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Belimo 6-way EPIV V4 Modbus RTU

by BELIMO AutomationNo rating yet273 downloads

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

NameTypeUnit
Relative positionModbus%
Absolute positionModbus°
Relative volumetric flowModbus%
Absolute volumetric flow in selected unitModbusl/h
Setpoint analogModbus%
Temperature (flow body) in CelciusModbus°C
Temperature (flow body) in FahrenheitModbus°F
Glycol concentrationModbus%
Series number 1st partModbus<v>
Series number 2nd partModbus<v>
Series number 4th partModbus<v>
Firmware versionModbus<v>
Error stateModbus<v>
Absolute volumetric flow in liter per secondModbusl/s
Absolute volumetric flow in gpmModbusgpm
Setpoint absolute flow in selected unitModbusl/h
Nominal volumetric flow in selected unitModbusl/h
Nominal volumetric flow in liter per secondModbusl/s
Nominal volumetric flow in gpmModbusgpm
Sensor 1 valueModbusmV
Setpoint absolute flow in liter per secondModbusl/s
Setpoint absolute flow in gpmModbusgpm
Accumulated volume in cubic meterModbusm3
Accumulated volume in gallonModbusgal
Accumulated volume in selected unitModbusl/h
Bus TerminationModbus<v>
Flow meter serial number first digitsModbus<v>
Flow meter serial number last digitsModbus<v>
Device TypeModbus<v>
Actual sequenceModbus<v>
Relative humidityModbus%
Condensation protection statusModbus<v>
Setpoint relativeModbus%
Override controlModbus<v>
Control ModeModbus<v>
Unit Selection FlowModbus<v>
Setpoint sourceModbus<v>
CommandModbus<v>
Timeout for bus watchdogModbuss
Bus fail actionModbus<v>
Sensor 1 typeModbus<v>
Unit Selection VolumeModbus<v>
Setpoint relative for sequence 1Modbus%
Setpoint relative for sequence 2Modbus%
Setpoint modeModbus<v>
Invert sequencesModbus<v>
Max. flow limit for sequence 1 in percentModbus%
Max. flow limit for sequence 2 in percentModbus%
Max. flow limit for sequence 1 in liter per secondModbusl/s
Max. flow limit for sequence 1 in gpmModbusgpm
Max. flow limit for sequence 1 in selected unitModbusl/h
Max. flow limit for sequence 2 in liter per secondModbusl/s
Max. flow limit for sequence 2 in gpmModbusgpm
Max. flow limit for sequence 2 in selected unitModbusl/h
Enable condensation protectionModbus<v>
Condensation protection actionModbus<v>
Condensation warning thresholdModbus%
Condensation alarm thresholdModbus%
Condensation action delayModbuss

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