OMEGA Engineering, Inc. Datasheets for Resistive Temperature Devices (RTD) Elements
Resistive temperature device (RTD) elements are wire windings or other thin-film serpentines that exhibit changes in resistance with changes in temperature. They are usually made of metallic elements or alloys such as copper, nickel, or nickel-iron.
Resistive Temperature Devices (RTD) Elements: Learn more
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| Product Name | Notes |
|---|---|
| FR series elements are designed for applications where high vibration resistance as well as high temperature stability is vital. Typical industrial applications include analytical equipment, chemical plants and mechanical equipment. | |
| Glass wire wound platinum RTD elements are made by winding a platinum wire onto a glass core and then fusing the exterior with glass. They are suitable for low or... | |
| Mineral insulated metal sheathed RTD Cable , RTD MIC, has a stainless steel or Inconel outer metal sheath with copper or Nickel signal wire conductors. The conductor lead wires are... | |
| Model F2020 thin film RTD element is a 2.0mm x 2.0mm size and packaged 100 pieces per low cost OEM RTD pack. OMEGAFILM platinum thin film RTD elements are manufactured... | |
| OMEGA introduces the OMEGAFILM platinum RTD element an element achieved by employing construction techniques similar to those used to manufacture miniature electronic integrated circuits. The result: a precision element available... | |
| OMEGA RTD elements can be used for a variety of temperature applications. Models are available for temperature ranges as broad as -200 to 850°C. Dual element RTDs are also available... | |
| OMEGA thin film DIN Class "B" RTD elements have a resistance tolerance of 100.00 0.12, 500.00 0.60, or 1000.00 1.20 at 0C, and they meet the requirements of IEC751. They... | |
| The HSRTD Series Flexible RTD Temperature Sensor Probes are hermetically sealed at the sensor tip to provide continuous protection at the temperature measurement junction. The flexible sensor probe PFA cable... | |
| The KN series RTD's are suitable for applications requiring extremely high temperature stability and high temperature shock resistance. Deviation from the IEC751 characteristic curve is minimal over the entire temperature... |
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