The Apollo SP15 Cross Slope Sensor is a precision-engineered component designed to enhance the accuracy and efficiency of road milling machines. Featuring a reliable 7-pin bayonet connection, this sensor ensures secure and stable electrical integration with milling equipment, providing real-time slope measurement for consistent grading performance.

Built to withstand the demanding conditions of road construction, the SP15 sensor plays a crucial role in maintaining proper cross slope control during milling operations. Its robust design resists vibration, dust, and moisture, ensuring dependable performance even in harsh job site environments. The bayonet-style connection offers quick and secure installation, minimizing downtime during maintenance or replacement.

This sensor integrates seamlessly with milling machine control systems, delivering precise slope data to help operators achieve uniform surface grading. The feedback mechanism allows for automatic adjustments, reducing manual intervention and improving overall milling accuracy. Whether working on highways, urban roads, or airport runways, the SP15 helps maintain the desired slope profile for optimal pavement removal.

Durability is a key feature of this cross slope sensor, with a protective housing that shields internal components from debris and mechanical stress. The design ensures long-term reliability, reducing the need for frequent replacements and keeping milling operations running smoothly. Maintenance is straightforward, requiring only periodic cleaning and connection checks to ensure consistent performance.

For milling contractors, the Apollo SP15 sensor enhances productivity by supporting precise grade control, minimizing rework, and improving the quality of milled surfaces. Its compatibility with various milling machines makes it a versatile solution for different project requirements. By delivering accurate slope measurements, this sensor helps operators maintain efficiency while meeting strict paving specifications.

The 7-pin bayonet connection ensures a stable electrical interface, preventing signal loss due to vibration or environmental factors. This reliability is critical for maintaining uninterrupted operation during extended milling shifts. The sensor’s design also allows for easy troubleshooting, with clear indicators for operational status and potential issues.