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Description
Resistance Temperature Detectors (RTDs) are used for industrial temperature measurements where high accuracy and long-term stability are required.
The 100 ohm platinum element is the most common for industrial applications.
The 3-wire lead configuration is used for industrial temperature measurements and provides adequate compensation for leadwire resistance.
The 4-wire arrangement fully eliminates all leadwire effects and is used in applications where high accuracy is required.
Features- Rugged Construction
- Accurate and Stable Probes
- General Purpose, Tip Sensitive, High Temperature and High Vibration Probes and Assemblies
- 2, 3 and 4 Wire Configurations
- General Purpose or Spring Loaded Mounting, with or without Thermowells
- Nipple, Nipple-Union-Nipple or Bushing Extension Hardware
- CSA Approved Assemblies for Hazardous Locations Averaging RTDs
- Custom Configurations
- Head Mounted Transmitter Options
Specifications
Specifications
Brand
Element Material
- Platinum, DIN/IEC 60751
Element Resistance
- 0, 100, 500, 1000 Ω
Tolerance
- ± 0.12 % of resistance at 0° C(Class B) ± 0.06 % of resistance at 0° C(Class A)
Stability
- 0.05 % of resistance/year at 0° C
Temperature Coefficient
- .00385 Ω/Ω/°C
Temperature Range
- -50° Cto 250° C(R1,R2) -200° Cto 500° C(R3,R5) -200° Cto 550° C(R4)
Lead Configuration
- 2,3 or 4-Wire
Lead Material
- Stranded copper for 260° C Stranded ni-clad copper for 500° C Solid nickel for 550° C
Lead Insulation
- Teflon for 260° C probes Fiberglass for 500° C probes MgO for 550° C probes
Probe Material
- 316 stainless steel
Probe Tip
- Stainless Steel Copper alloy for tip sensitive probe
Probe Size
- 0.25" O.D.
Vibration
- 20 gover 10 to 1 kHz
Response Time
- 30 sec nominal for Stainless Steel tip 15 sec nominal for copper tip
Self-heating
- 20 mW/°C for Stainless Steel tip 40 mW/°C for Copper tip
Pressure Rating
- 500 psig over temperature range
Insulation Resistance
- 1000 MΩ at 500 Vdc
