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VX-VS-080 Rv 1 Dealer training 12Sep08
*Rake 26° 4.21" (107mm)
Weight distribution 47%front and 53% rear Rider weight distribution 38%front and 62% rear VX-VS-080 Rv 1 Dealer training 12Sep08
2fJSPIENSIONSYSTEM
Rear Shocks Absorbers : Rear wheel excursion: 4.33" (110mm) Variable pitch spring 5Step pre-load spring adjustment
Diameter: 1.38" (35 mm) Max extension: 4.33" (110mm)
VX-VS-080 Rv 1 Dealer training 12Sep08
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VX-VS-080 Rv 1 Dealer training 12Sep08
ight aluminum rims with Vectrix Rear rims designed to house t he gearbox
Rear: GTS24 140/60-13
VX-VS-080 Rv 1 Dealer training 12Sep08
Switch on procedure
Estimated riding range Diagnostic bike check Monitoring charging state
VX-VS-080Rv 1 Dealer training 12Sep08
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This Information will be Included in the service manual. This is an advance copy for reference and training purposes.
HOW TO DIAGNOSE THE MOST COMMON ISSUES
Symptom
1 The "ready" signal doesn't appear
Problem Verification Possible Problem/Issue Switch off the red button, pull If the value is 83 km/h (52 mph). the rear brake and see what the value on the speedometer is.
Solution First try calibrating the throttle. If this doens't solve the problem you will need to verify the throttle connections. If it still doesn't help you need to change the throttle assembly
2
The 'ready" signal doesn't appear
Switch off the red button, pull If the value is different to 43 km/h You have to calibrate the throttle's magnet the rear brake and see what the (27 mph). value Is on the speedometer
3
Smell of burnt plastic or metal under the seat, while riding
Stop the vehicle immediately. Open the passenger's seat and try to smell if it comes from the MC
4
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The wrong tightening of the bolts holding the phases of MC could have created small voltaic arcs that in the long run led to the burning of cables. Check the status of the MC cables under the plenum: The charge doesn't Try to put the scooter on If nothing happens for a few charge when the battery is not minutes and then the scooter start full. Also try another outlet turns on normaly, the problem is the Charger. The acceleration is The movement of the scooter is Incorrect value of the encoder's not smooth - there's irregular offset could cause these hassles a noise in the rear while driving wheel
if the MC is actually burnt should be replaced
Replacement of the Charger
You need to check the value of the encoder offset, and eventually recalibrate it. You may have to clean the surface of the encoder or remove it.
6
The acceleration Is From standing position, quickly Too high power consumption by 1. Update the software with not smooth - there's turn the throttle to the maximum the fan on Motorcontroller MC1014B.hex. 2. If doesn't help you need to a noise in the rear- and listen if the noise is audible replace the Motorcontroller only at the beginning of acceleration - MC power cut-off
7
The acceleration is The movement of the scooter is MC fan is not working. IGBT Is overheated and cut off the MC not smooth - there's irregular a noise in the rear
1. Check if fan on MC is working 2. Replacement of the Motorcontroller
8
If the scooter turns off suddenly
Measure the voltage on the first if the volts are very low - the plug of the charger in the problem is the battery; If the volts scooter's front right side are normal - the problem is with the MC; the fuse on 200VA of the MC has blown up
Battery voltage below 80V: replace battery pack. Battery voltage above 80V: replace MC / fuse.
9
During the charge appears the message "bathor
it's better to charge the bike in a large, or in well ventilated places
The temps are too high.
Unplug the bike and stop the charge until the temps become normal.
The battery's voltage is too low
Look for the closest charge station.
JO Riding appears the Ride the bike with a speed no message "busVIt"
more than 15 km/h (9 mph)
06b Most Common Issues 225ep08
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NVECT1711.X.'"
This information will be included in the service manual. This is an advance copy for reference and training purposes.
HOW TO DIAGNOSE THE MOST COMMON ISSUES
Symptom
11 The board instruments (lights, hom etc.) have abnormal behaviour
Problem Verification Try to disconnect and reconnect the ICM
12 The handlebar
If the bike has the cargo box. vibrates and moves remove it and check again rougiy (shimmy effect)
13 The scooter stays ON, even after turning off the ignition key
14 The scooter is not charging right after connecting to the outlet
Possible Problem/Issue
Solution Check the ICM value reprogram the ICM software Replace the ICM
Check the tire pressure
Check the tire pressure Remove the cargo box
1. Try disconnect and reconnecting the BC connectors. If the problems still exists — you should replace the BC 2. If doesn't help disconnect VEC 4000 and 5000 harness. 3 Check ignition switch.
Disconnect the charger connectors
Check for proper SW installed in the battery charger
0613 Most Common Issues 22Sep08
1. The charger doesn't work 2. The battery packs charge level is too low so the BC fails to start the charge.
1. The charger has to be substituted; 2 . Check the voltage of the batteries through the voltmeter, measuring the voltage directly from the BC plug to the batteries - if the voltage is too low contact VecTech. RECHARGE THE BATTERIES AT LEAST EVERY 3 MONTHS TO AVOID THIS ISSUE! 3. Inspect the plug if the pins are assembled correctly
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VECTRIXT" This information will be included in the service manual. This is an advance copy for reference and training purposes.
HOW TO INSTALL THE USB/CANBUS ADAPTOR WARNING: Do not connect the adaptor to the USB port of your personal computer before installing the drivers. Insert the CD-rom given with the adaptor and follow the prompted instructions to install the PCAN-USB drivers. • •
You must be logged on to the system as an administrator Install the software choosing the Components PCAN-USB driver and PCAN-View CAN Bus Monitor as shown in the picture: gt PEAK OEM Drivers installation Select Contents Choose which components to Install by checking the boxes below.
PCAN4J5B diva, ;" p OPCAN-Darcle cklver
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Continue clicking "Next" until the installation's procedure is finished.
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Restart the computer.
Once you restarted, insert the adaptor in a USB port and wait until it searches for the drivers in the system; Let the system install drivers automatically. If you have any problems during this operation restart your computer and redo the installation process. When the installation of the drivers is completed, you can see a red LED light on the interface USB/CAN. In case it doesn't happen, remove the hardware and reconnect it. If the problem still occurs, try using another USB port. If the red LED is blinking, with a very low frequency, it's better to restart the computer again. WE SUGGEST using the USB/CAN device on the same USB port, each time, this way it's always configured correctly; if you change USB port, the operative system will search again for the drivers to install; anyhow don't worry, the file you need is already in your computer and Windows will automatically look for it.
05 How to install the CAN BUS Adaptor 22Sept08
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VECTRIX
1.2 Software Installation Copy to the root's directory (CA) of your hard disk the 2 folders: SCOOTER SOFTWARE and SCOOTERDIAG (ask your referral technician to get them) For easier use of the SCOOTERDIAG software, you may want to create a link on the desktop: go to the folder C:1ScooterDiag, then go in the folder Ver0.5, right click on the file scooterdiag.exe and send it to desktop (create a link). Now right click the icon on the desktop and choose "properties". Here you can change the icon, clicking on "change icon". Look for the file icon.ico in the folder CAScooterdiaglver0.51 and click 'open", then "ok" .
1.3 Use and functioning of the Software Before launching the software, check that your USB/CANbus adaptor is in the right USB port and that the drivers are correctly installed (see CanBus Driver Installation).
06 Scooter Diagnosis Software 11Sept08 (2)
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VeCT'RIX
Turn on the bike and let it do the initial dashboard check; launch the program with a double click on the icon just created on the desktop. The following page will open:
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0) Scooter Diagnostics Summar)/ 1Charger 1 Firmware Upgrade ] Memory 1 Data Plot 1 Throttle Test j ICM Test Transfer I About Faults
General Information
Total Vehicle Distance
11256.2 km
Ave Distance/Charge
1 c km
Total Hours
11792
Total Bus Voltage
112a v Temp C 15,6C 1.7 C 16.7 C 16.7 C 16.7 C 16.7 C 16.3 C 16.5 C 15.6 C 1.7 C 16,3 C 16.3 C 16.7C 17.0 C 16.7 C 16.3 C
Motor Control Status
BL Regen
Reverse 1arse
1111.1
liTe;171 Motor Controller Temp
Temp F 60,1 F 35.1 F 62.1F 62.1 F 62.1 F 62,1 F 61.3F 61.7 F 60.1 F 35.1 F 61.3F 61.3 F 62.1F 62.6 F 62.1 F 61.3 F
17c
Capacitor Temperature 1
117C
Capacitor Temperature 2
17C
Capacitor Temperature 3
16C
IGBT Fault
Bus Voltage
126 v
✓ Throttle Fault
Bus Current
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Battery Temperatures Description Ambient Temp 4D Calibration Temp 4D Mod Temp 14D Mod Temp 240 Mod Temp 340 Mod Temp 440 Mod Temp 5 40 Mod Temp 6 40 Ambient Temp 4E Calibration Temp 4E Mod Temp 1 4E Mod Temp 2 4E Mod Temp 3 4E Mod Temp 4 4E Mod Temp 5 4E 'Mod Temp 6 4E
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✓ Capacitor Temperature
Service
Hours ance Last Service
10
Date of Last Service
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Motor Controller ID Code Motor ID Code Manufacturing Code Show Instrument
1 SUMMARY It's the main page, showing the main parameters. > GENERAL INFORMATION: • Total Vehicle Distance: it's the mileage of the bike. • Ave Distance/Charge: it's the average speed in km per one charge (still under development). • Total Hours: it's the total time the bike was in use (in hours). • Total Bus Voltage: it's the voltage of the battery pack read by the charger. > BATTERY TEMPERATURES: In this panel you can read the temperature of each module in the battery pack. There are 6 modules in the front pack and another 6 in the rear. You can also check the ambient temperature in the front and in the rear part of the scooter, measured by 2 different sensors. Calibration Temperatures are two reference values, used by the software to properly read all others values.
06 Scooter Diagnosis Software 11Sept08 (2)
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VCCTRIX r" D FAULTS: this section shows some of possible messages about the errors found by the scooter. When there is a malfunctioning, on the top of the page you can see the same icon that appears on the dashboard, and below the icon is shown which kind of problem was found. They are: • • • • • • • • •
Low Bus Voltage: the battery pack's voltage is too low. IGBT Fault: defect with MC's power amplifier. Throttle Fault: the values of the throttle are not properly detected . Heatsink Temp: high temperature on the motor controller heatsink. CANBus: there is a problem on the system's Bus. Phase Current: an issue with a motor's phase. Bus Current: an issue with current supply. Motor Temperature: high temperature on the motor, Capacitor Temperature: high temperature on a capacitor on the MC.
• CAN ACTIVE: the light is green when your laptop is communicating with the bike through the CANBus; the light is red when the bike is turned off. If the light is red and the bike is on, you have a communication problem between the bike and the laptop. Please check the CANBus adaptor connections. •
MOTOR CONTROL STATUS: • Motor Controller Temp: it's the temperature of the Motor Controller. • Capacitor Temperature 1: it's a capacitor's temperature on the MC. • Capacitor Temperature 2: it's a capacitor's temperature on the MC. • Capacitor Temperature 3: it's a capacitor's temperature on the MC. • Bus Voltage: it's the battery pack voltage detected by the MC. • Bus Current: it's the actual current supplied by the motor controller.
D SERVICE: not used at the moment; it will include information about: • Hours Since Last Service. • Date Of Last Service. • Motor Controller ID Code. • Motor ID Code. • Manufacturing Code: ID code of the bike.
06 Scooter Diagnosis Software 11Sept08 (2)
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SHOW INSTRUMENT: clicking this button, a new window (called Instrument Cluster) that shows the dashboard will appear.
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In the center of the window you can see a bar (named Throttle) that shows the actual value of the throttle calibration. A proper value is in the range between 618 and 628, when the bar is green refer to service manual for lastest information. You can see here 3 buttons: •
CONTROL MODE: If you click on it, you will control the bike through the software. The window changes a little:
06 Scooter Diagnosis Software 11Sept08 (2)
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As shown on the picture, all the manual control of the bike may be activated by software: • Hr, Min, Set Clock: you may set the clock Hr (hours) Min (minutes). • Km: you can pass from km to miles and vice versa. • Tr: you can pass from Trip 1 to Trip 2 to the Odometer. • Left Brake: it simulates the pulling of the left brake lever. • Left signal: it simulates the switching of left directional light (only on the dashboard, not the lamp). • Right Brake: it simulates the pulling of the right brake lever. • Right signal: it simulates the switching of right directional light (only on the dashboard, not the lamp). • Kill: it simulates the power switch, the red switch on the throttle; it activates and deactivates the main circuit. • Horn: not available at the moment. • Kick Stand: it's the kickstand's switch; you can simulate to have the kickstand down. • Seat Switch: not available at the moment. • Hi Beam Switch: it turns on and off the high beam on the bike. • Low Beam Switch: it turns on and off the low beam on the bike. • •
Enable Motor: it turns on the bike. Throttle: this is the throttle's pilot.
