PT100/PT100 Platinum RTD
製品概要
PT100/PT1000 Temperature Sensors High-Precision PT100 & PT1000 Temperature Sensors Accurate and Reliable Platinum Resistance Temperature Detectors for Demanding Applications. Our PT100 and PT1000 sensors are advanced platinum resistance temperature detectors (RTDs) engineered to provide exceptional ...
製品説明
High-Precision PT100 & PT1000 Temperature Sensors
Accurate and Reliable Platinum Resistance Temperature Detectors for Demanding Applications.
Our PT100 and PT1000 sensors are advanced platinum resistance temperature detectors (RTDs) engineered to provide exceptional accuracy in temperature measurement. They leverage the principle of changing electrical resistance in platinum with temperature variations. The PT100 features a nominal resistance of 100 ohms at 0°C, while the PT1000 offers a higher nominal resistance of 1000 ohms at 0°C, enabling enhanced sensitivity and precision.
Key Benefits:
- Superior Accuracy and Reliability
- Wide Temperature Measurement Range
- Excellent Stability and Longevity
- Versatile Application Suitability
Ideal For:
- Precision measurement and control systems
- High-end scientific instruments
- Laboratory research and development
- Medical devices requiring extremely precise temperature control
- Industrial process monitoring
Product Details
Brand
N/A
Origin
N/A
Material
Platinum
Color
N/A
Technical Specifications
As no specific technical data was provided, please refer to the general characteristics of PT100 and PT1000 sensors.
| Specification | PT100 | PT1000 | Notes |
|---|---|---|---|
| Nominal Resistance at 0°C | 100 Ω | 1000 Ω | Standard reference point |
| Material | Platinum | Platinum | High purity platinum wire |
| Accuracy Class | Class AA, Class A, Class B (IEC 60751) | Class AA, Class A, Class B (IEC 60751) | Depends on manufacturing tolerance |
| Temperature Range | -200°C to +850°C (typical) | -200°C to +850°C (typical) | Can vary based on probe construction |
| Response Time | Fast to moderate | Fast to moderate | Depends on probe size and construction |
| Self-Heating | Minimal | Minimal | Low excitation current minimizes error |
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