A thermal connector, sometimes called a cold-end termination, is designed to connect temperature sensors to measuring instruments, like thermocouples or resistance temperature detectors (RTDs).

Therefore, a 4-wire configuration results in the best performance. RTD Configuration Circuit A high precision and accurate RTD sensor measurement requires precise signal conditioning, ...

Durex Industries has introduced an RTD temperature sensor designed for monitoring air and various gas temperatures. A machined tip designed to maximize airflow over a miniature platinum film element ...

MPFA000024 is a head-type RTD sensor from Multicomp Pro that’s designed for Class A accurate measurements across a -50 °C to 250 °C temperature range. This sensor runs at 100 ohms, and is reported to ...

Return engineering units (e.g. °C, Kg). Accuracy of measurement is specified in engineering units (e.g. measure RTD temperature sensor accurate to ±0.2°C, not including sensor device error). Attach to ...

where: R RTD is the measured RTD resistance. V ADC is the ADC voltage reading. I CC is a somewhat constant-current source. V Offset is the voltage offset of cumulative errors. Note that this ...

Omega’s new RTDM12 series of compact RTD temperature sensors are extremely rugged with a molded (IP67) 4-pin connector with M12 male thread and a fast response time.

The sensors feature 100, 120, 500, and 1000Ω resistance values. Available temperature coefficients include 6180 ppm, suiting DIN 43760; 6370 ppm suiting, the HVAC curve; and 6720 ppm, suiting ANSI ...