Upright AB-46 Bi-Energy User manual

1
Safety Rules and Operating Instructions
Safety Rules and Operating Instructions
NEVER operate the machine
within ten (10) feet of power
lines. THIS MACHINE IS
NOT
INSULATE .
NEVER operate the
boom or drive with
platform elevated
unless on firm level
surface.
NEVER position the
platform without first
checking for overhead
obstructions or other
hazards.
NEVER climb, stand or sit
on platform guardrails or
midrail.
Electrocution Hazard Tip Over Hazard Collision Hazard Fall Hazard
Operator Manual
AB-46 Bi-Energy
SERIAL NO. 1000 TO CURRENT
WARNING
All personnel shall carefully read, understand and follow all safety rules, operating
instructions, and the Scaffold Industry Associations MANUAL OF RESPONSIBILITIES
(ANSI A92.5) before operating or performing maintenance on any UpRight boom supported
aerial work platform.
ALL occupants must wear an approved fall restraint properly attached to designated platform anchorage point. Attach
only one fall restraint to each anchorage point.
NEVER e ceed ma imum platform load of 500 lbs. (225 kg) and two (2) occupants.
NEVER e ceed 45 lbs. (200 N) of side force per occupant.
ISTRIBUTE all platform loads evenly on the platform.
NEVER operate the machine without first surveying the work area for surface hazards such as holes, drop-offs, bumps,
curbs, or debris; and avoiding them.
OPERATE machine only on surfaces capable of supporting wheel loads.
NEVER elevate the machine when wind speeds e ceed 28 mph (12.5 m/sec.).
IN CASE OF EMERGENCY push emergency stop button to cut power to all machine functions.
ALWAYS close and secure gate after entering platform.
NEVER e it or enter platform while elevated.
NEVER use ladders, scaffolding, or other items to gain height; work only from the platform floor.
NEVER climb down elevating assembly while platform is elevated.
INSPECT the machine thoroughly for cracked welds, loose or missing hardware, hydraulic leaks, loose wire connections,
and damaged cables or hoses before using.
VERIFY that all labels are in place and legible before using. Refer to page 10 & 11 for label identification.
NEVER use a machine that is damaged, not functioning properly, or has damaged or missing labels.
IF ALARM SOUN S while boom is elevated, STOP, carefully retract boom and lower platform without rotating. Move
machine to a firm, level surface.
NEVER attach overhanging loads or use boom as a crane.
NEVER alter operating or safety systems without manufacturers written consent.
NEVER charge battery near sparks or open flame. Charging batteries emit e plosive hydrogen gas.
NEVER replace any component or part with anything other than original UpRight replacement parts without the
manufacturer's written consent.
NEVER tow the machine. Transport by truck or trailer only.
AFTER USE, secure the work platform from unauthorized use by turning both keyswitches off and removing all keys.
SAFETY RULES

