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General| Turntable Rotation | 360° continuous |
|---|---|
| Platform Rotation | 160° |
| Gradeability | 45% |
| Maximum Platform Height | 135 ft |
| Engine Power | 74 hp |
| Fuel Type | Diesel |
| Stowed Height (ft) | 10 ft |
| Max Working Height | 141 ft |
| Platform Height | 135 ft |
| Max Horizontal Reach | 70 ft |
| Platform Capacity | 600 lbs |
| Machine Width | 8 ft 2 in |
| Stowed Height | 10 ft |
| Drive Speed - Stowed | 3.5 km/h |
| Jib Length | 12 ft |
| Horizontal Reach | 70 ft |
| Platform Capacity (lbs) | 600 lbs |
| Drive Speed | 3.5 km/h |
| Stowed Length | 43 ft 2 in / 13.16 m |
| Stowed Width | 8 ft 2 in |
General information about the operator's manual and its purpose.
Primary purpose of the machine for lifting personnel.
Information on safety bulletins and compliance with regulations.
How and why to contact Genie for inquiries and support.
Process for updating owner information to receive updates.
Essential conditions that must be met before operating the machine safely.
Instructions for maintaining and cleaning safety signs on the machine.
Explanation of hazard symbols, color coding, and signal words.
Definitions for crush, electrocution, tip-over, and explosion hazards.
Definitions for manuals, battery, fire, and smoking hazard symbols.
Definitions for tie-down, lifting, capacity, and wind speed symbols.
Definitions for recovery, ether, voltage, and environmental hazard symbols.
Diagram showing the placement of key safety decals on the machine.
More safety decals and their locations on the machine.
Decals indicating hazards like tip-over, tires, and explosion.
Mandatory use of safety belts or harnesses and proper attachment.
Safety measures for electrical power lines and minimum clearance distances.
Precautions against tip-over by managing platform capacity and occupants.
Importance of level surfaces and understanding tilt alarm signals.
Safety guidelines for operating in high winds and gusty conditions.
Safe driving on terrain, avoiding structures, and prohibiting modifications.
Rules for load placement and maintaining machine component specifications.
Prohibiting fixed loads and operating on unstable or moving surfaces.
Hazards related to slope operation and machine slope rating limitations.
Requirements for fall protection and maintaining a clear platform.
Awareness of blind spots, tailswing, and overhead obstructions.
Warnings about hydraulic leaks, air leaks, and accessing compartments.
Safety measures for flammable substances and refueling operations.
Procedures for handling damaged machines and component-specific hazards.
Precautions for battery handling, including burn and explosion risks.
Safety guidelines for using welding equipment and connecting weld lines.
Steps for securing the machine after operation to prevent unauthorized use.
Visual guide to the main parts of the aerial work platform.
Visual layout of the ground control panel and its components.
Explanation of buttons for boom, turntable, and axle operations.
Meaning of indicators displayed on the LCD screen.
Controls for jib boom, platform leveling, and primary boom.
Explanation of circuit breakers, alarms, and speed enable functions.
Visual layout of the platform control panel and its components.
Description of horn, level indicators, overload lights, and engine status.
Operation of the proportional control handle for driving and steering.
Controls for emergency power, choke, engine start, and idle select.
Lights for overload, power, engine fault, low fuel, and system faults.
Controls for drive select, steer mode, and axle functions.
Switches and handles for axle extension/retraction and drive enable.
Proportional controls for boom movement and platform leveling.
Steps and importance of conducting a pre-operation inspection.
The purpose and responsibility of operator's pre-operation checks.
Conditions requiring inspection before operation.
Comprehensive list of items to check during a pre-operation inspection.
The purpose of function tests and operator responsibilities.
Conditions requiring function tests before operation.
Testing emergency stop and axle functions from ground controls.
Verifying axle extension/retraction with boom operations.
Testing turntable rotation and axle steering modes.
Testing primary and secondary boom raise, lower, extend, and retract.
Testing all functions and emergency controls.
Verifying the accuracy of tilt sensors on the turntable and platform.
Testing boom angles relative to gravity and status.
Testing secondary boom up/extend and down/retract functions.
Testing horn, emergency stop, tilt alarm, and foot switch.
Testing all machine functions with the foot switch engaged.
Testing square-end, circle-end, and crab steering modes.
Testing the drive system and braking effectiveness.
Testing steering modes and drive braking on slopes.
Verifying drive function and braking performance on various slopes.
Testing the drive enable system and its interaction with boom position.
Testing drive speed limits under various boom conditions.
Testing speed limits with boom extension and tilt cutout on slopes.
Verifying machine response to slopes and tilt limits.
Testing tilt cutout and emergency controls.
Testing the functionality of the aircraft protection package.
Testing the selection between lift and drive modes.
A checklist to identify and avoid workplace hazards.
The importance of inspecting the work area before operation.
Conditions requiring workplace inspection before operation.
Checking all decals for legibility and proper placement.
Importance of following safety rules and instructions.
Conditions requiring operational knowledge before use.
Step-by-step guide to starting the engine for Deutz and Perkins models.
Using Emergency Stop and emergency power controls.
Procedures for extending axles and positioning the platform.
Steps for operating the machine from the ground controls.
Steps for operating the machine from the platform.
Procedures for steering and driving the machine using platform controls.
Safety and procedures for operating on inclines and calculating slope.
Functionality of drive enable and engine idle select systems.
Interpretation of lights indicating function interruptions or required actions.
Steps for handling platform level faults and overload conditions.
Operation of aircraft protection and after-use steps.
Procedures for specific platform faults and overload recovery.
Operation of the generator and interpretation of the LCD screen.
Operation and shutdown of the aircraft protection system.
Understanding the machine not level indicator and tilt alarm.
Steps to take when the tilt alarm sounds with platform uphill or downhill.
Observe and obey rules for securement and transport.
Procedure for configuring the machine for winching by releasing brakes.
Instructions for securing the chassis and platform to a truck or trailer.
Guidelines for rigging, center of gravity, and lifting points.
Operator responsibilities, symbols, and approved parts.
Procedure for checking engine oil levels for different engine models.
Minimum fuel specifications for various engine types.
Procedure for checking and maintaining hydraulic oil levels.
Procedures for checking engine coolant and battery condition.
Information on periodic maintenance performed by qualified technicians.
Key technical data including height, reach, capacity, and dimensions.
Specifications for slope ratings, drive speeds, and floor loading.
Visual diagram illustrating the machine's operational envelope.
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