Owner manual
Table Of Contents
- Chapter 1 – Introduction
- Aerial Platform Features
- Options
- Operator’s Manual
- Safety Alerts
- Operation
- Maintenance
- Manual of Responsibilities
- Additional Information
- Component Identification
- Working Envelope
- General Specifications
- Electrocution Hazards
- Minimum Safe Approach Distance
- Prestart Inspection
- Work Place Inspection and Practices
- Operation
- Tip-Over and Falling Hazards
- Electrical System
- Hydraulic System
- Placards and Decals
- Emergency Stop Controls
- Emergency Power System
- Ground Operation Switch
- Platform Foot Switch
- Guardrails
- Lanyard Anchors
- Tilt Alarm
- Ground Fault Circuit Interrupter
- Horn
- Drive Motion Alarm
- Lowering Alarm
- Flashing Light
- Hour Meter
- Battery Level Indicator
- Battery Charge Indicator
- Hydraulic Fluid Filter Gauge
- Fluid Level Sight Gauge
- General Maintenance
- Charging
- Battery Disconnect Switch
- Lower Controls
- Circuit Breaker Reset Buttons
- Upper Controls
- Operator’s Manual Holder
- Electrical System
- Cables and Wiring Harness
- Hydraulic System
- Tires and Wheels
- Lower Control Station
- Level Sensor
- Flashing Light
- Structures
- Upper Control Station
- Drive Motion Alarm
- Lowering Alarm
- Placards and Decals
- Prestart Inspection Checklist
- Cold Weather Start-Up
- Preparing for Operation
- Lower Controls
- Upper Controls
- Gradeability
- Electrical Power Outlet
- Air Line
- Stowing
- Transporting
- Emergency Power System
- Towing
- Troubleshooting Chart
- Chapter 1 – Introduction
- Aerial Platform Features
- Options
- Operator’s Manual
- Safety Alerts
- Operation
- Maintenance
- Manual of Responsibilities
- Additional Information
- Component Identification
- Working Envelope
- General Specifications
- Electrocution Hazards
- Minimum Safe Approach Distance
- Prestart Inspection
- Work Place Inspection and Practices
- Operation
- Tip-Over and Falling Hazards
- Electrical System
- Hydraulic System
- Placards and Decals
- Emergency Stop Controls
- Emergency Power System
- Ground Operation Switch
- Platform Foot Switch
- Guardrails
- Lanyard Anchors
- Tilt Alarm
- Ground Fault Circuit Interrupter
- Horn
- Drive Motion Alarm
- Lowering Alarm
- Flashing Light
- Hour Meter
- Battery Level Indicator
- Battery Charge Indicator
- Hydraulic Fluid Filter Gauge
- Fluid Level Sight Gauge
- General Maintenance
- Charging
- Battery Disconnect Switch
- Lower Controls
- Circuit Breaker Reset Buttons
- Upper Controls
- Operator’s Manual Holder
- Electrical System
- Cables and Wiring Harness
- Hydraulic System
- Tires and Wheels
- Lower Control Station
- Level Sensor
- Flashing Light
- Structures
- Upper Control Station
- Drive Motion Alarm
- Lowering Alarm
- Placards and Decals
- Prestart Inspection Checklist
- Cold Weather Start-Up
- Preparing for Operation
- Lower Controls
- Upper Controls
- Gradeability
- Electrical Power Outlet
- Air Line
- Stowing
- Transporting
- Emergency Power System
- Towing
- Troubleshooting Chart
- Chapter 1 – Introduction
- Aerial Platform Features
- Options
- Operator’s Manual
- Safety Alerts
- Operation
- Maintenance
- Manual of Responsibilities
- Additional Information
- Component Identification
- Working Envelope
- General Specifications
- Electrocution Hazards
- Minimum Safe Approach Distance
- Prestart Inspection
- Work Place Inspection and Practices
- Operation
- Tip-Over and Falling Hazards
- Electrical System
- Hydraulic System
- Placards and Decals
- Emergency Stop Controls
- Emergency Power System
- Ground Operation Switch
- Platform Foot Switch
- Guardrails
- Lanyard Anchors
- Tilt Alarm
- Ground Fault Circuit Interrupter
- Horn