2
Introduction
This manual covers the operation of Bi-Energy
powered models of the AB-46 Articulated Boom. This
manual must be stored on the machine at all times.
Pre-Operation and Safety
Inspection
Carefully read, understand and follow all safety
rules, labels, and operating instructions, then
perform the following steps each day before use.
Perform a complete visual inspection of the entire
unit prior to operating. Check the following areas for
discrepancies:
1. Open panels and check hydraulic components /
hoses for damage or leaks. Check electrical
components / wiring for damage or loose connec-
tions.
2. Inspect chassis, a les, hubs, and steering linkage
for damage, deformation, buckled paint, loose or
missing hardware, and cracked welds.
3. Check tires for damage, punctures, and inflation;
tire pressure must be 75 psi.
4. Check all hoses / cables for wear.
5. Inspect elevating assembly for damage, deforma-
tion, buckled paint, loose or missing hardware,
and cracked welds.
6. Inspect platform and guardrails for damage,
deformation, buckled paint, loose or missing
hardware, and cracked welds. Insure that gate
operates freely and latches securely.
7. Check Hydraulic fluid level with platform fully
lowered.
8. Check battery fluid level (see battery mainte-
nance, page 8).
9. Check fuel level, add fuel if necessary.
10.Ensure that radiator is cold, check coolant level.
Add if necessary.
NEVER remove the cap from a hot radiator.
Hot coolant can cause severe burns.
DO NOT use a machine that is damaged or
malfunctioning. Tag and remove the unit
from service until it is repaired.
SYSTEM FUNCTION INSPECTION
Note: Refer to figures 1 and 2 for chassis and
platform control locations.
1. Before performing the following tests, check area
around machine and overhead for obstructions,
holes, drop-offs, and debris.
2. Turn chassis key switch to chassis, and turn on
(rotate clockwise) emergency stop switches at the
chassis control panel and at the platform control
panel.
Note: The machine may be powered by batteries
or by engine. To power the machine by engine,
press the engine start button to crank the en-
gine; release when engine starts. If engine is
cold: press the preheat button and hold for six
seconds prior to starting diesel models.
3. Push in the chassis emergency stop button and
operate any function switch at the chassis control
panel, function should NOT activate. Repeat for
platform emergency stop button, operating
chassis controls. Return both emergency stop
switches to the on position.
4. Operate each function switch to raise / lower,
e tend / retract, rotate left / right, each section of
the elevating assembly and observe the operation
of the machine. All functions should operate
through full cycle smoothly.
5. Turn chassis key switch to platform.
6. Mount the platform, close and latch the gate, and
attach approved fall restraint to designated
platform anchorage point. Attach only one fall
restraint to each point.
7. Without depressing the foot switch, move the drive
control handle, machine should not function.
8. Depress the foot switch and move the drive
control handle forward and reverse. Observe that
proportional functions operate smoothly, and that
brakes apply quickly after control is released.
9. While depressing foot switch, operate steer
switch to left and right. Observe that steering
wheels turn properly.
10.While depressing foot switch, turn function speed
control knob to desired setting, and operate boom
controls. Observe that boom operates smoothly,
and that upper boom, jib, turret rotation, platform
level, and platform rotation controls operate
proportionally in conjunction with function speed
control knob. Observe that platform maintains
level when boom is elevated.
11.With the upper boom elevated one foot, operate
drive control handle. Observe that drive speed is
limited to creep (1/2 foot [.15m] per second).
Lower upper boom to stowed position.
12.Press the service horn button. Observe that horn
is audible.

3
Figure 3: Typical Fall Restraint Anchorage
Point
Operation
Before operating work platform insure that:
Pre-operation and safety inspection has been
completed, and any discrepancies have been
corrected.
The operator has been thoroughly trained on the
operation of the machine.
The work area is clear of all obstructions, holes,
drop-offs, or persons in the route of travel.
The surface is capable of supporting wheel loads.
Refer to figures one and two for control locations.
Emergency Stop
At any time during operation, press the emergency
stop button to stop all functions in an emergency.
Service Horn
At any time during operation, press the service horn
button to sound an audible warning if necessary.
Always wear an approved fall restraint
properly attached to designated platform
anchorage point when driving or elevating the
machine (see figure 3).
Attach only one fall restraint to each anchor-
age point.
Figure 1: Chassis Controls
Note: The following list corresponds to the
numbered items in figures one and two.
1. Emergency stop.
2. Diesel Engine start.
3. Glow Plug button.
4. Keyswitch
5. Control fuses.
6. Riser control.
7. Upper boom control.
8. Boom e tension control.
9. Jib control.
10.Turret rotation control.
11.Platform rotation control.
12.Platform level control.
13.Battery condition indicator & Hourmeter.
14.Service horn button.
15.Drive control handle.
16.Function speed control.
17.Foot switch (located on platform floor).
18.Out of level indicator.
19.Low Voltage indicator.
Controls and Indicators
Figure 2: Platform Controls
9
8
12
11
13
10
7
6
1
2345
678
19
18
912
15
11
4
16
2
5
3
14
10
1

