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Lambda Sensor LSU 4.9 Pack - Alfano 7 / BOX12
| Features | Details |
|---|---|
| Type | LAMBDA Broadband LSU 4.9 Probe (Bosch) |
| Measuring range | Lambda 0.65 to infinity (continuous measurement, low and high engine speed) |
| Signal output | 0-5V (compatible with data acquisition systems) |
| Food | 12V DC current (battery) |
| Max. gas | 930 ° C (1,030 ° C in short tip) |
| Max. housing | 600 ° C. |
| Thread | 18 mm (requires a nut to weld on the exhaust pot) |
| Compatibility | Alfano 7 (black port bus) or Box12 connected to a Alfano 7 (Port Orange) |
| Incompatibility | Alfano 6, Box12 (A1160) connected to a Alfano 6 |
| Pack content | A2503: Lambda LSU 4.9 / A2504 Sensor: Electronic Controller / A2505: Stainless Steel Nut + Bolt |
Detailed description
The LAMBDA SENSOR LSU 4.9 Pack is a complete kit for measuring in real time the air / gasoline ratio (Lambda) of your engine, whether low or high speed. This broadband sensor, developed by Bosch, is specially designed for demanding applications such as karting or motorcycle, where the precision of the air / gas mixture is crucial for optimizing power performance and efficiency.
Operation and benefits
- Continuously : The LSU 4.9 sensor provides a precise and instantaneous measurement of the air / gasoline ratio, making it possible to finely adjust the carburation for optimal efficiency.
- Strength : Designed to withstand extreme temperatures (up to 930 ° C for exhaust gas), it is ideal for demanding mechanical sport environments.
- Simplified installation : The sensor connects directly to the black port (bus) of theAlfano 7 or the orange port of the box12 connected to a Alfano 7. A 12V power supply is required.
- Incompatibility : This pack can not be used with a Alfano 6 or a Box12 (A1160) connected to a Alfano 6.
Installation
- Positioning : The sensor must be installed in the exhaust gas output at a distance of about 100-150 mm from the motor.
- PERGING AND WELDING : Drill a 18mm diameter hole in the exhaust jar, sold the supplied stainless steel nut, then attach the sensor with a 22 mm key (without tightening excessively).
- Electrical connection : Connect the controller to the black port (bus) from theAlfano 7 or the orange port of the box12.
- Precautions : Keep the sensor cable from other cables (RPM, high voltage) to prevent interference.
Utilization
- The sensor must be activated in the adopro software of theAlfano 7 To display the lambda curves and optimize the motor settings.
- Ideal for quickly finding the best carburation adjustment and maximizing performance.
Why choose this pack?
- Accuracy and reliability : Bosch technology, used in competition (WRC, WTCC, Le Mans).
- Engine optimization : Finely adjust the air / gasoline mixture for better efficiency.
- Extended compatibility : Works with systems Alfano 7 and Box12, for easy integration into your existing configuration.
Frequently asked questions
Is the sensor compatible with other systems thanAlfano 7? No, this pack is specifically designed for theAlfano 7 and the BOX12 connected to a Alfano 7. It is not compatible with theAlfano 6 or a Box12 (A1160) connected to a Alfano 6.
What is the life of the sensor? The service life depends on the conditions of use, but the Bosch LSU 4.9 sensors are known for their robustness and longevity in demanding environment.
Can I install this sensor myself? Yes, the installation is accessible as long as the piercing, welding and connection steps. If in doubt, consult a professional.
Ready to optimize the performance of your engine? Add this pack to your configuration now on https://magickart.eu/en/.
Need help for installation or technical advice? Contact our team of experts via https://magickart.eu/en/.
A2502
Specific References
The LAMBDA SENSOR LSU 4.9 Pack is a complete kit for measuring in real time the air / gasoline ratio (Lambda) of your engine, whether low or high speed. This broadband sensor, developed by Bosch, is specially designed for demanding applications such as karting or motorcycle, where the precision of the air / gas mixture is crucial for optimizing power performance and efficiency.