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Accu1® PR9300 Insulation Blowing Machine, 115 V, 15 A, 50 Hz, 1.5 hp, 14 cu-ft Hopper, Welded Steel Housing Material

Accu1® PR9300 Insulation Blowing Machine, 115 V, 15 A, 50 Hz, 1.5 hp, 14 cu-ft Hopper, Welded Steel Housing Material
  • Manufacturer: Accu1Direct
  • Brand: Accu1®
  • Item ID: 3BFRA1PR9300
  • MPN: PR9300
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The Accu1® 9300 is a portable, all-fiber, blowing and spraying machine, engineered with the busy contractor in mind. The variable-speed blower and adjustable material feed provide powerful, efficient operation with maximum production from a 115 V machine. durable construction and corrosion-resistant coating provide long life with minimal maintenance.

Accu1® Insulation Blowing Machine, Hopper Capacity: 14 cu-ft, 115 V, 15 A, 50 Hz, 1.5 hp, Blower Specifications: Single 13.9 A Blower Motor, Welded Steel Housing, 22 in OAW, 63 in OAH, 28 in OAD, 7 x 21 in Dia Airlock, 3 in Dia Hose, 1850 lb/hr Cellulose, 1000 lb/hr Fiberglass, 1600 lb/hr Rockwool Production Rates, 340 lb Weight

Additional Information      :      7 x 21 in Dia Airlock, 3 in Dia Hose, 1850 lb/hr Cellulose, 1000 lb/hr Fiberglass, 1600 lb/hr Rockwool Production Rates, 340 lb Weight
Amperage Rating      :      15 A
Blower Specifications      :      Single 13.9 A Blower Motor
Frequency Rating      :      50 Hz
HP Rating      :      1.5 hp
Hopper Capacity      :      14 cu-ft
Housing Material      :      Welded Steel
Overall Depth      :      28 in
Overall Height      :      63 in
Overall Width      :      22 in
Voltage Rating      :      115 V
  • Modular component design
  • Recessed control panel
  • 1.5 hp TEFC drive
  • Voltmeter and circuit breaker protection
  • Emergency stop, control panel override switch
  • Quick part replacement and routine maintenance
  • Resists damage and corrosion
  • Avoids unintended power shutdowns
  • Processes the toughest blowing materials
  • Reduced frequency of breakdowns and downtime
  • Helps monitor machine operation
  • Protects electrical components
  • Operator safety and ability to finish jobs if components fail

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