4
riving
With Boom Lowered
1. Turn chassis key switch to platform, and turn on
(turn clockwise) the chassis emergency stop
switch.
2. Mount the platform, close and latch the gate.
3. Attach approved fall restraint to designated
platform anchorage point. Attach only one fall
restraint to each point.
4. Check that the area around and above the work
platform is clear of obstructions, holes, drop-offs,
persons in the route of travel, and the surface is
capable of supporting wheel loads.
5. Depress the foot switch and move the drive
control handle forward to travel forward and
reverse to travel in the reverse direction.
Note: When the boom is rotated to the front of
the chassis (steering wheels aft) directions of
travel and steering will be reversed. Observe the
color coded arrows on the control panel near the
drive control handle, and on the chassis. They
will indicate the direction of travel when the drive
control handle is moved.
With Boom Elevated
Travel with boom elevated is restricted to firm
level surfaces only.
When driving elevated, the machine will travel at
creep speed (1/2 foot [.15 m] per second).
Steering
1. While depressing the foot switch, push the steering
switch (located on top of the control handle) to the
left to turn left, and right to turn right.
Note: Steering is not self centering. Wheels
must be returned to the straight ahead position
by operating the steering switch.
POSITIONING THE PLATFORM
Positioning the platform as close as possible to the
work area requires some planning. First, you must
survey the work site to find a suitable place to park
the machine. This must be a firm level area as close
as possible to the work area. Take into consider-
ation all obstructions on the ground and overhead
and avoid them.
Once you have moved the machine to a firm level
surface as near as possible to the work area, follow
the instructions on page 5 to position the platform.
Always, before operating any function, check the
area around and overhead for any obstructions or
electrical conductors.
Multifunction Controls
The UpRight AB-46 employs the use of multifunction
controls. This means that riser or boom e tension
will function at full speed while simultaneously
operating upper boom, jib, turret, or rotating the
platform.
The turret may be rotated while driving if necessary
to make turns in tight areas. All other boom func-
tions will not operate while driving.
Lower Control Operation
All boom functions will operate at fi ed speed.
1. Turn chassis keyswitch to chassis controls.
2. Operate boom control switches to position the
platform.

5
Elevating the Upper
Boom
1. Set the function speed control dial to the desired
setting. Rotate the dial clockwise to increase
speed, counterclockwise to decrease. If you are
not sure what speed to use, start out slow; the
speed can be varied while operating the function.
2.
While depressing the foot switch, push the upper
boom control lever forward to elevate the upper
boom, rearward to lower the upper boom. Release
the control lever to stop elevating / lowering.
Extending the Upper
Boom
1. While depressing the foot switch, push the boom
e tension control lever rearward to e tend the
boom, forward to retract the boom. Release the
control lever to stop e tending / retracting. The
boom e tension will function at a constant speed,
function speed control setting is not necessary.
Elevating the Jib
1. Set the function speed control dial to the desired
setting. Rotate the dial clockwise to increase
speed, counterclockwise to decrease. If you are
not sure what speed to use, start out slow; the
speed can be varied while operating the function.
2. While depressing the foot switch, push the jib
control lever forward to elevate the jib, rearward
to lower the jib. Release the control lever to stop
elevating / lowering.
Rotating the Platform
1. Set the function speed control dial to the desired
setting. Rotate the dial clockwise to increase
speed, counterclockwise to decrease. If you are
not sure what speed to use, start out slow; the
speed can be varied while operating the function.
2. While depressing the foot switch, turn the plat-
form rotation control switch counterclockwise to
rotate left, clockwise to rotate right. Release the
switch to stop rotation.
Leveling the Platform
DO NOT operate the machine if the
platform does not maintain level when
elevated.
Note: Platform leveling can be performed only
with the boom stowed and should be done only
to calibrate the automatic leveling system.
1. Set the function speed control dial to the desired
setting. Rotate the dial clockwise to increase
speed, counterclockwise to decrease. If you are
not sure what speed to use, start out slow; the
speed can be varied while operating the function.
2. While depressing the foot switch, push the
platform level control switch forward to swing the
platform upward, rearward to swing the platform
downward. Release the switch to stop leveling.
Rotating the Turret
1. Set the function speed control dial to the desired
setting. Rotate the dial clockwise to increase
speed, counterclockwise to decrease. If you are
not sure what speed to use, start out slow; the
speed can be varied while operating the function.
2. While depressing the foot switch, turn the turret
rotation control switch counterclockwise to rotate
left, clockwise to rotate right. Release the switch
to stop rotation. Observe the area around the
boom when rotating the turret to avoid any
obstructions.
Elevating the Riser
1. While depressing the foot switch, push the riser
control lever forward to elevate the riser, rear-
ward to lower the riser. Release the control lever
to stop elevating / lowering. The riser will func-
tion at a constant speed, function speed control
setting is not necessary.