- Drive Motion Alarm
- Lowering Alarm
- Flashing Light
- Hour Meter
- Battery Level Indicator
- Battery Charge Indicator
- Hydraulic Fluid Filter Gauge
- Fluid Level Sight Gauge
- General Maintenance
- Charging
- Battery Disconnect Switch
- Lower Controls
- Circuit Breaker Reset Buttons
- Upper Controls
- Operator’s Manual Holder
- Electrical System
- Cables and Wiring Harness
- Hydraulic System
- Tires and Wheels
- Lower Control Station
- Level Sensor
- Flashing Light
- Structures
- Upper Control Station
- Drive Motion Alarm
- Lowering Alarm
- Placards and Decals
- Prestart Inspection Checklist
- Cold Weather Start-Up
- Preparing for Operation
- Lower Controls
- Upper Controls
- Gradeability
- Electrical Power Outlet
- Air Line
- Stowing
- Transporting
- Emergency Power System
- Towing
- Troubleshooting Chart
- Chapter 1 – Introduction
- Aerial Platform Features
- Options
- Operator’s Manual
- Safety Alerts
- Operation
- Maintenance
- Manual of Responsibilities
- Additional Information
- Component Identification
- Working Envelope
- General Specifications
- Electrocution Hazards
- Minimum Safe Approach Distance
- Prestart Inspection
- Work Place Inspection and Practices
- Operation
- Tip-Over and Falling Hazards
- Electrical System
- Hydraulic System
- Placards and Decals
- Emergency Stop Controls
- Emergency Power System
- Ground Operation Switch
- Platform Foot Switch
- Guardrails
- Lanyard Anchors
- Tilt Alarm
- Ground Fault Circuit Interrupter
- Horn
- Drive Motion Alarm
- Lowering Alarm
- Flashing Light
- Hour Meter
- Battery Level Indicator
- Battery Charge Indicator
- Hydraulic Fluid Filter Gauge
- Fluid Level Sight Gauge
- General Maintenance
- Charging
- Battery Disconnect Switch
- Lower Controls
- Circuit Breaker Reset Buttons
- Upper Controls
- Operator’s Manual Holder
- Electrical System
- Cables and Wiring Harness
- Hydraulic System
- Tires and Wheels
- Lower Control Station
- Level Sensor
- Flashing Light
- Structures
- Upper Control Station
- Drive Motion Alarm
- Lowering Alarm
- Placards and Decals
- Prestart Inspection Checklist
- Cold Weather Start-Up
- Preparing for Operation
- Lower Controls
- Upper Controls
- Gradeability
- Electrical Power Outlet
- Air Line
- Stowing
- Transporting
- Emergency Power System
- Towing
- Troubleshooting Chart
- Table of Contents
- Introduction
- Component Identification
- Special Limitations
- Controls and Indicators
- Battery Disconnect Switch
- Lower Controls
- Circuit Breaker Reset Buttons
- Upper Controls
- Preheat Switch
- Start Switch
- Emergency Stop Button
- Drive Joystick
- Steer Switch
- Drive Range Switch
- Boom Speed Knob
- Rotation Switch
- Riser Switch
- Boom Elevation Switch
- Boom Extension Switch
- Jib Articulation Switch
- Platform Level Switch
- Platform Rotation Switch
- Engine/Emergency Power Switch
- Horn Switch
- Platform Foot Switch
- AC Generator Switch
- Hydraulic Oil Warm-Up Switch
- Pre-Operation Safety Inspection
- System Function Inspection
- Operation
- Cold Weather Start-Up
- Hydraulic System Cold Weather Warm-Up
- Hydraulic System Warm-Up Switch
- Manually Warming The Hydraulic System
- Preparing for Operation
- Lower Controls
- Upper Controls
- Boom Operation
- Driving and Steering
- Drive Speeds
- Pivoting Front Axle
- All Motion Alarm
- Electrical Power Outlet
- AC Generator
- Air Line
- Emergency Lowering
- Lower Controls
- Upper Controls
- After Use Each Day
- Transporting the Machine
- Maintenance
- Inspection and Maintenance Schedule
- Daily Preventative Maintenance Checklist
- Specifications

Operation
16 A46JRT – 0260228
Driving and Steering
Danger
The aerial platform can tip over if it becomes unstable.
