National Instruments FP-DI-301 Digital Input Module

The FP-DI-301 (Part Number: 777518-301) has 16 input channels, 24 VDC sinking inputs, 1 kHz update rate for all channels, and an input range from 18 to 30 VDC. The device has a reverse voltage protection of -30 VDC. This Digital Input Module gives advanced worked in module-to-module detachment and sidetracks as a control or communication framework using high voltage levels. The NI FD-DI-301 module highlights a HotPnP (plug-and-play) task with the goal to generate establishment and set up a less demanding task, so it is usually important and recognized by the arrangement programming. The system module incorporates a guard dog clock to identify significant parts of system idleness. In a period out condition, the system module sets every one of the yields in the I/O modules in its hub to client characterized disappointment mode states. In addition, the system modules play out an individual test suite on catalyst to confirm their own operational status; every I/O order to a FieldPoint module returns status and blunder conditions. I/O modules incorporate I/O diagnostics, such as open thermocouple discovery and open current circle identification. Additionally, the device has an input impedance of 5 kΩ, and consumes 400 mW of power from the network.

The National Instruments FP-DI-301 Digital Input Module is intended to work in the unforgiving situations of mechanical applications. This model offers a temperature scope of -40 to 70 °C. Some parts can use that temperature and work with it and are also determined to withstand a high level of vibration and stun. The FieldPoint framework can work with a lot of applications like Windows NY and Windows 95 because this framework incorporates programming devices that improve the coordination of the FieldPoint framework.

The FP-DI-301 weighs 4.93 oz. The device has a recommended storage temperature range of –55 to 85 °C, a non-condensing relative humidity range of 10 to 90%, random and sinusoidal operating vibrations of 5 grms and 5 g respectively–all at a frequency range of 10 to 500 Hz. It is designed to comply with the following electrical safety standards: IEC 61010-1, EN-61010-1, UL 61010-1, and CSA 61010-1.