SDL ceramic wire-wound detectors are manufactured to the highest possible standards, using platinum wire. They offer long-term stability across a wide range of applications.
We manufacture a comprehensive range of PT100 detectors to meet all of the recognised international specifications, including IEC60751;2008, tolerance classes W0.3, W0.15, and W0.1 in diameters from Ø0.78 to Ø4.5mm.
Our core process is the design and precision manufacture of temperature sensors, especially detectors for specialised applications. We provide complete in-house design, manufacturing and calibration facilities, ensuring that the reliability and accuracy of the finished detectors.
Our highly experienced technicians can advise you on the best approaches for the most demanding of applications.
SDL is synonymous with quality in the field of platinum resistance detectors (Pt100s). We offer, as standard, substantially better interchangeability tolerances than those defined by International Standards, such as EN 60751;2008, for reduced variability in the elements.
This is achieved through stringent quality controls at every stage of production, from the approval of the platinum alpha coil wire through final detector selection.
Download the SDL Production Guide
| SENSOR TYPES | Pt100, Pt500, Pt1000 |
| PLATINUM ALPHA OPTIONS |
3850, 3900, 3916 |
| DETECTOR LENGTHS | From 4mm to 50mm |
| DETECTOR DIAMETERS | From Ø0.78mm to Ø4.50mm |
| TEMPERATURE RANGES | -196°C to 660°C |
| BODY MATERIAL | Ceramic |
| WIRE MATERIALS | Platinum, Nickel, Copper |
We manufacture Pt sensors for common and specialist applications. We are recognised as one of the premier producers of wire wound elements, supplying leading RTD manufacturers throughout the world with high-quality standard and specialist detectors.
Sensors operating in high-temperature systems, such as engines, combustion systems and material processing, are used to measure real-time operating conditions. Data collected can be used for a range of tasks, including improving efficiencies and reducing carbon output, along with ensuring structural integrity and the safety of operatives..
