YAGEO Nexensos delivers reliable temperature sensing for extreme conditions—ensuring safe, sustainable performance across e-mobility, industrial, energy, electronics, healthcare, and automotive exhaust application.
Your Reliable Partner
PT RTD Sensors
Features and Benefits
▪ Typical resistance values: 100, 500, 1000 Ohm (@ 0 °C)
▪ Linear characteristics (TCR 3850 ppm/K)
▪ Positive Temperature Coefficient
▪ Characteristics standardized to DIN EN 60751 (IEC 60751)
RTD Probes and Assemblies
Features and Benefits
- PY-Series – Polymer surface-mount Pt sensor for compact applications (−20 °C to +110 °C)
- MT-Series – Robust metal-encapsulated Pt sensor for high-temp environments (−40 °C to +500 °C)
- EC-Series – Polymer-encapsulated Pt sensor with wide temperature range (−50 °C to +200 °C)
- CE-Series – Sensor element with cable extension for flexible installs (−95 °C to +260 °C)
- WE-Series – Sensor element with wire extensions for high-temp uses (−70 °C to +500 °C)
- TH-Series – Thread-type Pt sensor for secure, screw-in mounting (−50 °C to +260 °C)
- RT-Series – Ring terminal Pt sensor for bolt-on temperature sensing (−50 °C to +260 °C)
Sensor Elements with Lead Wire
Features and Benefits
- Wired sensor elements – Designed for easy lead wire attachment.
- M-type elements – Ideal all-purpose choice for most applications.
- L-type elements – Features soft-solderable AgPd leads for simplified assembly.
- HM, HL, HD-type elements – Engineered for extended high-temperature use.
- C-type elements – Optimized for cryogenic temperature applications.
Sensor on Circuit Boards
Features and Benefits
- Specially designed for calorimetry applications
- SMD-format platinum temperature sensor on PCB
- High measurement accuracy and long-term stability
- Optimized thermal design
- Wide operating temperature range (-40 °C to +150 °C)
Customer Specific Sensors
Features and Benefits
- Beyond standard RTD sensing – Supports advanced multifunctional applications.
- Integrated platform chip – Combines thin-film sensors, heaters, and electrodes on a single chip.
- Customizable sensing layers – Add metal oxides to enable gas detection (O₂, CO, NOx, CH₄) down to ppm levels.
- Temperature-compensated gas sensing – Ensures accurate detection in variable conditions.
- Versatile applications – Ideal for gas, humidity, and aqueous media sensing in medical and biotech fields.
- State-of-the-art thin-film technology – Delivers high adaptability for next-gen sensing innovations.