ThinkGrow LED Smart Light Lifter (LLT-1)

Size:

uniwersalny

Producer: Trolmaster

Add to wish list Compare

~~671,55 EUR~~

570,82 EUR

/ szt.

You save 15% (100,73 EUR).

Easy product returns

Buy a product and check it in your own time, at home.
You can return the product without providing a reason within 14 days.

Show details

14 days for a return

Your satisfaction is very important to us, therefore you can make a return without providing a reason within 14 days.

No stress and worry

Thanks to the integration with cheap returns you can purchase without stress and be sure that the return process will be hassle free.

Easy returns wizard

All returns processed by our shop are managed in a easy-to-use returns wizard which gives you the ability to send a return parcel.

Voltage: 110-240 V, 50/60 Hz
Power: ≤100W
Size: 20.9” / 530 mm(L) x 7.29” / 185 mm(W) x 4.17” / 105.8 mm(H)
Weight: 22.7lbs / 10.3kg
Size: 22.51” / 572 mm(L) x 10.31” /265 mm(W) x 7.67” / 195 mm(H)
Weight: 22.89 lbs / 10.38 kg

ThinkGrow LED Smart Light Lifter System

The LLT-1 light lifter is part of the ThinkGrow modular light lifter system. Its cutting-edge synchronized multi-lifter operation provides users with a customizable, expandable and easy-to-install system. The lifter is ETL listed and the cable can lift up to 132 lbs, 8.8ft.

The light lifter design enables easy, two-man installation. Unlike the traditional complicated lifter system where precise calculation and teams of engineers are needed, the LLT-1 reduces assembly time and manpower without compromising quality or safety. The easily expandable modular lifter system provides maximum flexibility and user customization.

The light system can also connect to the Hydro-X Pro Control System for additional features. The LLT-1 can lift and lower multiple lights and connect to other LLT-1 lifters via daisy chain data cables, enabling users to connect, control and program synchronized operation on multiple light lifters, from a single controller.

Achieve Maximum Light Efficiency with ThinkGrow

To achieve maximum light efficiency, the distance between the LED light and plant canopy should be maintained at a close and ideal distance. When grow lights are hung too high over the plants, much of the light energy is lost before it can reach the plants. An ideal light lifter system allows Light levels to be dimmed to a lower power level while still providing the desired PPFD and proper light spread on the plants. Being able to easily raise and lower the fixtures at the desired height level provides the user with higher overall lighting efficiency.

Maximizing light efficiency in a large-scale growing facility will save an immense amount of energy over time. Grow rooms with a practical light lifter system installed can easily raise and lower the LED light to achieve and maintain this ideal distance throughout the plants’ life cycle.

Revolutionary Pulley System

A traditional pulley lifting system requires complex heavy-duty construction and high installation costs, and it is very difficult to modify or expand. Those older lifting systems also lack the flexibility to fit your ever-changing growing operation or to be integrated with intelligent controls like the TrolMaster HCS controller. The ThinkGrow Smart Light Lifter System eliminates all these concerns and makes proper light height control easier than ever for operations of all scales.

The Modular Lifter System provides maximum flexibility and user customization

The ThinkGrow Smart Light Lifter System is engineered to be a modular design, allowing multiple lifters to be synchronized together by daisy-chaining them. This system consists of a Light Lifter (LLT-1) and a Lifter Remote Control (LRC-1). Each lifter can lift up to 132 lbs, 8.8ft in the air. This is accomplished by using precision-controlled motorized lifting assemblies with individual precision positioning transducers. The easily expandable modular lifter system provides user customization, which means users have maximum flexibility on both weight-bearing requirements and lighting layout, by simply changing the number of the modular lifting units.