Heavy Duty Linear Actuator for Solar Tracking Systems | U20G (43,000N)
2026-04-30
1. Purpose-Built for Solar Tracking
The U20G is a heavy duty linear actuator specifically developed for solar tracking systems.
In photovoltaic applications, consistent positioning and long-term reliability are essential. The U20G is designed to deliver stable motion under continuous outdoor operation.
2. High Load Linear Actuator up to 43,000N
As a high load linear actuator, the U20G provides up to 43,000N push and pull force, making it suitable for large-scale solar panel structures.
A maximum static load of 150,000N ensures structural stability under wind and snow loads, supporting safe and efficient system operation.
3. IP66 Waterproof Linear Actuator for Outdoor Use
Designed as an IP66 waterproof linear actuator, the U20G offers reliable protection against dust and water ingress.
With an operating temperature range from -40°C to +65°C, it performs consistently in harsh outdoor environments, including desert and cold climates.
4. 24V DC Linear Actuator with Stable Motion
The U20G is a 24V DC linear actuator engineered for stable and controlled movement.
Its motion characteristics are optimized for solar tracking, ensuring accurate positioning while reducing mechanical stress over time.
5. Flexible Integration for Solar Tracking Systems
This linear actuator for solar tracker applications supports a range of configurations:
· Load options from 24,000N to 43,000N
· Custom stroke lengths
· Minimum installation dimension: stroke + 320 mm
These features allow easy integration into different solar tracking system designs.
6. Designed for Long-Term Outdoor Operation
As a linear actuator for outdoor use, the U20G is built for durability and reduced maintenance.
Its structural design and environmental protection contribute to long service life in demanding conditions.
7. Summary
The U20G combines the key requirements of a heavy duty linear actuator: high load capacity, environmental protection, and controlled motion.
It is a reliable solution for solar tracking systems requiring consistent performance over time.
