2020 Curtis Industries Air Conditioning BX70-1

Information

2020 Curtis Industries Air Conditioning BX70-1

Fits Kubota Models BX2370-1, BX2670-1, BX2380 & BX2680 Finally, real air conditioning. Relief from heat and humidity – protection from dust and insects.

Features may include:

  • Patent-pending dynamic load control software efficiently manages vehicle electrical power with minimal draw
  • Stylish, low-profile design allows enough clearance to park in most standard garages
  • Overhead console features multi-speed fan control & four 360 degree adjustable louvers
  • Power kit includes supplemental alternator
  • Simple and easy installation in about 2 hours
  • Comes pre-charged with refrigerant – no complicated initial set up
  • Includes replacement roof
  • Air conditioning available for Kubota BX Series

Photos

Highlights

  • Oakland, Maryland
  • 2020
  • Curtis Industries
  • Air Conditioning BX70-1
  • Available
  • Above Cab: 3-5/8"

Specifications

  • 2020
  • Curtis Industries
  • Air Conditioning
  • BX70-1
  • Miscellaneous
  • System Voltage: 12 volt DC running amperage draw: 60 amp (high blower speed) | Condenser Fan: Automotive grade, 12 volt 20 amp | Evaporator Blower: Automotive grade, 12 volt, 10 amp squirrel cage fan with 3 speeds
  • Operator Controls: Compressor On/Off, System On/Off with 3 blower speeds
  • Intrusion Into Cab: 2" (operator area) 3" (lowest Point)
  • Above Cab: 3-5/8"
  • 58 lbs. (AC unit with cover) | Refrigerant: 2.1 lbs., R134a
  • Intake: Laser cut into case, single point, recirculating, non-filtered | Load Control: Patented electronic automated system control of load and function | Thermostat: Electronic, thermistor sensor, non-adjustable | Outlet: 4 adjustable louvered vents
  • Housing: Powder-coated, corrosion-resistant aluminum alloy | Cover: Powder-coated, corrosion-resistant aluminum alloy | Evaporator Core: Automotive grade, corrosion resistant aluminum alloy, tube and fin | Condenser Core: Automotive grade, corrosion-resistant aluminum alloy, bar plate and fin