Damper

A damper in a solar tracking system is used to control unwanted vibrations, oscillations, and excessive motion in the tracker structure caused by wind loads, sudden movements, or mechanical inertia.

  • Wind Load Mitigation :

    1.High winds can cause tracker structures to vibrate or flutter.

    2.Dampers absorb and dissipate this energy, preventing damage to panels and structures.

  • Reducing Oscillations :

    1.When the tracker changes position, inertia can cause overshooting or oscillation.

    2.A damper stabilizes the movement for smooth tracking.

  • Improving Structural Stability : 

    1.Reduces fatigue stress on tracker joints, gearboxes, actuators, and bearings.

    2.Extends the life of the mechanical system.

  • Energy Efficiency : 

    1.Without damping, the system wastes energy correcting overshoots or constant vibrations.

    2.Dampers ensure accurate alignment with minimal corrections.

  • Safety & Reliability : 

    1.Prevents excessive panel movement during storms or gusty conditions.

    2.Enhances operational safety and reduces maintenance costs.

  • Durability : Our dampers ensure a 25-year operational life for long-lasting reliability.

  • Temperature Resilience : Designed to operate effectively from -40°C to +85°C in extreme conditions.

  • Weather Protection : IP66 rating provides dust-tight and water jet protection for harsh environments.

  • Customization : Tailor-made wind resistance adapts to specific environmental and local needs.

  • Enhanced Durability : Dual-cylinder design for reliable, long-lasting performance.

  • Max Load Rating : From 20,000 N to 50,000 N.

  • Max Operating Velocity Range :From 50 mm / sec to 500 mm / sec.

 

  • Rated max dynamic load: for 19,000 cycles 31,000N push/pull, extreme load: 50,000N

  • Static load: max 110,000N quarter extended, 72,000N half extended, 55,000N fully extended

  • Max lateral load of 2500N at eyelet when fully extended