NX-TS3201 belongs to Omron NX modular I/O family, designed for platinum thermal resistance signal acquisition. It has 4 measurement channels, compatible with 3-wire Pt100 and Pt1000 RTD sensors, 14-bit ADC, temperature resolution up to 0.1°C, conversion time 250ms per unit, free-run I/O refresh mode.

This module adopts push-in spring terminal block for quick wiring and maintenance. Isolation design between sensor input and NX backplane bus, and channel-to-channel isolation, can effectively suppress field interference. Module width 24mm, slim DIN rail mounting, power consumption max 1.3W, weight 140g. TS status LED indicates module working state for fast on-site troubleshooting. Programming and configuration are completed by Sysmac Studio software, temperature data transmitted to NX CPU via NX I/O bus.

Built-in protection includes overvoltage protection, surge and ESD protection. Protection grade IP20 for cabinet installation, operating temperature range 0~55℃.

NX-TS3201 is active selling Omron I/O spare module. When the original module fails, replacing it with identical NX-TS3201 can reuse existing RTD sensors, wiring and Sysmac project without redevelopment. Technicians mount module on NX backplane, configure sensor type and parameters, test temperature reading, so the temperature measurement system resumes operation and reduces downtime.

Before shipment, every NX-TS3201 undergoes comprehensive functional inspection including power-on self-test, RTD signal simulation test, channel reading verification and LED indicator check. All products come with 12-month warranty. Our automation technical team provides remote support for module installation, wiring guidance, Sysmac configuration and fault diagnosis. Fast global shipping available for urgent maintenance orders.

For automation maintenance engineers and system integrators, NX-TS3201 is reliable spare RTD temperature input unit for Omron NX control systems. It restores high-precision multi-point temperature acquisition function, extends service life of automation assets and avoids high-cost whole system renovation.