Upright LX31 User manual

1
LX Electric & Bi-Energy
Operator Manual
LX Electric & Bi-Energy
SERIAL NO. 3300 TO CURRENT
Safety Rules and Operating Instru tions
Safety Rules and Operating Instru tions
WARNING
All personnel shall carefully read, understand and follow all safety rules, operating
instructions and the Scaffold Industry Associations MANUAL OF
R SPONSIBILITI S (ANSI A92.6) before operating or performing maintenance on
any UpRight aerial work platform.
SAFETY RULES
N V R operate the machine within
ten feet of power lines. THIS
MACHIN IS NOT INSULAT D.
N V R elevate or drive elevated on
uneven slopes or soft ground or el-
evate the platform unless the plat-
form is level.
N V R sit, stand or climb on
guardrail or midrail.
California Proposition 65 Warning
Gasoline and diesel engine exhaust and some of their constituents are known to the State of Califor-
nia to cause cancer, birth defects, and other reproductive harm.
N V R operate the machine without first surveying the work area for surface ha ards such as holes, drop-offs,
bumps and debris.
N V R operate the machine if all guardrails are not properly in place and secured with all fasteners properly
torqued.
S CUR and lock gate after mounting platform.
K P all body parts clear of outriggers when extending or retracting (outrigger equipped machines only).
N V R use ladders or scaffolding on the platform.
N V R attach overhanging loads or increase platform si e.
MAINTAIN tire pressure at 50 psi. Check daily.
LOOK up, down and around for overhead obstructions and electrical conductors.
DISTRIBUT all loads evenly on the platform. See the back cover for maximum platform load.
N V R use damaged equipment. (Contact UpRight for instructions. See toll-free phone number on back cover.)
N V R change operating or safety systems.
INSP CT the machine thoroughly for cracked welds, loose hardware, hydraulic leaks, damaged control cable,
loose wire connections and wheel bolts.
N V R climb down elevating assembly with the platform elevated.
N V R perform service on machine while platform is elevated without blocking elevating assembly.
N V R recharge battery near sparks or open flame; batteries that are being charged emit highly explosive
hydrogen gas.
AFT R US secure the work platform against unauthori ed use by turning chassis key switch off and removing
key.
N V R replace any component or part with anything other than original UpRight replacement parts without the
manufacturer's written consent.

2
Introduction
This manual covers Electric and Bi-Energy models
of the LX Series Work Platforms. Both machines
operate on a 48 volt battery powered system. The
Bi-Energy machine uses a diesel powered engine
to charge the batteries. Manual for engine on
BiEnergy machine is stored with thioperators
manual. These manuals 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.
1. Open panels and check hydraulic components
and hoses for damage or leaks. Check electrical
components and wiring for damage or loose
connections.
2. Inspect chassis, axles, hubs, and steering
linkage for damage, deformation, buckeled
paint, loose or missing hardware, and cracked
welds.
3. With platform fully lowered, check the hydrau-
lic oil level sight gauge on the hydraulic tank .
Add ISO #46 hydraulic oil if necessary.
4. Check that fluid level in all batteries is correct
(See Battery Maintenance, Page 8).
5. Check the engine oil level and fuel level (Bi-
Energy model).
6. Check that all guardrails are in place. Insure
that gate operates freely and latches securely.
7. Check tires for damage. Check tire pressure; 75
psi (5.2 bar) if equipped with pneumatic tires.
8. Carefully inspect the entire work platform for
damage such as cracked welds or structural
members, loose or missing parts, oil leaks,
damaged cables or hoses, and loose connec-
tions.
9. Bi-Energy models - While the engine is cool
check the engine coolant level.
NEVER remove the cap from a hot radia-
tor. 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 Fun tion Inspe tion
STAND CL AR of the work platform
while performing the following checks.
Before operating the work platform survey
the work area for surface ha ards such as
holes, drop-offs, bumps and debris.
Check in ALL directions, including above
the work platform, for obstructions and
electrical conductors.
Protect control console cable from possible
damage while performing checks.
1. Unhook controller from guardrail. Firmly grasp
controller handle in such a manner that the
interlock lever can be depressed, while perform-
ing the following checks from the ground.
Figure 1: Chassis control panel. Bi- nergy
controls shown, lectric model does not include
glow plug button or start button.
Platform/
Chassis/
Brake
Release
Switch
Lower
Start
Hour Meter
Emergency
Stop
Button
Key Switch
Raise
Brake
Release
Glow Plug