06 Scooter Diagnosis Software 11Sept08 (2)
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VECTRIX"' If you want to controlthebike through thesoftware,youmustput the bike on alift to raise the rearwheel and remove thekickstand. The ready light must be steady (not blinking). If the ready sign doesn't appear, click on "kill switch". Then switch the control Enable Motor. Now with the mouse it is possible to accelerate and decelerate, using the "Throttle pilot" on the software. •
MONITOR MODE: you can leave the remote control and come back to the simple visualization
mode of the value. • AUTORUN MODE: you may also verify the right wiring of the 3 phases of the motor on the MC.
To use this function, remove the kickstand, lift up the rear wheel, then click Control Mode. If ready is fixed, click Autorun Mode. In this configuration the bike is turned on (GO), and the wheel moves slowly. If it turns backward, or it doesn't move at all, it means that 2 phases have been inverted and you have to swap them (check the labels on the phase wires). Switch MONITOR MODE to return in normal visualization mode. •
ENCODER MODE: Use this section to calibrate the ENCODER.
Before doing it you have to see the actual value of the calibration, to verify if this calibration will change. Go in the MEMORY window and read the value in the box Encoder Offset (an angular degrees value, between 0 and 359. If you read a value out of the range 0/359°, pick any value in this range and click WRITE). To use this function, remove the kickstand, lift up the rear wheel, then click Control Mode, if ready is steady, click Encoder Mode. The speedometer will move slowly till a certain value and it will come back to the 0. The value that the speedometer will reach is the calibration angular value. Click on MONITOR MODE to come back to the normal visualization mode. Then go to the MEMORY page to read the Encoder Offset value to see if the calibration has changed. A modified value will tell you that the Encoder was out of calibration. On the contrary, if the value didn't change, it means that the encoder was already calibrated.
WARNING:For both operations, you need to lift up the rear wheel and to remove the kickstand! WARNING:The parameters read by charger and motor controller don't agree exactly (for example BUSVOLTAGE); it's more reliable to check the values read by the motor controller!
06 Scooter Diagnosis Software 11Sept08 (2)
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VeCTRIX-11 2 CHARGER This window allows you to send commands directly to the charger by software. Scooter Diagnostics
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Summary charger Firmware Upgrade I Memory I Data Mot I Throttle Test ICM rest Transfer I About
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D CHARGER COMMAND: you can use this section to activate some special procedures or to align the memory of the charger with the real amount of charge in the battery pack. To enable the EQUALIZATION MODE, just write in the box Command the value 0x90 and 0x55 in the box Data. To disable the EQUALIZATION MODE, just write in Command 0x90 and 0x77 in Data. CHARGER MEMORY DUMP: Here you can reset some specific areas of the charger's memory (not available at the moment).
3 FIRMWARE UPGRADE Here you may update and reprogram the firmware of:
06 Scooter Diagnosis Software 11Sept08 (2)
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• • • • • • ▪ •
ICM: Interface Control Module.Control of messages and commands to and from the MC. INSTRUMENT CLUSTER:Instrument panel. BATTERY CHARGER.Charges the battery MOTOR CONTROLLER:Main board controller. FUELL CELL:(for future implementation). BATTERY MONITOR 1: Front board temps sensors. BATTERY MONITOR 2:Rear board temps sensors. TILT CONTROLLER:Tilting board sensor. (3 wheeler)
Example.We want to upgrade the charger's software. We have to pick up the file to upload: click on Browse and a window like this one will appear: Choose File to Down lea.d Cerca
11
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A CHARCER_V2009_101107.11ax 17eixonend recersi
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06 Scooter Diagnosis Software 11Sept08 (2)
Armula
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10 of 16
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VECTRIX'' Now you have to select the last file you received by our technical department. The path usually is alscooter softwarethattery charger1v2012\chargerv2012.hex or something like this. Once you choose the file, just click on PROGRAM, on the charger line. The selected path will stay in the program; next time you need to upgrade the same chargers software, you'll need only to click PROGRAM, without doing all the procedure again. The same steps are for the other components (MC, ICM...)
4 MEMORY Here you can check all offset values for the various parameters on the MC.
fi
' Eba Scooter Diagnostic s Si:emery I Charger 1 Fireman DIAPode Address
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Data Plot I. *rotas test I ICM Test Transfer
Memory Dump
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Read
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Write
Manufachrhg Code
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Mater Controller Software Revision
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Motor ID
•
Write
Enceckr Offset riows Since Last Service
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ADDRESS - DATA: Two boxes where it is possible to read/write a specific instruction in a certain address of the Motor Controller's memory.
•
VIN: Vehicle Identification Number.
•
BUS CURRENT OFFSET: It's the compensation value for the current.
•
ENCODER OFFSET: It's the referral angular value which allows the MC to know instant by instant where, in the space, the magnetic fields of the rotor are.
•
HOURS SINCE LAST SERVICE.
•
DATE OF LAST SERVICE.
•
MOTOR CONTROLLER ID: MC's serial number.
06 Scooter Diagnosis Software 11Sept08 (2)
11 of 16
veci-nocr•
MANUFACTORING CODE: ID code linked to the bike.
•
MOTOR CONTROLLER SOFTWARE REVISION: its the firmware version on MC.
•
MOTOR ID: motor's serial number.
All these values can be written in MC's memory, putting the value and then clicking on Write. Please, DO NOT write a value for encoder offset and bus current offset: the bike would stop working. •
MEMORY DUMP: its to reset specific addresses of MC's memory (we don't need it at the moment).
06 Scooter Diagnosis Software 11Sept08 (2)
12 of 16
or)
NfECTRIX' 5 DATA PLOT Here you can plot some value logged while the bike is working; it allows you to check the bike's behavior, Scooter Diagnostics Summary I Charger I Firmware LP?iale IMernary Data Mot 1 Throttle Test I ICM Test II Transfer 1 :Apatit I Parameters To Plot
inj
Cap Temperature 1 Cap Temperature 2 Cep Tergeratire 3 Vehicle Speed Battery Level Pi rg Icon T. Plug Charge Icon Increnertal Odometer Calculated Odometer ___, Estimated 044104 Telt* Status MC Eke Voltage MC Bus Current Tirade Ricit Brake Switch .. • Left Brake Switch Switch Ade Stand Swtch ' Seat Switch Left Turn Telltale Poston Lamp Telltale Ad ele Center Stand Telltale Belied Beam Tata, Men Beam Telltale
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Click on the value you want to plot (on the box at the left), set a value for SAMPLE PERIOD (it's in milliseconds), then click Start. When you are done sampling, click Stop, then PLOT to see on a graph. It's possible to plot more than one parameter at a time; every one of them will be shown with a different colors on the graph. — • -
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06 Scooter Diagnosis Software 11Sept08 (2)
30
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13 of 16
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Above there is a plot example for the throttle, with SAMPLE PERIOD 100 ms. The higher values of the graph are the acceleration peaks, the lower values are the peaks using the Regen. 6 THROTTLE TEST It allows you to do a test on the right calibration of the throttle, just clicking on Start. In the next window the
software will ask you to connect the magnetic circuit (only for factory use). Push OK. mar,
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Click OK in the window Scan/Type Serial Number. Now the software asks you to calibrate the throttle. Turn (screw and unscrew) the plastic screw in the throttle, until the value is about 625 and the bar becomes green.
Then click ok. Software will find the neutral position. Now accelerate to the top, and hold, until the software asks you to stop. co.o.,
"• Prolulankry
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get Throllks to 1.6KIrrani
When you release the throttle, the software will look again for the neutral position. Then use the Regen and hold on the speed. At the end of calibration you can plot the graph for all movements done with the throttle. 06 Scooter Diagnosis Software 11Sept08 (2)
14 of 16
VECTIRIX' If something goes wrong during this procedure, the software will tell you with a red write the defect. Go back and restart, modifying the calibration value, moving forward or backward to find the right position. You may need to screw (or unscrew) the magnet holder by one whole turn and do the test again to find the right calibration.
7 ICM TEST Here you can test ICM, the device that receives all the commands that we send to drive the bike and 'translates" them to the MC. It also allows you to see all the messages sent by the MC on the dashboard. This window is now still under construction. Eid Scooter Dtagnosties %riflery " Charger Fr armors Upgrade I Memory I Data Plat I Thratbe it KM Tett 'Transfer abed
Cannot Find Language File
8 TRANSFER In this section it's possible to transmit with an IP address (on line) info and data of the bike.
06 Scooter Diagnosis Software 115ept08 (2)
15 of 16
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9 ABOUT You can check here the version of Scooter Diagnostic Utility and the date of its release. ISO Scooter Diagnostic s
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VECTRIK C.047, PFOF I. t:
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Scooter Diagnostic May Re,ision 2,0 Compiled on: Feb 12 2000 at 11:35:31
06 Scooter Diagnosis Software 11Sept08 (2)
16 of 16
NIECTRIX" This information will be included in the service manual. This is an advance copy for reference and training purposes.
HOW TO USE THE VECTRIX DIAGNOSTIC SOFTWARE
The 'SCOOTERDIAG VECTRIX" diagnosis software, allows to check the behavior of your Vectrix Maxi Scooter, using a data port located in the glove box. The software is compatible with WINDOWS 98, XP, Vista.
1.1 Needed device To check the scooter you need a personal computer (better to use a high performing laptop) and a USB-CANbus adaptor (it's available in stores, but it can also be supplied by Vectrix).
06 Scooter Diagnosis Software 11Sept08 (2)
1 of 16
MI 6 EJ
WARNING:We suggest to always use a laptop instead of a stationary computer! During the upgrade of the firmware you should avoid turning off the computer. In this case you would need to reprogram the bike at low a level, going directly onto the motor controller with another device programmer! The diagnostic software could also crash if there's a voltage shortage in the USB port: possibly also requiring a reinstall of the firmware at a low level. To perform the low level programming, the MC must be sent to Vectrix. If you experience a crash of the diagnostic software, do not turn off the bike. Try to restart the computer. Please contact your Vectrix technician before turning off the bike.
06 Scooter Diagnosis Software 11Sept08 (2)
2 of 16
Name of docurnent/Nazwa dokumentu:
Service and Training manual for Vectrix Dealers
VECTRIX
Document ID/Nr Dokumentu:
VX PS 081 Rv 3 -
-
Always check the latest revision before use — uncontrolled in printed format Date of issue/Data wydania:
12Sep08 Page/strona: 3 of/z 17
Prepared/Wydawca
Approved/Sprawif i Zatwierdzil
A. Servino
C. Sistopaoli
2
RECHARGING OF THE BIKE 2.1
Phases of charging the bike
3
DASHBOARD FAULT MESSAGES — reference service manual (separate document)
4
VECTRIX "SCOOTER DIAGNOSTIC" SOFTWARE refer to service manual (separate document)
1 DISASSEMBLY OF THE SCOOTER To work on scooters, in addition to traditional workshop tools, VECTRIX proposes to use a series of "SPECIAL TOOLS", which can simplify the maintenance system.
2.1 Front 2.1.1 Windshield There are 4 hexagonal screws (5mm) that hold the windscreen; below there is a black plastic part remove by hand. Avoid scratching or damaging windshield during removal and temporary storage.
VX-PS-081 Rv 3 Dealer Training Manual 12Sep08 (3)
V
VECTRIK
Name of documentlNazwa dokumentu: Service and Training manual for Vectrix Dealers
Document IDINr Dokumentu:
VX-PS-081 Rv 3 Always check the latest revision before use — uncontrolled In printed format Date of Issue/Data
wydania:
12Sep08 Page/strona:
Prepared/Wydawca A. Servino
VX-PS-081 Rv 3 Dealer Training Manual 12Sep08 (3)
Approved/Sprawil i Zatwierdzif C. Sistopaoli
4 oflz 17
VECTRIX
Name of document/Nazwa dokumentu: Service and Training manual for Vectrix Dealers
Document ID/Nr Dokumentu:
VX PS 081 Rv 3 -
-
Always check the latest revision before use — uncontrolled in printed format Date of Issue/Data wydania:
12Sep08 Page/strona:
Prepared/Wydawca A. Servino
VX-PS-081 Rv 3 Dealer Training Manual 12Sep08 (3)
Approved/Sprawil i Zatwierdzit C. Sistopaoli
5 oflz 17
VECTRIX
Name of documentlNazwa dokumentu: Service and Training manual for Vectrix Dealers
Document I D/Nr Dokumentu:
VX PS 081 Rv 3 -
-
Always check the latest revision before use — uncontrolled In printed format Date of issue/Data wydania:
12Sep08 Page/strona:
PreparedlWydawca A. Servino
Approved/Sprawit i Zatwierdzit C. Sistopaoli
2.1.2 Body panels right and left; The following is valid for both front sides; the operations to be done are: •
Dismount the louvers;
•
Unscrew the four (4)10mm bolts that are blocking the light
VX-PS-081 Rv 3 Dealer Training Manual 12Sep08 (3)
6 of/z 17
....
