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Detailed overview of the machine's components and identification.
Technical specifications and physical measurements of the machine models.
Operator responsibilities, training requirements, and general safety guidelines.
Risks associated with machine instability and safe operating practices.
Hazards from moving parts, obstacles, and personnel interaction.
Safety precautions when operating near electrical lines and equipment.
Risks of falling from the platform and safe access/egress procedures.
Additional safety considerations including welding and electromagnetic fields.
Maximum permissible operating conditions for safe machine use.
Procedures and safety requirements for moving the machine.
Safety precautions to be taken before performing maintenance operations.
Pre-operational checks to ensure the machine is safe and ready for use.
Detailed checklist for inspecting machine components and their condition.
Procedures for verifying the functionality of controls and safety systems.
Identification and function of control stations and indicator lights.
Procedures for starting, stopping, and managing the engine and its systems.
How to operate the machine's drive system and steering controls.
Procedures for operating the boom, telescope, and levelling functions.
Instructions for extending, retracting, and levelling with outriggers.
How to use the onboard generator if equipped.
Guidelines for safely parking and storing the machine.
Methods for safely lifting and securing the machine for transportation.
Requirements related to machine directives and initial inspection reports.
User verification of machine suitability for the specific workplace.
Requirements for regular inspections by approved agencies.
How the tilt sensor monitors and limits machine operation.
Operation and warnings for exceeding platform load capacity.
Indicators and responses to system defects or operating faults.
Audible and visual alarms for machine movements.
Functionality and operation of the anti-crushing safety feature.
Use of emergency stop, ground controls, and auxiliary hydraulic group.
Conditions and procedures for temporarily overriding safety mechanisms.
Steps for towing the machine in emergency situations.
Inspection and testing required after an incident or repair.
Details on engine type, fuel, oil, and capacity.
Lubricant types, capacities, and maintenance points for the machine.
Procedures for checking and replacing hydraulic hoses.
Guidelines for wheel maintenance, torque values, and replacement.
Procedures for battery care, charging, and disconnection.
Introduction to the onboard tactile screen for adjustments and diagnostics.
Displays tilt, overload, faults, engine, and battery status.
Shows machine status and allows selection of control station.
Access to General, Revision, Engine/Drive, and other menus.
PIN-protected access to movement speeds, safety, and options.
Real-time information on combustion engine and machine drive.
Real-time display of upper control station active controls and outputs.
Real-time display of lower control station active controls and outputs.
Real-time view of outrigger controls, piloting, and status.
Electrical wiring diagrams for the Zebra 12 model.
Electrical wiring diagrams for Zebra 16 and 16 Stab models.
Hydraulic system diagrams for the Zebra 12 model.
Hydraulic system diagrams for Zebra 16 and 16 Stab models.
Identification and location of warning and information stickers for Zebra 12.
Identification and location of warning and information stickers for Zebra 16.
Detailed overview of the machine's components and identification.
Technical specifications and physical measurements of the machine models.
Operator responsibilities, training requirements, and general safety guidelines.
Risks associated with machine instability and safe operating practices.
Hazards from moving parts, obstacles, and personnel interaction.
Safety precautions when operating near electrical lines and equipment.
Risks of falling from the platform and safe access/egress procedures.
Additional safety considerations including welding and electromagnetic fields.
Maximum permissible operating conditions for safe machine use.
Procedures and safety requirements for moving the machine.
Safety precautions to be taken before performing maintenance operations.
Pre-operational checks to ensure the machine is safe and ready for use.
Detailed checklist for inspecting machine components and their condition.
Procedures for verifying the functionality of controls and safety systems.
Identification and function of control stations and indicator lights.
Procedures for starting, stopping, and managing the engine and its systems.
How to operate the machine's drive system and steering controls.
Procedures for operating the boom, telescope, and levelling functions.
Instructions for extending, retracting, and levelling with outriggers.
How to use the onboard generator if equipped.
Guidelines for safely parking and storing the machine.
Methods for safely lifting and securing the machine for transportation.
Requirements related to machine directives and initial inspection reports.
User verification of machine suitability for the specific workplace.
Requirements for regular inspections by approved agencies.
How the tilt sensor monitors and limits machine operation.
Operation and warnings for exceeding platform load capacity.
Indicators and responses to system defects or operating faults.
Audible and visual alarms for machine movements.
Functionality and operation of the anti-crushing safety feature.
Use of emergency stop, ground controls, and auxiliary hydraulic group.
Conditions and procedures for temporarily overriding safety mechanisms.
Steps for towing the machine in emergency situations.
Inspection and testing required after an incident or repair.
Details on engine type, fuel, oil, and capacity.
Lubricant types, capacities, and maintenance points for the machine.
Procedures for checking and replacing hydraulic hoses.
Guidelines for wheel maintenance, torque values, and replacement.
Procedures for battery care, charging, and disconnection.
Introduction to the onboard tactile screen for adjustments and diagnostics.
Displays tilt, overload, faults, engine, and battery status.
Shows machine status and allows selection of control station.
Access to General, Revision, Engine/Drive, and other menus.
PIN-protected access to movement speeds, safety, and options.
Real-time information on combustion engine and machine drive.
Real-time display of upper control station active controls and outputs.
Real-time display of lower control station active controls and outputs.
Real-time view of outrigger controls, piloting, and status.
Electrical wiring diagrams for the Zebra 12 model.
Electrical wiring diagrams for Zebra 16 and 16 Stab models.
Hydraulic system diagrams for the Zebra 12 model.
Hydraulic system diagrams for Zebra 16 and 16 Stab models.
Identification and location of warning and information stickers for Zebra 12.
Identification and location of warning and information stickers for Zebra 16.
General| Platform Height | 16 ft |
|---|---|
| Platform Capacity | 500 lbs |
| Power Source | Diesel |
| Fuel Type | Diesel |
| Machine Width | 1.60 m |
| Overall Width | 1.60 m |
