Ecumaster EGT Sensor – Inconel Sheath Professional EGT Probe

Ecumaster EGT Sensor – Inconel Sheath Professional EGT Probe

The Ecumaster EGT Sensor with Inconel Sheath is a professional exhaust gas temperature probe designed for accurate, high-temperature measurement in demanding motorsport and performance applications.

Capable of measuring exhaust gas temperatures up to 1,300°C, this thermocouple-style EGT sensor is ideal for turbocharged engines, race cars, track cars, and high-performance engine management setups where reliable exhaust temperature monitoring is essential.

Built with a robust Inconel sheath, a small-diameter probe tip, and a braided cable, the sensor offers fast response, durability, and long service life in harsh exhaust environments.

Key Features

Professional EGT Probe
Designed for accurate exhaust gas temperature measurement in motorsport and high-performance applications.

Measures up to 1,300°C
Suitable for high-temperature exhaust environments.

Fast Response Time
Small 3mm probe diameter helps provide quick temperature response.

Inconel Sheath
Robust Inconel sheath construction provides excellent durability, long life, and reliability.

6mm Fitting Diameter
Designed to help reduce vibration-related damage in demanding applications.

Thermocouple Sensor Design
Generates a temperature-related voltage without requiring additional external power.

Supplied with Compression Fitting
Includes the required compression fitting for installation.

Technical Details

Suitable Applications

• Exhaust gas temperature monitoring
• Turbocharged engines
• Motorsport and race vehicles
• Track cars
• Performance engine management systems
• Dyno and tuning applications
• Engines requiring precise exhaust temperature monitoring

Contents

• 1 × Ecumaster EGT sensor with Inconel sheath
• 1 × Compression fitting
• 1 × M10 × 1 mounting adapter

Important Notes

• Professional installation is recommended
• Ensure correct probe positioning for accurate readings
• Avoid installing where the probe may be exposed to excessive vibration or mechanical contact