FC-301P5K5T4131B1003

Product Description:

Danfoss manufactured the FC-301P5K5T4131B1003 controller module. It operates on 100-240 VAC. This AC voltage range is important as it is the electrical potential required for the module to work. The wide range, 100-240 VAC, means it can work on most industrial power grids, which fluctuate. In short, it’s the voltage that drives the current through the internal circuitry of the module to make it work. The power consumption is 14.5 W. This is the rate at which the device converts electrical energy into other forms, mostly heat and energy, for its functions. Lower power consumption means higher energy efficiency, less heat and lower operational cost. This power consumption is the actual electrical work being done inside the module’s electronic components, microcontrollers, communication interfaces and isolation circuitry.

Electrical isolation is a key safety feature of the FC-301P5K5T4131B1003. This isolation is achieved through galvanic separation and prevents direct electrical contact between the circuits, thus avoiding electrical shocks and ground loops. Ground loops can introduce noise and interference into sensitive electronic systems and disrupt signal integrity. By electrically isolating the module, Danfoss ensures that potential differences between the module’s circuits and the surrounding environment are contained, so it’s a safe operating environment. The module has two CAN (Controller Area Network) interfaces. CAN is a robust serial communication protocol for industrial environments. These interfaces allow the exchange of data between the controller module and other devices in a system. Each CAN interface works on differential signaling, which makes it noise-immune and can work over long distances. Having two interfaces allows for redundant communication paths or connecting multiple devices, so more flexibility and reliability.

The network capability of the module through the CAN interfaces is required for the module to be part of complex industrial automation systems. Network capability allows the module to communicate and talk to other devices, sensors, actuators and other controllers for real-time data exchange and distributed control. This is the key to synchronized operation and process control. The module’s mounting is a “screw-in module, order TB712 terminal block separately”. The screw-in mounting provides a secure mechanical connection so the module will not come loose with vibrations and mechanical stress common in industrial environments. The requirement for a separate TB712 terminal block means the proper electrical connection is important. Terminal blocks provide a standardized and reliable way to connect wires to the module, minimize the risk of loose connection and ensure consistent electrical performance.