Features:Durable, Reusable, And Environmentally Friendly
Material:Plastic/Steel/Metal
Compatibility:Suitable For Various Types Of Pavers
Applicable:Asphalt Paver
Materials:Special Material
Application:Outdoor Paving Projects
Color:Not Specified
Size:Not Specified
Installation Method:Easy To Use And Install
Highlight:
paver slope sensor for s1800
,
paver pendulum position sensor
,
paver leveling system sensor
Basic Infomation
Place of Origin:Japan
Brand Name:APOLLO
Model Number:APOLLO 2462560026
Payment & Shipping Terms
Packaging Details:Box
Delivery Time:1-2 weeks after payment
Payment Terms:L/C,T/T
Supply Ability:1000sets per year
Gallery
APOLLO 2462560026 Slope Sensor Paver Pendulum Position Sensor For s1800/s1600 Paver
Product Description
APOLLO 2462560026 Slope Sensor Paver Pendulum Position Sensor For s1800/s1600 Paver
The APOLLO 2462560026 Slope Sensor is designed for precise cross-slope detection and feedback in S1800/S1600 series pavers, ensuring optimal paving quality and road surface drainage.
Key Function & Operating Principle
Core Function: Detects and provides feedback on the cross-slope angle of the screed, essential for proper road surface drainage (typically expressed as a percentage).
Operating Principle:
Mechanically connected to the paver's tow arms or reference beam via pendulum arm
Converts ground level variations into pendulum arm movement
Internal precision potentiometer/encoder transforms shaft rotation into electrical signals
Control console compares real-time data with target values to automatically adjust screed tilt
Key Features
High-precision position feedback for superior paving quality (smoothness and slope accuracy)
Rugged construction withstands harsh job site conditions (vibration, dust, temperature fluctuations)
Direct OEM replacement for S1800/S1600 pavers with plug-and-play installation
Standard analog signal output (voltage/resistance proportional to pendulum angle)
Importance in Paving Operations
Maintains precise cross-slope (1.5%, 2%, etc.) for proper road drainage
Automatically compensates for ground variations to improve surface smoothness
Reduces longitudinal/transverse waves for enhanced ride quality
Increases efficiency by automating slope control and reducing operator workload