6
EMERGENCY OPERATION
In the event of powered function failure, the elevat-
ing assembly may be lowered manually by the
following procedure.
NEVER climb down the elevating assembly.
If controls do not respond, ask someone on
the ground to lower the boom manually.
Lowering Elevating Assembly
1. Open the cover on the hydraulic module (opposite
side of the turret from the chassis control panel).
2. Remove the wire loop retainer from the hand
pump lever, and e tend the handle upward to
gain leverage.
3. Operate the manual override (knurled knob) on the
appropriate valve (see figure 4). Push in to lower /
e tend, pull out to raise / retract as required.
4. While holding the appropriate valve in position,
pump the handle in and out until that section of
the elevating assembly is lowered / retracted.
5. Repeat as necessary operating each valve until
the elevating assembly is fully lowered.
Rotating Turret
1. Obtain a
7
/ 8 inch ratcheting wrench.
2. Place the socket of the wrench onto the he shaft
stub of the turret rotation gearbo .
3. Turn the wrench clockwise to rotate the turret
counterclockwise, turn counterclockwise to
rotate the turret clockwise.
Figure 4: Emergency Control Operation
EMERGENCY TOWING
Perform the following only when the machine will
not operate under its own power and it is neces-
sary to move the machine or when winching onto a
trailer for transportation.
1. Insure that the platform is fully lowered, and that
the turret is rotated so the platform is to the rear
of the machine.
2. Attach chain / cable of sufficient strength for
towing the machine to front or rear tie down lugs.
3. Turn the keyswitch to the parking brake release
position. Alarm will sound.
4. Operate the emergency control pump four full
strokes to release brakes.
5. After moving the machine, return the keyswitch to
the off position and remove the key to prevent
unauthorized operation. Brakes are now reset.
Alarm will stop.
DO NOT move the machine faster than 3
mph. Faster speeds will damage drive
components and void warranty.
AFTER USE EACH AY
1. Ensure that the platform is fully lowered.
2. Park the machine on level ground, preferably
under cover, secure against vandals, children or
unauthorized operation.
3. Turn the key switch to OFF and remove all keys
to prevent unauthorized operation.
BATTERY CHARGING
See Maintenance, page 8.
Figure 5: Manual Turret Rotation
Emergency control pump
Riser Valve
Boom Valve
E tend Valve
Jib Valve
7
/
8
in. Ratcheting
Wrench
Turret Rotation
Gear Bo

7
Figure 6: Securing the Machine for Transportation
Transportation
BY CRANE
Stand clear of machine when lifting.
Check specifications on back page, insure
that crane and slings are of correct capacity
to lift weight of unit.
1. Insure that boom is fully lowered and retracted.
2. Attach straps to chassis lifting lugs only. Insure
that straps are adjusted properly to keep unit
level when lifting.
BY TRUCK OR TRAILER
1. Insure that boom is fully lowered and retracted.
2. Maneuver the machine onto bed of truck / trailer.
3. When winching, follow instructions for emergency
towing on page 6. Attach winch cable to front tie
down lugs.
Do not winch machine faster than 3 mph.
4. After winching, insure that brakes are set.
5. Secure the machine to the transport vehicle
using chains / straps of adequate load capacity
(refer to specifications, back page) attached to
chassis tie down lugs (see figure 6).
6. Place a wooden block (7.5" 4" 28") under
platform support braces as shown (see figure 6).
7. Attach ratchet strap; under platform floor grating,
over support braces (see figure 6). Tighten
securely, do not overtighten.
NEVER elevate the machine while on a
truck or trailer.
Wooden Block
7.5" 4" 28"
Chassis Tie Down /
Lifting Lug (typ.)

