AiM Exhaust Gas Temperature (EGT) Kart Sensor - M5 With Patch Lead - S-T-EGT-P

AiM Motorsport exhaust gas temperature (EGT) kart sensor accurately measures exhaust gas using a t...

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Demon TweeksAIM Exhaust Gas Temperature (EGT) Kart Sensor - M5, Included
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Product Information

Full details

This guide is for kart racers using AiM MyChron data loggers who need to monitor exhaust gas temperature (EGT) for performance tuning. The key benefit is accurate, fast EGT readings directly from the exhaust header for optimized engine performance. A caveat is understanding the correct sensor and patch lead configuration for your specific MyChron model. The AiM EGT Kart Sensor uses a thermocouple placed in the exhaust header pipe for rapid data acquisition, designed to integrate seamlessly with MyChron kart dash/data loggers.

All features

Model Part NumberS-T-EGT-P
BrandAIM

Extended Product Information

FAQs

What is an EGT sensor used for in karting?

An EGT sensor measures the temperature of the exhaust gases exiting the engine. This data is vital for optimizing the air-fuel mixture, ignition timing, and overall engine performance, while also helping to prevent engine damage.

How do I know which sensor and patch lead to buy?

Refer to your AiM MyChron device's manual. Generally, MyChron units with a single temperature input require a sensor with a patch lead, while units with two temperature inputs (2T) use the dash's standard patch lead and require a sensor without one. A Double Temperature Patch Lead is needed for dual EGT or EGT/CHT monitoring.

Can I use this sensor with data loggers other than AiM MyChron?

This sensor is specifically designed to work with AiM MyChron kart dash/data loggers. Compatibility with other brands or generic data loggers is not guaranteed.

How deep should the EGT sensor be inserted into the exhaust header?

The optimal insertion depth can vary slightly depending on the specific exhaust header design and engine. Generally, it should be inserted far enough to get a stable reading representative of the exhaust gas flow, typically a few centimeters, ensuring the thermocouple tip is well within the flow path.

What maintenance is required for the EGT sensor?

After each use, allow the sensor to cool and clean the connection points with a dry cloth. Periodically inspect the thermocouple for any physical damage. Ensure connections remain clean and free of corrosion.

Can I use a spare sensor without a patch lead if my MyChron has only one input?

No, if your MyChron has only one temperature input, you need a sensor that comes *with* a patch lead that plugs directly into the back of the dash. Sensors *without* patch leads are intended for use with a dash that already has a patch lead capable of splitting or for use with a MyChron '2T' model.

Troubleshooting

No EGT reading on MyChron display

Verify the sensor is securely plugged into the MyChron or patch lead. Check that the correct patch lead is being used for your MyChron model. Ensure the sensor is compatible with your MyChron device and that the input channel is configured correctly in the logger settings.

Inconsistent or erratic EGT readings

Inspect the thermocouple for damage or contamination. Ensure the sensor is correctly positioned within the exhaust header and not loose. Check for any exhaust leaks near the sensor mounting point. Verify the connection at the Mignon plug is clean and secure.

EGT reading seems too low/high for operating conditions

Confirm that the correct sensor fitment is used for your specific engine type. Ensure the sensor is installed at the recommended depth within the exhaust header. Cross-reference readings with known optimal EGT ranges for your engine, if available.

Pros and Cons

Pros

  • Provides precise and rapid EGT data for engine tuning.
  • Seamless integration with AiM MyChron data logging systems.
  • High-quality construction ensures reliability in racing conditions.
  • Offers flexibility with various engine fitments.
  • Facilitates faster lap times through optimized engine performance.

Cons

  • Requires careful selection of sensor and patch lead based on MyChron model.
  • Installation requires direct access to the exhaust header pipe.
  • Potential for damage if not installed or handled with care.
  • Additional patch leads may be necessary for specific configurations.

Setup, Compatibility & Care

Compatibility: This sensor is compatible with all AiM MyChron kart dash/data loggers (MyChron6, MyChron5, MyChron4). Note that specific patch lead requirements depend on your MyChron model.

  • MyChron4/5/6 (1 Temperature Input): Choose a sensor *with* a patch lead that plugs directly into the dash. Spare sensors *without* patch leads are available for additional engines.
  • MyChron4/5/6 2T (2 Temperature Inputs): Choose a sensor *without* a patch lead, as the dash's supplied patch lead splits to connect two sensors. Spare sensors are recommended.
  • Dual EGT or EGT/CHT Monitoring: If you need to monitor two EGT sensors or one EGT and one Cylinder Head Temperature (CHT) sensor, you will require the Double Temperature Patch Lead.

Setup: The thermocouple should be precisely placed within the exhaust header pipe for optimal performance. Ensure a secure fit to prevent leaks or movement. Connect the sensor's Mignon plug to the corresponding input on your MyChron device or patch lead.

Care: After each use, allow the sensor to cool completely. Clean the external connection points with a dry, lint-free cloth. Avoid using abrasive cleaners or solvents, as they can damage the sensor or its protective coating. Inspect the thermocouple for any visible damage before each use.

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