of Chinese Stone Machinery
A. power switch
B. camber gas sample port
C. fill port
D. CO2 sensor
E. temperature sensor
F. humidity sensor
G. piling leg
H. mirror finish shelves
I. water jacket
J. glass fibre insulator
K. high efficiency HEPA
L. magnetic gasket
M. outer door heater
N. water pan
O. water jacket drain
P. coved corner
HF160W Specifications |
|||
Construction |
655×656×1030(mm) 25.8×25.8×40.5(inch) |
Humidity |
Humidity pan |
Exterior dimensions (W×D×H) |
544×504×681(mm) 21.4×19.8×26.8(inch) |
Humidifying system |
Standard |
Interior dimensions (W×D×H) |
185L/6.5cu.ft. |
Humidifying sensor |
≥95% |
Interior Volume |
43.5L/1.54cu.ft. |
Relative humidity |
In 0.1% increments |
Water jacket volume |
110kg/242lbs |
Display |
3L |
Net Weight |
Type 304, mirror finish stainless steel |
Water reservior volume |
“466×440(mm)18.3×17.3(inch) |
Interior |
cold-rolled steel, power coated |
Shelves |
Type 304, mirror finish, stainless steel |
Exterior |
one inner door standard |
Shelf dimensions (W×D) |
3,11 |
Inner door |
Water Jacket |
Shelf construction |
Standard |
Temperature |
Microprocessor |
Standard, Maximum |
0.3μm,Efficiency:99.998% (for CO2) |
Heating method |
PT1000 |
Fittings |
Standard |
Temp. control system |
5℃ above ambient temperature to 55℃ |
Access port |
HEPA filter system |
Temp. sensor |
±0.2℃ |
Air filter |
430W |
Temp. range |
±0.1℃ |
Remote alarm contacts |
220V/50Hz (standard), |
Temp. uniformity |
0.1 MPa |
De-contamination |
110V/60Hz (Optional) |
Temp. stability |
Microprocessor |
Rated power |
Power interruption * High/low temperature * |
CO2 |
Thermal conductivity/Infrared |
Power supply |
Deviation of CO2 * RH * Door ajar * |
Inlet pressure |
0 to 20% |
Alarm system |
Independent overheat protection |
CO2 control system |
±0.1% |
Data output |
RS232 |
CO2 sensor |
655×656×1030(mm) 25.8×25.8×40.5(inch) |
Humidity |
Humidity pan |
CO2 range |
544×504×681(mm) 21.4×19.8×26.8(inch) |
Humidifying system |
Standard |
CO2 stability |
185L/6.5cu.ft. |
Humidifying sensor |
≥95% |
According to your actual needs, choose the most reasonable overall design and planning procedures