SMRE-TTL is a high-precision speed and velocity sensor specifically designed for use on the 5th wheel axle of vehicle dynamics test benches (chassis dynamometers). The sensor operates based on the TTL pulse method, offering high interference immunity, temperature stability, and a robust mechanical design for continuous operation under high vibration and humidity conditions. It provides reliable signals for the accurate calculation of vehicle speed, distance traveled, and acceleration – essential for the calibration and validation of vehicle control systems, ABS, ESP, and electric drives.
Specifically designed for vehicle dynamics test benches (chassis dynamometers) on the 5th wheel axle.
Provides superior interference immunity, temperature stability, and structural robustness under continuous vibration and humidity.
Delivers precise signals critical for calculating vehicle speed, acceleration, and distance during ABS, ESP, and electric drive calibration.
Frequently Asked Questions
What is the SMRE-TTL sensor specifically designed for?
The SMRE-TTL is a high-precision speed and velocity sensor designed specifically for use on the 5th wheel axle of vehicle dynamics test benches (chassis dynamometers).
How does the SMRE-TTL sensor operate?
It operates based on the TTL pulse method, which ensures high interference immunity, temperature stability, and reliable performance.
Can the sensor withstand harsh testing environments?
Yes, it features a robust mechanical design built for continuous operation under demanding conditions, including high vibration and high humidity.
What vehicle dynamics metrics can be calculated using this sensor?
The sensor provides reliable signals crucial for the accurate calculation of vehicle speed, overall distance traveled, and acceleration.
How does this sensor support vehicle calibration and validation?
By delivering accurate speed and distance data, it is essential for calibrating and validating vehicle control systems, ABS, ESP, and electric drive systems.
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