Specifications
| Cooling scheme | Air-cooling type |
|---|---|
| Control models | Temperature and humidity control |
| Cooling capacity(W) *1 | 850 (970) |
| Thermal capacity(W) *2 | 630 |
| Humidity capacity(g/㎏(DA)) ※3 | 4.01 |
| Dehumidifying capacity(g/㎏(DA)) *4 | 7.02 |
| Temperature stability(℃) *5 | ±0.1 |
| Setting Temperature Range(℃) *6 | 20 to 30 |
| Humidity stability(%RH) | ±1.0 |
| Setting Humidity Range(%RH) | 35 to 75 |
| Use Area Temperature(℃) | 20 to 35 (Temperature change gradient: Within 1℃/1h) |
| Use Area Humidity(%RH) | 15 to 85 (Humidity change gradient: within 5%RH/1h) (No condensation) |
| Air outlet volume(m3/min) | 3.0 (Normal mode / Energy saving mode) 1.8 (Dry mode) |
| External Dimensions(mm) | H1050×W400×D665 |
| Weight(kg) | 85 |
| Coating Color | Munsell N-87 Equivalent color of gray |
| Blower duct connection diameter(mm) | φ75 |
| Rated voltage(V) | Single-phase AC200 to AC240 |
| Consumption Current(A) *8 | 3.7(Rated) / 4.7(MAX) |
| Consumption wattage(W) *8 | 590(Rated) / 755(MAX) |
| Humidifier / Water supply pressure(MPa) | 0.2 to 1.0 |
| Humidifier / Water supply connection port | 15A Socket |
| Drain connection diameter | 20A Socket |
| Refrigerant(g) | R1234yf 300g |
| Exhaust air volume(m3/min) *9 | 6.0 |
| Output/Main unit abnormal output | Normal open / no-voltage (250 VAC/2A / resistive load) |
*1 Cooling capacity is based on a 25 ℃/50% RH use area temperature and humidity at a distance of 4 meters in front of the duct.
( ) internal cooling capacity is based on 30 ℃/70% RH use area temperature and relative humidity at a distanc e of 4 meters in front of the duct .
*2 Thermal capacity is based on 25℃/50% RH use area temperature and relative humidity when a distance of 4 meters in front of the duct.
*3 Humidification capacity is based on 25℃/50% RH use area temperature and relative humidity when a distance of 4 meters in front of the duct when the SV value is set to 25℃ at a duct 4 m ahead.
*4 Dehumidifying capacity is based on 30℃/70% RH use area temperature and relative humidity when operating in dry mode at a distance of 4 meters in front of the duct.
*5 The temperature and humidity control accuracy is based on the method prescribed in JTMK01 Constant Temperature Humidistat Bath – Performance Testing Method and Performance Display Method (Japan T esting Machine Association). Only the value indicated by the te mperature controller built into the air conditioner at the main unit blow off port is guaranteed to be accurate and thermal inter ference due to the duct etc. is not covered by the precision gu arantee. In addition, the purpose of this product is to suppress temperature fluctuations in the air and so the absolute value of the temperature is not guaranteed. (A bias fu nction for compensation is built into the system.)
*6 The temperature and humidity may not be controllable even if they are within the set range depending on the ambient temperature.
*7 Dimensions excluding operation panel protrusions, blowout flanges, casters and their mounting parts.
*8 The consumption current and power consumption indicated these fluctuate depending on the temperature and humidity of the ambient environment and the operating conditions.
*9 Waste heat is discharged from the device because it is air -cooled. (with optional exhaust chamber)
・For the actual installation, check the specifications and precau tions stated in the instruction manual.
・Maintain power supply voltage within ±10% of rated voltage.
External dimensions
Temperature / humidity sensor