Death or serious injury will result from a tip-over ac-
cident. Do not drive an elevated aerial platform on
soft, uneven, or sloping surfaces. Do not drive the
machine on grades that exceed 40 percent.
For operation on grades up to 40 percent, it is recom-
mended that the main boom be near horizontal and the
jib be elevated just enough to provide adequate ground
clearance.
A 40 percent grade is a 1.2 m (48″) vertical rise in
3.05 m (10′) horizontal length.
Avoid driving with the platform over the front end of the
chassis. In this position the machine is difficult to control
because:
Drive and steer control movements and their resulting
machine movements are reversed.
When driving fast, sudden turns or stops produce
more severe reactions to platform occupants.
More turning space is required to prevent the platform
from colliding with obstacles several feet beyond the
path of the tires.
Warning
Death or serious injury could result from improperly
driving or steering the aerial platform. Read and un-
derstand the information in this manual and on the
placards and decals on the machine before operating
the aerial platform on the job.
The blue and yellow arrows on the chassis indicate the
direction the chassis will move when the drive or steer
control is moved toward the corresponding color.
When the machine is in the stowed position, with the
booms centered between the rear wheels, the direction
of drive and steer control movement corresponds with
the direction of chassis movement.
When the turntable is rotated from the stowed position,
with the booms to either side of or in front of the chassis,
the direction of control movement does not correspond
with the direction of chassis movement.
To avoid confusion, always drive to the work area
or move between work areas with the turntable and
booms in the stowed position.
After arriving at the work area, the booms may be
positioned to the side or the front of the chassis for
nal positioning.
Always look in the direction of movement as indicated
by the directional arrows on the chassis.
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Use the following procedure to operate the drive and
steer functions.
1. Determine the desired drive range for the specific
driving conditions. Place the switch in the appropriate
position to achieve the desired drive wheel opera-
tion.
Use high range (rabbit) when traveling across rm,
at, level surfaces. High range can only be activated
when the booms are stowed. High range is for high
speed, low torque operation.
Use low range (turtle) for driving on loading ramps or
other steep grades and when safety considerations
demand slow deliberate machine movement. Low
range is for low speed, high torque operation.
2. Step down on the platform foot switch.
3. Push the drive joystick forward to move the chas-
sis forward, the direction of the blue arrow. Pull the
joystick backward to move the chassis backward,
the direction of the yellow arrow. The drive speed is
proportional to the joystick position.
4. To stop drive motion, return the joystick to neutral.
5. The steer switch is a momentary contact, rocker
switch on top of the drive joystick. This switch controls
the two front wheels to steer the aerial platform.
To steer to the right, hold down the right side of the
steer switch.
To steer to the left, hold down the left side of the
steer switch.
Note
The steering wheels are not self-centering. Set the steer-
ing wheels straight ahead after completing a turn.
6. After driving to the desired location, release the foot
switch, or push the emergency stop button to apply
the parking brakes.
Drive Speeds
The drive speed is proportional to the joystick position.
The farther the joystick is moved, the faster the travel
speed.
Always slow down and shift the drive system to low
range before traveling over rough terrain or any sloped
surface.
Drive speed ranges are interlocked through limit switches
that sense the main and riser boom position.
When either boom is elevated or extended, only the
slowest drive speed will work regardless of the drive
range switch position.
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