The RDS LIFTALERT is a forklift overload monitoring system designed to provide operators with real-time load visibility. Using hydraulic pressure sensors, it calculates the load as a percentage of the preset maximum capacity and displays this data on an easy-to-read LCD screen.
When the load approaches or exceeds safe limits, the system delivers audible alerts and a flashing signal, enhancing safety by preventing overloads in warehouse and dispatch environments.
It features a rugged IP67-rated waterproof housing and a non-intrusive installation bracket that allows flexible mounting without blocking visibility. Its accuracy of +/- 2% of truck capacity ensures dependable performance without driver input, and the memory function logs overload events, promoting responsible operation and reducing maintenance costs. The RDS LIFTALERT is an overload protection system that supports productivity while protecting equipment, personnel, and cargo.
Frequently Asked Questions - FAQ:
1. Can the LIFTALERT be used on all forklift models?
Yes, the LIFTALERT system is designed for universal compatibility with hydraulic-powered forklifts used in warehouses, industrial sites, and logistics operations.
2. Does it require calibration or driver input to function?
No, LIFTALERT operates automatically without the need for driver interaction, reducing distraction and ensuring consistent monitoring during use.
3. How accurate is the LIFTALERT system?
It maintains a system accuracy of +/- 2% of the forklift’s rated capacity, making it one of the most dependable load monitoring solutions available.
4. What happens when the forklift reaches maximum load capacity?
At 90% load, an initial audible alarm sounds. At 100% load, a continuous audible alarm and flashing display activate to warn the operator.
5. How easy is it to install the LIFTALERT system?
The plug-and-play installation with a universal bracket allows setup in any position with minimal downtime.
Sistema de alerta visual y sonora en tiempo real que advierte al operador cuando el montacargas se acerca a su capacidad máxima, evitando accidentes por sobrecarga.
