SCXI-1600

SCXI-1600ABB CI871K01 3BSE056797R1 GE VMIVME-7698-345 350-017698-345 B EMERSON MVME55006E-0163 ABB 5SHY4045L0001 3BHB018162R0001 AUTOMAX 57C552-1 GE DS200DCFBG1BJB ABB SYN5302-0277 ABB PPD113B01-10-150000 HONEYWELL FC-QPP-0001 MOTOROLA MVME55006E-0163 MOTOROLA MVME2400 PIONEER MAGNETICS PM36218B-10P-1-8PH-J ENI GHW-12Z WOODWARD 8237-1597 ABB PM904F 3BDH001002R0001 FOXBORO H92A0K9V0H00 MOOG D136-001-008 MOTOROLA MVME55006E-0163 ABB PFCL201C 10KN GE IC698CPE040-JP

SCXI-1600

SCXI-1600National Instruments (NI) CompactDAQ (cDAQ) 8-Channel High-Precision Analog Input Module
Model Interpretation:
  • “SCXI”: NI’s legacy identifier for “Signal Conditioning eXtensions for Instrumentation,” retained for compatibility with cDAQ systems (originally from NI’s SCXI chassis product line).
  • “1600”: Specifies core functionality—”1″ denotes analog input, “6” indicates high-precision (16-bit resolution), and “00” marks the base configuration (no built-in signal conditioning for general-purpose use).

2. Product Description

The SCXI-1600 is an industrial-grade analog input modul
e engineered by National Instruments for high-accuracy sensor signal acquisition in cDAQ-based measurement systems (e.g., laboratory R&D, manufacturing quality control, environmental monitoring). As a plug-in module for NI’s CompactDAQ chassis (e.g., cDAQ-9178, cDAQ-9179), its primary function is to convert analog signals from sensors (e.g., pressure transmitters, thermocouples, strain gauges) into digital data, which is then transmitted to a host PC or embedded controller via USB/Ethernet for analysis.
Key technical values addressing precision measurement demands:
  1. High-Resolution Acquisition: Features 16-bit ADC resolution and 100 kS/s (kilo-samples per second) aggregate sampling rate, enabling accurate capture of low-level sensor signals (e.g., 1mV strain gauge outputs) with minimal noise—critical for applications like material stress testing.
  2. Versatile Signal Compatibility: Supports multiple analog input types, including differential voltage (±10V), single-ended voltage (0–10V), and current (4–20mA via external shunts), eliminating the need for dedicated modules for mixed sensor fleets.
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