3
NOT : Bi- nery machine may be powered by
batteries or by engine. To power the machine by
engine, turn platform or chassis key on, press
engine start button to crank the engine. Release
button when engine starts. If engine is cold, press
the glow plug button for six seconds proir to
starting.
IMPORTANT: Bi- nergy models - If starting
engine from platform be sure engine switch on
chassis control panel is set to "RUN".
2. Turn platform controller key switch clockwise
to ON.
3. Position drive/lift switch to DRIV position.
Drive enable indicator light will be illuminated.
4. With the speed range switch first in LOW
SP D and then again in HIGH SP D de-
press the interlock lever and slowly push the
control lever to FORWARD then R V RS
positions to check for speed and directional
control. The farther you push or pull the con-
trol lever the faster the machine will travel.
5. Push steering switch RIGHT then L FT to
check for steering control.
6. Hook controller on guardrail in original posi-
tion.
7. On chassis controls, turn key switch to
CHAS-
SIS.
8. From lower controls, push chassis raise button
to elevate platform while pushing the tilt sensor
(Figure 3) off of level. The platform should only
partially elevate and the tilt alarm should sound.
If the platform continues to elevate and/or there
is no alarm STOP and remove the machine from
service until it is repaired.
9. Release the tilt sensor and fully elevate platform.
Figure 2: Controller
10. Visually inspect the elevating assembly, lift
cylinder, cables and hoses for damage or erratic
operation. Check for missing or loose parts.
11. Lower the platform partially by pushing in on the
chassis lower switch, and check operation of the
audible lowering alarm.
12. Open the chassis emergency lowering valve
(Figure 4) to check for proper operation by
pulling and holding the knob out. Once the
platform is fully lowered, close the valve by
releasing the knob.
13. On chassis controls, turn key switch to
PLAT-
FORM.
14. Mount the platform making sure the gate is latched.
15. Turn platform controller key switch clockwise to
ON. Position drive/lift switch to LIFT.
16. Depress the interlock lever and slowly push the
control lever to RAIS to raise the platform,
fully actuate the control lever to check propor-
tional lift speed. Elevate the platform to 12 feet
(3.7 m).
17. Slowly pull control lever to DOWN position to
lower platform. Check that lowering alarm
sounds.
18. Turn platform controller key switch to OFF, push
the emergency stop button and dismount the
platform.
19. Close and secure module covers.
Interlock Lever
Lift/Drive
Switch
Emergency
Stop Switch
Steering Switch
Control Lever
Drive Enable
Indicator
Speed Range
Switch
Figure 3: Tilt Sensor
Tilt Sensor

4
7. Grasp the control lever so the interlock lever is
depressed (releasing the interlock lever cuts
power to controller). Slowly push or pull the
control lever to FORWARD or R V RS to
travel in the desired direction. The farther you
push or pull the control lever from center the
faster the machine will travel.
8. While moving, push the drive/lift speed range
switch to HIGH SP D for travel on level
surfaces or to LOW SP D for climbing grades
or traveling in confined areas.
Steering
1. Push the steering switch RIGHT or L FT to
turn the wheels. Observe the tires while
maneuvering to insure proper direction.
Note: Steering is not self-centering. Wheels must
be returned to the straight ahead position by
operating the steering switch.
Raising and Lowering the Platform
1. Position the drive/lift switch to LIFT.
2. While holding the control lever so the interlock
lever is depressed, push the control lever
slowly to UP to raise the platform. Pushing the
control lever farther increases the lift speed.
3. Lower the platform by pulling back on the
control lever until the platform is fully lowered.
Operation
Before operating work platform, ensure that the
pre-operation and safety inspection has been
completed, any deficiencies have been corrected
and the operator has been thoroughly trained on
this machine.
NOT : Bi- nergy machine may be powered by
batteries or by engine. To power the machine by
engine, press engine start button to crank the
engine. Release button when engine starts. If
engine is cold, press the glow plug button on
chassis control box for six seconds prior to start-
ing.
IMPORTANT: If starting engine from platform
be sure engine switch on chassis is set to "RUN".
Travel With Platform Lowered
1. Verify chassis emergency stop switch is in the
ON position (pulled out), the drive enable
indicator light is on, and that the platform/
chassis switch is on PLATFORM.
Note: If the drive enable indicator light is off,
verify that the platform is fully lowered.
2. After mounting platform, close and latch gate.
Check that guardrails are in position and prop-
erly assembled with fasteners properly torqued.
3. Check that route is clear of persons, obstruc-
tions, holes and drop-offs and surface is
capable of supporting the wheel loads.
4. Check clearances above, below and to the sides
of the platform.
5. Pull controller emergency stop button out to
ON position.
6. Set the drive/lift speed range switch to LOW
SP D.

