TLD ACU-804-H-CUP 65-Ton

Air Conditioning & 350K-BTU Heating Unit
Cooling Capacity: 65 Tons
Air Flow: 375 lbs/min
Heating Capacity: 350,000 Btu/hr
Heating Ambient: Below 0 degrees Fahrenheit (below -17.78 degrees Celsius)
Heating Temperature: 90-110 degrees Fahrenheit (32.22 to 43.33 degrees Celsius)
Engine: Cummins Diesel
Compressor: Frick Rotary Screw
Automatic pressure controlled capacity

Available as a stationary skid-mounted unit or mounted on a 5th wheel trailer
Fuel filter / water separator with heater
Low fuel warning system with flashing or rotating beacon, red or amber lens
Low fuel warning and shutdown system with flashing or rotating beacon, red or amber lens
Warning beacon, flashing or rotating, red or amber
Engine block heater, 120 or 240 VAC
Engine warm up timer
Engine cool down timer

Dimensions:
Trailer: 203" L x 86" W x 93" H (516 x 218 x 236 cm)
Skid: 140" L x 86" W x 78" H (355 x 218 x 198 cm)

Weight:
Trailer: 9,700 lbs. (4,410 kg)
Skid: 9,200 lbs. (4,180 kg)

Rotary Screw Compressor - variable capacity rotary screw continuously adjusts its pumping capacity to accommodate the demand.
This component is designed to operate for 50,000 hours before requiring major service.
Emission Certified Engines - choice of Deutz or Cummins diesel engines.
Heavy-duty industrial engines rated for continuous duty provide ample power in all operating conditions.
Engines are selected to meet current and future U.S. EPA and European COM emission standards.
Automatic Capacity Control monitors unit output and cooling demand and adjusts capacity to provide efficient operation.
Simplified Operating Controls provide an operator interface common to other TLD-ACE equipment.
Adjustable Outlet Damper for single-handed control of outlet flow & pressure.
High Capacity Centrifugal Blower supplies abundant airflow and delivery pressure to accommodate modern aircraft.
24 Volt Electrical System for trouble-free control operation and commonality with other industrial equipment.
Heavy-Duty Steel Fuel Tank is sized for at least eight hours of continuous operation under any operating conditions.
Industry Proven R134a Refrigerant is recognized as having Zero Ozone Depletion Potential and is considered environmentally acceptable in all regions.
Additional, because R134a inherently operates at a lower pressure for a given temperature than R22,
an R134a system maintains much more of its operating efficiency in extremely hot ambient conditions.