Belimo 6-way EPIV V4 Modbus RTU
Content languageEnglish
Description
The electronic pressure-independent 6-way EPIV from Belimo combines the advantages of a 6-way zone valve with the functions of the electronic pressure-independent valve. Thanks to the ultrasonic flow measurement, the right amount of water is always guaranteed, which ensures a high level of room comfort. Commissioning is quick and intuitive using the Belimo Assistant 2 (NFC), even if the device is not connected to the power supply. Available in sizes DN 15/20/25. Belimo’s electronic pressure-independent 6-way zone valve is now available with intelligent condensation monitoring. If condensation occurs due to low flow temperatures, moisture damage can be prevented thanks to the integrated logic.
Benefits
- Time-saving and safe valve selection in accordance with maximum flow rate for each sequence - Automatic, permanent hydronic balancing through the valve - Securing the correct amount of water with differential pressure changes and with partial load - Maximum plant safety with integrated pressure-release function (Patent: EP3143315B1) - Versatile control options, simple commissioning and control via NFC
Structure:
UseCase:
Red= Heating Supply Flow Pipe, Blue dashed = Heating Back Flow Pipe Green= Cooling Supply Flow Pipe, Green dashed = Cooling Back Flow Pipe
The choice of paring Belimo 6-Way EPIV with Loxone offers the possibility of:
- [Demand based Heating and Cooling]: The Belimo 6-Way EPIV regulates depending on the Room Heating or Cooling requirement, Presence detection, Window status, Automatic Shading, Weather Forecast and Energy Management (PV Surplus, Variable Electricity Tariffs, Load Management). - Perfect switching between heating and cooling directly at the consumers in conjunction with the Intelligent Room Controller building block. - Read out the position to calculate the power demand for upstream valves or pumps. - Using and storing statistics, creating individual notifications. e.g. threshold value excesses or error notifications.
Possible Use Cases: There are several UseCases that are applicable with 6-way EPIV. The detailed list of possible applications could be found in the following document:
- English version- Applications Room and Zone Control (Starting on page 58) - German version- Applikationen Raum- und Zonenregelung (Starting on page 58)
Example Use Case:
Inputs and outputs · 59
| Name | Type | Unit |
|---|---|---|
| Relative position | Modbus | % |
| Absolute position | Modbus | ° |
| Relative volumetric flow | Modbus | % |
| Absolute volumetric flow in selected unit | Modbus | l/h |
| Setpoint analog | Modbus | % |
| Temperature (flow body) in Celcius | Modbus | °C |
| Temperature (flow body) in Fahrenheit | Modbus | °F |
| Glycol concentration | Modbus | % |
| Series number 1st part | Modbus | <v> |
| Series number 2nd part | Modbus | <v> |
| Series number 4th part | Modbus | <v> |
| Firmware version | Modbus | <v> |
| Error state | Modbus | <v> |
| Absolute volumetric flow in liter per second | Modbus | l/s |
| Absolute volumetric flow in gpm | Modbus | gpm |
| Setpoint absolute flow in selected unit | Modbus | l/h |
| Nominal volumetric flow in selected unit | Modbus | l/h |
| Nominal volumetric flow in liter per second | Modbus | l/s |
| Nominal volumetric flow in gpm | Modbus | gpm |
| Sensor 1 value | Modbus | mV |
| Setpoint absolute flow in liter per second | Modbus | l/s |
| Setpoint absolute flow in gpm | Modbus | gpm |
| Accumulated volume in cubic meter | Modbus | m3 |
| Accumulated volume in gallon | Modbus | gal |
| Accumulated volume in selected unit | Modbus | l/h |
| Bus Termination | Modbus | <v> |
| Flow meter serial number first digits | Modbus | <v> |
| Flow meter serial number last digits | Modbus | <v> |
| Device Type | Modbus | <v> |
| Actual sequence | Modbus | <v> |
| Relative humidity | Modbus | % |
| Condensation protection status | Modbus | <v> |
| Setpoint relative | Modbus | % |
| Override control | Modbus | <v> |
| Control Mode | Modbus | <v> |
| Unit Selection Flow | Modbus | <v> |
| Setpoint source | Modbus | <v> |
| Command | Modbus | <v> |
| Timeout for bus watchdog | Modbus | s |
| Bus fail action | Modbus | <v> |
| Sensor 1 type | Modbus | <v> |
| Unit Selection Volume | Modbus | <v> |
| Setpoint relative for sequence 1 | Modbus | % |
| Setpoint relative for sequence 2 | Modbus | % |
| Setpoint mode | Modbus | <v> |
| Invert sequences | Modbus | <v> |
| Max. flow limit for sequence 1 in percent | Modbus | % |
| Max. flow limit for sequence 2 in percent | Modbus | % |
| Max. flow limit for sequence 1 in liter per second | Modbus | l/s |
| Max. flow limit for sequence 1 in gpm | Modbus | gpm |
| Max. flow limit for sequence 1 in selected unit | Modbus | l/h |
| Max. flow limit for sequence 2 in liter per second | Modbus | l/s |
| Max. flow limit for sequence 2 in gpm | Modbus | gpm |
| Max. flow limit for sequence 2 in selected unit | Modbus | l/h |
| Enable condensation protection | Modbus | <v> |
| Condensation protection action | Modbus | <v> |
| Condensation warning threshold | Modbus | % |
| Condensation alarm threshold | Modbus | % |
| Condensation action delay | Modbus | s |
Ratings and comments
No ratings or comments yet.
Log in to rate, comment or ask a question. Log in