Model6277 SFPL
SFPL - General - What is it and system architecture
The Model6277 Safe Flight Pattern Limiter (SFPL) system is designed for truck mounted boom lifts. The system is modular in design and ensures safe operation during various human work tasks; when a human must complete work in a man platform ...
SFPL - Installation - GMJ LL28-300 - Power / Cutout
The system uses a 4-Pin cable to supply power to the system and to signal cutout / fault conditions. Connect the supplied 4-Pin cable to the left male connector on the display. Connect the other end of the cable according to the table below. The ...
SFPL - Installation - GMJ LL28-300 - Light Tower
The light tower should be mounted in a location visible to workers around the man platform. Secure using four M6 bolts. Run the cable to the display housing and connect to the spare M12 female connector. The light tower can be connected into either ...
SFPL - Installation - GMJ LL28-300 - Cable Reeler Installation
The cable reeler is designed to mounting inside the boom. Secure the cable reeler with the nylon cable running out the top pointing towards the inside of the boom, mount using four M8 bolts in each corner. Extend the nylon cable and anchor it to the ...
SFPL - Installation - GMJ LL28-300 Display Housing
The display is housed within a IP67 rated enclosure and must be installed on the left side of the LL28-300 turret. The unit must be secured using four M6 bolts in each corner of the housing.
SFPL - Installation - Generic Display Housing, Cable Reeler & Light Tower Installation
Display Installation The display is housed within a IP67 rated enclosure and must be installed on the left side of the turret. The unit must be secured using four M6 bolts in each corner of the housing. Cable Reeler Installation The cable reeler is ...
SFPL - Installation - Sensor Calibration
Once the installation is complete, the sensors will require calibration. Sensors may also require re-calibration with other maintenance tasks (Display, SD card, Cable reeler replacement) Sensor calibration steps below: A sensor calibration must be ...
SFPL - Installation - Power / Cutout
The system uses a 4 pin cable to supply power to the system and to signal cutout / fault conditions. Connect the supplied 4 pin cable to the left male connector on the display. Connect the other end of the cable according to the table below: The ...
SFPL - Faults - Troubleshooting
Table of common issues:
SFPL - General - Maintenance
The components of the SFPL require periodic checks and maintenance to be performed to ensure it remains in working order. Cable Reeler Lubrication The cable reeler consists of a multi core cable wrapped around a drum. As the boom extends, the cable ...
SFPL - Fault Codes - Fault Code Descriptions
When a system fault has occurred the fault icon will be showing in the status icon area. To identify the fault, enter the Menu System then select System Faults. This will display a list of the current system fault codes. Select a fault code for more ...
SFPL - User - SFPL Menus
The menu system allows for configuring and diagnosing the SFPL. To enter the menu system press the user control dial. This will display the main menu. To navigate through the menu options rotate the user control dial. The currently selected option ...
SFPL - User - User Input Control
The user control dial is used in order to access the menu to perform diagnostics. To access the user control dial, release the two bolts holding the enclosure lid. Slightly open the lid to control the user dial. The user input control dial has 3 ...
SFPL - User - Status Icons
The top right of the main window below the status description holds the location of the status icons. Below is a description of each status icon:
SFPL - User - Main Screen Layout
All principle SFPL operating data is displayed on the EQSS SFPL main screen Status Description – This displays the current status of the SFPL. Range Chart – This shows the capable range of the main boom segment, the blue crosshair shows the current ...