AAR145-S50 Yokogawa Analog Input Module | New & Original Stock

AAR145-S50 Yokogawa Analog Input Module | New & Original StockYokogawa AAR145 S50 CENTUM VP CS 3000 FIO Subsystem The Yokogawa AAR145 S50, also cataloged as the AAR145 Analog Input Module, operates as a dedicated hardware component for 4 20 mA current signal acquisition within CENTUM VP CS 3000 FIO platforms. The hardware accepts 16 isolated analog inputs from field transmitters, converting physical loop currents into digitized data frames for real time monitoring. Suffix Breakdown & Model Matrix Suffix

This flexibility allows one module to handle diverse tasks

High-Speed Backplane Integration: The module interfaces directly with distributed I/O racks via a high-speed proprietary bus

this module operates reliably in corrosive atmospheres (like sulfur-rich environments) and unconditioned field enclosures

It replaces older versions to provide better signal resolution and communication reliability

It monitors communication link integrity and internal circuitry status

SE4002S1T2B1: Specific hardware revision and configuration code

The module provides flexibility

Harmony Rack I/O (S+ HR) Output Signal Type 4–20 mA DC Communication Protocols MODBUS RTU

shields backplane pins Electrical Function Completely non-functional (no internal circuit boards) Electrical Draw Profile Zero mA (draws no power from the 5V or 24V backplane rails) Mounting Configuration Standard single-slot chassis mount Operating Temperature Range 0 to +60 degrees Celsius Storage Temperature Limits -40 to +85 degrees Celsius Relative Ambient Humidity 5 percent to 95 percent non-condensing Form Factor Scope Identical to a standard SLC 500 I-O module shell Net Weight per Piece 0

Removing or inserting the card while power is applied can cause transient current surges

Route these lines through different wire tracks to prevent a localized short-circuit or cabinet fire from taking down both power inputs simultaneously

featuring the Style S2 engineering enhancements for superior thermal management and electrical stability in heavy process industries