, with STM32 MCU. |
