Chiltrix CX35 Inverter Variable Speed 2-Ton Cooling/3-Ton Heating Heat Pump Chiller CX35

Your Price: $5,989.00

Part Number: CX35

Quantity

Description

Ultra-Efficient R32 CX35 Air-To-Water Heat Pump 2 Tons Cooling / 3.4 Tons Heating IPLV Cooling 24,056 BTU EER 23.27 Heating 40,361 BTU COP 4.9 @W95/A47 Heating Seasonal Average COP 4.69 (SCOP)

Supports: Radiant, Ductless Fan Coils, Ducted Air Handlers & Domestic Hot Water in Any Combo

Spec Sheet

R32 Ultra High Efficiency CX35 Heat Pump Chiller Building on the success of the award-winning CX34, the CX35 has record-setting heating and cooling efficiency while using R32, the most eco-friendly refrigerant available.

Best of Breed Components At Chiltrix we used every trick in the book and then some to deliver the highest electrical efficiency possible. And we didn’t stop there. The components we use to build our chillers are sourced from the world’s top manufacturers and include heat exchangers from Sweden, German pumps, American valves, electronics from Japan, controls from USA, and a compressor from Mitsubishi. No corner has been cut when it comes to making sure that the parts and materials used to manufacture the CX35 are the best available. Our chiller is designed for performance - to deliver the lowest kW usage per BTU of any chiller heat pump available, and to perform this task for a 20-year service life.

Dynamic Humidity Control (DHC)The Chiltrix Psychrologix ™ controller offers DHC (Dynamic Humidity Control) to maximize comfort and performance and allow the unit to operate well above its published ratings at times when humidity allows. The controller provides dynamic loop/coil temperature adjustment among other features.The CX35 system capacity is fully dynamic and can operate between 25% and 100% of its rated capacity, as needed, and matches its actual capacity to the instantaneous heating or cooling load in real time. This means the system is always the right size for changing conditions, is never oversized, and avoids the on/off cycling of traditional systems.