5
Figure 4: mergency Lowering Knob
After Use Ea h Day
1. Ensure that the platform is fully lowered.
2. Park the machine on level ground, preferably
under cover, secure against vandals, children
or unauthori ed operation.
3. Turn the key switch to OFF and remove the
key to prevent unauthori ed operation.
Parking Brake Release (Figure 5)
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 to transport.
Never release brakes if machine is on a
slope. Hook machine to towing vehicle
before releasing brakes.
1. Turn Platform/Chassis/Brake Release switch
to Brake Release position. Alarm will sound.
2. Momentarily push brake Release button.
3. The machine will now roll when pushed or
pulled.
4. For normal operation, turn Platform/Chassis/
Brake Release switch to Platform position.
Never operate work platform with the
parking brakes released. Serious injury or
damage could result.
Travel with Work Platform Elevated
Travel with platform elevated ONLY on firm and
level surfaces.
Note: The work platform will travel at reduced
speed when in the elevated position, and only
when the front axle is parallel with the rear axle.
1. Check that the route is clear of persons, ob-
structions, holes and drop-offs, surface is level
and capable of supporting the wheel loads.
2. Check clearances above, below and to the sides
of platform.
3. Position the drive/lift switch to the DRIV
position.
4. Push the control lever to FORWARD or R -
V RS for the desired direction of travel.
If the machine quits driving and the tilt alarm
sounds, immediately lower the platform and
move the machine to a level location before re-
elevating the platform.
Emergen y Lowering
The emergency lowering knob is located at the
front of the machine at the base of the scissor
assembly (Figure 4).
1. Open the emergency lowering valve by pulling
on the knob and holding it.
2. Once the platform is fully lowered, release the
knob to close the valve.
Emergency
Lowering
Knob
Brake
Release
Figure 5: Parking Brake Release Button

6
Fold Down Guardrails
This procedure is only for passing through door-
ways. Guardrails must be returned to proper
position before using the machine.
Fold Down Pro edure (Figure 6)
Note: When performing the following proce-
dures retain all fasteners.
1. Place controller on platform.
2. Starting at the front of the platform, remove
nuts, bolts and washers from the top of the
front guardrail. Fold the front guardrail down
onto the platform.
3. Close and latch the gate.
4. Remove nuts, bolts and washers from the top
of the rear guardrail. Fold the rear guardrail
down onto the platform being careful to keep
gate latched at all times.
5. Remove nuts, bolts and washers from the top
of the side guardrails and from the slideout
deck midrail. Lift up and fold one side guard-
rail in so it rests on the deck. Repeat with other
side guardrails.
Figure 6: Fold Down Guardrails
Ere tion Pro edure
IMPORTANT: After guardrails have been com-
pletely assembled, torque all hardware to values
specified in torque chart on page 10.
1. Raise side guardrails making sure each is
pushed down to secure the guardrail in the
vertical position.
2. Install bolts, washers and nuts between the side
guardrails.
3. Raise rear guardrail assembly, aligning holes
and install bolts, washers and nuts.
4. Raise front guardrail, aligning holes and install
bolts, washers and nuts.
5. Hang controller on front guardrail.
6. Before operating work platform check that all
fasteners are in place and properly torqued.
Before operating machine, guardrails must be
securely fastened in their proper position.
Double De k Fold Down Pro edure
(Figure 7)
NOT : When performing the following proce-
dures retain all fasteners.
1. Place controller on platform.
2. Starting at the front ; slide out deck, remove
hardware from top front corners of guardrails.
Remove hardware from the slide out deck side
guardrail midrails. Also remove hardware from
the top of the sockets that hold the slide out
deck side guardrails to the deck. Fold the side
guardrails down onto the platform.
3. Follow step 2 to fold the front side guardrails
on the rear slide out deck.
4. Unlatch the gate so the left side guardrails can
be folded down in two separate pieces. Also
remove the hardware opposite the gate latch on
the right side guardrail so it can be separated
into two pieces.
5. Lift up and fold side guardrails in so they rest
on the deck.
6. Lift up and fold front guardrail in so it rests on
the deck. Repeat for rear guardrail.

