Safety protection mechanism of 70L Large Capacity Water Tank Floor-Standing Air Cooler LBW-12000RC
1. Overheat protection mechanism
The overheat protection mechanism is designed to prevent electrical equipment from being damaged or causing safety accidents due to excessive temperature during operation. In LBW-12000RC, this mechanism is usually implemented in the following ways:
Temperature sensor: The device has a built-in temperature sensor to monitor the operating temperature of the device in real time. When the temperature reaches the preset safety threshold, the sensor sends a signal to the control system.
Control system: After receiving the signal from the temperature sensor, the control system will immediately take measures, such as stopping the device or reducing the power of the device to reduce the generation of heat.
Cooling system: At the same time, the cooling system of the device will strengthen its work and dissipate heat through fans or heat sinks to reduce the temperature of the device.
This overheat protection mechanism can ensure that the device will not be damaged due to excessive temperature during normal operation, and it can also ensure the safety of users.
2. Overcurrent protection mechanism
The overcurrent protection mechanism is designed to prevent electrical equipment from being damaged due to excessive current during operation, which may be caused by short circuit, overload and other reasons. In LBW-12000RC, the overcurrent protection mechanism is implemented as follows:
Current sensor: The device is equipped with a current sensor to monitor the current size in the circuit in real time.
Overcurrent detection: When the current exceeds the value that the device can withstand, the current sensor will send a signal to the control system.
Cut off the power supply: After receiving the signal, the control system will immediately cut off the power supply to prevent equipment damage or safety accidents caused by excessive current.
This overcurrent protection mechanism can quickly respond to current abnormalities and protect circuits and equipment from damage.
3. Short-circuit protection mechanism
The short-circuit protection mechanism is designed to prevent two or more points with different potentials in the circuit from being directly connected, resulting in excessive current. In LBW-12000RC, the short-circuit protection mechanism is implemented as follows:
Short-circuit detection: The device is equipped with a short-circuit detection circuit to monitor the voltage and current changes in the circuit in real time.
Quick cut-off: When a short-circuit is detected, the short-circuit detection circuit will immediately send a signal to the control system, and the control system will quickly cut off the power supply to prevent fire or other safety accidents caused by excessive current.
Fault indication: At the same time, the device will provide a fault indicator light or alarm signal so that users can find and handle short-circuit faults in time.
This short-circuit protection mechanism can ensure that the device can quickly cut off the power supply when a short circuit occurs, protecting the circuit and equipment from damage, and also ensuring the safety of users.