Transforming Vehicle Diagnostics: Demonstrating the Power of OBD2 Scanners

Dec 13,2023
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OBD2 scanner is an electronic device based on a standardized communication protocol that communicates with the vehicle's internal sensors and control modules by connecting to the vehicle's OBD2 system. The basic principle is to obtain vehicle system information through the OBD2 diagnostic interface, including fault codes, real-time data streams and performance parameters. By reading this information, OBD2 scanners can perform fault diagnosis, real-time data monitoring, and provide effective tools for vehicle owners and technicians to ensure vehicle reliability, safety, and performance.

The OBD2 scanner has a variety of functions. Next, we will introduce to you several functions of the OBD2 scanner:

obd2 scanner with throttle relearn

What is throttle relearn?

Throttle relearn, also known as idle air volume learning or idle speed relearn, is the process by which a vehicle's engine control module (ECM) or electronic control unit (ECU) recalibrates the throttle body to optimize the air-fuel mixture and idle speed. This calibration is required after performing certain maintenance procedures, such as cleaning the throttle body or replacing parts related to the throttle system.

During throttle relearning, the ECM learns the minimum throttle opening required to stabilize idle speed and adjusts the throttle plate position accordingly. This ensures proper engine performance, idle stability and emissions control. Throttle relearn typically uses a diagnostic tool, such as an OBD2 scanner, to initiate the process and monitor the adjustments made by the ECM.

How does Throttle relearn help optimize a vehicle’s throttle response and performance?

Throttle Relearn is a vehicle maintenance and diagnostic program designed to optimize a vehicle's throttle response and performance. Here are the key aspects of how throttle relearning can help optimize your vehicle’s throttle response and performance:

① Sensor coordination: Throttle relearning ensures that the signals and responses of the two are consistent by coordinating the relationship between the accelerator pedal sensor and the throttle actuator. This helps prevent inaccuracies in the throttle sensor signal and improves the accuracy of driver input.
② Optimize response time: This process helps adjust the response time of the throttle actuator so that it can respond to throttle input more quickly and accurately. This means the vehicle can accelerate more quickly, improving overall performance.
③ Idle smoothness: Throttle re-learning helps ensure that the vehicle runs smoothly at idle and reduces jitter or irregular idle operation. This provides a more comfortable parking and slow-speed driving experience.
④ Reduce fuel consumption: By optimizing throttle response, throttle relearning can reduce over-acceleration and unnecessary movement of the accelerator pedal, thereby helping to reduce fuel consumption.
⑤ Adaptive maintenance: After replacing relevant parts, performing maintenance or performing diagnostic repairs, throttle re-learning can help the vehicle adapt to new hardware conditions and ensure the system's normal operation.
Through the above optimization, throttle relearning can improve the overall driving experience. Drivers can control the vehicle more accurately and experience a smoother and more responsive ride.

obd2 scanner with tpms reset

What is tpms reset?

TPMS (Tire Pressure Monitoring System) reset is a procedure used to reset a car's tire pressure monitoring system.

What does tpms reset do?

TPMS (Tire Pressure Monitoring System) reset is the procedure used to recalibrate or reset a vehicle's tire pressure monitoring system. The main purpose of a TPMS reset is to synchronize the system with current tire pressure conditions and ensure accurate monitoring. The TPMS reset does the following:
① Pressure sensor synchronization: TPMS relies on sensors installed in each tire to monitor tire pressure.Over time, these sensors may need to be synchronized with the system. The TPMS reset synchronizes the pressure sensors, ensuring the system accurately reads and reports the pressure in each tire.
② Adapt to sensor changes: When changes occur (such as replacing the battery in the tire pressure sensor or sensor failure), TPMS reset helps adapt to new sensor data. This ensures that the system correctly identifies and communicates with each sensor even after changes or replacements.
③ Relearn after replacing the tire: If the tire is replaced, the position of the sensor may change. TPMS reset allows the system to relearn new sensor locations, adjusting monitoring and alarm settings accordingly.
④ System calibration: TPMS reset helps calibrate the entire system, ensuring correct communication and collaboration between sensors and control units. Calibration helps prevent false pressure alarms or system failures.

⑤ Clear fault codes: If the TPMS system detects a problem or malfunction, a fault code may be generated.TPMS reset can be used to clear these fault codes. Once the underlying problem is resolved, the system can resume normal tire pressure monitoring.
Overall, TPMS reset is a critical step in maintaining the normal operation of the tire pressure monitoring system. Regular TPMS resets help ensure the system accurately monitors tire pressure, improving driving safety and extending tire life.

obd2 scanner with abs

What is abs?

ABS stands for anti-lock braking systems. It is a vehicle safety feature designed to prevent the wheels from locking up during braking, thereby maintaining steering control and preventing skidding.

What does ABS do?

The functions of ABS are as follows:
① Maintain vehicle controllability: The ABS ensures that the vehicle can maintain good controllability when braking by preventing wheel locking. Wheel locking can lead to loss of control of the steering wheel, and ABS helps the driver maintain control of the vehicle by adjusting the braking force to keep the wheels spinning.
② Shorten the braking distance: In emergency braking or slippery road conditions, the ABS can prevent the wheels from locking by continuously adjusting the braking pressure of each wheel, so that the vehicle can stop more effectively. This helps shorten the braking distance and improves the effectiveness of emergency braking.
③ Improve driving stability: When braking, especially on slippery or uneven roads, the role of the ABS is to prevent the vehicle from losing stability. By keeping the wheels spinning and preventing skidding between the tires and the ground, ABS helps improve vehicle stability and reduces the potential for hydroplaning.
④ Cope with different road conditions: ABS can adapt to different road conditions and driving conditions. It works better on slippery, muddy or snow-covered roads, ensuring that the vehicle can brake safely in various environments.
Generally speaking, the ABS can effectively improve overall vehicle performance and safety by preventing wheel locking, allowing the vehicle to maintain controllability, shorten braking distances, and improve stability when braking.

ST10 Intelligent Automotive Detection Tool

ST10 is a multifunctional car diagnostic tool that integrates throttle relearn, tpms reset, and ABS functions. ST10 supports ADAS calibration, anti-theft matching and programming, all system detection, and over 30 common maintenance functions. It also supports tire tread detection, oscilloscope, multimeter, current clamp, videoscope, and other expansion modules.
Its functions are as follows:
ADAS calibration: supports ADAS system calibration of many models in Europe, America, Asia and China, compatible with ADAS PRO+, ADAS MOBILE, ADAS LITE, ADAS RADAR 3IN1 and other equipment;
② Car anti-theft: support the anti-theft matching function of many models in Europe, America, Asia, China, and support the anti-theftprogrammer function (optional IMMO G3);
③ Vehicle detection: support for code reading, code clearing, data stream reading, action testing, special functions and other full-system and full-function detections;
④ Maintenance function: support 30 common maintenance functions, such as maintenance light reset, throttle matching, brake pad replacement, steering angle reset, anti-theft matching, ABS bleeding injector coding, DPF regeneration, sunroof initialization, Gearbox matching, etc;
⑤ Test report: support the display of ADAS calibration, fault detection, data flow and other reports;
⑥ Software upgrade: Support online upgrades, including model software, firmware software, and APP software;
⑦ Module expansion: support tread detection, oscilloscope, multimeter, current clamp, insulation test, endoscope, and other functional


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