The 220V electric vibrator features a clip for insertion, with FU representing the fuse. ST indicates an inverter-like device, while HL1 and HL2 serve as indicators for insulation and heating. The EH component functions as the heater. When the power plug is connected to a 220V socket, the heater activates to boil water. Once the temperature reaches 100°C, it enters an insulating state. The ST component maintains a saving temperature below 96°C, at which point the device will automatically reheat.
The 220V electric vibrator circuit is designed for efficient water heating and temperature regulation. The system includes a fuse (FU) for overcurrent protection, ensuring that the circuit remains safe during operation. The inverter-like device (ST) is crucial for converting the input AC voltage to a suitable form for the heating element (EH), which is responsible for generating the heat necessary to boil water.
The circuit's operation begins when the power plug is inserted into a 220V socket, allowing current to flow through the system. The heater (EH) is activated, and as it heats up, it raises the temperature of the water. The dual indicators (HL1 and HL2) provide visual feedback regarding the insulation and heating status of the device, allowing users to monitor its operation effectively.
Once the water temperature reaches 100°C, the system transitions into an insulating state, which helps to conserve energy by reducing the power consumption when the desired temperature is achieved. The inverter-like device (ST) plays a critical role in maintaining this insulated state. It monitors the water temperature and ensures that it remains below 96°C. If the temperature drops below this threshold, the ST component automatically re-engages the heating element to bring the water back to the desired temperature, thus providing a consistent and efficient heating solution.
Overall, the design of this 220V electric vibrator circuit prioritizes safety, efficiency, and user convenience, making it an effective choice for applications requiring rapid water heating and reliable temperature maintenance.220V electric vibrator is inserted clip, FU is the fuse. ST is inveterate like device, HLl HL2 are insulation and heating instructions. - Light, EH heater. When boiling, the po wer plug is inserted into the 220v socket, the heater begins to heat to boil water. It reaches 100, into the insulating state. ST tune Saving temperature below 96, will automatically heated.
It is often desirable for a single doorbell to be operated by two buttons, for instance, one at the front door and the other at the back door. The additional button, S2 in series with the break contact of...
This circuit operates in astable mode and produces a tone at the end of the first period, which can last several minutes. When switch SI is in the time position, transistor Q3 is turned off because pin 3 of...
The circuit includes an infrared sensor head, electronic switches, an audible audio circuit, and an FM radio circuit. It is designed for installation in banks, treasuries, and other areas requiring supervision during evening hours in lieu of staff presence....
The humidity/frequency conversion circuit operates similarly to the previously mentioned humidity sensors. At a humidity level of 76%, the equivalent capacitance is 500 pF, with a capacitive relative humidity variation rate of +1.7 pF/%. The circuit includes an integrating...
The FKL-32 type automatic thyristor excitation device is designed for synchronous generators with a terminal voltage of 400V and a capacity of 500kW and below. It is used for the automatic adjustment of excitation.
The FKL-32 thyristor excitation device is...
A careful examination of the amplifier photos reveals that the heatsink on the HY60 near-clone built using the TDA2050A is slightly shorter than that of the original HY60s. This unit is positioned at the rear of the amplifier, creating...
We use cookies to enhance your experience, analyze traffic, and serve personalized ads.
By clicking "Accept", you agree to our use of cookies.
Learn more