7
Figure 8: Transporting Work Platform
ransporting Work Platform
By Crane
1. Secure straps to chassis tie down/lifting lugs
only (Figure 8).
By Tru k
1. Maneuver the work platform into transport
position and chock wheels.
2. Secure the work platform to the transport
vehicle with chains or straps of adequate load
capacity attached to the chassis tie down/lifting
lugs (Figure 8).
Overtightening of chains or straps through
tie down lugs may result in damage to
work platform.
Double De k Ere tion Pro edure
IMPORTANT: After guardrails have been
completely assembled, torque all hardware to
values specified in torque chart on page 10.
1. Raise front guardrail making sure it is pushed
down to secure the guardrail in the vertical
position. Repeat for rear guardrail.
2. Raise guardrails making sure each is pushed
down to secure the guardrail in the vertical
position. Align holes and install hardware.
3. Raise one of the four slide out deck side guard-
rail assemblies. Align holes and install
hardware. Repeat this procedure for the other
three slide out deck side guardrails.
4. Hang controller on front guardrail.
5. Before operating work platform, check that all
fasteners are in place and properly torqued.
Figure 7: Fold Down Guardrails (Double Deck)
step 2
step 5
step 3
step 6
Note: Illustration above is shown with decks
extended for clarity. Perform this procedure
with guardrails retracted.

8
Maintenance
Never perform service on the work plat-
form in the elevating assembly area while
platform is elevated without first blocking
the elevating assembly.
DO NOT stand in elevating assembly area
while deploying or storing brace.
Blo king Elevating Assembly (Figure 9)
Installation
1. Park the work platform on firm level ground.
2. Verify platform emergency stop switch is ON.
3. Turn platform/chassis switch to CHASSIS.
4. Elevate platform far enough to allow brace to
be lowered.
5. From the left side of the machine, disengage
the locking pin securing the brace. Rotate the
scissor brace counterclockwise until it is vertical
and between the two scissor center pivots.
6. Slowly lower platform until brace is supporting
the platform.
Removal
1. Using chassis controls, raise platform until the
scissors brace clears the two scissor center
pivots.
2. Rotate scissors brace clockwise until the locking
pin engages. Verify locking pin is engaged.
3. Lower platform completely.
Battery Maintenan e
Ha ard of explosive gas mixture. 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
batteries or manufacturer approved re-
placements weighing 120 lbs. (54.4 kg.)
each.
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 with high mineral content it will
shorten battery life.
Keep terminals and tops of batteries clean.
Refer to the Service Manual to extend battery life
and for complete service instructions.
Brace
Lower Scissor
Center Pivot
Locking Pin
Upper Scissor
Center Pivot
Figure 9: Blocking levating Assembly

9
Routine Servi e
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.
Routine Servi e Table Key
Interval
Daily=each shift (every day) or every eight hours
30d=every month (30 days) or every 50 hours
3m=every 3 months or 125 hours
6m=every 6 months or 250 hours
1y=every year or 500 hours
2y=every 2 years or 1000 hours
Y=Yes/Acceptable
N=No/Not Acceptable
R=Repaired/Acceptable
COMPON NT INSP CTION OR S RVIC S INT RVAL Y N R
Engine Oil Check level and condition Daily
BiEnergy Check for leaks Daily
Models Change oil & filter 100 HOURS
Engine Fuel Check fuel level Daily
System Check for leaks Daily
BiEnergy Replace fuel filter 100 HOURS
Models Check air cleaner Daily
Main Check electrolyte level Daily
Battery Check specific gravity 30 D
Pack Clean exterior 6 M
Check battery cable condition Daily
Clean terminals 6 M
Engine Check electrolyte level Daily
Battery Check specific gravity 30 D
System Clean exterior 6 M
BiEnergy Check battery cable condition Daily
Models Clean terminals 6 M
Engine Check coolant level (with engine cold) Daily
Coolant Replace coolant 2y
Hydraulic Check oil level Daily
Oil Change filter 6 M
Drain and replace oil 2 Y
Hydraulic Check for leaks Daily
System Check hose connections 30 D
Check hoses for exterior wear 30 D
Emergency Open the emergency lowering Daily
Hydraulic valve and check for
System serviceability
Controller Check switch operation Daily
Control Check the exterior of the cable Daily
Cable for pinching, binding or wear
Platform Check fasteners for proper torque Daily
Deck and Check welds for cracks Daily
Rails Check condition of deck Daily
Tires Check for damage Daily
Check air pressure (75psi [5.2 bar]) Daily
Check lug nuts (torque to 150 ft. lbs. [205 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
Drive Motors Check for operation and leaks Daily
Steering Check hardware & fittings 6 M
System for proper torque
Oil all pivot points 30 D
Check steering cylinder for leaks & 30 D
mounting bolts for proper torque
Routine Servi e Table
Servi e Report
Date: _______________
Owner: ___________________________________
Model No:_____________ Serial No: __________
Serviced By: _______________________________
Service Interval: ___________________________
COMPON NT INSP CTION OR S RVIC S INT RVAL Y N R
Elevating Inspect for structural cracks Daily
Assembly Check pivot points for wear 30 D
Check pivot pin mounting bolts 30 D
for proper torque
Check scissor arms for bending 6 M
Grease scissor pins 30 D
Chassis Check hoses for pinch or Daily
rubbing points
Check component mounting 6 M
for proper torque
Check welds for cracks Daily
Lift Check the cylinder rod for wear 30 D
Cylinder Check pivot pin mounting 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
Axle Check the cylinder rod for wear 30 D
Cylinder Check mounting pin pivot 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 6 M
and repaint
Lubricate 30 D
Labels Check for peeling, missing, or unreadable Daily
labels & replace

