Self-Lock Industrial Linear Actuator TOMUU U20K Windproof PV Gear

Basic Properties
Place of Origin: Guangdong, China
Brand Name: TOMUU
Certification: CE
Model Number: U20K
Trading Properties
Minimum Order Quantity: Contact Supplier
Price: $280-320 / piece
Specifications
Code: A Ratio: 110:1
Rated Load (N) Pull: 20,000 Rated Current(A): 7.0
Rated Speed(mm/s) Full Load (24V): 1.6mm/s IP Class: IP65/IP66/IP67
Duty Cycle: 10%
High Light:

Self-Lock Industrial Linear Actuator

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Windproof PV Gear Actuator

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Solar Tracker Linear Actuator

Product Description
TOMUU U20K Self-Lock Industrial Linear Actuator
Windproof PV gear actuator with integrated mechanical self-locking structure for stable solar panel angle fixation without auxiliary brake devices.
Product Overview
The TOMUU U20K mechanical self-lock industrial linear actuator features a built-in locking structure to securely fix solar panel angles without requiring additional brake devices. This 24V DC actuator delivers exceptional performance with 65,000N maximum static load capacity, paired with 20,000N rated push-pull load and IP66 environmental protection. Custom stroke lengths, wiring configurations, and mounting joints are available for wind-prone open-field solar tracking bracket construction.
TOMUU U20K Industrial Linear Actuator for solar panel applications
Technical Specifications
Parameter Specification
Voltage 12V DC / 24V DC
Max Load 20000N
Speed 1.6mm/s±5%
Duty Cycle 10%
Protection Class IP65/IP66/IP67
Noise Level ≤60dB
Stroke 100-800mm
Material Aluminium Alloy
Product Dimensions
TOMUU U20K Linear Actuator dimensional diagram and specifications
Key Advantages
The integrated mechanical self-locking structure provides core windproof advantages for exposed open-field solar farms. After adjusting PV panel angles, the internal gear system locks the position firmly, even when bearing heavy wind loads near the 65kN static load limit. IP66 fully sealed housing protects against wind-blown dust and rainwater erosion, while ultra-wide temperature adaptability enables reliable deployment in coastal, desert, and plateau wind-prone solar sites without requiring additional anti-wind auxiliary hardware.