Shenyang Siemens electric proportional control valve VXF53.100-160

Shenyang Siemens electric proportional control valve VXF53.100-160​
Siemens building HVAC automation agent supply, *, complete models, sufficient inventory. If you have any questions or needs, please feel free to contact us. We can provide pre-sales selection and after-sales installation guidance services, and our technical personnel will be dedicated to serving you.

Introduction to Siemens electric valves:
Journey: DN15... DN50: 20mm
DN65…DN150:40mm
Sealing material: stainless steel
Valve body material: ductile iron
Nominal pressure: PN25
Medium temperature: -20...... 220 ℃
Connection method: flange connection
Applicable media: chilled water, hot water, antifreeze water, high-temperature hot water, saltwater, saturated steam, superheated steam

Application scenarios:
Boiler equipment
Regional heating
refrigeration equipment
cooling tower
Heating unit
air conditioning unit

Application of Siemens three-way valve:
Used as a flow control valve in boilers, district heating and cooling equipment, cooling towers, heating units, and air conditioning units.
Suitable for closed or open piping systems (be careful to avoid cavitation)

Our company mainly serves urban construction, high-end buildings, electronic factories, biopharmaceuticals, metallurgy, chemical industry, environmental protection, water treatment and other fields. We are a high-tech company that integrates engineering services such as scheme design, construction, professional on-site debugging, daily technical maintenance, as well as sales of self-control products, power distribution products, HVAC and other related products.

Siemens three-way valve model:
VXF53.15-1.6
VXF53.15-2.5
VXF53.15-4
VXF53.20-6.3
VXF53.25-10
VXF53.32-16
VXF53.40-16
VXF53.40-25
VXF53.50-40
VXF53.65-63
VXF53.80-100
VXF53.100-160
VXF53.125-250
VXF53.150-400

Shenyang Siemens electric proportional control valve VXF53.100-160

Working principle of electric control valve:
(1) By adjusting the stroke of the valve core and controlling the valve opening, the purpose of controlling the fluid medium, flow rate, flow velocity, pressure, and pressure difference can be achieved.
(2) By coordinating the valve core and valve port, as well as controlling the fluid resistance inside the valve chamber, the trend and rate of fluid medium changes are controlled to achieve accurate control.
(3) By controlling the signals emitted by the control system, the flow rate, change speed, and change trend of the fluid inside the valve body are controlled.