The hard turbine fast door adopts a dedicated control system, the core is a DSP processing chip, and the system can better control the opening height of the door body by receiving the SEJ motor encoder signal:
Hard turbine fast door company shares the installation instructions of fast door electric control box
As we all know, the fast door is very convenient and fast to use, so it can greatly improve the work efficiency, but because the fast operation of the door is very dangerous, the hard turbine fast door company has very strict requirements on its safe use and installation. strict.
The motor design of the hard turbo high-speed door is mainly determined according to its operating characteristics, and it is mainly designed carefully by professional engineers.
What are the advantages of installing a hard turbine fast door in the workshop? Whether it is a clean room or a constant temperature and humidity workshop, there are more people and goods circulation at the door.
It is strictly forbidden to put the motor unit in or cut off during the operation of the high-speed door inverter, otherwise it will cause the inverter to trip due to overcurrent and the main circuit of the inverter will be burned. The hard turbine fast door factory recommends not to remove the front cover during the power-on process of the inverter to prevent electric shock injury.
What are the configurations and features of the quick door? Now, let's briefly talk about the hard turbine fast door factory!
Hard turbine fast door factory believes that fast door is a necessary configuration for a modern and efficient workshop storage, saving energy, reducing noise and air convection, reducing dust intrusion, keeping the environment clean, and improving work efficiency.
The hard turbine fast door represents the highest level of the world's industrial doors. It has high reliability and practicability. Its high-speed operation can resist strong convective wind pressure and unparalleled work efficiency. It is unique in today's industrial field. An alternative, reasonable mechanism design is that its failure rate is reduced to 0.