POC-PT100-C PT100 high-precision temperature input module (compact USB module) product photo
SensorsEnvironmental / physical sensors

PT100 high-precision temperature input module (compact USB module)

POC-PT100-C PW-YOC-005 PT100M1C
PT100 high-precision temperature input module. A compact USB module that acquires high-precision PT100 temperature readings via USB/API (driverless).
POC model
POC-PT100-C
Product ID
PT100M1C
Classification
Compact USB modules / environmental sensors
Connection
USB / driverless

Product description

POC-PT100-C: High-precision temperature input for PT100 probes. For 2-, 3-, and 4-wire configurations. Usable as a driverless USB device from a PC, embedded Linux such as Raspberry Pi, or a network configuration via POC-Hub. Easy to integrate into prototype evaluation, inspection jigs, equipment monitoring, and data acquisition systems.

Specifications / software

Specifications
PT100 resistance temperature detector input. For 2-wire, 3-wire, and 4-wire probes. For measurements where temperature accuracy matters.
Software specifications
Implement current value retrieval, units, calibration, data logging (supported models), and alarms / periodic acquisition with the Positive ONE Sensor API. Remote collection via VirtualHub/POC-Hub is possible.
Options
Options: vented case, external probe / thermocouple / PT100 / thermistor, POC-Hub, USB-A–USB-C cable, and mounting hardware.
Comparison with similar products
Temperature: high-accuracy PT100 applications. For the wide temperature range of thermocouples, use POC-Thermocouple-C; for simple single-point measurement, POC-Temperature-C.
Applications and selection points
High-precision temperature input for PT100 probes. For 2-, 3-, and 4-wire configurations.

Network collection via the dedicated API / virtual hub / POC-Hub is also supported. For setup steps and how to choose a connection mode, see the Development guide.

Distribution

This product is a driverless USB measurement module distributed by Positive ONE. We provide supply, technical support, and contract development in Japan. It runs on Windows / Linux (Intel, ARM) / macOS / Android, and can also be used with embedded Linux such as Raspberry Pi or in network configurations via POC-Hub.