- 类型:
- 冷冻式
- 电压:
- 380V
- 频率:
- 50HZ
If a dryer is not installed, water will enter your compressed air system every day. #r Dryer can completely eliminate the moisture in the compressed air system. Dry compressed air ensures smooth operation of the air system and production process #r series to suit your installation needs.
Main components: chassis, evaporation components, refrigeration compressor, electrical components, heat recovery components, water separation components, condenser
Advantages: ) The chassis design adopts international industrial popular colors to meet various human needs
br/> ) The three-time heat exchange treatment of the energy recovery device using free patented technology effectively saves energy and saves more than % of energy under standard working conditions than similar products
) The evaporator effect is good. Under normal circumstances, the larger the processing capacity, the more stable the cooling effect< br/>) The two-stage high-efficiency separator can eliminate more than % of condensed water and has a gas-liquid separation effect to completely avoid secondary evaporation of water and ensure the drying effect of the refrigerated dryer. Equipped with an electronic drainer to reliably remove condensed water from the machine without causing air flow loss
) The refrigeration compressor is equipped with a secondary condensation function to maintain a stable and consistent outlet dew point under various operating conditions+~+ ℃. The refrigeration compressor has stable operation, low noise, reliable performance, energy saving and long life
) The condensing gas is made of high-quality copper tubes with high heat transfer coefficient, so it is small in size and compact in structure
) The electrical components are controlled by electronic modules.
Standard working conditions: Air inlet temperature: ℃
Ambient temperature: ℃
Pressure dew point: ~℃
Refrigerant:
Working range: Power supply: D~ D:/(/)D~D:/(/)
Working pressure: .~
Ambient temperature: ~℃
Maximum air inlet temperature: ℃
Ambient temperature formula: Standard temperature d actual temperature standard processing capacity = actual processing capacity
Example: D standard processing capacity is./When the actual inlet temperature is ℃, the actual processing capacity is: ℃d℃././
Pressure formula : Actual pressure d standard pressure standard processing volume = actual processing volume
Example: D standard processing volume is ./actual inlet pressure is r, then the actual processing volume is: r ././