Russian Series LADA Car Engine 、engine block NTC Water temperature
- PRODUCT DETAIL
Water temperature and level sensor structure principle
The water temperature and water level sensor is composed of a temperature controller part and a water level control part. It is also accompanied by a pressure reducing device in front of the electric valve and a rotary muffler heater for heating
principle
The water level sensor in the container transmits the sensed water level signal to the controller. The computer in the controller compares the measured water level signal with the set signal to get the deviation. Then according to the nature of the deviation, an "on" and "off" instruction is issued to the electric water supply valve to ensure that the container reaches the set water level. After the water inlet procedure is completed, the computer in the temperature control section issues an "open" instruction to the electric valve that supplies the heat medium, so the system begins to heat the water in the container. When it reaches the set temperature. The controller sends a command to close the valve, cut off the heat source, and the system enters the thermal insulation state. In the process of programming, to ensure that the system does not open the electric control valve that controls the heat source when the system does not reach a safe water level, thereby avoiding heat loss and accidents.
The water temperature and water level sensor is composed of a temperature controller part and a water level control part. It is also accompanied by a pressure reducing device in front of the electric valve and a rotary muffler heater for heating
principle
The water level sensor in the container transmits the sensed water level signal to the controller. The computer in the controller compares the measured water level signal with the set signal to get the deviation. Then according to the nature of the deviation, an "on" and "off" instruction is issued to the electric water supply valve to ensure that the container reaches the set water level. After the water inlet procedure is completed, the computer in the temperature control section issues an "open" instruction to the electric valve that supplies the heat medium, so the system begins to heat the water in the container. When it reaches the set temperature. The controller sends a command to close the valve, cut off the heat source, and the system enters the thermal insulation state. In the process of programming, to ensure that the system does not open the electric control valve that controls the heat source when the system does not reach a safe water level, thereby avoiding heat loss and accidents.
