The power supply for a tower clock is usually 220V AC, but there are also some that use 380V method, which is mainly determined by the motor selected. The internal mechanism of a tower clock is driven by multiple motors to run on time, usually with hundreds of watts of switching power, which is the biggest power consumer of the tower clock; at the same time, multi-function tower clocks also have LED lighting and audio playback functions, which are also essential for power consumption. A tower clock needs to work day and night for 365 days a year, even a small power consumption will accumulate over time, so a good tower clock should have the characteristic of low power consumption. The energy efficiency ratio is a key factor we should focus on when selecting a model.
Tower clocks are installed on high buildings and usually have four dials. Traditionally, these four dials require four sets of motors and driving equipment to operate simultaneously, but this brings a prominent problem, requiring a very high peak power supply, which needs to support the operation of multiple dials at the same time; on the other hand, the simultaneous operation of multiple motors may cause coupling and interference, causing the motor pulse to skip steps, resulting in poor timekeeping.
In today's advocacy of low-carbon living, what solutions does the next generation of tower clocks provide? What are the new green and energy-saving technologies? Computers in our daily lives use a lot of energy-saving technology in this regard, because they have a very different technical characteristic from humans: time division multiplexing, which divides time into many imperceptible small segments and assigns them to different programs for use, so that the computer can watch movies, listen to music, surf the internet, and write documents... The one-mind-multi-tasking that humans cannot do is perfectly achieved on computers. Similarly, the new generation of tower clocks also adopts this green energy-saving new technology of time division multiplexing. The surface appearance is that it drives four clock faces simultaneously, but in fact, the controller switches quickly between the multi-face tower clocks, so that only the power of one motor can drive multiple clock faces, greatly reducing the requirements for power supply and reducing the possibility of interference. The tower clock using this time division multiplexing new technology is more stable and reliable.
It is difficult for ordinary users to distinguish the internal technology of tower clocks, so how to choose an energy-saving good tower clock? It's very simple - just ask the tower clock to support connecting to the national standard electric meter. The new generation of tower clocks produced by our company is equipped with standard digital communication interfaces, which can collect data such as electricity consumption, current, voltage, overvoltage, and overcurrent. Through the mobile app of the tower clock, we can monitor the energy consumption and abnormal data of the entire tower clock system in real time. This way, we don't have to worry about the advertised indicators of the manufacturer anymore. Everything is based on the electricity meter readings, which not only promotes green energy conservation but also ensures our electrical safety.
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