Thermocouples
5 από 5 productsK Type Thermocouple Flexible for gases & liquids - MAX 200°C - Accuracy ±1.5°C
Flexible sensor for gases and liquids• Ø2mm• 1m, 3m, 5m, 7m or 10m (selectable)• T: -40 … +200°C.• PTFE Cable Type• Accuracy 1.5 °C• Type-K Therm...
View full detailsMagnetic K-Type Surface Thermocouple with MAX 200°C - Accuracy ±1.5°C
General characteristics Application for surface measurement Thermocouple Type K Accuracy ± 1.5 °C according to IEC 584-1 Response tim...
View full detailsType K Thermocouple with Screw - MAX 200 °C - Accuracy ±1.5 °C
Flexible sensor with ring for screwing• Ring Ø8mm• Length 1m• Maximum Temperature Tmax. 200 °C or 392 °F• Accuracy ± 1.5 °C ...
View full detailsK-type thermocouple with screw 200°C with accuracy ±1.5°C (frozen foods)
Thermocouple with screw for solid or frozen objects with 1 m cable (removable)• Response time: 18 sec • Sensor length/diameter: 130 mm / 6 mm • Mat...
View full detailsType K Thermocouple with Alligator Clip 200°C - Accuracy ±1.5°C
General characteristics Application for measuring pipe surface Pliers Crocodile with plastic handles Sensor Thermocouple Type K Acc...
View full detailsThermocouples are temperature sensors based on the Seebeck effect, generating a small voltage at the junction of two dissimilar metals. They are used for dependable temperature measurement and control in processes, ovens, piping and surface monitoring, even in harsh industrial conditions.
Available in K, J, T, E, N and R/S/B types, with different ranges, accuracies and response times, as wire probes, immersion rods, surface probes or threaded/flanged designs. Options include PTFE or fiberglass insulation and stainless-steel sheaths, with mini/standard connectors, from PCE Instruments & Eti.
Common in maintenance, HVAC, food production and labs; choose by thermocouple type, sheath material and instrument compatibility.
































































































































































































































































































































































































































