• elationship between Operating Voltage and Power Consumption
    The power consumption of solenoid valves is closely related to their operating voltage. For solenoid valves of the same model, there are significant differences in power consumption at different voltage levels. For example, the power consumption of a 24V DC model is usually lower than that of a 220V AC model, but it requires a matching power supply system.
  • Ambient Temperature and Power Consumption Characteristics
    Changes in ambient temperature affect the resistance value of the solenoid coil, thereby altering its power consumption performance. In high-temperature environments, an increase in coil resistance may lead to a slight rise in power consumption. At the same time, attention should be paid to heat dissipation conditions to avoid excessive temperature rise affecting the service life of the equipment.
  • Electromagnetic Valve Power Consumption Calculation Method
    Accurately calculating the power consumption of an electromagnetic valve requires considering multiple parameters. The basic calculation formula is: Power consumption equals working voltage multiplied by working current. For AC electromagnetic valves, the power factor also needs to be taken into account. In practical applications, it is recommended to refer to the specific parameters provided in the product technical manual for calculation.
Tags：