8
Maintenance
TIRES
Tire selection can affect the stability of the ma-
chine. Use only tires supplied by UpRight unless
approved by the manufacturer in writing.
BATTERY CHARGING
Charge batteries only in a well ventilated area.
Hazard of e plosive gas mi ture. Keep
sparks, flame and smoking materials away
from batteries.
Always wear safety glasses when working
with batteries.
Battery fluid is highly corrosive. Rinse away
any spilled fluid thoroughly with clean water.
Always replace batteries with UpRight batter-
ies or manufacturer approved replacements
weighing 120 lbs. each.
Charge batteries as follows:
1. Check the batteries fluid level. If the electrolyte
level is lower than
3
/ 8 in. (10 mm) above the
plates, add clean, distilled water only.
2. Verify charger voltage switch is set to the correct
voltage.
3. Connect e tension cord (minimum 12 gauge
(1.5 mm) conductor and ma imum 50 ft. (15 m)
in length) to charger plug located through the
opening in front of the chassis (Figure 7).
Connect e tension cord to properly grounded
outlet of proper voltage and frequency.
3. The charger will turn on automatically.
4. When the batteries are fully charged, the charger
will turn off automatically .
BATTERY MAINTENANCE
Check battery fluid level daily, especially if work
platform is being used in a warm, dry climate.
If electrolyte level is lower than 3/8 in. (10 mm)
above plates add distilled water only. DO NOT use
tap water it will shorten battery life.
Keep terminals and top of battery clean.
HY RAULIC OIL
1. Check oil level at dipstick and/or sight gauge
inside engine compartment left hand side with the
platform fully lowered.
2. Lift flap located on top of chassis left side (see
figure 9).
3. Open filler / breather cap.
4. If necessary, fill to capacity with clean ISO 46
compatible hydraulic oil.
5. Replace cap.
LUBRICATION
Refer to service manual for lubrication chart and
guidelines.
Figure 7: Battery Charger Figure 9: Hydraulic Oil Filler / Breather Cap, Fuel Filler / Breather Cap, and Oil Level Sight
Gauge
Figure 8: Batteries (Typical Both Sides)
AC Cord
Ammeter
Battery Disconnect
Fuel Filler /
Breather Cap
Hydraulic Oil Filler /
Breather Cap
Oil Level
Sight Gauge

9
Routine Service Table Key
Interval
Daily=each shift (every day) or every eight hours
30
D =every month (30 days) or every 50 hours
3
M =every 3 months or 125 hours
6
M =every 6 months or 250 hours
1
Y =every year or 500 hours
2
Y =every 2 years or 1000 hours
Y=Yes/Acceptable
N=No/Not Acceptable
R=Repaired/Acceptable
Routine Service Table
Service Report
Date: _______________
Owner: _________________________________
Model No: ____________ Serial No:__________
Serviced By:_____________________________
Service Interval: __________________________
COMPONENT INSPECTION OR SERVICES INTERVAL Y N R
Elevating Inspect for structural cracks Daily
Assembly Check pivot points for wear 30 D
Check pivot pin retaining bolts 30 D
for proper torque
Check members for deformation Daily
Chassis Check hoses for pinch or Daily
rubbing points
Check component mounting 6 M
for proper torque
Check welds for cracks Daily
Turret Check ring gear for proper lubrication and wear Daily
Lubricate worm gear bearings 150 H /3 M
Lubricate ring gear (MoS2 grease) 150 H /3 M
Torque Check for leaks Daily
Hubs Check oil level 250 H /6 M
Change oil after break-in period 50 H /30 D
Change oil (SAE 90 wt. gear oil) 2000 H /2 Y
Lift Check the cylinder rods for wear 30 D
Cylinders Check pivot pin retaining bolts 30 D
for proper torque
Check seals for leaks 30 D
Inspect pivot points for wear 30 D
Check fittings for proper torque 30 D
Entire Check for and repair Daily
Unit collision damage
Check fasteners for proper torque 3 M
Check for corrosion, remove and repaint 3 M
Lubricate 30 D
Labels Check for peeling, missing, or unreadable Daily
labels & replace
ROUTINE SERVICE
Use the following table as a guide for routine
maintenance. Inspection and maintenance shall
be performed by personnel who are trained and
familiar with mechanical and electrical proce-
dures. Refer to the Service Manual for complete
service instructions.
Please copy this page and use the Routine Service
Table as a checklist when inspecting a machine for
service.
COMPONENT INSPECTION OR SERVICES INTERVAL Y N R
Engine Oil Check level and condition Daily
Check for leaks Daily
Change oil & filter 100 HOURS
Engine Fuel Check fuel level Daily
System Check for leaks Daily
Replace fuel filter 100 HOURS
Check air cleaner Daily
Engine Check coolant level (with engine cold) Daily
Coolant Replace coolant 2Y
Battery Check electrolyte level Daily
System Check specific gravity 30 D
Clean e terior 3 M
Check battery cable condition Daily
Clean terminals 3 M
Hydraulic Check oil level Daily
Oil Change filter 6 M
Drain and replace with ISO 46 compatible oil 2 Y
Hydraulic Check for leaks Daily
System Check hose connections 30 D
Check hoses for e terior wear 30 D
Emergency Check operation of emergency override Daily
Hydraulic valves and hand pump
System Check operation of brake release hand pump Daily
Controller Check operation of all controls Daily
Platform Check fasteners for proper torque Daily
Floor and Check welds for cracks Daily
Rails Check condition of platform Daily
Check condition of anchorage points Daily
Check condition of operators manual Daily
Tires Check for damage Daily
Check air pressure (75 psi) Daily
Check lug nuts (torque to 90 ft. lbs. [123 Nm]) 30 D
Hydraulic Wipe clean 30 D
Pump Check for leaks at mating surfaces 30 D
Check for hose fitting leaks Daily
Check mounting bolts for proper torque 30 D
Steering Check fittings for proper torque 6 M
System Oil all pivot points 30 D
Check steering cylinder for leaks 30 D
Check linkage for wear areas 30 D
Check for missing / loose retainers Daily
Electric Check electric drive motors for operation Daily
Drive System Check cables, contactors, and connections Daily

