Canada United States Benelux Czech Republic France Germany United Kingdom Part Number     All Omega     search term        French English Frequently Asked Temperature Questions Temperature Measurement and Control Glossary Practical Guidelines for Temperature Measurement Physical Properties of Thermoelement Materials OMEGACLAD® Sheath Selection Guide Introduction to Practical Temperature Measurements Using Thermocouples Using RTDs Using Thermistors Nicrosil/Nisil Type N Thermocouple The Choice of Sheathing for Mineral Insulated Thermocouples Temperature Properties of Some Metals, Elements and Compounds Thermocouple Properties Thermocouple Wire Insulation Reference/Application Guide Metal Sheathed and Exposed Thermocouple Response Times in Air Metal Sheathed and Exposed Thermocouple Response Times in Water OMEGA® Interchangeable Thermistor Applications Resistance Elements and RTDs Introduction to Infrared Pyrometers Principles of Infrared Thermometry Infrared Temperature Measurement: Theory and Application Noncontact Temperature Measurement: Theory and Application Fiber Optics Handheld Infrared Thermometers for All Applications Principles of Infrared Thermocouples Microcomputer-Based Infrared Temperature Transducers Infrared Thermocouples Extended Temperature Ranges Infrared Window Data IR Quick Help Table of Total Infrared Emissivity Cryogenic Temperature Sensors: CY7 Series Silicon Diodes Resolution and Accuracy of Cryogenic Temperature Measurements Heat Wave: A National Problem Dewpoint Equilibrium Relative Humidity: Saturated Salt Solutions Two-Wire Transmitters For Temperature Applications How to Use Ferrite Cores With Instrumentation ìElectromagnetic Compatibilityî and CE Conformity Low Noise Thermocouple System Introduction to Temperature Controllers and Selection Considerations Temperature Control: Tuning a PID Controller Controller Operation SSR Thermal Considerations OMEGA PT41 Precision Clock/Timer/Controller Functions Solid State Relays Intrinsic Safety Intrinsic Safety Circuit Design Selecting a Recorder Overview of IEEE-488 ASCII Code Values and Hexadecimal Conversion Chart The RS-232 Standard Guidelines for Realizing the ITS-90 The International Temperature Scale of 1990 International Standard Codes Application Notes: Low-Cost Non-Electric Temperature Gauges ITS-90 Thermocouple Direct and Inverse Polynomials Tungsten-Rhenium Thermocouples: Calibration Equivalents Thermocouple Reference Tables Revised to ITS-90 Type J, Deg. C Type K, Deg. C Type E, Deg. C Type S, Deg. C Type R, Deg. C Type B, Deg. C Type N, Deg. C Type J, Deg. F Type K, Deg. F Type E, Deg. F Type T, Deg. F Type S, Deg. F Type R, Deg. F Type B, Deg. F Type N, Deg. F Type C, Deg. C Type C, Deg. F Tungsten and Tungsten/ Rhenium: Thermocouple Tables CHROMEGA Æ vs. Gold-0.07 Atomic Percent Iron Thermocouple Table of Temp. vs.Thermoelectric Voltage Space for Transmitters in Probe Assembly Heads Platinum Resistance Temp. Detector: Interchangability Tolerance Chart ITS-90 Polynomial for RTD Temperature vs. Resistance RTD Temp. vs. Resistance Table For European Curve, Alpha = .00385 RTD Temp. vs. Resistance Table For American Curve, Alpha = .00392 Thermistor Resistance vs. Temp Resistance vs. Temperature for Series ì700î Linear Thermistor Pairs Temperature Conversion Chart Between C and F Conversion Factors for Physical Units of Measure Ohmís Law, Summary Conversion Factors for Electrical Units of Measure © Copyright 2003-2012  |  OMEGA ENGINEERING, Inc. | OMEGA Privacy Statement