VECTRDC
Name of documentlNazwa dokumentu: Service and Training manual for Vectrix Dealers
Document ID/Nr Dokumentu:
VX-PS-081 Rv 3 Always check the latest revision before use — uncontrolled in printed format Date of issue/Data wydania:
12Sep08 Page/strona:
•
7 of/z 17
Approved/Scram/if i Zatwierdzi# C. Sistopaoli
Prepared/Wydawca A. Servino
Remove the 2 bolts (13mm Remove the two 13mm bolts
•
Remove all the screws that support the fairings: two above, one below the light and two in front of driver footrest panels (5 total).
VX-PS-081 Rv 3 Dealer Training Manual 12Sep08 (3)
, -
VECTRIX
Name of document/Nazwa dokumentu: Service and Training manual for Vectrix Dealers
Document iD/Nr Dokumentu:
VX PS 081 Rv 3 -
-
Always check the latest revision before use — uncontrolled in printed format
Date of lssue/Data
wydania:
12Sep08 Page/strona:
PreparediWydawca A. Servino
8 oflz 17
Approved/Sprawit i Zatwierdzil C. Sistopaoli
Remove the two (2) top screws and the one below the
Remove the headlight and disconnect cables, pressing the edges of the upper connector and using a screwdriver for the lower connector
VX-PS-081 Rv 3 Dealer Training Manual 12Sep08 (3)
cv VECTRDC
Name of document/Nazwa dokumentu: Service and Training manual for Vectrix Dealers
Document ID/Nr Dokumentu:
VX PS 081 Rv 3 -
-
Always check the latest revision before use — uncontrolled in printed format Date of issue/Data wydania:
12Sep08 Pagefstrona:
PreparedNVyclawca A. Servino
9 oflz 17
Approved/Sprawil i Zatwierdzit C. Sistopaoli
Press the edges of the upper connector
•
Remove using long screwdriver, the screw that blocks the right body panel, deep inside the panel,
Remove the screw deep inside the panel
•
VX-PS-081 Rv 3 Dealer Training Manual 12Sep08 (3)
v
Name of documentiNazwa dokumentu:
VECTRIX"
Service and Training manual for Vectrix Dealers
Document ID/Nr Dokumentu:
VX-PS-081 Rv 3 Always check the latest revision before use — uncontrolled in printed format Date of issue/Data wydania:
12Sep08 Pageistrona: 10
PreparedNVydawca
Approved/Sprawl{ i Zatwierdzil
A. Servino
C. Sistopaoli
oflz 17
• and cut the zip tie at the bottom
2.1.4 Battery Charger It is located on the front left side; disconnect the purple connector and the 2 plugs, unscrew the four 10mm hex bolts
VX-PS-081 Rv 3 Dealer Training Manual 12Sep08 (3)
.., ---
Document ID/Nr Dokumentu:
Name of document/Nazwa dokumentu:
VECTR IX'
Service and Training manual for Vectrix Dealers
V)(-13S-081 Rv 3 Always check the latest revision before use — uncontrolled in printed format
Date of Issue/Data wydania:
12Sep08 Page/strona:
Prepared/Wydawca
Approved/Sprawil i Zatwierdzil
A. Servino
C. Sistopaoli
11 of/z 17
Disconnect the plugs
2.1.5 Handlebar There are four (4) screws and two (2) hex screws that support the upper handlebar plastic cover. They should be just loosened up.
VX-PS-081 Rv 3 Dealer Training Manual 12Sep08 (3)
VECTRDC
Name of documentlNazwa dokumentu: Service and Training manual for Vectrix Dealers
Document ID/Nr Dokumentu:
VX PS 081 Rv 3 -
-
Always check the latest revision before use — uncontrolled in printed format
Date of issue/Data wydania:
12Sep08 Page/strona:
PreparedlWydawca A. Servino
12 of/z 17
Approved/Sprawit i Zatwierdzit C. Sistopaoli
2.2 CENTRAL PART In the central part of the bike there are 2 packs of the batteries Ni-H Metals, each about 100 pounds. 2.2.1 The driver seat Besides the driver seat, also the 6 bolts (10mm) of the plate that hold the lock of the passenger's seat should be removed.
2.2.2 Body panels right and left, footrest and kick stand; • • •
Lift the driver and the passenger mats; Dismount the body panels (2 pieces connected with one screw); Kick stand: 4 Allen screws and the connector
2.2.3 Plenum; First the cover must be removed (12 phillips head screws, 2 silver — each with 2 washers);
VX-PS-081 Rv 3 Dealer Training Manual 12Sep08 (3)
VECTRIX"
Name of document/Nazwa dokumentu: Service and Training manual for Vectrix Dealers
Document ID/Nr Dokumentu:
VX PS 081 Rv 3 -
-
Always check the latest revision before use — uncontrolled in printed format Date of Issue/Data wydania:
12Sep08 Fage/strona:
Prepared/Wydawca A. Servino
Approved/Sprawil i Zatwierdzil C. Sistopaoli
Remove the 12 phillips head screws
The plenum contains 2 fans, which are cooling the battery. It is fixed with twelve (12) 10mm bolts
VX-PS-081 Rv 3 Dealer Training Manual 12Sep08 (3)
13 of/z 17
VECTRDC
Name of document/Nazwa dokumentu: Service and Training manual for Vectrix Dealers
Document 1D/Nr Dokumentu:
VX PS 081 Rv 3 -
-
Always check the latest revision before use — uncontrolled in printed format
Date of issue/Data wydania:
12Sep08 Page/strong:
Prepared/Wydawca A. Servino 2.2.2
14 oflz 17
Approved/Sprawil i Zatwierdzil C. Sistopaoli Batteries.
The batteries are connected to the motor controllers with two cables: 1 positive and 1 negative (the positive is the one that comes from the 200VA fuse on the board) To remove the batteries from their place it is necessary first to: • • •
Disconnect the blue power connector; Disconnect the temperature sensors wires, front and back pack; Disconnect the two poles of the battery;
Using a workshop crane and tie rods (SPECIAL TOOLS), raise the batteries ATTENTION: while handling the batteries be extremely careful to not damage the motor controller! 2.3
BACK/REAR SIDE
2.3.1.
PASSENGER GRAB HANDLE
To disassemble the rear handle, unscrew the two (2) screws that hold the tale cover, then remove the six (6) hexagonal bolts (6 mm). 2.3.2
Passenger seat
It's fixed to the trunk with two (2) phillips screws and to the rear frame with a hinge, attached with two (2) hex screws (4mm). 2.3.3
Body panels
Remove first the chromed parts and then the colored part. Then the rear panel that holds the tail light and the directional lights, disconnecting the connector. Once the 2.3.1 and 2.3.2 are done, just unscrew the two (2) phillips screws and pull back the panel 2.3.4
Rear sub frame
It's connected to the aluminium frame of the scooter with four (4) "17mm" bolts. Attn: to completely dismantle the bracket it is necessary to disconnect all connectors. 2.3.5
Shock absorbers
The two rear shock absorbers are fixed to the frame with two (2)bolts, each 19mm. The pre-load of the suspensions can be easily adjusted.
VX-PS-081 Rv 3 Dealer Training Manual 12Sep08 (3)
VECTRIX
Name of document/Nazwa dokumentu: Service and Training manual for Vectrix Dealers
Document ID/Nr Dokumentu:
VX PS 081 Rv 3 -
-
Always check the latest revision before use — uncontrolled In printed format
Date of Issue/Data
wydania:
12Sep08 Page/strona:
Prepared/Wydawca A. Servino 2.3.6
15 of/z 17
Approved/Sprawil i Zatwierdzit C. Sistopaoli Motor Controller
It's one of the most delicate and expensive parts of the scooter, placed on the top of the wheel is tightened to the frame with hexagonal 10mm screws; a gasket ensures the maintenance and isolation in the assembly. Disconnect all connectors and unscrew the three phases of MC, each marked by letters A, B, C
ATTENTION:While tightening the three phases during the assembly, make sure that the nuts are tightened with the proper torque: the 10rnm nuts on the board at 4,5 Nm; the 8mm nuts that lock the phases at 3,5Nm. This is to avoid any gap between the nut and the phases' wires that could irreparably compromise the functionality of the MC! ATTENTION:To raise the "cage" that protects the MC board, unscrew three (3) phillips screws, be careful of the presence of cylinder spacers used in tightening
2.4
Regen Throttle
The throttle equipt with the energy regeneration DAaRT device, has a magnet and a small board inside; the angular position of the magnet, commanded by rotating the handlebar, influences the behavior of the generator (braking) and motor (acceleration) of this electric machinery.
2.4.2
Dismounting of the throttle;
Remove the handlebar weight (SPECIAL TOOLS); to open the housing you need to unscrew the two (2) nuts with the 8mm wrench (SPECIAL TOOLS). There are also three (3) phillips screws holding the cover of the housing together. In re-assembly, the housing unit and the handlebars must match perfectly, respectively with a hole on the handlebar, and with an elliptic hollow on the handle
ATTENTION:Always make sure the spring that brings the handle in the null position is always properly lubricated. This is to avoid the from being noisy throttle and getting stuck.
2.4.3
Calibration of the throttle
If, after switching on the scooter, the READY signal does not appear on the right side of the dashboard, you may have a problem with the throttle alignment. The regen throttle can be calibrated with the SW diagnostic and acting on the magnet holder. This will calibrate the distance of the magnet from the sensor board. Pushing the left lever brake (with the POWER SWITCH in the OFF position) you can read on the speedometer the value of VX-PS-081 Rv 3 Dealer Training Manual 12Sep08 (3)
VECTRIX
Name of docurn ent/Nazwa dokumentu: Service and Training manual for Vectrix Dealers
Document 1D/Nr Oakum entu:
VX PS 081 Rv 3 -
-
Always check the latest revision before use — uncontrolled in printed format Date of issue/Data wydania:
12Sep08 Page/strona:
Prepared/Wydawca
Approved/Sprawil i Zatwierdzit
A. Servino
C. Sistopaoli
16 of/z 17
the calibration. The optimal value can be read by pressing both brake levers. This value is 42/43. You can calibrate the throttle by pulling the left lever (with the Power Switch in the OFF position) and adjusting the magnet holder until the value indicated by the needle is 42. Always check the result of the calibration with the diagnostic SW.
ATTENTION:If the value on the speedometer is about 84, the defect could no longer depend on the regen, but in this case check the handlebar box to verify the proper functioning of connectors and/or for possible wearing out of the cables.
2.5
Encoder
To work on the encoder you need to disassemble the chrome casing, so the box and sealer covering the encoder must be removed. ATTENTION: From this point it's mandatory to not "contaminate" the components with powder or any other material that could affect the perfect operation; it is strongly suggested to use latex gloves. In the circuit tightening, the screws have to be close to 0.4 Nm. while the conical encoder disc screw is locked at 4Nm The re-assembly, which must be very accurate, must be done through a special tool: a spacer that allows you to properly place the disc and the board. ATTENTION: The incorrect or approximate assembly of the encoder can cause the wrong functions in the engine (noisy and hesitating) 2.6
Gear Box
To open the gear box it is necessary to disassemble the rear swingarm, loosing up the right shock, and then remove the disc and brake caliper. At this point unscrew the 10mm hexagonal nuts to open the gear box ATTENTION: The scooter must be laid down on a mattress or foam, so the oil contained inside the gear box will not leak out. The oil can be aspirated with a common 68c1 syringe
2 RECHARGING OF THE SCOOTER The scooter can be recharged by connecting the 16 Amps cable, directly connected to the charger on board, to a normal outlet; the charger will supply 1.5 kW. So, to get the 3.7 kWh of energy (if the battery is completely discharged) it needs to recharge at least 2 hours and 30 minutes. The recharge could be longer as there are normal losses due to batteries heating, charger efficiency, fans, etc. A recharge that last up to 3h30m is perfectly normal.
VX-PS-081 Rv 3 Dealer Training Manual 12Sep08 (3)
VECTRIX'
Name of document/Nazwa dokumentu: Service and Training manual for Vectrix Dealers
Document ID/Nr Dokumentu:
VX PS 081 Rv 3 -
-
Always check the latest revision before use — uncontrolled In printed format Date of issue/Data
wydania:
12Sep08 Page/strona:
PreparedNVydawca A. Servino
17 of/z 17
Approved/SprawR i Zatwierdzit C. Sistopaoli
ATTENTION: The scooter once connected to the outlet, may take a few seconds to start with the charge; once it begins you should hear the rotation of the fans and the dashboard should light up with data related to the charging ATTENTION: If you recharge the scooter by connecting it to an extension cord, rather than directly to the outlet, make sure that the cable of the extension is fully stretched, to avoid overheating of the cable, with the consequent interruption of charging
3.1 Phases ofthe charging
For a full recharge you need to go through a couple different phases: •
CPPhase: The charge takes place with constant power; the intensity of the current falls from about 12 Amps (indicated on the speedometer) to lower values as the voltage of the batteries pick up, till the point when it reaches the target value indicated in the center of the dashboard (i.e: CP 151). The dashboard also displays the total duration of the charge.