10
NOT S:

11
Maximum Distributed
Platform Load 2000 lbs
or 5 occupants
Maximum side load 300 lbs
Maximum Distributed
Platform Load 1500 lbs
or 5 occupants
Maximum side load 250 lbs
Maximum Wheel
And/Or Outrigger
Load 3900 lbs.
101252-013
1 REQ. LX31
Maximum Wheel
And/Or Outrigger
Load 4200 lbs.
101252-014
1 REQ. LX31
LX S RI S LAB L INSTALLATION: TH S LAB LS SHALL B PR S NT AND IN GOOD
CONDITION B FOR OP RATING TH WORK PLATFORM. B SUR TO R AD,
UND RSTAND AND FOLLOW TH S LAB LS WH N OP RATING TH WORK
PLATFORM.
Note: Labels can be ordered by using Part Number located by each label.
For machines equipped with options consult Service Manual.
67638-002
1-REQUIRED
BI-ENERGY MODELS ONLY
66555-000
1-REQUIRED
66551-002
1-REQUIRED
66555-000
1-REQUIRED
62562-002
1-REQUIRED
66558-000
2-REQUIRED
66561-001
1-REQUIRED
27898-000
1-REQUIRED
BI-ENERGY MODELS ONLY
66568-000
1-REQUIRED
66552-000
1-REQUIRED
66550-009
1-REQUIRED
66554-000-00
1-REQUIRED
61515-001
1-REQUIRED
67642-002
1-REQUIRED
10076-001
1-REQUIRED
66562-001
1-REQUIRED
61205-000
1-REQUIRED
61220-001
1-REQUIRED
63423-000
1-REQUIRED
60197-000
1-REQUIRED
66551-003
1-REQUIRED 66558-000
2-REQUIRED
67639-001
1-REQUIRED
66557-010
2-REQ. LX31 ONLY
66557-007
2-REQ. LX41 ONLY

