EN
AR
HR
DA
NL
FR
DE
EL
HI
IT
JA
KO
NO
PL
PT
RO
RU
ES
TL
IW
ID
SR
SK
UK
VI
TH
TR
AF
MS
IS
HY
AZ
KA
BN
LA
MR
MY
KK
UZ
KY
Industrial Crawler Tracks for PV Cleaning Robots | 65 Shore A High-Durability Belts
High-performance PU crawler tracks belt with synthetic rubber coating for solar cleaning robots. Optimized 62-65 Shore A hardness for 16-19 degree slopes. Durable, synchronized, and wear-resistant.
- Introduction
Introduction
Product Overview
Elevate the reliability of your automated solar maintenance systems with our specialized Crawler Track Belts. Specifically engineered for Photovoltaic (PV) Cleaning Robots, these tracks provide the perfect balance between structural rigidity and surface traction.
Unlike softer alternatives, this series features a reinforced 62-65 Shore A synthetic rubber coating. This specific hardness grade is designed for heavy-duty cleaning cycles where long-term wear resistance and consistent grip are paramount. Integrated onto a high-strength Polyurethane (PU) base, these tracks ensure your robotic units navigate solar arrays with unwavering precision.
Technical Specifications
| Feature | Specification Details |
| Base Construction | Thermoplastic Polyurethane (PU) |
| Coating Material | High-Grade Synthetic Rubber |
| Surface Hardness | 62-65 Shore A (Durable & Wear-Resistant) |
| Operating Slope | Optimized for 16° to 19° Inclines |
| Internal Reinforcement | Continuous Helical Steel Cords |
| Friction Level | Balanced High-Traction / Low-Abrasion |
Key Performance Advantages
Optimized Slope Performance
Designed for mid-range inclinations, these tracks are rated for operating slopes of 16 to 19 degrees. The 62-65 Shore A hardness provides sufficient mechanical "bite" to maintain steady upward momentum without the excessive deformation found in ultra-soft belts, ensuring the robot maintains a straight path.
Enhanced Durability & Life Cycles
The higher durometer (hardness) of the synthetic rubber coating offers superior resistance to friction-induced heat and abrasive dust. This makes it an ideal choice for large-scale solar farms where robots perform repetitive, high-mileage cleaning tasks in arid or sandy environments.
Synchronous Drive Accuracy
The PU base belt features a precision-molded timing profile (available in T10, AT10, or 8M) reinforced with steel cords. This "zero-stretch" design ensures that the left and right tracks remain perfectly synchronized, preventing the robot from drifting and reducing the load on steering motors.
Environmental Resilience
Formulated to withstand the harsh UV radiation and extreme temperature swings of solar sites, the synthetic rubber maintains its structural integrity over time. It resists the "hardening" effect common in standard rubber, preserving its grip characteristics through seasons of use.
Applications
Dry-Cleaning Robotic Systems: Perfect for removing heavy dust and sand in utility-scale desert installations.
Automated Scrubber Robots: Provides stable movement for robots equipped with rotating brushes or heavy cleaning heads.
Industrial Rooftop PV Maintenance: Reliable navigation for medium-pitch commercial solar arrays.
Expert Engineering Insight
For robots operating within the 16-19 degree range, the 62-65 Shore A coating is often preferred over softer grades because it minimizes "rolling resistance." This results in lower power consumption for the robot's battery, allowing for longer cleaning missions and fewer charging cycles.