ATTENTION:While the scooter is charging with the ignition key in the "ON' position, the central dashboard displays "CP000". It's not a malfunction. The charging should be carried out when the scooter is off ATTENTION:It may happen that the needle of the speedometer fluctuates around the value of 11/12Ampere; it's caused only by the low-voltage of the batteries
•
TRphase: It is a transitional phase in which only the plenum fans are operating to cool the batteries. A countdown indicates the duration of the TR
•
CC phase: Itworks at constant current; the intensity is 3 Amps, clearly visible on the speedometer
ATTENTION:The intensity MUST always be at 3 Amps, absolutely no more than this value, and any other value indicated on the speedometer should be reported to the Vectrix Service Team immediately. •
EC phase: This is the last phase; the one that ends the charging; the intensity is at 1,5 Amps and in this case is only used to activate the cooling fans. The EC phase lasts for 1 hour.
3 DASHBOARD FAULT MESSAGES Reference Service Manual document number TBO training reference material 08 Dashboard Fault Messages 29Aug08 doc —
VX-PS-081 Rv 3 Dealer Training Manual 125ep08 (3)
see interim
—
1
2
m
Numer czegcl/ Number
M2,5x4
000864
M6
000791
Sprawdzil:
taczone czetcl I Fixed pieces
0.4
plytka encoders do komory silnika I encoder board to encoder chamber
niebieskl / blue 248
4
EaltloriMlydanie 4 Pespistron: 9 2stv.ierdzil
1
Stacja: Hospital Utworzyl: Krzysztof Kaczmarski —. c ›. 4 , 2 is Q. L.p. .11) Im = 0c?, a w o -0
Loctite
VECTRIX-
Work Instructions I Instrukcja pracy: Wartoad momentOw dokrgcanla czgaci skutera VECTRIX.
VVarto§6 tnomentu Nm / Torque value Nm
kJ
ilocurre,i; ■Drkfr Dokume_ntu: VX WA 159 Daie 01 T351.49.Vik10 wyd2 ma . 06112/2007
Example
_ iliZti.' -4?---,
' 7
.§ruba klinowa walka silnika od strony encodera / wedge screw encoder ring .........• .._,.
3
M6x20
000846
4
-
A
pokrywa komory encoders - 4 szt / encoder chamber cover
,._
nth
„mi.
4
M6x20
000867
3
pokrywa wahacza od strony sllnika (chromowana)/ motorslde swingarm chrome cover
5
M5x10
000045
0.5
odpowietrznIk / breather
6
M8x45
000032
18
carrier do silnika - 5szt I gearbox lower cover to motor 5pcs
-
nlebieski / blue 248
4
I
4
t
--.
I
•--.----, - ii -...,,„,„. .'41 .-,_
,
,
•ftwor
IR .
7
M8x30
000635
6
szpilkl do wahacza - 4szl1 studs to swingarm
.
czerwony I red 262
-
:1
M8X40
001487
18
p asta na kola zebate • 3 szt / hub to gears - 3 pcs
/ Ii7 -- '''-' 7--...... 1 4i IL •-,..
.
niebieski / blue 248
Nr,.
*
if ._
.
!
,
w.
'
-ci
9
M6x30
000715
12
poknma przekladni - 65zt / gearbox cover - 6 pcs
pasta casirol optimol _ white T ter ........_
4.
P
.
. ,
' "•-lk
a..;...Y. ',-.
-..
-iiim -. iii.tib ..,..., --...„..„..,,......
tarcza hamulcowa tyl - 4 szt / czerwony / red 262 breake rotor rear
10
M10x16
000010
20
11
M8x16
000637
7
ruby maskujace oiwory pod stopke centralna/ central stand screw
23
nakretki na szplIkl. Pokrywa wahacza od strony przekladni I nuts-swingarm gearbox side-cover to studs
M8
VUNA_159 rev. 04
000636
.
._
• ..
.
1:-.,,.....4::::......
-; -
12
.
ia
1. -.. '''-,-.
„
•
,
i‘i . \
•:
,
'
. 4•
...:, ,.
1/9
.. ... ,...
13
M18
000640
145
nakretka na wal silnika mocujaca pokrywe wahacza od strony przeldadni/nut swingarm brake side , on the motor shaft
000629
23
-
e ' _, ....
.
tylne kolo do przekladni - 6szt / rear wheel to gearbox 6pcs
._
..411 1. •_ _,
-r
.,.
15
M8x25
000652
10
...
.
.
k
M8
.:
-
r .
14
-...
Pasta, 11; ' 4ZI-' -..-... c"3„,51113; °P"mth while T
stopka boczna do ramy glemmej - wicksza Aruba imbusowa/side kick stand to frame - bigger alien tool
.
.
• — ,- ...
16
17
M6x25
M6x20
000651
000610
8
5
..ir
_,
stopka boczna do ramy glownej - mniejsza §ruba imbusowa/sIde kick stand to frame - smaller alien tool
40S-11
A ti
►
w
podni2ek do ramy glOwnej / body panel bracket
• 11 18
M5x12
000518
2.5
- 77-97.-1:01 2..
i.,.1.. . .-,
Radiator do glownej plyty monlatowej / radiator to MC assembly board
r
-
Jr .
.
19
20
M3x25
M5x12
000804
000805
0.8
4
plyta elektroniczna MC do glOwne) plyty monlaiowej / MC main board (electronic) to MC assembly board 4pcs
'-
Ilt.,„ ;:':.1"......._ .•/••:...-• -• ;
U
21
.•
.
rii..,
•......,.._. -.. -nil
22
-
M5
100012
3.5
.,
er.-
.
i '.L
•
:.
.
:Mi ti .
F,.,
'
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•
23
24
Z5
M5x35
000519
2.5
1i
Ilk 9 f.
11, -
.-.
rill-"lip
"
11. '"
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.
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,
1 -' =: ci., :. r= ..1-.ffl..-4,- i. ij
I
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:
.
-
.
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I
41
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(..:.• •
...p
0005171 001368
.1.:
.
.
.1 L-
M6x20 / M6x30
•
:
-
+MN
4"*".1
nakretka do podfaczenia kabli (MC-balerie) do MC / nut to fix battery cables to MC (on studs)
.
_sg.IL ;:r ilZ:....' .r 9:_.: ;Sol
1
4.5
--
( ..
plyta glowna (elektronika) do plyty montatowej (z radiatorem)/ MC main board to MC assembly board 7pcs
Szpili MC - 3 od przawodow fazowych. jedna odprzewodu plusowega `+' baterii / MC Studs . 3 phase and plus "+" baterry cable
•
"
: 111
komponent z kompletnym MC odd dostawcy/ Delivery with MC
..
-
wiatrak MC do obudowy - 3szt 1MC fan to fan cover - 3pcs
:,
.9.7.-...
"*.:•._
.
;
• ..?'
wialrak do glownej plyty montatowej - 4 szt / Complelly fan to MC assembly board -
4pcs
•
25
M5x25
VX WA_159 rev. 04
000802
2.5
obudowy metalowa MC / MC metal cover
. 7 ,_..-
......--
.. • •
...,..
-r— --m2
-.• •• ti., •+
2/9
m
26
M5x50
000602
2,5
metalowa obudowa MC / MC metal cover
27
MS
100011
5
MC do ramy gh5wnej-nakretka 2szt I Motor Controller to Frame - Nuts - 2pcs
..,
c.•
..
Ai
r>
f
‘•
a
,
28
M6x20
000670
5
M5
100012
3.5
71..
lig
MC do ramy glownej - 8szt / Motor Controller to Frame Botts - 8pcs
.,. =- 51$ ..t I:4k
-.
29
.---
_
i--.
. ----
kable fazowe slInIka do MC I motor cables to MC board
4
'
■ 1 m
1
A ,zo
CA. h•-,...
—
--1
.
-
30
31
M12x45
000187
M28x29
000043
57
17 Nm and unscrew 90 (+ -10) deg.
amortyzatory tyl do ramy; wahacz do ramy gtOwnej od slrony przekladni/shock absorber to frame; swingarm to main frame gearbox side
mocowanle wahacza do ramy glownej od strony silnika 1 screw swingarm to main rame - motor side
'
.
pasta castrol optimol white T
M26
000643
130
Nakretka na §rubg 000043mocowanie wahacza/Nul to bolt 000043 - fix the swingarm
1.5
przewbd uziemrajacy do wahacza / grounding cable to swingarm
M5x12
100019
4f1 f
_...01 -11k
pasta castrol optimol white T •.■ ••••• ,
...i...
rP~
33
-
.
.
32
rt
-1 • 7
V
34
35
M5x10
M12x50
000612
100152
5
57
przewody uziemlajce do ramy glawnej / grounding cable to frame
tyiny amortyzator do wahacza / rear shock absorber to swingarm
. ..A; I.
Amomma■ k.., .. A•..10
t; .
"'
"
_..
36
37
M36
M36
000185
000658
60Nm and unscrew 120cleg
120
dome nakrelka ne widelcu (gloveka ramy)/ lower nut on the front Cork (upper on the main frame headtube)
goma nakretka na widelcu (glOwka rarny)1 upper nut on the front fork
rr . ' --
1
I
VX_WA _159 rev. 04
-,
•
—
- %
--,
4
Voi
,
,...2.7
, .1.
,irLe"
3/9
• .. _
Aft. ..• ".'1.4. ...
38
M8x50
000066
17
Aruba biokujkca kierownrce na widelcu / handlebar lock screw (to fork)
-
... I,
.,
. /.
-7.
. 2 ......
.
$-, -2:7 1 •
-
.
.
_.,.
....I- ..
39
M8x16
100038
6
rama przednia do ramy giawnej / front frame to main
-
frame
.
rr ... •
.T..- 1 i. _.1
^
a*
40
M6x16
000755
4
41
M8x20
000009
13
4
-_-,t ,
. .
ICM do ramy przedniej - 4szt / ICM to front frame - 4pcs
..
.•
'1":_. ..iu.,,„_L.,w .. -P1/4.' ,..'...... •, --=,.. '"R' 14
przednia tarcza hamulcowy 1 loctite front brake rotor to wheel czerwony 1 red 262 rim
4-
at3
'''
' .
731
n.
.
ft
42
M15
000195
26
ot kotkprzedniego (fro nt wheel shaft
pasta castrol optimal white T
...w
_.
;
-- •
ti 43
M6x20
dostarczono z wideicem /
very with front fork
10
scuba kontrukca og kofk przednlego / counter-bolt from front wheel shaft
• 1
45
M8x35
-
000657
dostarczono z hamulcem I Delivery with brake
26
12-16
Aruba mocujkca D-ring / Front Shock D-ring Bolt
•
r.-
$
.,
44
hk
•
IT
•
.
-
„air
• :-..
.•
i
-
.•
..
Is'r'..:.
i
,_
•
,e •
N.--. -7•4 _ .4-
eruha odpoweinajece zeusku hamulcowego / Brake Caliper Bleeder Valve
-•:... .,
-
.
-.MIllur• .
1
• .
.#.5
-......„
46
47
48
49
M10x20
M10x20
-
-
000615
18
przewdd hamulcowy do zacisku / Brake Hose to Master CyclInder Bolt
000615
18
Przewdd hamulcowy do zbiomlczka 1 Brake Hose to Caliper Bolt
dostarczono z klamka / Delivery with handle
1
pokrywa thiomiczka wyrOwnawczego plynu hamuloowego/ cover from the master cylinder reservoir
dostarczono z klarnka / Delivery with handle
--•...
•
:4 -
-air'
• 8
.
•
•r4i
•. •
4 _
. ,
0. . Ir
--
'
• . .
,.
r 5-7
Aruba mocujkca rkczke hamulcowk/ Brake Lever Pivot Bolt
7...J —
r'..,.'7,:.
..."•'-
'
50
M8x30
001036
25
przedni hamulec do przednlego widelca / front brake to front fork
i?.. / -' 1 -
.
'
VX_WA_159 rev. 04
.
' .i'.•
-.'
•
4/9
51
MSx25
000006
25
tylny hamulec do wahacza rear brake to swinarm
52
M5x12
100019
6
tyiny przewdd hamulcowy do wahaczaf rear brake hose to swinger
53
M6x20
000670
--
dostarczono z klamka ( Delivery with handle
6
tylny przewitid hamuicowy do ramy giownej -3szi / rear brake hose to rivet nuts Into frame 3pcs
4
hamulec kompletny do klerownicy / Master Cylinder to Handlebar Screws (clamps on the handlebar)
2
poiaczenia czeki plastikowych / on all parts (plastic parts)
.11 11. r 113-1 1 1. •
..t-
-.....
