Expansion Motorized Ball Valve
The EBV integrates the functions of stop valve, expansion valve and solenoid valve, with a fixed ball valve structure and low internal leakage and low friction, can effectively prolong service life and perform pressure regulation and refrigerant on/off. The product is suitable for the situations such as requirements for convection resistance, water hammer, noise on/off and energy consumption.
Feature
- Linear closure, reducing impacts, preventing water hammer and reducing strange noise.
- All stainless steel material: to improve strength, enhance corrosion resistance and prolong service life.
- Two way circulation: it can be switched between hot and cold to meet system requirements.
- Fixed ball valve structure: low internal leakage, low friction, long-term stable, reducing maintenance and replacement frequency.
- Flow curve: good for heat pump to operate in low temperature environment and suitable for high temperature refrigeration and low temperature heating environments.
- Low internal leakage: it can be used as a stop valve to improve the flexibility of system and effectively control the cost.
- Accurate flow control: to accurately regulate refrigerant flow and ensure stable system operation.
- Full port ball valve core: big flow and small pressure loss when fully open, improving system efficiency and reducing energy consumption.
- Seal design: refrigerant is sealed in the valve body to increase different applications.
Specifications
| Type | EBV 5 、EBV 7、EBV 9.5 |
|---|---|
| Compatibility refrigerants | R134a， R404A， R407C， R410A，R32 等 |
| MOPD | 3.3 MPa (DC 12V) |
| Max working pressure | 4.3 MPa |
| Ambient temperature | -30°C - +55°C |
| External Leakage | < 1.5 g/y |
| Valve orifice Leakage | < 50 ml/min(@1MPa) |
| Material specification | Stainless steel、PEEK、PPS |
Product Traceability
Tracing the Source, Upholding Quality — All for Giving You the Best
Each gas generator is labeled with a one-dimensional barcode to enable easy traceability of its origin, ensuring both quality and management efficiency.
