Access datasheets, selection guides, installation manuals, cross-reference tables, and CAD drawings for all HVAC control components.
Complete technical specifications for every expansion valve, solenoid valve, VFD drive, sensor, and controller in our catalog. Includes operating ranges, dimensions, and connection details.
Request Datasheets →Step-by-step installation and commissioning instructions for valves, sensors, and drives. Covers piping orientation, wiring diagrams, and startup parameter settings.
Browse Guides →Online sizing tools for expansion valve selection by evaporating temperature, capacity, and refrigerant type. Also available: VFD drive configurators and sensor compatibility checkers.
Access Tools →Looking for a Danfoss equivalent? Our cross-reference tables map competitor part numbers to matching Danfoss components with identical or improved specifications.
Find Equivalents →Download 2D/3D CAD drawings and BIM objects for integration into mechanical design packages. Available in DWG, STEP, and Revit formats.
Download Files →Technical bulletins covering superheat optimization, VFD parameter tuning for refrigeration compressors, BMS integration protocols, and refrigerant transition guidance.
Read Notes →We encourage engineers to validate component performance under their actual operating conditions before committing to a system design.
Request up to 3 sample units of any expansion valve, solenoid valve, or sensor for bench testing in your lab. Samples ship within 48 hours from regional stock. No purchase obligation.
Submit your system schematic, operating parameters (evaporating/condensing temperatures, refrigerant type, capacity range), and our engineers will provide a detailed sizing report with recommended models, safety margins, and alternative options within 3 business days.
All published COP, EER, and capacity ratings for our components are tested per AHRI Standard 760 (solenoid valves) and AHRI Standard 750 (thermostatic expansion valves). Test reports with full methodology and environmental conditions are available upon request.
| Selection Factor | TXV (Thermostatic) | EEV (Electronic) |
|---|---|---|
| Superheat Control Accuracy | ±2-3 K typical | ±0.5-1 K typical |
| Refrigerant Compatibility | Requires charge-specific element; limited to single refrigerant per valve | Software-configurable for multiple refrigerants including R-290 and R-744 |
| Part-Load Performance | Reduced accuracy below 50% load; hunting possible | Maintains accuracy across 10-100% load range via stepper motor control |
| Installation Cost | Lower (no wiring, no controller required) | Higher (requires controller, wiring, and configuration) |
| Best Application Fit | Constant-load systems, simple circuits, budget-constrained retrofits | Variable-load systems, multi-circuit units, BMS-connected installations |