Rki • 4a
'
54
4.8x16
100107
1
... -
r4`9- 4174..,
1 111
_.
If..V'
•,--; 55
.
-.--.-1..,.
b h*P--Taw'
41.6 - •
-... •,-• -
_
-
.01-
-
-
z 1
-
,
.
•
56
-
100252
4
wspomikl lusterek / Mirror Post Bracket Bolts
10
kable od MC do balerii I MC cables to baterries (main battery cables)
.. 57
M6x12
58
59
60
000981
000982
M3x6
MG
000984
000978
10
1,3
1.8
. ' • -,.. .. .
— -.
'!1 . : dnirL =. Ir
kable ad MC do baterii / cables cables from MC to battery
-
.11 .
,
ei
przewod czujnika napiecia do balerii / cable from voltage sensor to baterry
•
‘
nakrelka na szpilke mocujgca. maduly baterii / Nut on the niebleski / stud Naming positing blue 248 modules batteries
'
',Ili ,,
k. ::
,
(
en/4 .11,fr'U' .:4iC,'.
-
.figtairtCOuvervf•
-..
4 -, ‘riti$ •
1
2..,.; 4-." l• ,...
L-- 1 ,..r.
-
,
61
M6x60
000847
4
4
iadowarka do ramy przedniej / charger to front frame
.1r
...
62
M6x45
000855
4
i.
tadowarke do ramy przedniej 4ruba w gdrnym ieweyrn rogu / charger to the frame (left upper corner)
L.'
/ :-
—
4-,
max . ‘ ' " ate- -. v.'— r••••■
.,,.. '..' •' ..
63
M4x14
VX WA_159 rev. 04
000787
2
....
a—..
-,--
wiatrakl do air plenum / Fans to the air plenum
579
64
M4x10
000829
2
r
wiatrak air plenum do doinej °stony I fan to the lower pienm duct
!i. -, .... ,
......
to
.
65
66
M6
6,3x16
000516
000786
2
2
nakretki na grubg U do air plenum / nut on the air plenum U-bolt
...
IF
...
.*
Niebieski blue 248
M4x35
000786
2
'
-..;_ 1,..
-■
_
rodkowa sekcja air plenum do obudowy gh5wnej / plenum middle section to the air plenum
i
-
--
'.. 1
..
..ra 19 •
1 .
. •
67
V.?'
i
' '.= ' I I =
wiatrakl do air plenum /fans to the air plenum
1
•
-
T i..
68
69
4x25
6,3x25
000789
100141
2
2
rodkowa sekcja air plenum do obudowy giownej / plenum middle section to the air plenum
. -
N. • --...
-..r ri
---
.
_ NA'
dolna osiona air plenum do obudowy glownej / lower plenum duct to the air plenum
M6x25
100073
4
air plenum do ramy glevvnej / air plenum to the frame
,
_
'
-
•7.-e,,, I ii_.:1
-.
•
'
-9711
71
M6x60
000847
4
5
truba think ring / trunk ring bolt
.-,.-al-=
.:4,,
...
air plenumdo ramy giownej / air plenum to the frame
1:';
_.
70
.
,,
'.-
t •
..
114—.7— 72
M5xI6
000427
-
0.
i'
' ''' -
99""••.---..
;
-
... 2
•
_.... ..5.:
_-11
73
M6x16
000862
5
§ruba tqczaca trunk nng z rams trunk / trunk ring bolt
3
przelgcz_nik o6wiellenia kufra / trunk light switch to trunk
-...„...p
..41, ,...:
..- .
...._ •••,2-1
'
-
74
5x16
001484
It:-
•
'''':-----'69 ( tr7-
.
•
--
-.:•-• 75
4,8x16
100096
2
oAwiellenie kufra / trunkg light to trunk
11. 6ti r
-
.
-.-. '';'
.
II .._
- 'r
r-
76
4x25
000089
2
dodatkowy plasbkowy wspomik die wialla odbiaskowego we wspomiku tablicy rejestracyjney
l
plastic bracket to license plate
il.'
bracket for additional iigt NSA)
N...
i.
.4 i .
'Poi
!I
VX WA_159 rev. 04
619
77
M5x10
3
100008
wpsamik tablIcy rejestracyfnej do ramy bagatnika / license plate bracket to trunk frame
.,-
I.
r
.L.: 4.'
78
M10x30
000849
21
-,..i
...i•
trunk do ramy giewnej / trunk to the main frame
-
----....
Tem&p,Etrie, 79
M6x16
000848
6
wspomik zamka siedzerna pasatera do ramy bunkl passangor seat lock bracket to trunk frame
80
M6x20
000670
6
siedzenie kierowcy I driver seat
-.
_----e_
_•:.flr'..
.
Ort i .
g i. ...
. . 81
5x20
100078
2
. -.:
wspomik ynych tsnalei / tall Ilgts bracket
-.. ...
..; . .2.` i
ial
._
_
.
-
In
—
•
..
-
• .
la
82
5x16
100035
1.5
wspomik rtriatel tyinych / tall ligts bracket
_
.---.
•
wi
WA
ii
s
•At N
4:'
-
83
M6x40
000418
5
zawias siedzenia pasazera / passanger seat hinge to trunk frame
.0.1
--
, . •
7.tar.
Niebieski / blue 248
,
. ii.. - 4:17. \ ::...: N, .
-
— -
ar-JE
-
'
84
85
M6x25
M8x45
/M8x35
100073
100088 /100089
3
11
porinotek plastikowy do ramy glownej/ foot rest body panel to frame
-
-
grab handle I grab handle
-
off,
..
• •
i
'040 r
'-'...
'
.
86
5x12
000431
3
chromowana pokrywa kierumkowskazOw/ rear turn signal chrome bezel
88
M5x25
000802
000802
2.5
3
,
.-
__ -
awiatel tylnychirear cheek panel to tall light bracket (screw under the rear directional light)
.-;
— . •
M8x16
100038
7
..:
M6x16
000862
1.7
.
.
.
-
-
1741 4::%
4.1 IIIT:
_
y:-•"'.
'
90
r.-...
.tom
trunk ring do ramy trunk ; sprczyna siedzenie pasedera do trunkflrunk ring to trunk frams/passangor seat spring to
sygnaf divriekowy / horn signal
•
--
trunk
89
- -
.:,-,
tyiny (boczny) panel do wspamika M5x25
— yam -..". .....ir
.
,--,.--
87
Lr
-
r
...
zamek glovebox / giovebox lock
.1
VX WA _159 rev. 04
7/9
I 91
M3x12
000411
by hand
I
.• •.
•i -
truby do zamocowarua wtyczki CAN w glovebox / bolts to fix CAN conectror in
1 1
gloebox
-
-.
92
M3x8
100121
by hand
zawtas glovebox (ogranicznik) do drzwi glovebox / glovebox door to glovebox hinge
.
M3
000434
0.4
ogranicznik drzwiczek glovebox I glovebox limiter to glovebox door
'
•
.;1%
--1=1-., ----....a.] _,..1
.-.."' • .. L._
7.
93
,'
r
,. .
%I
.
.i...*
. ,.,
-
94
-
000205
0.2
zatrzask drzwiczek glovebox I Ntebieski / snap spacer from glovebox blue 248 latch
•
.
•
. .
.•-•---
-
. •
'27.•
95
4.8x13
100142
2
konsola glowna do glovebox lszt / vertical consol panel to glovebox - 7pcs
r'
0
0 .
,• • '
--
96
4.8x38
000448
1.5
wySwietfacz do obudowy konsoli I Instrument cluster io cover (vertical panel)
97
M6x25
000067
11
§ruba imbusowa do wspornika kierownicy / alien bolt to handlebar bracket
:-.-
-
;4'
-
—
_iiiIn. 7.-
.
••ti
.
•--
„..
96
M3x12
100221
by hand
truby mocujace plytki blokujace na pokrywte kierownicyl screw to metal lock plate on the handlebar cover
.. ,•::4
99
4.8x16
001484 /100107
2
polgczenia c.zetci plastikowych I In all parts (plastic to plastic)
--
i
- . -
•
L.
'.''d• r !-_42. m1 --/ "uN&. -
L 100
101
102
1
-
2,5x6
M3x6
000128
000129
0.3
1.5
prowadnice od Witt czujnika magnetycznego w Itierovaicy / slide from magnet sensor board with harnness
VUNA_159 rev. 04
_..._ er
opaska zackskowa (obejrna) metalowa na rnanetce/ hose clamp worm drive (brake fluid lank cover)
obudowa *no cartnika magnetycznego w manetce / magnet sensor board cover (plastic part with magnet)
I
..
_
.''
.
7:.
,
.1 '
•
...
•_ • — ••
, • .•-•N 1l'ili_ IP) ... . .. ' :
.dic
.
: .02 /
,'
41,-%11011. —.'s
8/9
103
M4x14
000787
1
poknivva sprezyny w manetce (--occwa la do di:Ariel obudowyy main spring cover iplasticyn throttle to the lower
....
Cover
_
_ _ .
..
..
---
104
M5x12,5
000591
2.5
ruba U mocujaca dolna obudowe manetki do kierownicy/ U-bolt - lower cover from regen throttle
-
t..-4:-,'„',
..•
, -
,-- ..,I.. ' 1"' ,
sr _,..4
'•
-
•
..--.-
.111i
-
.1 .-
.. .
,..
al.._
...,
Lam'
105
3.5 x 6,5
000118
by hand
kill switch do pokrywy gornej manetki I kill switch to upper cover , —
106
4x25
000089
2
pofaczenre dolenj i gornej obudowy manetki / throttle lower cover with upper cover
107
3,5x50
000090
2
gorna i doina pokrywa manetki / throttle lower cover with upper cover
108
M8x55
000947
6
wspomik przedniego §wiatta do rainy przedniej (front light locthe 222 bracket to the front frame
%...er
;7,0
....rwrmorm..."
r, 4r. -.,_
109
6,0x45
000945
2
przednie §-witato do wspomika / front light to the bracket
110
3,5x40
000950
2
mocowanie louvers / louvers screws
•_,
-
.r- :47L'At..V4z1=ige.-7 , eAlii.. — , fir .
•
f
,
.
MIN - 111'
9.
_ 111
112
5x12
M8x30
000431
100133
2
3
,
podmontai przedniego chlapacza !front fender subassembly (pipes to fender)
wspomik owiewki bez szyby Oa lini) I Windshield bracket without windshield (on assembly line)
.
a
-
.• ;A: ....-.
0
.)
r../
d
'
pasta castrol oplimol white T
,i•-•,
-
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9/9
Name of document
Document ID
VX-PS-072 Rv i
V)
Always Chedc the latest revision before use
VECTRIX"
Critical Parts - Traceability - External
-
uncontrolled in printed format
Data of issue/Data
wydania:
27 -Jun-08 Page/strong:
Prepared/wydawca
ApprovedlSprawil i Zatwierdzif
P. Koch
A. Kakol
1 of/z 6
Please indicate on the Warranty Claim Form the serial number of the old and new component when it is replaced. x-ref VX-vS.066 Spare part number
Description
S00015
Motor Side Swingarm
500364
Rear Tire
S00024
Encoder
$00064
Wire Harness NEC 2000)
S00294
Gear Box
S00023
Brake Side Swingarm
VX-VS-072 Rv 1 Critical parts JO and traceability - external 27June08.xls
1 of 4
Name of document
Document ID
VX-PS-072 Rv 1
(3V)
Always check the latest revision before use
VECTRIX
Critical Parts - Traceability - External
- uncontrolled m printed format Date of issue/Data
wydania:
27-Jun-08 Flage/slrona' I
Prepared/wydawca
Approved/Sprawil i Zatwierdzil
P. Koch
A. Kakol
oftz 6
Please indicate on the Warranty Claim Form the serial number of the old and new component when it is replaced. X fef VX•VS•I3,58 -
Spare part number
001Crt p ti Uri
S00015
Motor Side Swingarm
S00001
Frame Assembly
S00290
PCA Board Assembly (Motor
Ortr
S 0 0 01 1
Front Tire
S00002
Front Fork
S00082
Wire Harness (VEC4000)
VX-VS-072 Rv 1 Critical parts ID and traceability - external 27June08.xls
2 of 4
Document ID
name ur CILICUfTlefli
vecTnixCritical Parts - Traceability - External
VX-PS-072 Rv Always check the latest mason before use - uncontrolled in printed format Date of issue/Date wydania:
27-Jun-03 Paoefstrann 1 Of1Z
Prepared/wydavvca
ApprovediSpravvii i Zatwierdzil
P Koch
A. Kakol
6
Please indicate on the Warranty Claim Form the serial number of the old and new component when it is replaced. x-ref VX-VS-066 Spare part number
Description
S00083
Wire Harness (VEC5000)
S00344
Wire Harness (Charger DC power cable)
500038
Front Brake Hose
500034
Rear Brake Hose
500080 500345
Battery Charger
S00306
Math Igintion Switch and Lock
S00343
Wire Harness (Charger AC input l cirri
VX-VS-072 Rv 1 Critical parts ID and traceability - external 27June08 xis
Remarks
3 of 4
Document ID
Name of document
VX-PS-072 Rv -I Eikt
Always check the Tales! revision beforeuse uncontrolled in pnnted format
V=1-1Z3 X
Critical Parts - Traceability - External
Dale of issue/Data wydan a. 27-Jun-08 Page/wood. 1
Prepareci/wydawca
Approved/Sprawil i Zatwierdzil
P. Koch
A. Kakol
of/z 6
Please indicate on the Warranty Claim Form the serial number of the old and new component when It is replaced. x-ref VX-VS-066
Spare.partnumber
Remarks
Description
4.2-P2ifi
_ 500057
Battery Set
. 1/ii .P174
1
...
