Features
Powerful Dehumidification
27 ℃ / 70％intake air can be instantly dehumidified down to 23 ℃ / 28％in one pass with all fresh air!
Using only the refrigeration cycle, achieves top-class-in-the-industry frost limit point of 3.5 ℃!
The PAP-D Series: Precision Air Processing AND Dehumidification Combined
No Defrost Operation Needed!Up to 65% Energy Saving Operation!
With our original refrigerant control, we can offer continued operation without the need for defrosting operation.
We've also cut wasted electric power by as much as 65% through our built-in compressor speed control operation.
CE Certified Model Lineup NEW
UL/CSA61010-1 Conformity Evaluation Completed / Conformity Report Available for Submission
*PAP03A-D-CE, PAP06A-D-CE
Applications
・Pharmaceutical and Supplement Filling Processes
・Rust and Condensation Prevention for Precision Electronic Parts
・One-Pass Dry Booth Powder Mixing, etc.
・Analysis and Measurement in Low Humidity Environments
・Low Humidity Storage of Adsorption Materials and Samples
・Prevention of Moisture Adsorption in Highly Functional Films
Specifications
*1 The temperature and humidity control ranges noted do not necessarily indicate the actual possible controllable ranges. The actual controllable temperature and humidity ranges will depend on the temperature and humidity of the intake air.(This product does not include a humidification function.)
*2 When the intake air temperature and humidity are stable. Controller display precision at a single discharge port location. Over-dehumidification may occur depending on operating conditions.
*3 The attainable dew point will depend on the condition of the intake air.
*4 Value is the stand-alone capacity of the built in evaporator.
*5 Value indicates the difference in capacity between the built-in heater and evaporator.
*6 The external static pressure at the controlled air outlet side when the blower fan is operating at 60 Hz, and the product is operating at the prescribed air flow.
*7 Height includes the discharge port.
*8 The maximum allowable source voltage phase imbalance is ±3%.
*9 Minimum and maximum values are when operating under the specified operating ranges.
*10 Maximum value when operating under the specified operating ranges.
*11 The maximum current when operating under the specified operating ranges.
