NB-PTCO-006
Pt1000, 2.0x2.3, Class B, PTFC102B1G0
Enhance temperature monitoring with this advanced ceramic sensor, boasting a resistance of 1000 Ω at 0°C for precise readings. Operating flawlessly in a wide range from -50 to 600°C (-58 to 1112°F), it ensures accurate data collection even in extreme environments. Featuring a platinum thin film temperature element with a coefficient of 3850 ppm/°C, this sensor guarantees reliable performance. With an open-end termination and Class B classification, it's perfect for HVAC applications. Rest assured of its quality and compliance with RoHS standards. Elevate your sensor technology with this essential component.
| Product Category: | |
| Manufacturer: | TE Connectivity | Sensors |
| Manufacturer Part Number: | TE Connectivity | Sensors NB-PTCO-006 |
| Package: | Ceramic |
| Resistance: | 1000 Ω @ 0 °C |
| Operating Temperature Range: | -50 - 600 °C, -58 - 1112 °F |
| Accuracy: | ±.3 °C |
| Element Type: | Platinum Thin Film Temperature Element |
| Element Material: | Platinum |
| Termination Type: | Open End |
| Temperature Coefficient: | 3850 ppm/°C |
| Maximum Operating Temperature: | 1112 °F, 600 °C |
| SKU: | TSSNB-PTCO-006 |
| series: | MEAS PTF |
| Wire Length: | 10 mm / .393 in |
| Wire Diameter: | .25 mm / .009 in |
| Height (Body): | 1.1 mm / .043 in |
| Length (Body): | 2.3 mm / .09 in |
| Width (Body): | 2 mm / .078 in |
| Tolerance Class: | Class B / F0.3 |
| Wire Count: | 2 |
| Model Number: | PTFC102B1G0 |
| Wire/Cladding Type: | Ni/Au |
| Lead Wire Style: | Ni/Au |
| T_ref for Accuracy: | 0 °C |
| T1 and T2 for TCR: | 0 and +100 °C |
| Supplier Product: | RTD Sensor Elements |
Environmental Initiative Details
| Environmental Initiative: | RoHS |
|---|---|
| Compliant: | Unknown |
| Date of this Information: | Unknown |
| Notes: |
Product Change Notice
| Effective Date | Description of Change | Download |
|---|---|---|
| 08/15/2024 | PCN-24-201503 - Material Change. Change blue fixation material to lead free composition. Slightly change of blue color can occur compared to the current state. | Download |