5000422
Main SwitchwithLock -Cut-off (Stop)
switch
.?'.*. l!' I-
...
It .., . • '
N.•:-.• '1,....7:-Z-•.. . ....,.
_ ,:,...„,„,..,,;„
f . inclxilwtt ,
06 4:i 1:i13.10
illTnlf .. lill 1
. \
500091
Instrument Pod
VX-VS-072 Rv 1 Critical parts ID and traceability - external 27June08.xls
4 of 4
Suggested Retail Spare Parts Price List as at 27th Feb 2008 Stock Code
S00001 S00002 500003 S00004 S00005 S00006 500007 S00011 S00012 S00013 S00014 S00015 S00016 S00017 S00018 S00021 S00022 500023 S00024 500025 500026 S00027 500028 500030 S00032 500033 S00034 S00035 S00036 S00037 S00038 500039 500042 S00045 500046 S00047 S00048 S00049 S00050 S00051 500052 500053 S00054 S00057 500058 S00059 S00060 S00061 S00062 S00063 S00064 S00065
Descriptor'
r3B•
i
i
Frame Assembly panels/tapes Front Fork +fasteners Front Fork Hardware Front Fork Nuts Ignition Lock Cover Cap Ambient temperature Sensor Stand Complete Front Tire Wheel Axle, FR Rear Tyre Wheel Valve Steam & Cap Swingarm Complete Swingarm Grommet Swingarm Pivot Bushing Breather Plug Swingarm Washers/Nuts Seal, Motor Shaft 7919
563.11 244,11 i--5 93 3,18 9,05 20,66
i i
5U,75 14,62
i
29.23
134,21 4,99 1047 66
6.96
22,91 11- • 39
,1,35 L- ,43 -'..' 60 .•- 22 •._- 33 • 57 . 38 • ' 69 - 04 53 ' - 55 ._ 03 33 4 5 -1 78 63 4 2,± 2 ' =`1
Swingarm Fasteners
Encoder + Fasteners Encoder Cover Conical Tapered Nut (Set of 6) Flange head hex cap screew M8x45 Break Rotor Rear Complete Brake Rotor Front + Fasteners Brake RR-MasterCyl+ Fasteners Brake RR-Caliper + Fasteners Brake RR-Hose + Fasteners Brake Mountin•Kit Brake FR-MasterCyl+Fasteners Brake FR-Calipper + Fasteners Brake FR-Hose + Fasteners Brake Sensor ASM Shock Absorber + Fasteners Front Sub-Frame Assembly + Fasteners AFT Front Sub Frame + Fasteners Front Sub-Frame Support, Left + Fasteners Front Sub-Frame Support + Fasteners, Right ASM Sub-Frame Rear + Fasteners ASM Sub-Frame - Rear + fasteners Trunk Liner + Fasteners Seat Switch & Trunk Light Li•htin• Bracket Assembl Left +screws L.•htin•Bracket Assembl Ri•ht +screws Battery Harness + Fasteners Lower Bearing Dust Shield Upper Bearing Dust Cover Handle Bar Cap Clamp (both) Handle Bar Clamp Screws Handle Bar Hand Grip left/right ASM Left Hand Handlebar Switch Mirror Left
I
I
i
I
I.
1.140
143'D4 84 36' _ S'38
FT; .
i
8 40 193 36 -- )7 -4 ., 36 3E 1 2-I 16 36 15,36
:977.45 22,55 6,03 6 ,08
10,35 4 ,38 ,
9.46 16
:590
Document ID
Name of document
lit VECTRIX
VX-IP-008 Rv 2 Aiways check the West revision before use — uncontrolled In printed pr format
Packaging 8 transport order Instruction (returned component under warranty) '
Fate of issue/Dela wydania:
13Jan08 Page/strove: 2 of/z 4 ApprovediSprawit i Zatwrerdzil P.Kasiriski
Prepared/wydawca M.Szczebak
Packaging Instruction
I) Put the bubble wrap on the bottom of the box 1147I7z.f
rag. —
tai err IL.
2) Put prepared component (marked with TAG FO 143 and wrapped in bubble wrap) inside the box
3) Surround component with bubble
wrap to protect it against shakes during transportation
4) Cover component with bubble wrap
11-1.144.14 99 •11rAld;
imaqienya 14.14.geridN. v4z...reuher.iwo wit= 10.5171Tri*
6. Stick filled out Shipping Attention Label FO 140
For reference only Refer to VX-VS-078 FAQs & Vectrix Owner's Manual A00551
Following, are some suggestions how to use the bike properly: 1. Riding at maximum speed decreases the range. 2. Accelerating strongly decreases the range. 3. Using the regenerative brake system (DAART throttle) increases the range. 4. The bike is quite heavy 515 lbs (234 kg). During strong accelerations the energy consumption is highest; avoid quick accelerations and braking, drive the bike "softly", using its inertia if optimum range is your goal. 5. Two people on board decreases the range; just as if any other additional weight is added to the bike. 6. Instead of running fast until you stop, try to use the natural deceleration of the bike or the regen to arrive at a complete stop. 7. The EST RANGE indicator on the left of the dashboard, shows your driving style. If it changes suddenly, for example 40 km to 5 km, it means that you were driving fast or often accelerating hard; if you reduce the speed and maintain it constant, the EST RANGE value will increase. 8. If the bike doesn't go into reverse, don't worry, you just need a little forward acceleration. Then try again to use the reverse. 9. If the bike doesn't turn on after the "two brakes" sequence ("GO" light is off), you have to check the READY light; if it's flashing, you forgot to pull down the kick stand; if it still doesn't start, you must check if the red switch button (RUN), located close to the throttle, is in the "on" position. If the problem continues, try to "RESTART" the bike, turning the key on and off and then redo the sequence. 10. We suggest to have the key in the "off" position while the bike is charging; you can also lock the handlebar while the bike is charging, by turning the handlebar hard to the left. 11. The dashboard and the cooling fans are always turned on while the bike is charging. 12. The bike turns off by itself when it's fully charged. 13. We suggest not to use an extension cord to recharge the bike. If you must use one, we suggest a 20A extension cord not longer than 25ft. Do not coil the cable, so it won't get hot. [refer also to User's manual] 14. if the charge doesn't start, check the cable plug and the electrical outlet prior to contacting your dealer. 15. The indicator with horizontal bars, on the right of the dashboard, shows you the amount of energy you have in the battery. 16. Vectrix cuts the power itself when it's almost discharged.
04 How to use the bike 22Sep08
1 of 3
For reference only Refer to VX-VS-078 FAQs & Vectrix Owner's Manual A00551 17. Vectrix cuts the power itself also when motor controller is overheated; usually it happens after long lasting accelerations. The power will increase to the usual value only when the temperature will come back in the correct range. 18. When the performance of the bike decreases significantly, the bike has become discharged and the battery telltale will turn on. It means when the maximum speed is less than 60 km/h (about 30mph) and the red battery telltale turns on you simply have to recharge the bike 19. Do not discharge the batteries completely so that the bike cannot move anymore. This could prolong the charging time and it may also decrease the bike's range. 20. You need two hours to achieve an 80% charge. 21. A brand new bike hasn't got battery packs fully conditioned, They need about 500 km to get the best performance. 22. At the end of charging cycle, the bike remains turned on for some time, to cool the batteries: you can read on the central dashboard EC xxx, it means End Of Charge; and you can also, if you need to, unplug the bike without any consequence. However, if the temperature indicated in the left dashboard is 30°C or higher, we recommend to wait for the bike to the EC phase to cool the battery. 23. You can charge the bike whenever you need, depending on the way you use it. You don't need to fully discharge the batteries before charging them. Also, you can partially charge the batteries without any problem. 24. The maximum level of the charge is controlled by the software and it cannot be modified. 25. If you use your bike only on the weekends we suggest that you to charge it on Friday night, not on Sunday evening when you come back. You can't store 100% of the electric charge for a long time, so it's not best to charge the bike and don't use it immediately. It will not be fully charged after 5 or 6 days from charging! If you want to charge the bike on Sunday evening, better to top up the batteries on Friday... 26. The complete battery pack has 102 single cells connected in series. 27. It's perfectly normal if sometimes it takes more than 3 hours for a full charging cycle. When it happens, the charger is equalizing the cells, for a better performance of the batteries. Please note that charging time is depending on battery temperature. If battery temp is high, charging is less effective and takes longer. 28. While working, the batteries warm up normally as for an electrical/chemical reaction and their temperature is supervised by the charger; if you hear the noise in the center of the bike, don't worry, the cooling fans are just doing their job. 29. During summer period with high ambient temperatures outside, the battery pack is more likely to overheat; the red temperature warning light may appear; if this happens, decrease speed. When you stop, let the cooling fans work; you have to wait, before recharging it. The bike needs for cooling needs optimum air flow; avoid restricted air flow areas. 30. Also the motor controller has a cooling fan; when you activate the bike (from READY to GO) you will hear the Motor Controller fan working.
04 How to use the bike 22Sep08
2 of 3
For reference only Refer to VX-VS-078 FAQs & Vectrix Owner's Manual A00551 31. After a strong acceleration, you can hear the fan working; don't worry, in a few seconds the intensity of the fan will decrease notably. 32. Sometimes, while turning on the Vectrix, you can hear the fans turning on as if the bike is charging; this is perfectly normal, they will turn off by themselves. 33. Pay attention to the brakes, they are very strong! Use the engine brake (DAART) as often as you can. 34. Correct tire pressures are: 2.8 bar (40 psi) rear, 2.3 (32psi) front.
ENJOY YOUR ELECTRIC MAXI SCOOTER
04 How to use the bike 225ep08
www.vectrix.corn
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CONTROLS WARNING! In order to properly run your vehicle, you must read and understand this section of the manual. It will help you get more familiar with your Vectrix.
Instrument Cluster
Lett Handlebar
Repo Throttle
Ignition Switch
WOTRIX ZEV OWNER'S MANUAL
7
Speedometer /Odometer
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a.
a., . -
0 CD ›. co 'E .C/3 0
›..,
= .= -, 0 ° 0 03. ,,,,
co .= ,-; ,--
■ MU..1 el' 4.-. Q3 >'-= 04 C .5. L/7 ,e DI 0 0 0 Z .
CD
.,.,
= =0 C5 00 "C47 tc ... C .=. L. "0- 0 0, -0 ••-• '. ■ 0 ccf 0 0 ''-' ''. In -ja• I= • -•• c C„1.7 = 0 0- 0 0 LLI W E 0 ,00 0 CC r) ts 10col .....
a2
>, LI ..a „=
0 4-
a). .0
CD
E
a) .... CD
▪• -
a)
0 o
.0
.
1.2 a,
CF 15. C 0
7,
0
"r
0 C* *47 2, ,., 0 cis 6c 4.3
I" I'177 E
u
-.''112
1.- = .., -.0
la
0 'IC = = 0
0.
5
= -11 = ..-
•
▪▪
c
0 03
•
0 .,, *,.. CL
51 / 22
r•-' E 5'
a c I 1^ LLI Co co i_ -. 1C5 -2 I Ct. ° gli
.g.
Ow d7 1°-, a)
. ,._
0
2g
C/3
3 a .
0-
0 Q3
43 .0
cl" C''CO V' 43 C E C..1 - ..
0 0 .0
=
.,_
CA 0
E 0 a
5 -.F.. 4C
41 0 a) I- -0 0 = •4= 0
CC
E ... CD
0 0 Cl.,
Y
.0 0 IP
CC 47
z "` =
CI. 0 .. .,.. 0- ... 00 C3 co = 1•_, CA = = ■ SC .--
= c.,
E ci
Q. to
1-
.4
st a
hi
7 - -
=
CD
2
CO
0 C.7
L.? •
°
E -,-:,
.= 03
,.... ca 2 w
0 0 ",.
