Description
The product, identified by part numbers 140188B-01L, 784397-01, 782000-01, and 782000-02, falls under the C Series Analog Input category. It is recognized as the NI-9232 model and is commonly described as the NI 9232 BNC, 3 Channel MCM Module. This module is equipped with 3 channels and boasts a sample rate of up to 102.4 KS/s/channel, ensuring efficient data acquisition.
The input voltage range supported by the NI-9232 spans from -30 V to 30 V, making it versatile for a wide range of applications. It is compatible with IEPE sensors, non-IEPE sensors, and smart TEDS sensors, enhancing its utility in various measurement scenarios. Connectivity options include BNC connectors (784397-01) and Screw-terminals (782000-01, 782000-02), providing flexibility in connection types. Notably, the model 782000-02 is conformal coated, offering additional protection in challenging environments.
The module ensures safety with 60 VDC continuous channel-to-earth ground isolation and is capable of withstanding surge voltages up to 1,000 Vrms, safeguarding against unexpected voltage spikes. The NI-9232’s weight varies slightly depending on the connection type, with the Screw Terminal version weighing 5.0 oz and the BNC version weighing 5.6 oz. It is designed to operate within a wide temperature range of -40 to 70 °C, ensuring reliable performance in both cold and hot environments.
Feature | Description |
---|---|
Part Number | 140188B-01L, 784397-01, 782000-01, 782000-02 |
Category | C Series Analog Input |
Model | NI-9232 |
Description | NI 9232 BNC, 3 Channel MCM Module |
Channels | 3 |
Sample Rate | Up to 102.4 KS/s/channel |
Input Voltage Range | -30 V to 30 V |
Compatibility | IEPE sensors, non-IEPE sensors, smart TEDS sensors |
Connectivity | BNC connectors (784397-01), Screw-terminal (782000-01, 782000-02) |
Conformal Coated | Yes (782000-02) |
Isolation | 60 VDC continuous channel-to-earth ground |
Surge Voltage Protection | 1,000 Vrms |
Weight | 5.0 oz (Screw Terminal), 5.6 oz (BNC) |
Operating Temperature | -40 to 70 °C |