Siemens hybrid temperature control valve

NegotiableUpdate on 04/05

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

Siemens hybrid temperature control can use the extended function of a multifunctional controller according to different usage scenarios, especially unmanned workstations, to support the control of water pumps, flow rates, pressure differentials, etc. It also predicts faults that have long plagued the use of electric control valves due to high pressure drop during operation.

Product Details

　　Siemens hybrid temperature control valveAccording to different usage scenarios, especially unmanned workstations, the extended functions of multifunctional controllers can be selected to support the control of water pumps, flow rates, pressure differentials, etc., and to predict faults that have long plagued the use of electric control valves due to high pressure drop during operation. Widely applicable, it can be used for production and automatic control in various industries such as chemical, petroleum, metallurgy, power and light industry, and is suitable for heat exchange occasions such as air conditioning, refrigeration, ventilation, and heating.

Adding an outdoor temperature sensor can achieve outdoor temperature compensation, save energy, and reduce operating costs.

　　feature

a、 Equipped with proportional integral (PI) or proportional integral derivative (PID) regulation function, the control is stable and accurate.

b、 Flexible adjustment of control parameters can be made for different on-site working conditions to achieve systematization.

c、 The controller can read the current temperature value and observe the working status of the valve.

d、 Scalable functions, such as remote settings, temperature compensation, over temperature forecasting, heat metering and automatic meter reading, remote transmission, etc.

e、 Most models can be manually operated during power outages.

　　performance

1. The installation and debugging of Siemens temperature control valve controllers are simple, without the need for expensive debugging and on-site programming costs.

2. The controller automatically adjusts the water flow rate in the primary valve based on the secondary outlet temperature, achieving a comfortable and energy-saving effect. The outlet temperature of the heat exchanger compensates for changes based on the outdoor temperature, making users feel comfortable during use and avoiding the vicious cycle of higher outdoor temperatures and higher indoor temperatures, and lower outdoor temperatures and lower indoor temperatures. On the premise of comfortable use, users can save operating costs, reduce operating costs, and achieve considerable economic benefits.