YODOGAWA Electric Blower High pressure turbo type DH series 3-phase 200V (1.5kW/IE3 motor)

[Features]
●Equipped with IE3 motor made in-house.
●The high-pressure turbo-type electric blower uses a high-efficiency turbofan for the impeller, and is a series developed for the purpose of medium to high airflow. Ideal for equipment that requires high air pressure, such as for combustion and pneumatic transportation of powders and solids. A light alloy is used as the material to achieve significant weight reduction and noise reduction.
●Ideal for equipment that requires high static pressure, such as for combustion and pneumatic transportation of powders and solids.
●Can be used for both 50Hz and 60Hz.
●This product complies with the RoHS Directive.
● Discharges on the right side when viewed from the suction port (right rotation when viewed from the motor side).
●It is possible to make a special order and support different voltages from 1 unit.

[Use]
●Incorporation into equipment such as dryers, incinerators, melting furnaces, heating furnaces, boilers, spinning machines, printing machines, foam stirring machines, washing machines, hot air generators, pumping machines, pneumatic conveyers, etc.

【specification】
Power supply (V): three-phase 200
- Output (kW): 1.5
Maximum air volume ([[M3]]/min) (50/60Hz): 22.0/24.0
- Maximum static pressure (kPa) (50/60Hz): 2.40/3.53
Outer diameter of outlet (mm): 125
●Frequency (Hz): 50/60Hz
● Standard power consumption rate: 20.25 yen/h
- External dimensions (mm) depth: 374
- External dimensions (mm) height: 625
- External dimensions (mm) width: 617
Power consumption (W) (50/60Hz): 1500/1500
-Power cord length (m): 0.13 (tip crimp terminal only)
-Suction port outer diameter (mm): 125

[Specification 2]
-Fan shape: Turbo
●50/60Hz dual use
●RoHS compliant product
● Supports different voltages from one unit

[Material/Finish]
●Casted aluminum casing/frame and exclusive motor manufactured in-house

[Set contents/accessories]
●None

【Note】
Separate fare
●Use a heat-resistant type when inhaling at high temperatures.