-. -= .=
2.. c; EL'
33
-0 C/3 .-■ CD
= E L,, en ...c . = 0
r
,
...0
- - - = 2'' . E U.,
CL =
=
E
.- cu w
1.7 4-
CD C _, = us ..-• =
LIJ 0
16, 1-
›- a) 0 47
=6
-=, 2- ,,, E
.>.
e IS i5 45 =
, 0 .., . 8 E = E ,,, AD ce,=
n 0 ,= 1- E 0
q c ,...--IL.1.
11-
0
CO
•- .
-0 VA 0 co 10. 0
ru nd, ,.g
•-• cc uj
-..... E Q,ca 2! 7=13 me': ,L, c,, ., .
>, E ,., ' >ram "'• = 0 '0 I a, ,„, -cs co ca - ._ 0 = ,7„. a.
= .04 _.
:-.
c,,, LO .
.1. .. 0
..- d, 0 ..0 -0 0, CV ° '-
10) g Cs.) .....
.0 4= CD 0
°a
To :... CZ ;C
,, Cli 6.' , CCI
t- 0 .= ace ILI '0 ct, ›., =
■
a = .,
LI
cm c. ig 32 Ig 0
0) L,
0 a .2 !-, = 4, 'E i_. 41
>•
0_ _o rn = -.G.
JO
cn
.0 C7 • 0 d,
E2 co
CD CI)
a V.
33
7 6 V3 0 .t.
EX a)
le = 3 3
R4 .., 0 -.. E e•-• Z. E --=..= a) 42 :a". ... 5N u 4 -S .23 ,--
11 e..7 c; 7-
= ,... U, .,,e 41 ,_ - g C-, ed 1= • La 15
= (..7 M . 41 ccl
ai
ill3:ca.
L.,0
SI i-. -= 47 =
0 I:, ca
.... a,
•-• .= no c.
1o = 41 cn ..... 7,c..) g -c• :E a), 0 0
LIJ
cc cn -r et;
'0
° CCII
CI-Tc . .= a, L_.rai .3 op= a-. = _ .c. . . coco Er .2.1 ("5 E 4.Z c, 2
-I-• ..0
0.
CD .0
=
LI)
}.
›.. a) -= -
4.3
E
0 CCI CD ,_ en '-
,. ›.-, 0 E 2 -g g 41 03 L,,I . 0 = c = bC '-'' CO L., u 2. . - . .f, o
LLI 0 a; 0 t 0 0 E = C-, = 5 15 E .) a cl 0 d, 7, 0 03 -CI = lc ''..... O. 5 La -= rc' 0 .= .9 cst 0
1=1 ci 1-
C4.1
.,-
47
AC E
DI
0
mm
= ca
mmi C CD
= m.
en -10
cc =
C/3
I>: CD 0
-E
Q-
0 c.,.._
a
D.I 0
-•- -0 'El C4 W CI - .=
= I-- 0
cr
C., = d2 -o
2 IJI r, CD 1 F- d, E .._ 0 0
CC .., :--- r
LO 0 'El .4".
"'
›., T,
CD 47
NJ 7E a
r-
L., 0 7,-, ==7,_
cr
= 0 < CO CC .7 1.1- I.L. CC
„..
C/2
2
ilii 0 0 IT/ 0 = co) ° •-• °I .0 ir 0, ........1-•
E
5
,•z 2 .s
i- '11
- 03E CC
.0 :
-k-i.2
.E.E
LL1
= = ..-
a_
cc 4- ..- = uj 41 -.-. 0 C MS I 1163 19. 6 ° ci c°. .._ 6= 0 = L., 0_ ° -c, 'Es CD 43 CC .=,,,, a = i,s, .$ •Z C O. 07 0 .... Lo "I ,, = .13. a; > := cm E >.•,:, al 2 >. (..:
= = c ci, . =0 _ cr.
0, E , . zi E .c. W, , Val 0 Lo, a = dj .,.. ..la Q = ...Q. 'CI r.' el, 0 .... O 11:3 > 2).6" MI cz off 01). E } = = S -0 0 2 CO ›. cn 2 43 3 u' ' . ..• )- o = 1 61 7 ' u = .= 0 M = co 4=, cc = 0 CM 03 72 CC = _ •CI -0 o E ID re `-' CD .._ ° 0, 0 - „%•-. cu ca = 43 AN-.2 cu • 4_, = rdi < 47 ad CCI .0
CU CC
CI .,5
CC -cr =
{-2
L -LI s c E 1.1.2 ca '' co
=
a2 = cl. z' = E IM ci„, .0 ,1.17
Lir
co
11.1
a
cc
CCI en . d, CI7 = 0C 4-.. ,, .0 .-42. ,..,
■
.
C•7
0 =47 :1. Z .: =
ai a,
74;
CO
o = E C.3 =
0
Lc;
DJ 0•'72,,_,glF,V, i .'''' =1''' -,:, '' =6 ra Em L; m c` -r -"L'. -= o o co - -2 7Lu E E . > .c .,, co OE Ri
-ei
›, e cm. 47
.c.- a, tjj i_ = 0 4' . ... ... .. 4 _,E i .0 n 70 = IT ,F -. °4 crj g •-' :. --•• w = = I.• ,,,, CO = en IS 0 0 ..CI ... CC `".. 1././ Ci 71 cn >, >o cas .--. 41 5 CO 0 d) .0
cu G
r.) :
ci. =I t
ej
1= c7 Irj II.
CI
0 i= e=r; .... i1t= 0 7) T. :5 LLI 41 = 1, 1 , o cc LLI ...0 . = = .,....3 2,5 . ,- ._ .....,„ = IL' Li -12 ! .67' .7 =1-.c a ,_ = - ,+; , L.. g c) E = 03 :2 _ ..... ,.:, .. t- 2i - a E a, .E . 40 C.3 F-:, a2f 43 = 9sn.=,
-
= J J LLI
1:1., = a, '=! 4K =1 = '= Lo a, 1-- .= .= CD - C.2 1 11 14.
Cle
LU In" CO
Aci Ilm.
•
ea 03 0
-
r0 M t C
g
= .e.' v) 0 ''' ea -
0
E
==
LLI _i ! f 111 cc -I
a) -1 = 4.1 .c
e
u) ,-. o
c
I- .-. - a) < ..= o = oC
_
+... E -r d) 0.
> a, 1-0 .- CL = a) -ci 5 101, O. cc 0 0
.E
IS
Led a) -1
....1
re .. CV
-17; 4-
>, 0
g -,.. i
CV
10 0 0,
al = CA ID
= cc
2
Ccl Ira
arp,,
4-• ca. .1=1
Ca
0 cla --2.
0. 6 .
ra
=
.0
.Cn
co .= ,8)._ 1... A. ccr ,
-CI
r..!. 40 ,- on =a
a'
ILJ 17'
.,E 4 .01
.,_. co
E
au
c
a
:
=
a, =
.0)
a> .0
,„ 0 .0
5 t
,i,
2 Cs c
a)
© .
CC
1--,, 01 "IF
- . c. = .. .
C.i c
4 o
cc •`-2 0 ..
c
=
0
'E
1-
0 cu = In U
D`,
0 ,... f_,
1= 2 = a z = = ° = -J 0 ca
Lu ›. 0 ,.. . 1 °
1.1.1r5 „
CA C4
C ai 0 0 cG o- E ca
0
0
a) -- E 0
2,_
E
0 0 M 0 0 af
./zr 01'"a)
AE U
ct
°
O
z
GC; C.1
1,...: CV
C .°4.= f d 1 l..1 = , 0A 0 ea 0 a) 03 = cz CO 0 a) C CC ,0 .0 ea CC .0 .-7S u- co '74 = 0:1 1- 0 -Ca 01 C 171
2 ca 1- a;
cd
E
0 C.J 4 F• a' 4-1 ._, = C = cu 4- . 11J 0 4, CO 1.11 C.4
ce .--
1.1.1 05
0
.1.1.1 CC =
C14 CV
2 c as 0
,T5 C3 o3 -0 c = SD C oCP o y E = co N 0.= 1r ) La ci. ci„ 24 Ia ..M T E, 1.1.t 2 .-1 .... ..... c ce cu
_ 0 141J 1= 0 ,,_ - -
E , (.0== .L .0
cc .0 o
'=a=
co .°
e .2 4
0
L1LI = Fu .5 --I ..-. 0 75
.CC 0 0 _. __. ,,,-=, E...
ILI •• g 0 6 1-. = c.) , °E .d .5 0 Z ,
Z
c
a N, :1370 • - =, = 1-11 113 ).- a --c. 43 0 CU ai, = ... ec 0 : ■ -• c_m - - = L.., . .a 0 0 = g co 4cr--' a.,cu e'Fa
ggg§
0) a)
4=1 =
0 =7,
a) a.) c ... =
c .10 a) ca 0 ..,-.• = to cr) 4-= c c =
=,,,..0.
iv 1:13 0, .1=,
0; CV
ILL
tl ).4 z LU (
2
CC I'm
Lu = r .,,,. ,7, on
,.., .- ,c
,,, co .0 = 0- 0 C.0 = 04. E 0
1-
O
2
r-
E .a $3 f,,
WARNING! •
X
Ea En
'0 -C
--; ..,
.L., ... z., E.
e. 0 . ... 6._ -., EcT,.9.1 2Eiz. cl› • E .3.) g l' ="c' = -C' W 43
a., CD .1= C) =
-F., -a .-ck ..., C., X ...
-=
, G .9.. ..5.1 CO
CI
5 [ tf,
S E E
e,
LI gi 2 .g ;e c, L-) 7 .2 )2=
--9 7,-,
= 1 0.
n'4C
g=f7„2
el_ 0=..._= CP oX uf ''''
La 2, = t.
LH — ' T a LO ..., Lic,Cir ''. f Cg =
NSTRUMENT CLUSTER
/
0 2
The default setting iskllomelers.
ca 7:1 -
E LS
1=1
.:-,k, ›
35 =E
2 ' .. .:, no _-.1 -= .0__ .2 — =
C.) co I:0 CO ‹C LU 4)
—
t -S .9-. M 1-t-g=,.= =. = L_.0 44 CI 7 (13 fri = 2 an .ren'-7 7 : 7 `" git cv
„_ a) 0 8 :g = . .1 -0 1°- 0 .0 =
0 •-. 2, zi. Li „, *) .. --F. 0 t.12 gz• =12 CL1 2 Fa ▪ .1 -1 I. CZ = Cd
Z ° .' . 3 IIP. . " "=4; -0 /= ,S3-01 =„:, a0 in E =
En —2 ---,
5-6-• 0
>.• =• 0
CO E% w
6 -a
0 -0 ...= .0 .
,o,
E
a) a, a
IS -
1.1.1 4.7„ 2 0 g F-- 0.., to - 2 "S'
.
V, 2,_ 0 .2 .
E 7,5', -_; 1--...-=:‘ c,i - cn = c4 qc 7c3 en
= En 3' l'" Z 2
xi = c3 ezc' -"73 04 2 = -I g P---7 a3 "C 4C g.. C, ■
'g. 41
= ==c n . I IL_, S g 0
g3
= an- z
':'' 0 6 "1
eC ., L) an ,11,_ 07 ,...,,
., == E 2 C:CW03...='0 g :53 6 -.1 o F-. -ru '2 ru
°
rZ -ct .., 0>,":' . --,00,
I-
0
La -C2
0
0
0 4) 011,
2 =
-c1,7,
-0
0 E 0- 0 C.
_cg
0 —7 0 Ci >, Cc3
.c.L
c:, rn,
as =
.
C CO-
...
,.a.,CI. 0
0 0 ..--. 71 0 -Cr
O
03 ,.... CP CV
c 0 0 ig., ' ›, cf,.be. CL3 C.) 0 .0 a
p_
0 a,
0 MI- a
•■ •■ •I'
O.
0 "c.7 0 0 .3 . 407
.= "-O a ..—
-E.
w p E E ra '- s .0
— .0 en 0
cn ° 0) a, =
m -0 a) C-1 -R g 7 ° Fa
E 7 0
!5 2 11
0 >, 0 .0
2
Lit
.
ci) ,--
.0 . 0 >.
co
0
I=
I- _c
ILI .1.1
a g M
1.1 0 03 = in 1.1.■ = CI 7, .ci C, 0
=E
E cci
as
C., CO >
M T_ , 0X lu -c) ..0 .,. 0 a ""' ea 4= u3 w 0
cu >, ta, c = .- ›, ,e 0
47 Cr as iu s s 0 !,. Lu ,,, 0 .0
46 0 .5 aa X 0 ''' 0 .--
0 tr, Zei
0 Z 0
.
t C.J .= 43 0 -- = '.0 C 0 2 S ..--. Co" =.-. L o ,.. 0 ›.13 0 = ,.= co —1.-tuca.= cnEE co o > o • Cl. T ri 411
LEFT HANDLEBAR SWITCHES
▪
EE cot =
co co 5
e
E -
▪ ca a) c.) .= •=1
g:E...
u.) =
= .9 t- — .C3 ,_ cu 2
I— al a.1 -_ go La 4.) o o c.. 3 .= .-CO co = 0
4C
C5
.0
E •-• = c
,-. co w a- .= o =
GI 0 141.' GO 0 = 'CI 1=1 7 :, CI- .0 GI, I-1 ea O. — = c13 .0 5
CI ,
.
