The ThinkGrow LLT-3 Smart Mini Light Lifter is a compact, high-precision automatic lifting system designed specifically for vertical farming racks and multi-level structures.
The ThinkGrow LLT-3 Smart Mini Light Lifter is a compact, high-precision automatic lifting system designed specifically for vertical farming racks and multi-level structures. It enables efficient suspension and adjustment of grow lights, sensors and other equipment, optimising height management in high-density vertical spaces.
With its quiet, compact and easy-to-install design, the LLT-3 ensures synchronised movements, precise positioning and simple operation. Each unit can lift up to 35 kg with a maximum stroke of 940 mm, making it ideal for professional rack systems.
The lift features automatic alignment and can be integrated with the LRC-1 remote control or the TrolMaster Hydro-X Pro (HCS-2) control system, allowing for advanced functionality and full automation. The LLT-3 is also ETL and CE certified, guaranteeing safety and reliability.
Key features
Designed for vertical farming racks
Automatic and precise lifting and lowering
Lifting capacity up to 35 kg per unit
Maximum stroke of 0.94 m (37")
Compact and silent design
Automatic alignment between several lifts
Compatible with remote control LRC-1
Integration with TrolMaster Hydro-X Pro (HCS-2)
ETL CE certified
Quick installation within rack structures
Technical Specifications
Input voltage: 100-277 V~, 50/60 Hz
Power consumption: ≤ 100 W
Lifting range: ≤ 0.94 m (37")
Maximum liftable weight: ≤ 35 kg (77 lb)
Working temperature: 0-40 °C (32-104 °F)
Working humidity: ≤ 90 % RH
Dimensions:
520 mm (W) × 132 mm (D) × 115 mm (H)
Weight: 3.65 kg (8.05 lb)
Package Contents
1 × Smart Mini Light Lifter ThinkGrow LLT-3
1 × Power Cable
1 × 12 ft 4-pin IP65 RJ12 connector cable (ECS-9)
Advantages
Ideal for high-density vertical farming systems
Precise height adjustment of lamps on racks
Reduced manual intervention
Improved light uniformity on multiple levels
Total integration with professional automation systems
Recalculation in progress … 
