19
2023
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05
LCD thermostat three generations of technology development
Classification:
【Summary Description】The first generation of the LCD thermostat is through the triode and resistor step-down voltage to 24 volts later to use, equivalent to build a step-down bridge, when this product to the market for more than a year, less than two years to stop selling, the reason is that with the triode and resistor step-down voltage, the resistor is easy to burn out or triode bad, the failure rate is too high to ensure the service life of the LCD thermostat. However, after the discontinuation of this product, there are still many consumers like the LCD thermostat, because the LCD thermostat is relatively beautiful, intuitive, which evolved the second generation of thermostat technology development period. R & D out of the third generation of LCD thermostat is to take separate technology, we also have a power box, but our power box is installed on top of the fan coil, the panel is installed separately in the eight six line box inside, so as to solve two problems, one is the problem of heat dissipation, the second is to solve the problem of inaccurate induction temperature of the panel affected by heat. There is a greater advantage is that our power supply box has become larger, four times larger than the second generation of domestic LCD thermostat power supply box, so that it has enough space for heat dissipation. In addition, our power supply box has a circuit board inside, the circuit board is divided into two parts, the middle is disconnected, part of the high-voltage part, part of the low-voltage part, to avoid the generation of induction current and induction voltage, to ensure that the power supply box out of the voltage is very stable, so that the current failure rate of all LCD thermostats we this is the lowest, to overcome the heat dissipation problems of the previous two generations of products, breaking through the Domestic thermostat technology bottleneck
The first generation of the LCD thermostat is through the triode and resistor step-down voltage to 24 volts later to use, equivalent to build a step-down bridge, when this product to the market for more than a year, less than two years to stop selling, the reason is that with the triode and resistor step-down voltage, the resistor is easy to burn out or triode bad, the failure rate is too high to ensure the service life of the LCD thermostat.
However, after the discontinuation of this product, there are still many consumers like the LCD thermostat, because the LCD thermostat is relatively beautiful, intuitive, which evolved the second generation of thermostat technology development period.
R & D out of the third generation of LCD thermostat is to take separate technology, we also have a power box, but our power box is installed on top of the fan coil, the panel is installed separately in the eight six line box inside, so as to solve two problems, one is the problem of heat dissipation, the second is to solve the problem of inaccurate induction temperature of the panel affected by heat. There is a greater advantage is that our power supply box has become larger, four times larger than the second generation of domestic LCD thermostat power supply box, so that it has enough space for heat dissipation. In addition, our power supply box has a circuit board inside, the circuit board is divided into two parts, the middle is disconnected, part of the high-voltage part, part of the low-voltage part, to avoid the generation of induction current and induction voltage, to ensure that the power supply box out of the voltage is very stable, so that the current failure rate of all LCD thermostats we this is the lowest, to overcome the heat dissipation problems of the previous two generations of products, breaking through the Domestic thermostat technology bottleneck