120 or 240 VAC brushless blower with high flow fan system. Blower offers a fan system that can be used for either vacuum or pressure. The backward curved centrifugal impellers of the working air provide high efficiency operation. These blowers are suitable for use in 0-50°C. The drive system has a rectifier/filter network, a commutation controller and brushless DC motor. The drive system in the Bypass configuration has a cooling fan. In the Thru Flow configuration, the drive motor is in the working air stream. Electrical (Analog Voltage or Pulse Width Modulation Control): The control signal input to an optical isolator provides maximum safety for the low voltage signal circuit. Application of a zero to 10 VDC will control blower speed and air performance. Control can also be achieved by application of a pulse width modulated zero to 10 VDC square wave at a frequency between 150 Hz and 400 Hz. It takes an increase in control voltage to restart the blower. Mechanical (Screwdriver Adjustable): Adjustment of a multiple-turn potentiometer controls blower speed and air performance. The blower performance will vary from the maximum shown on the curves to a minimum of a few inches of water. Features:
5.7" Diameter Housing
Maximum Pressure to 118 In. H2O (Sealed)
Maximum Air Flows to 275 CFM
Electrical and Mechanical Control Versions Design Features
UL Component Recognized
CSA and TüV Certified
Adjustable Air Performance
Thermal Protection/Locked Rotor Protection
Separation of Cooling Air and Working Air in Bypass Configuration
Compact Size
Long Life
Low Noise to Power Ratio
Working Air Is the Cooling Air in the Thru Flow Configuration Applications
Computer Peripherals
Material Handling
Air Samplers and Evacuators
Packaging Equipment
Photographic Hold Down
Business Machines, Printers, Collators
Air Beds
Vacuum Forming Equipment
Dental/Medical Evacuators
Sleep Assist Equipment
Fuel Cell
Textile Machines
120 or 240 VAC brushless blower with high flow fan system. Blower offers a fan system that can be used for either vacuum or pressure. The backward curved centrifugal impellers of the working air provide high efficiency operation. These blowers are suitable for use in 0-50°C. The drive system has a rectifier/filter network, a commutation controller and brushless DC motor. The drive system in the Bypass configuration has a cooling fan. In the Thru Flow configuration, the drive motor is in the working air stream. Electrical (Analog Voltage or Pulse Width Modulation Control): The control signal input to an optical isolator provides maximum safety for the low voltage signal circuit. Application of a zero to 10 VDC will control blower speed and air performance. Control can also be achieved by application of a pulse width modulated zero to 10 VDC square wave at a frequency between 150 Hz and 400 Hz. It takes an increase in control voltage to restart the blower. Mechanical (Screwdriver Adjustable): Adjustment of a multiple-turn potentiometer controls blower speed and air performance. The blower performance will vary from the maximum shown on the curves to a minimum of a few inches of water. Features:
- 5.7" Diameter Housing
- Maximum Pressure to 118 In. H2O (Sealed)
- Maximum Air Flows to 275 CFM
- Electrical and Mechanical Control Versions
Design Features
- UL Component Recognized
- CSA and TÜV Certified
- Adjustable Air Performance
- Thermal Protection/Locked Rotor Protection
- Separation of Cooling Air and Working Air in Bypass Configuration
- Compact Size
- Long Life
- Low Noise to Power Ratio
- Working Air Is the Cooling Air in the Thru Flow Configuration
Applications
- Computer Peripherals
- Material Handling
- Air Samplers and Evacuators
- Packaging Equipment
- Photographic Hold Down
- Business Machines, Printers, Collators
- Air Beds
- Vacuum Forming Equipment
- Dental/Medical Evacuators
- Sleep Assist Equipment
- Fuel Cell
- Textile Machines