12 067449-001
3/00 D
Specifications*
FOR MORE INFORMATION
Local Distributor:
TEL: [phone] or [phone]
FAX: [phone]
PARTS: (888) UR-PARTS
PARTSFAX: [phone]
1775 Park St., Selma, CA 93662
http://www.upright.com
Safety Rules and Operating Instru tions
Safety Rules and Operating Instru tions
* Specifications subject to change without notice.
Hot weather or heavy use may reduce performance.
Refer to Service Manual for complete parts and service information.
Meets or exceeds all applicable requirements of OSHA and ANSI A92.6-1999
LX41
143.38 in. x 70 in. [3.64 m x 1.78 m]
179.38 in. x 68 in. [4.56 m x 1.73 m]
156 in. x 68 in. [3.96 m x 1.73 m]
228 in. x 68 in. [5.79 m x 1.73 m]
1,500 lbs. [680 kg]
1,500 lbs. [680 kg]
500 lbs. [227 kg]
1250 lbs {567 kg]
500 lbs. [227 kg]
6 people
2 people
6 people
2 people
47 ft. [14.33 m]
40 ft. 6 in. [12.34 m]
65.3 in. [1.66 m]
2 WD : 11,260 lbs. [5,108 kg]
2 WD : 11,460 lbs. [5,194 kg]
2 WD : 11,690 lbs. [5,303 kg]
2 WD : 11,890 lbs. [5,371 kg]
2 WD : 12,120 lbs. [5,498 kg]
2 WD : 12,318 lbs. [5,587 kg]
90 in. [2.29 m]
108.75 in. [2.76 m]
160.5 in. [4.08 m]
40 ft. 6 in. [12.34 m]
0 to 3.1 mph [0 to 5.0 km/h]
0 to 0.3 mph [0 to .48 km/h]
48 Volt DC
28.3 Gallons [107.13 l]
3000 psi [206.8 bar]
ISO #46
ISO #32
One Single Stage Lift Cylinder
Raise, 50 sec./Lower, 70 sec.
Eight 6V 350 AH Batteries
(BiEnergy) One Kubota 12 HP Diesel
Proportional
Smooth one hand Joystick
Two Electric Wheel Motors
10-16.5 NHS 8 Ply, 75psi [5.2 bar]
Poly Filled
Two, Spring Applied, Hydraulic Release,
Multiple Disc
48 in. [1.22 m]
2 WD : 30% [16.7º]
115.75 in. [2.94 m]
43.5 in. [1.1 m] high, Fold Down with Self
Closing Gate
6 in. [152 mm] High
LX31
143.38 in. x 70 in. [3.64 m x 1.78 m]
179.38 in. x 68 in. [4.56 m x 1.73 m]
156in. x 68 in. [3.96 m x 1.73 m]
228 in. x 68 in. [5.79 m x 1.73 m]
2000 lbs. [907 kg]
2000 lbs. [907 kg]
500 lbs. [227 kg] 1750
lbs [795 kg] 500
lbs. [227 kg]
8 people
2 people
8 people
2 people
37 ft. [11.28 m]
31 ft. [9.45 m]
56.3 in. [1.43 m]
2 WD : 9,920 lbs. [4,500 kg]
2 WD : 10,120 lbs. [4,590 kg]
2 WD : 10,350 lbs. [4,695 kg]
2 WD : 10,550 lbs. [4,785 kg]
2 WD : 10,780 lbs. [4,890 kg]
2 WD : 10,980 lbs. [4,981 kg]
90 in. [2.29 m]
99.75 in. [2.53 m]
160.5 in. [4.08 m]
31 ft. [9.45 m]
0 to 3.1 mph [0 to 5.0 km/h]
0 to 0.3 mph [0 to .48 km/h]
48 Volt DC
28.3 Gallons [107.13 l]
3000 psi [206.8 bar]
ISO #46
ISO #32
One Single Stage Lift Cylinder
Raise, 40 sec./Lower, 60 sec.
Eight 6V 350 AH Batteries
(BiEnergy) One Kubota 12 HP Diesel
Proportional
Smooth one hand Joystick
Two Electric Wheel Motors
10-16.5 NHS 8 Ply, 75psi [5.2 bar]
Poly Filled
Two, Spring Applied, Hydraulic Release,
Multiple Disc
48 in. [1.22 m]
2 WD : 30% [16.7º]
115.75 in. [2.94 m]
43.5 in. [1.1 m] high, Fold Down with Self
Closing Gate
6 in. [152 mm] High
ITEM
Platform Size ( Inside Toeboards)
Standard
w/ Extension
Double Deck Models
w/ Decks Retracted
w/ Decks Extended
Max. Platform Capacity
Standard
w/ Extension
on Extension
Double Deck Models
on Extension (one end only)
Max. No. of occupants
Standard
on Extension
Double Deck Models
on Extension (one end only)
Height
Working Height
Max. Platform Height
Min. Platform Height
Dimensions
Weight, Electric
BiEnergy
Electric w/ Extension
BiEnergy
Electric Double Deck
BiEnergy
Overall Width
Overall Height
Overall Length, Standard
Driveable Height
Surface Speed
Platform Lowered
Platform Raised
System Voltage
Hydraulic Tank Capacity
Maximum Hydraulic System Pressure
Hydraulic Fluid
Normal Use (>32 °F [0 °C])
Low Temp. Use
(-10 to 32 °F [-23 to 0 °C])
Lift System
Lift Speed
Power Source
Drive Control
Control System
Horizontal Drive
Tires Standard
Optional
Parking Brakes
Turning Radius (inside)
Maximum Gradeability
Wheel Base
Guardrails
Toeboard