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:
APOLLO S1800 slope sensor
,
asphalt paver pendulum sensor
,
paver leveling system position sensor
Basic Infomation
Place of Origin:Japan
Brand Name:APOLLO
Model Number:2462560026
Payment & Shipping Terms
Packaging Details:Carton/Box etc.
Delivery Time:1-2 weeks after payment
Payment Terms:L/C,T/T
Supply Ability:1000pcs per year
Gallery
APOLLO S1800 S1900 S2100 Slope Sensor 2462560026 Pendulum Position Sensor For Asphalt Paver Spare Parts
Product Description
APOLLO S1800 S1900 S2100 Slope Sensor 2462560026 Pendulum Position Sensor
Precision cross-slope detection sensor for S1800/S1600 series asphalt pavers, ensuring optimal paving quality and proper road surface drainage.
Key Function & Operating Principle
Core Function: Detects and provides feedback on the cross-slope angle of the screed 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