Danfoss HVAC Controls & Components

Precision valves, sensors, drives, and controllers for commercial and industrial refrigeration systems. Fast selection, faster delivery.

Danfoss HVAC control components
45+ Countries Served
12,400+ Installations
48hr Component Dispatch
5 Certifications

Component Catalog

Find the right HVAC control component for your system. Each product category includes datasheets, cross-reference tables, and selection guides.

Expansion valves
Expansion Valves
Thermostatic (TXV) and electronic (EEV) expansion valves for precise superheat control across all refrigerants including R-290, R-744, and R-1234ze.
Solenoid valves
Solenoid Valves
Direct-acting and servo-operated solenoid valves for refrigerant, water, and steam circuits in HVAC and refrigeration systems.
VFD drives
VFD Drives
VLT HVAC drives and refrigeration drives with BACnet/Modbus connectivity, delivering 30-50% energy savings at part-load conditions.
Sensors
Sensors & Transmitters
PT1000 temperature sensors, pressure transmitters, and flow sensors for system monitoring, control loops, and BMS integration.
Controllers
Refrigeration Controllers
Programmable controllers for evaporator management, condenser fan cycling, superheat regulation, and multi-unit rack systems.
Thermostats
Thermostats & Radiator Valves
Mechanical and electronic thermostats, thermostatic radiator valves (TRV), and zone controllers for hydronic heating systems.

Committed to Low-GWP Refrigerant Transition

As global regulations phase down high-GWP HFCs under the Kigali Amendment and EU F-Gas Regulation, our product range is engineered to support natural refrigerants (R-290, R-744, R-717) and next-generation HFO blends.

R-290 Compatible Valves

Expansion valves and solenoid valves rated for flammable A3 refrigerants, with ATEX-compliant designs for hydrocarbon systems up to 500g charge.

CO2 Transcritical Components

High-pressure rated valves and controllers designed for R-744 transcritical booster systems operating at pressures up to 130 bar on the high side.

VFD Energy Optimization

Variable frequency drives reduce compressor and fan motor energy consumption by 30-50% at typical part-load conditions, with IPLV improvements measurable from commissioning day.

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