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Thermocouple calibrator T254

667,00

All Tinycal series instruments have a dual function: generation/simulation and measurement. The keys on the front panel of the instrument allow configuration for the generation of set values in engineering units or percentages. The panel keys also allow the generation in jumps that can be programmed from 1 to 30 seconds per jump, which is stored thanks to its 6 configuration keys. The simulation from the instrument – T254 and T264 – can be configured to simulate the sensor response (Pt100 or selected thermocouple type).

All instruments in the Tinycal family offer high precision and high resolution measurements which, together with their ease of use, high reliability and convenient transport, as well as their reduced weight and small size, make them basic standards in an instrumentation workshop.

High precision thermometer for multiple temperature probe calibrations and temperature tests. Multiple channels: 6 x Pt100, and 4 thermocouples. It measures electrical quantities (mV, Ω, mA) with corresponding temperature correlations.

CHARACTERISTICS

ADVANTAGES

APPLICATIONS

Operating temperature : 0 a 50 ºC

Temperature coefficient : 0,003 % /ºC

Rechargeable batteries : NiMH, autonomy 14 h

Execution time : 16 horas

Battery charger power supply : 230 V 50 Hz

Display : LCD, 4 ½ digits, height 10 mm , with blue LED backlighting

Dimensions : 83 x 152 x 33 mm

Weight : 240 to 300 gr.

Warranty : 2 years, possible extension to 5 years

Características técnicas T254

Generation/simulation : Manual or automatic

Programmable step time between : 1 and 30 seconds

Label : EC

Tinycal T254 Thermocouple Calibrator

TCS beacon supported : B, E, J, K, N, R, S

Simulation range : 2 años 80 a 390 Ohmios (-50 a 850ºC) (la corriente de simulación es de 0,1 a 2Ma)
-10 a 85 mV (Resolución 0,001/0,01 mV)

Cold junction compensation : (CJ) 0 a 50ºC, +- 0,5ºC

Accuracy at : 23ºC +- 3ºC +- 0.025% FS

Uncertainty : 1 year +- 0.05% FS

Measuring range : 2 years 20 to 320 Ohms (-220 to 600ºC) (applied current 1Ma approx.)
-10 to 85 mV (Resolution 0.001/0.01 mV)

Input impedance : >10 M Ω

Accuracy at : 23ºC +- 3ºC +- 0,025% FS

Uncertainty 1 year : +- 0.05% FS

Temperature display : ºC or ºF

Resolution : 0.01 mV and 0.1 ⁰C

Function : Measurement and generation/simulation