FNY-NS115

The FNY-NS115 is an accessory commonly used in robotics and automation. It is used to interface with the digital I/O of the corresponding device

The FNY-NS115 is a high power, general purpose input/output module that can be used as a gateway between digital and analog I/O. It has an input voltage range from 3.3 VDC to 24VDC, and is capable of supplying currents up to 1.5 A. The FNY-NS115 is suitable for on/off switching, the control of different outputs, the connection of analog sensors, and the control of PWM (pulse width modulation) signals.

The FNY-NS115 has two working modes. In single output mode, the module can supply current up to 1.5 A and output voltage up to 5 V with a maximum temperature of 100 C. In dual output mode, the module can supply current up to 0.75 A and output voltage up to 3.3 V.

The FNY-NS115 also features a built-in watchdog timer, which allows the user to set a time limit for how long a particular output needs to be turned on or off. The timer prevents any rogue inputs from triggering the device out of its programmed settings.

The working principle of the FNY-NS115 is fairly simple. The standard input of the device is connected to a digital I/O pin of the robotic or automation system. The device then processes and controls the corresponding outputs, depending on the state of the input.

The FNY-NS115 also supports PWM technology, which allows the user to program different output voltages and currents when the input is toggled. This makes the FNY-NS115 an ideal choice of interface for robotic and automation systems that require precise control over multiple outputs.

In summary, the FNY-NS115 is an easy to use and reliable accessory for robotic and automation systems. It can control up to two outputs with current up to 1.5 A and provide temperature protection up to 100 C. It also features a built-in watchdog timer and supports PWM technology. The working principle of the FNY-NS115 is simple and straightforward, making it an ideal choice for applications where precise control and multiple outputs are required.