Technical Information

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Emissivity Information for Infrared Applications

Infrared Temperature Measurement Emissivity Information

How to Determine Emissivity Values
Emissivity Table Selected Metal and Non-Metal Values

ITS90 Thermocouple Temperature vs Millivolt Tables

Type J

Type J Temperature vs mV Table °F
Type J Temperature vs mV Table °C

Type K

Type K Temperature vs mV Table °F
Type K Temperature vs mV Table °C

Type T

Type T Temperature vs mV Table °F
Type T Temperature vs mV Table °C

Type E

Type E Temperature vs mV Table °F
Type E Temperature vs mV Table °C

Type N

Type N Temperature vs mV Table °F
Type N Temperature vs mV Table °C

Type R/S

Types R/S Temperature vs mV Table °F
Types R/S Temperature vs mV Table °C

Type B

Type B Temperature vs mV Table °F
Type B Temperature vs mV Table °C

Select RTD Temperature vs. Resistance Tables

Platinum 100 Ohms (Pt100) a 0.00385

Pt100 0.00385 Table °F
Pt100 0.00385 Table °C

Copper 10 Ohms (Cu10) a 0.00427

Cu10 0.00427 Table °F
Cu10 0.00427 Table °C

Copper 100 Ohms (Cu100) a 0.00427

Cu100 0.00427 Table °F
Cu100 0.00427 Table °C

Nickel 100 Ohms (Ni100) a 0.00618

Ni100 0.00618 Table °F
Ni100 0.00618 Table °C

TECAL 140 Low Temperature Block Calibrator

Use of Peltier Devices for Heating and Cooling

How Peltier Devices are Used In Dry Block Calibrators

Mp82000 Series Thermocouple and RTD transmitter

Selecting and Using Temperature Transmitters

Selecting and Using Temperature Transmitters

Combustion Analyzers

Understanding Boiler and Flue Gas Combustion Analysis

Boiler and Flue Gas Combustion Analysis