AC Frequency Drive, Frequency Converter, Frequency Inverter, Frequency Changer, 3 Phase AC Drive

Description

HID**0A Series, AC Frequency Drive, Frequency Converter, Frequency Inverter, Frequency Changer, 3 Phase AC Drive
 
Power Range:0.4kW~1MW/**0V/**0V/**0V
 
Product Introduction
Hiconics HID**0A Series VFD is originally developed for industrial drives. The highlights of HID**0A Series VFD lies in its convenient operation, all-round function, best quality and high stability and reliability. It could meet different demands of customers and be widely used in energy-saving transformation of fans, pumps as well as constant power loading machines.
Application Fields
1. The whole production line of Fan/Pump, Cement, Ceramic, Glass
2.Energy conservation transformation of central air-conditioner
3. Energy conservation transformation of air compressor
4.Municipal boiler, Sewage treatment
5. Traction of part of drawing machine
6. Conveyor belt, scraper conveyor, coal feeder, oil pump, petroleum pump and so on used in the mine
Function Features
1. Laminated busbar design adopted
The laminated busbar design could decrease stray inductance of switch circuit in a large extent and achieve high current carrying capacity with lower voltage drop. Its simplified structure could ensure a higher stability and security of the system.
2. Three-phase Silicon Controlled Rectifying Technology Used
The traditional soft start-up method namely contactor plus resistor was changed to reduce faults point. Whole sealing components could enhance products’ adjustment to high thickness of dust. This technology has decreased electromagnetic radiation and calorific value of the whole machine by simplifying structural configuration. The reliability of the machine has also improved in a large extent.
3. EMC (Electro Magnetic Compatibility) Antijamming System Adopted
By carrying out field shielding or circuit optimization around strong variable field and handling filtering process with LCR multistep filter, the weak current signal could be ensured, radiation to the outside be decreased and Antijamming capacity be improved.
4. Thermal Simulation Analysis Technology Used
Carrying out thermal simulation analysis to the VFD could clarify distribution of current field and temperature field, optimize design of air channel or cooling system, make sure temperature of the whole machine well-distributed and structural heat dissipation more precise and ensure a reliable operation in a relatively long time.
5. Engineering Narrow Body Design Technology
Combination of Engineering design, miniaturization, narrow body design, high power density and low weight together could achieve engineering GGD cabinet installation more easily and saving installation space and cost as well.
6. Rotational Speed Tracing Function
Rotational speed tracing restart function could achieve a smooth start-up of the rotating motor without any shock.
7. DC-Braking Method Adopted
DC Braking method could realize a fast and accurate stop of machine without any shock
8. Low Frequency Oscillation Function
Effective restraining arithmetic is used to solve problems like stator current oscillation and torque ripple that exist in traditional asynchronous motor to improve stability of the system.
9. Independent Air Channel Design Adopted
By reserving independent air channel installation function in advance, our VFD could achieve embedded installation and the air channel part could be installed inside the wall, which could save space and prevent damages of cooling fan created by high fiber environment.
*0. Limiting Current according to Wave
The method of limit current according to wave could limit the output current in the range of the set point, thus could decrease probability of over current fault of VFD and improve the Antijamming capacity of the products.