Proster Dual-Channel Thermocouple Thermometer K/J/T/E/R/S/N Type w/2 Probes

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Support K/J/T/E/R/S/N Type Thermocouples Measurement: Packed with two K-Type thermocouples, this Proster Digital Thermocouple can direct measure the temperature of tested object
Considerable Measuring Range: Can be used to measure the temperature of liquid / vapors and surface temperature of a solid object.Also suitable to be used both in the high temperature fields of blast furnance and cookery and the low temperature measuring for liquefied hydrogen and liquefied nitrogen etc
High Accuracy: K-type Thermocouple Measuring range: -50~300℃ ; Accuracy: 1.5%; Resolution: 0.1℃/℉＜1000°,1.0℃/℉≥1000°
Functional Design: Data Hold Function;MAX/ MIN/ AVG Value Measurement;Auto Power Off; Double display with LCD Backlight shows T1/T2 and combination of T1 and T2
Wide Applications: Fish tank, pool, furnaces, ceramic, pottery, molten metal etc Test Tips: Five seconds is generally sufficient in a stable ambient temperature environment. For moving liquids, however, a longer time is required—wait until the liquid stabilizes for an accurate reading
【Compatible with 7 Thermocouple Types】 Beyond K-type, this thermometer supports J, T, E, N, R, and S thermocouples (probes sold separately). Each type offers different ranges: J-type: -210~1200°C
T-type: -250~400°C
E-type: -150~1000°C N-type: -200~1300°C
R/S-type: 0~1767°C
【Dual Channel with T1-T2 Differential Measurement】 Monitor two separate temperature sources simultaneously on one backlit LCD screen. The T1-T2 (ΔT) function automatically calculates the temperature difference between your two probes – perfect for inlet/outlet HVAC diagnostics, radiator temp drop, heat exchanger efficiency testing, or supply/return temperature comparisons
【Versatile Probe Compatibility – Use with Multiple Thermocouple Types】 This thermometer isn't limited to K-type probes. It supports 7 thermocouple types for maximum flexibility: Type Temperature Range Best For K -200°C to 1372°C General purpose, wide range J -210°C to 1200°C Industrial, reducing atmospheres T -250°C to 400°C Low temperatures, cryogenics E -150°C to 1000°C High output, cryogenic applications N -200°C to 1300°C High temperature, oxidation resistance R/S 0°C to 1767°C High temperature, laboratory standard