- For year vacuum precooling technical experience.
- Adopt top quality vacuum pump, stable performance, less maintenance.
- Corrosion resistance processing, car paint, better adhesion, corrosion resistance for 20 years.
- Compressor with continuative energy regulation program design, high efficiency and energy saving, environmental protection.
- Unique controlled gas component injection function, prevent lettuce incision to become red.
- Preferred to use screw compressor, large refrigerating capacity, low failure rate.
- Variety of operating mode: temperature mode, time mode, vacuum mode can choosed, Function is more practical.
- Vacuum chamber continuous welding, better on pressure resistance.
- Multiple protection, man-machine interface and fault prompt function of error correction.


Main Components

Three types of condenser system can be chosen for cooling down the cold medium:
Air Condenser:
The simplest construction, suitable for small system,. East to integrate.
Water Condenser
Low cost, efficient and east to install. Perfect to most district climates.
Evaporative Condenser
Optimal system for dry climates or if water availability is limited.
Control System
- Conveyer System
- Operation Control Box
- Safety Switch
- Seal Door
- Vacuum Chamber
- Deflation Valve
- Compressor
- Electrical Cabinet
- Hydraulic System
- Vacuum Pump
- Liquid Receiver
- Oil Liquid Separator
- Compressor
- Economizer
- Evaporator
- Drainage Valve
- Condensor

For the vacuum chamber, three different types of doors can be used:
Standard Swing Door:
Most simple construction, manual operation. The ramp for this system is relatively and is mounted inside the cooling chamber.
Horizontal Sliding Door:
This electrical driven door is optimal if the cooling skid is placed besides the vacuum chamber (one pallet model and >6 pallet systems)
Upward Lift Door:
Hydraulic system, suggested solution for all system from 2-6 pallets. Easy installation, easy ramp construction. It is also to use two door combination with roller belt system, for maximum efficiency of the loading process.


