STIKON™ Flexible Fast-Response Platinum RTD (22810 & 22830 Series)
The RdF 22810-series RTD is a polyimide insulated surface sensor designed to provide a practical method for measuring surface temperature. These sensors are small, flexible, and their low mass has minimal thermal effect on the material being measured. They are ideally suited for applications where the device can be permanently mounted using adhesives or other mechanical mounting methods.
The RdF 22810-series RTD is a polyimide insulated surface sensor designed to provide a practical method for measuring surface temperature. These sensors are small, flexible, and their low mass has minimal thermal effect on the material being measured. They are ideally suited for applications where the device can be permanently mounted using adhesives or other mechanical mounting methods.
The RdF 22810-series RTD is a polyimide insulated surface sensor designed to provide a practical method for measuring surface temperature. These sensors are small, flexible, and their low mass has minimal thermal effect on the material being measured. They are ideally suited for applications where the device can be permanently mounted using adhesives or other mechanical mounting methods.
The RdF 22810 sensor is offered for purchase online in its 3-wire (B) configuration with 36 inch leads. Other configurations and custom lead lengths are available. Please contact sales@rdfcorp.com with inquiries.
STANDARD (22810-1): ±0.5Ω 0.5% of temperature
HIGH-ACCURACY (22810-2): ±0.22Ω 0.25% of temperature
| Operating Temperature Range | Sensing Element | Ice Point Resistance & Accuracy |
|---|---|---|
| -200°C to +232°C (-320°F to +450°F) with permissible exposure to 260°C (500°F) for short periods clamped. |
International grade platinum a = 0.00385Ω/Ω/°C nominal (IEC 751) | 100Ω resistance at 0°C 22810-1: ±0.50 ohms 0.50% of temperature 22810-2: ±0.22 ohms 0.25% of temperature |
| Time Response | Long Term Stability | Self-Heating |
| <0.2 seconds on metal surfaces | Less than 0.2°C drift per year at rated service temperature with proper mounting | The bare sensor will rise less than 1°C while dissipating an I2R power of 15 mW on metal surfaces |
| Insulation Resistance | Lead Wire | Mounting |
| Insulation resistance between outer sensor insulation clamped between two metal plates and the common lead wire is: 50 Megaohm (MΩ) minimum with 50 VDC applied to a dry sensor at room temperature (ASTM-E-644) | #26 AWG stranded nickel-plated copper conductors, PFA Teflon® insulated 3 or 4 conductor ribbon cable | Will conform to surfaces with radii down to 3/8 inch transverse to the element winding and 1.5 inch longitudinal to the winding. CAUTION: Only bend transverse to grid axis. |
