Fluke SOL-MODULIFT2L Offers

Featuring a module "hook" fastened to the ladder's top that securely attaches to the PV module frame, this system prevents lateral sliding during transportation. Operational control of the unit lies with the installer, who initiates lift by pulling the rope and allowing the module to glide smoothly along the ladder's rails. Safety features include a brake in the pulley assembly to prevent accidental module sliding, ensuring a safe working environment. Additionally, this system reduces installer fatigue and complies with OSHA ladder safety standards.

Setting up the system takes less than five minutes and only needs one person, reflecting the lift's lightweight, rugged, and reliable nature. A compact and user-friendly design, absence of motors, and inclusion of a duffle bag for parts storage enhance the practicality of this ladder-pulley system.

Features

• Reduces fatigue and increases safety
• Enables installers to meet OSHA ladder safety standards
• Sets up in less than five minutes by one person
• Lightweight, rugged, reliable
• No motor or engine issues
• Wide operating temperature from 14 to 131°F (-10 to 55°C)
• Available with a 80’ (24.38 m) rope
• Pulley: The pulley assembly attaches to the top of a ladder and includes a brake that prevents the module from sliding back down the ladder in case the bottom operator releases the rope too soon
• Ramps: Ramps allow the module to slide gently over any discontinuities in the ladder surface, such as steps between ladder sections
• Ladder compatibility: The Module Lift™ uses your existing ladder and is compatible with fiberglass extension ladders from Louisville and Werner (Note: Aluminum extension ladders are not compatible with the Module Lift™)
• Module protection: Whenever transporting PV modules, protecting them from damage and microcracking is a concern, so the Module Lift™ is designed to minimize impact throughout the process

Easy operation

The Module Lift™ operation is simple, while protecting the operators and the modules.

The module "hooks" attach to the edge of a PV module frame and prevent lateral sliding of the module in the hook slots. The hooks have a universal design to accommodate all common PV modules with frames.

An operator on the ground pulls the rope to raise the module. The module slides along the outward facing surface of the ladder rails and gently over the ramps.

When the module reaches the top, an operator on the roof removes the module and released the brake to lower the handle and prepare for another module.