Product Details
The EBV system is able to measure the pressure difference between upstream and downstream of the valve and to maintain the correct flow despite pressure variations thus ensuring that the flow rate changes only when the energy demand changes or the ΔT is outside the specifications. EBV systems integrates the following functionalities in a unique smart device:
- Pressure independent Control function with ΔT optimizer;
- Energy usage monitoring with Modbus connectivity for a user friendly data analysis;
- Thermal power control function with ΔT optimization;
- Diagnostic/Monitoring available via USB or Modbus-RTU (RS-485). EBV is therefore able to control the coils heat transfer and to guarantee an optimal return temperatures for all operating conditions with a following high level of efficiency in heating and cooling. Thanks to stable temperature control, you can achieve energy savings of up to 25% – without sacrificing comfort.
- EBV can be used as an intelligent pressure independent balancing and control valve selecting models without supply and return temperature sensors or it can be used as full thermal power control valve selecting models with supply and return temperature sensors. Furthermore the Modbus-RTU based Energy monitoring capability as well as the diagnostic and condition monitoring function facilitates work, save times as well as ensure comfort and increase energy efficiency in buildings.
- Body: cast iron
- Plug: brass
- Max. pressure: 16 bar
- Temperature: -10°C to 120°C
- Stroke: 25 and 45 mm
- EQM valve characteristic
- Electronic pressure balancing and flow limitation
- Energy monitoring functions with supply and return temperature sensors
- 24 V ac/dc
- IP54
- Max ΔP 35-800 kPa
- PN16
- Max flow 37-177 m3/h
- Valve and actuator in the same product
- On-board PID temperature loop allowing significant savings because the DDC controller is not necessary
- Accurate energy and flow control
- Modbus for direct integration into BMS
- ∆T control to avoid energy wastes coming from low ∆T or uncontrolled return temperature
- Possibility of controlling the valve by simple analog signal or Modbus protocol