NI SCXI-1162 Signal Conditioning Module for Data Acquisition
The NI SCXI-1162 Signal Conditioning Module enhances data acquisition systems by providing high-quality signal conditioning capabilities. Ideal for industrial applications, it supports a wide range of sensors and transducers, ensuring accurate and reliable measurements.
Manufacturer:National Instruments
Model:SCXI-1162
Series:Signal Conditioning Modules
Module Type:Isolated Analog Input
Channels:8 Channels
Input Range:+/-10 V
Input Impedance:1 MΩ
Common Mode Rejection Ratio:100 dB
Analog Bandwidth:DC to 1 MHz
Power Requirements:10 to 30 VDC
Operating Temperature:-40 to 85°C
The NI SCXI-1162 Signal Conditioning/Data Acquisition Module is a robust solution for industrial automation and process control applications. Designed for precision measurement and data acquisition, it features 8 channels of analog input and 8 channels of digital output, offering reliable performance under demanding conditions.
This module supports an input range of +/- 10 V, providing high-resolution analog signal processing with a resolution of 16 bits. Its sampling rate of up to 1 MS/s ensures accurate and rapid data capture, making it suitable for real-time monitoring and control.
Built with durability and reliability in mind, the SCXI-1162 is certified and meets industry standards for use in critical applications. Its compact design allows for easy installation in existing systems, and its robust construction ensures long-term operation with minimal maintenance.
The module comes with detailed documentation and technical support from National Instruments, ensuring smooth integration and optimal performance. With its versatile functionality and user-friendly design, the NI SCXI-1162 is an essential tool for engineers and technicians working in industrial automation and control systems.
Experience unparalleled precision and reliability with the NI SCXI-1162 Signal Conditioning/Data Acquisition Module. Order now and elevate your industrial automation projects to new heights of efficiency and accuracy.
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