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SonnePower transmission module SPT-PWM-DV: higher level of intelligent and refined control

SonnePower transmission module SPT-PWM-DV: higher level of intelligent and refined control


Disconnection protection function: the guardian of stability

The PWM transmission module of SonnePower specially integrates a disconnection protection mechanism. This function is crucial to ensure the stable operation of the system under complex working conditions. In harsh environments, equipment line failure or accidental disconnection is difficult to completely avoid. Disconnection protection can ensure that when such a situation occurs, the module can immediately detect and take preventive measures to prevent equipment misoperation caused by control signal interruption. This feature not only improves the stability and reliability of the entire system, but also reduces risks caused by signal transmission problems.

 

PWM technology: the core of precise control

PWM (Pulse Width Modulation) is a technology widely used in motor control, power management, and other applications that require fine adjustment of output power. The transmission module of Shuobo Electronics can achieve high-precision adjustment of parameters such as motor speed and solenoid valve opening degree through the integrated PWM function. 5 PWM output channels mean that multiple actuators can be controlled at the same time, which is particularly important for complex systems that require multi-point synchronization and coordination.

 

Perfect adaptation of Danfoss PVEH electronic control modules

As a well-known control unit in the industry, Danfoss PVEH electronic control module is favored by many manufacturers for its excellent performance and wide compatibility. The PWM transmission module of Shuobo Electronics is adapted to it and can be seamlessly integrated into the control system based on the Danfoss platform, further enhancing its flexibility and functionality. This combination not only simplifies the system architecture and reduces the difficulty of integration, but also provides users with a richer selection of control strategies and optimizes the energy efficiency and response speed of the equipment.