EVG4U10E050 - Siemens Intelligent Valve DN 50 as a sensor controlled pressure independent control valve PN16 with threaded connection including with flow and capacity measurement for a maximum flow of 18 m

All Siemens-made PICV Valves that are in stock with iacs are delivered within 5 to 7 days.

The Siemens EVG4U10E050is a PICV Valve used in HVAC Systems and Building control applications.

This Pressure Independent Control Valve has a Pressure Nominal of PN 16.

This EVG4U10E050 Siemens PICV Valve has a Diameter Nominal of DN 50.

Find the best-priced Siemens PICV Valve that is compatible with your system at IACS.

If you have questions about size or installation, consult the Siemens custom datasheet above or send an email to iacs to get personalised guidance.

EVG Valves

The Intelligent Valve is a 2-port pressure-independent control valve (PICV) with volume flow, temperature and power measurement for heating, ventilation, and air conditioning plants.
The valve can be integrated as analog (DC 0/2...10 V or 4...20 mA) or digital (BACnet IP) into the temperature control circuit. All process data (volume flow, power, primary flow and return temperature, etc.) can still be read out digitally even if integrated as analog.
The Intelligent Valve also has local limitation and optimization functions that support energyefficient plant operation. In addition to digital integration in the building automation and control system, integration in the cloud with the Siemens Building Operator app supports the building operator to operate and monitor the system as well as evaluate energy consumption.
The Intelligent Valve 4 control functions:
● Dynamic control valve
● Differential pressure controller
● Flow temperature controller
● Outside temperature-dependent flow temperature controller Volume flow limitation and energy acquisition are available at any time in all 4 control functions.
Intelligent Valve as dynamic control valve In this control function, the Intelligent Valve is part of a temperature control circuit and receives a setpoint from a superposed automation station that it interprets, depending on the control mode, as valve position, volume flow, or output and controls accordingly.
The example to the right depicts this based on a precontrol circuit for chilled ceilings.
Automation station [N1] controls the flow temperature of the chilled ceiling circuit by demand and specifies the setpoint of 0…100 % on the Intelligent Valve. This can occur in analog (0…100 % = DC 0…10 V) form or remotely over BACnet IP.
The Intelligent Valve follows this setpoint and sets, for example in volume flow control mode, the appropriate volume flow