10
Figure 10: Label Identification
Note: Labels can be ordered by using Part Number located by each label.
For machines equipped with options, consult the Service Manual.
068587-001
1 REQUIRED
068641-000
1 REQUIRED
066544-000
3 REQUIRED
066568-000
2 REQUIRED
068633-000
1 REQUIRED
068635-000
2 REQUIRED
010076-001
1 REQUIRED
062557-012
2 REQUIRED
066556-000
2 REQUIRED
068639-000
1 REQUIRED
066553-004
5 REQUIRED
062562-001
2 REQUIRED
066552-000
3 REQUIRED
(OUTSIDE AND INSIDE)
066555-000
2 REQUIRED
068635-000
4 REQUIRED
060197-000
1 REQUIRED

11
Figure 10: Label Identification (cont.)
AB - 46 Label Installation: All of the labels shown in figure 10 shall be present and
in good condition before operating the work platform. Be sure to read, understand
and follow these labels when operating the work platform.
066568-000
2 REQUIRED
068586-002
1 REQUIRED
066553-001
4 REQUIRED
068634-000
1 REQUIRED
(INSIDE)
066555-000
2 REQUIRED
(INSIDE)
062562-001
4 REQUIRED
068635-000
4 REQUIRED
066553-004
5 REQUIRED
068631-000
2 REQUIRED
068636-000
1 REQUIRED
068640-000
1 REQUIRED
061205-002
1 REQUIRED
066522-000
1 REQUIRED
062562-002
4 REQUIRED
005221-000
3 REQUIRED
(INSIDE)
027898-000
1 REQUIRED

12
068342-002
9902-.1-D Rev-A
Specifications*
Safety Rules and Operating Instructions
Safety Rules and Operating Instructions
FOR MORE INFORMATION
Local Distributor:
TEL: [phone] or [phone]
FAX: [phone]
ARTS: (888) UR- ARTS
ARTSFAX: [phone]
1775 ark St., Selma, CA 93662
http://www.upright.com
REACH ENVELOPE IAGRAM
ITEM SPECIFICATION
Height
Working height ma imum 52 ft.
Platform height ma imum 46 ft.
Platform step in height 9 in.
Up and over height 25 ft.
Drivable height 46 ft.
Horizontal outreach 24 ft. 6 in.
Turret rotation 360 deg. non-continuous
Platform rotation 160 deg.
Tail swing None
Jib length 5 ft.
Jib arc 140 deg.
Inside turning radius 2 ft.
Outside turning radius 9 ft. 10 in.
Drive speed (lowered) 3.5 mph
Drive speed (elevated) .34 mph
Gradeability 30%
Dimensions (boom stowed)
Platform Size 69 in. 39 in.
Guardrail height 43
1
/ 2 in.
Toeboards 6 in.
Ma imum platform capacity 500 lbs.
Ma imum no. of occupants 2
Weight 14,300 lbs.
Overall height 6 ft 6 in.
Overall length 17 ft. 10 in.
Overall width 5 ft. 9 in.
Wheel base 73 in.
Wheel track 59 in.
Ground Clearance 6 in.
Power source Eight 6V, 350 AH Batteries
One Kubota12 HP Diesel
System voltage 48VDC
Ma imum Hyd. Pressure 2400 psi
Controls Electric Proportional
Tires 9.5 16.5 10 ply highway tread
IMENSIONS IN FEET
* Specifications subject to change without notice.
Refer to Service Manual for complete parts and service information.
Meets or exceeds all applicable requirements of OSHA and ANSI A92.5-1992