October 13, 2026
Our company today announced the launch of the APOLLO 04-20-20010 Ultrasonic Level Sensor, a precision sensor engineered for asphalt paver leveling systems. Combining ultrasonic level measurement with PWM slope sensing, the sensor helps paving crews hold grade and slope accurately for a smooth, uniform mat on every pass.
Accurate leveling is the foundation of a quality asphalt mat. The 04-20-20010 delivers continuous feedback to the paver control system, enabling real-time adjustments that keep mat thickness and slope within tight tolerances. Because measurement is non-contact, there are no mechanical wear points to drift over time, so accuracy is maintained throughout the paving season.
On real paving sites, sensors face dust, water spray and asphalt splash. A moisture-resistant, sealed housing keeps the 04-20-20010 reading accurately even in rain or after routine cleaning, reducing downtime and protecting the investment in leveling equipment.
| Product Name | Ultrasonic Level Sensor |
|---|---|
| Part Number | 04-20-20010 |
| Applied To | Asphalt Paver Leveling System |
| Brand | APOLLO |
| Sensing Method | Ultrasonic + PWM slope sensing |
| Condition | 100% New |
| Minimum Order Quantity | 1 Piece |
| Supply Ability | 1000 Pieces per Month |
| Delivery Time | 7-10 days |
Designed as a direct replacement, the sensor fits a wide range of asphalt pavers, milling machines and road rollers, making it a practical spare to keep on hand.
Each APOLLO 04-20-20010 Ultrasonic Level Sensor is produced under an ISO 9001:2015 certified quality management system and inspected before shipment, so contractors receive a component that meets the demanding tolerances of modern paving equipment.
The APOLLO 04-20-20010 Ultrasonic Level Sensor is available now with a minimum order quantity of one piece and a delivery time of 7-10 days for stock items. Technical drawings and cross-reference information are available on request. For bulk pricing, lead time confirmation and technical support, contact our international sales team directly.