Engineered climate controls that optimize hydronic flow, compressor efficiency, and VLT drive response for commercial buildings and district energy networks.
Published ranges for thermostatic radiator valves, electronic expansion valves, and oil-free Turbocor compressors used on chilled-water and DX plants.
| Thermostatic Radiator Valves | |
|---|---|
| Setpoint Range | 6–28 °C room temperature band |
| Valve Body Sizes | DN 10–DN 25 hydronic connections |
| Differential Pressure | Up to 0.6 bar with presetting |
| Electronic Expansion Valves | |
| Refrigerant Compatibility | R410A, R134a, R32, low-GWP blends |
| Capacity Range | 3–450 kW cooling duty (model dependent) |
| Superheat Control | Closed-loop electronic with MOP limits |
| Turbocor Compressors | |
| Oil-Free Design | Magnetic bearings, no oil management loop |
| Capacity | Approx. 200–1,400 kW per compressor map |
| Part-Load Efficiency | Optimized IPLV for variable chilled-water loads |
Precision components for hydronic balancing, refrigerant metering, and variable-speed air handling.
Self-acting TRVs for zone-level temperature control with preset Kv values for commissioning hydronic radiators and floor loops.
DN 10–25Presetting Request Quote →
Variable frequency drives tuned for fans, pumps, and chillers with fire-mode and bypass options for AHU and chilled-water plants.
kW scalableAHU ready Request Quote →
Oil-free centrifugal compressors for high-efficiency chillers serving data halls, hospitals, and campus chilled-water loops.
Oil-freeIPLV focused Request Quote →
Compact BPHE units for condenser, evaporator, and district energy transfer stations with documented pressure and thermal ratings.
BPHEDistrict ready Request Quote →
Presetting charts and differential-pressure guidance help commissioning teams hit design flow rates on radiator and underfloor heating circuits without iterative trial-and-error balancing.
Turbocor maps and VLT HVAC drive curves are published for real AHU and chiller duty cycles, so energy models can cite IPLV and part-load kW/ton instead of nameplate-only claims.
ISO 9001:2015, ISO 14001:2015, CE Marking, and UL Listed pathways reduce submittal friction when the same valve or drive family is specified across North America and Europe.
Compliance documentation aligned with commercial HVAC and refrigeration procurement packages.
Quality management across design and manufacturing of valves, compressors, and drives used in building climate systems.
Environmental management for plants producing HVAC components destined for LEED and local green-building documentation.
Construction Products Regulation pathways for applicable control valves and heat-transfer components sold into EU projects.
Safety listing coverage for selected drives and electrical assemblies used in North American mechanical rooms.
Share your cooling capacity, refrigerant, and hydronic differential-pressure targets. Our application team returns a quote-ready shortlist.
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