Seamless Integration Rubber Shock Absorber Pads Vibration Resistant 2032512

Product Specification

The Apollo Material Sensor system represents a critical monitoring solution for modern asphalt paving operations, with part numbers 2032512 and 2032513 specifically designed for compatibility across the S1800, S1900, and S1600-2 paver models. These robust sensors serve as the eyes of the paving machine, continuously tracking material flow and distribution to ensure consistent asphalt placement.

At the heart of the paving process, these material sensors play a vital role in maintaining optimal operation by providing real-time feedback to the paver's control system. Their precise monitoring capabilities help operators maintain proper material head in front of the screed, directly impacting the quality of the finished mat. The sensors' design focuses on reliability in the challenging conditions of hot mix asphalt paving, where temperature extremes and particulate matter demand durable components.

Engineered for straightforward integration, these sensors install at key material flow points on the paver. Their mounting configuration allows for easy adjustment to accommodate different paving widths and material types. The system works seamlessly with the paver's automated controls, helping to regulate the feed of asphalt mix from the hopper to the auger chamber.

The sensors' rugged construction withstands the vibration and mechanical stresses inherent in paving operations. Protective housings shield sensitive components from dust, debris, and moisture while allowing for accurate material detection. This durability translates to consistent performance shift after shift, reducing the frequency of replacements and associated downtime.

For paving crews, the benefits of properly functioning material sensors become immediately apparent in the quality of work. By maintaining appropriate material levels in front of the screed, the sensors help prevent common paving defects like segregation or uneven compaction. Their continuous monitoring allows for automatic adjustments to conveyor speeds, creating a more consistent paving process with less manual intervention.

Maintenance requirements focus primarily on keeping sensor surfaces clean and verifying secure electrical connections. The design emphasizes serviceability, with components arranged for easy access during routine checks. This practical approach minimizes equipment downtime while ensuring reliable operation throughout the paving season.

In various paving applications – from highway construction to parking lot projects – these material sensors demonstrate their versatility. They adapt to different mix designs and paving speeds while maintaining accurate monitoring capabilities. Their performance remains consistent whether working with standard hot mix asphalt or modified mixes at elevated temperatures.

The difference between part numbers 2032512 and 2032513 typically relates to specific mounting configurations or connector types, allowing for proper fit across the compatible paver models. Both versions maintain the same core functionality and performance standards expected from Apollo's material sensing technology.

For contractors running multiple paver models in their fleet, the cross-model compatibility of these sensors offers practical advantages. The ability to use the same sensor types across S1800, S1900, and S1600-2 pavers simplifies inventory management and reduces the need for multiple spare parts. This interchangeability proves particularly valuable for operations with mixed equipment ages or models.

The sensors' electrical connections feature robust designs that resist vibration-related wear, a common challenge in mobile construction equipment. Connectors and wiring harnesses employ materials that maintain integrity despite exposure to heat, oils, and other job site contaminants. These details contribute to the system's overall reliability in demanding working conditions.

During operation, the sensors provide clear indications of material flow status, helping operators make informed decisions about paver speed and material delivery. This real-time feedback loop creates a more efficient paving process where material usage aligns closely with project requirements, minimizing waste while maintaining quality standards.

For paving superintendents and project managers, properly functioning material sensors translate to better control over production rates and material consumption. The data these sensors provide helps optimize the paving process, ensuring efficient use of resources while meeting project specifications for mat quality and thickness.

The design philosophy behind these Apollo material sensors emphasizes practical functionality. Every component serves a purpose in delivering reliable performance without unnecessary complexity. This approach results in sensors that paving crews can depend on day after day, project after project, in various working environments across the construction season.