The compatibility problem of the electric screwdriver cable

The compatibility problem of the smart electric screwdriver cable mainly includes the following aspects:        

1. Signal compatibility: Some smart electric screwdrivers need to be connected with a variety of terminal control signals, which requires that the signal line can be connected to a variety of terminal control signals to ensure that the signal transmission is 100% reliable. The signal line should have a strengthened shielding layer and a high-density shielding network to enhance anti-interference ability.     

2. Power line compatibility: Multi-strand copper wires are required for high-voltage batch connection of power cables to ensure softness and reliability of continuous operation. These lines need to be tested for high voltage resistance, bending resistance and electrical conductivity to meet international safety standards.     

3. Voltage compatibility: Electric screwdrivers need to be suitable for different voltage environments, such as 100V to 250V operating environments, which requires the connection line to adapt to different voltage requirements.       

4.  Stability and reliability of the control signal: The circuit board adopts gold plating process and anti-interference design to ensure the stability and reliability of the signal control.         

5. Compatibility with a variety of screwdriver heads: The smart electric screwdriver needs to be compatible with a variety of screw heads, and can be customized according to specifications to meet different needs.         

6. Length and Angle compatibility: The motor drive connection cable should have a variety of length options, as well as right Angle connection and 90° Angle connection options to adapt to different installation and use environments.         

7. Total length limit: The total length including the motor drive connection cable cannot exceed a certain limit, such as 12 meters, to ensure the stability of the signal and power supply.     

8. Program controller compatibility: Program controllers need to be compatible with electric screwdrivers, including various screw models, as well as different input/output interfaces and communication protocols.       

   These issues point to compatibility challenges that need to be considered during the design and use of smart electric screwdriver cables to ensure the tool's efficiency, safety and wide applicability.