4-,
=a •C
= 5°co0)— c o 0 ,—
-= :.— ,,,,
> .0 'CI
-. „ .., _ , e., 4.1 65 0 = 5
tr- G.7 =
u c 12 .,,,
co m7.5 V) • ..=
=
C
Zis :2 4■
ZE, no „.,
F2
c", n_ .° 2 E:
>
o .o
▪
.■
ni •,,, ....
CI3
o
,—. LI 0 CU
(a a) E= . -0 = —
= -cr ca ea 7. In = .1- cr, a.1
i..3 > ,,
,-,4,2 = a,0.— _I- =.-- -0= co ce, ta a . 5 ■ 00 ... C3 ..E a, n3" . 0 W Ti , Cz. O — = .,- = sv .r.., =
... a w
0 .= al .-- = - c0c ''' c.' 3 o 1.3 F., o) — CI3 0 ■ = 'r• -. in co Z 1,1 t— = Gg — , !I C-3 = 0 Ca 7, 12••• Ul 4:1 Cco 1=1 LI.1..... ,.. ... 0 ._ =— GO 0 • CU.... .,_ -..-• .. 0 ci., = ra_''. '0 c- o.) Cr p 0 1=5 0 0, — 0 E _c = 3 75 I. 4•-• co a,na ._ •.& a-
Kt
CV
E>,Ero
w I° -I . CO
T: °I
Z
E ° ''. C9 - -I= .,Kt f, a. E . = 0 0 -F 0 ,,_ '5= 0 .... r.5 I•LI ..- CI' Ca •a — =A 0 ... .- ..... .- 0 0 E2 cc cn .= = 0 7 o., cc n3 c 5 --- = co -= = 't42 -,,,, ii E° 45 co 2 ..... .a, . ra A
M 1- ..9. .= .0
0
°, EE R 1`,41' 2 2, 2 .7E 12 = F, -1= w . .3-
,:› 3 .. 0 2.1
o ,... =
0! :: ! a:
VX, = r= .0 ..• en ..-. 0 ,..-..1,7 '5 y E V, =
ca ....- .
03 IV .- 6.' t.
'3 co 'co o ,- ..-• > is a, .... ,._ .-. Z — es :Ei
0 ...
„6 co 'a au < 0
.,. .6 2
k# 0 22 o cc 03
*0
aa 12
CD 2E = ..... o
7., cct
—, 0 0 0
ir
-
:5 >. >. cu z .- Ea IL._ . _irj 0; 0 2 'eam — co 2 .5L2 co :c° : 2 ,,, ,D -, S— : f, .0 w':.: ‘- 0 '- ci 7,10 . cu = _ • ,,.= a a, ._ _ tea 5 .- ca w a >. ° 01 it = cu s-'2,ca = ,_ E lm' 0 °-, -a-a -2 0 : .5 = 0 a l -, > 9 . . 5 f. . ' c = 0 ° 3 ' 2 ch 4-* _., — *2= - 4= c .15 0 >4 0P - = ---
xw .
::: g t ID i
i ; c: 7 -; .-; . . : w ■ ; ._ 2'== : n _ „, e ;,s-; :...=-= ▪ 0 1> w -.. - w=w r-0-r, , - 7.
CO .....
. a)
=
aa t- ••-• _ 0
03 17 1:1 a, a, o, 8 et) .s,0— = a, = CO E 41 .,. CV — 0 a) -5') E cb = 0 >...> C4 0 0 a ' cu cu 7) >, 1:, _ .-1,-. ID 0 A' C6 ..,g j= 0 = CD j 3 al g g F .L ,, . 0 '- ' — _L',, .j .' -- = . . . . 7, C 1 ' 00 = cn "0 cm < -.1. x.7, E' -> oi ,,, tu o 6, O. 0. ci, = 4›cu ..i■ _
1...
a., = 52 . CD ..-• ETA 0 ----- • Z C.7.5 := 2 - >., .s >, ica t " . 7xg g : 1 f:.9! Al:= =3 '"g alo e I: rra 6-
0 = ca = = a, ea coca.- - CD= 6arG.1 a, P' •-• .= >. ° .01 '-- .§ .= P .= 0 •0■ = .0 = ttP .- CO I-.a ... 1.- ‘0 ...-.
w 0
cc w
(I)
cc w
0 CC ././
en 2.0.,=; . E . , a.,
0
0 V2 0a) ..= 10 =I. -1=1 4,
o
E .:s 0 4} 5
•
.E = •
vo r .< co --7. , 3 0* 0
=‘,8-s--2,2=
.I■0
e,
,„ 0. co co w1S=ffic;5> 10 4> 4-' a, — ,=.....0 0 '''' 43 --. E = -go E c° co co cn E >, =0co " 6f g CD = 63 1.. c4 tr, 0 E2,_. 6 .- of
,._
g ,:, „ .
s
—*...—
•
'r 0 =■ -. o = :o
'... ›, Ca 0 C.,
=t,-
. co = 42 ,..,
.9
Tri ca7: E E fa
...... eg =
oE
)-1 vi
"
=. ... =
U.,
-
CD CD
.
.= --• en
cm ci ,_,
C 43 0 63
a3 et)
CD
s c 03 " t‘5 ' 2
E
0 co cc cm_ co 7 63 ‘— ._ --0 (.6 0 0 = 2 E 0 = 03 .— — 7 0 03 :5 7 ° 43 .... 03 = .— 63 4 c., G, .0— f -= = a) a. .— a) a) ela CD ., 0 = 0 0 is .15 2= 7 0 a u) (j = 0 (.3 •.= 1— o 22CI — 4=1 `" .= 0- U) 63 co .— -= C../ g CD Le CD .1=- E ' la 0. = 1:14 i 0 43 0 CU ,1) c3 en X 0 ''§' El C 0 of ±.1' CI' cu '' — 0 a — ts1 •/— —■ "" L'3 .N VI C.4 = CD ea 63 7 n = lc ..., .c ,77 03 E U" ' cu GO Y., > A g 0• 63 = 03 1= .... > 4> 174 u. .= 4> 0 ..... ... 0 = 2' a) —, co -,—. CI. CD
c ,,43
.G Cil
X4)
> .0 0 ;a > .0 14 7=-,.
„ce ..c, . .'5._ 15 . -,n ca ti V.i.
4-*
01=1 t.= LI ,... cn u_ 0 = -0 0 :.x .= ..— 0 C) as cp 0 QE = 0 ca = co o = co E ? E C6 CD a) 0 . — b■ ow 0 = 0 E o =OS 'El E f.2 E = ,.= ..= ■ o a) co r— Cel .0 ••■
0 O. CCr C
› co -ea a) g c-A
•
u) H z
w z 0 a. 2 0 o z 41 2
cSIDE ANDCENTER STANDS - :5
g m .s >.
=
101-
°
r3
C
CD
a)
b-
CO 0 0
,„ = .=
,-0=0,_ O -0 a) CZI
-
er)
m
E
0 .0 0
E
x >,
00 CS
504- 3 = 4 w
N
2,
lg. w t.*
.0 7% 0 O Cfl = C0 4, 61 ° Z_ "1 0 0_ 0 AI f v
o ca
4-•
a)
C.3
E >, g
C=1 5 Q3 C.3
z C0 ‘.0 0 0
..-•
Do not sit on hte Veclrix while hte stand is down.
IJJ
I0 X. 0 .40 ..E 0 CU ‘-• > MI .0
en
a) -o .0 „.. = ca ,_. > o o a) E
0
0 .0
ca = ca = = -17
ca 0, ,_, tn ...-, rn
...
cb 0 0. .=
0 0 0 cn
CL..,=.
4-• = co 0 I,.- 7 4-
WARNING!
° "w 1=114 a' - Ea+
-0 ..0 C 0
TA C 45
CO 03
7:1 - 0 CO . .0 0 0 ."' 0 Ca
0
ca
Cl) -0
0. 0
CO
-IC ..-'
-
0 .1=
"iri 2 ›* em .12 . c -
Ea ..= . .= = =
-Cr
co
..t
0
ui cu
C 45 0 L4 0 ... 10 a3 "a7.3 3 J= -E 0 Ea 0. o1=1E E .= = -a co ..= 0 0 O. =
, .0 .=
L.2 .
e co cv 0z = == -a 2 a
0 0
u co a ..= I- 1t1 .3. .M
03 •Cr
= CO i.0 7 CD C:. T
E
4.;
E2 al .E. ..c o „, c .-■ GI
5 ct,.= ,_
O.
woo
▪
r, .= .0 7,
4 '- ..-, 0
0
...
0
0 3 '' = r C0-3
C3 ..* 7 CO
cn ,,„ 0 _ ._ 0. = ,,, 0 .Y 0 Ci.. .0
0 a) in
CD E 0 . 0 . 7 2 0S-I CO :E t >, ■■ , >. CL43 0 0 M 01 C3
co
. 043 ,..,,
\g-
CO Z
ILI • ICC
M
lCC oi U
›, 2 = ,_ . .... ,.., E = . 0 =
.,.r,i 0
0 LU CtI3 )- C' 0 CD 0 0 173 CK CD 0 1" CC LC 0
0 6 a) „, Ch 42 ca 0 tii
c
0 UJ 0 CO =
ILI 1- 0- 0 CI t •0
. 43 0 .0:6 0. Au CA 0 0 01 LLI cg cn .0 co a° = .0 0 cu gi. = 0 0 rig .0 = 1-- 0 ^a 0 CI cx t- .- 0.
=
4.' ai "5 4.4 - 'El = U n) •M .„. ,- -ki ''G en .= -9 ■0 03 ta al
= 6._ z-,-
ca
6—
7: a ctl aj X12.1 x = = e 7, clr 0) a ) .— c c . ._..= . .. LS -. ,en. CD
7d=
1= = „, a.) 21 a 0_ "e >) DI -0 23 '5
•
,., c..a.._a-5,..: O 0 pp cel
_ -Z = =
. c., h -=
CL) _e. = 0 a CI. C L.
•G
cr, >-
:a c..,
c wr = 0. v v) .1) co ,D) n} 0. 6 -- .., ...- , 6 .0 ,7 0-a u) U, L) •! 4.... C. M = U -0 0 U Mr c0 ni. DJ ..c 0 61 ' a fa CD GI C.) L) 7 0 o wtEig, .= 0
s=
al
ir7 r)
_. .,. -_. :fp- L__7_• ca a) MI 0 0 C.3 ,- ..-0 0- 0 • C7)
Eel a .E.
.CI. m -- M C.3 C.)
2
..!..2 ca op 'EL 4, > = 4' 0 7,3 3 --ea E* aE _ CV .0 ,^ - :=I •ol
M E..E. .=
a+ 0 Ca , >-,=-M L- 0 CD = 0 '3 -C%
.- -=
X ID 0 =
= r'l 1 : 01• ... .-. C1' 1 1. 3 L.. cr. CL ..-. .7, ... .. .° ..-Cd Q DI ,e) ct CD C.) ID %M.._, u) 13.4 01 •=- .- - 1= a) C..10.1=2 ,i) u 2 , t g C70 a '0 < 0 - = a 0 a 3 =W >n CD = 2 n
= c 0==m ■
— 0 0 ''') =
,0 .., ,
.s, ,.._a,. . , 9 -
'ff . ...7. . 0 '0 o.
;= v8-____ i'. 7, -INa 3r: - CE
M° — 0 = .- -
0 0 7,
E 0 a
E 0
L.4.
= L- — • .- ...- a. r 0 S .0 0 0, 7. FT, X = 0 03 13.3 4-• ...- ° = 0 37) C.3 C 0 -e ca = ea 0 cu .0 2 ..-, E _ ea = 0 E co 0 ,,-,
t co u .-CD CD D7 CD D. .0 .= ,=
i
C .1.5 a) = ,y 4.3 -... 0 = = , t = C:3 7. 0.3 0 0 CA 0
g
= . y_, .... al a3 C3 ea g8 a __ sna4z_. --1— i•-• L w IL .0 C.) [J•1 0 r• C c53,E ,t. = ° •33 'E = = 0
&
.4 I -- E ° 0 M 2 C...) 0 1 .5 .o ay •= E ,u 0 0 -- y .5
r
2
W= E
C s
fo00 0
,
=
it ° --o0.:0 = = E = U n 0 m = > 03 C=
=
Motor SideSwing Arm
Zs
0 al
Ca V-, 0 01 •-• ai cn cr, 0 a)
0
ca
.a,c-' .) .ci
.c-cp
mr :.re$ -= = 3.
_ .
0 _0
. -.. .-.
1/3
Cu
.0 0
(..) .0 .0
0 0 .2 C/3 = .0 01 .LI
° co 0
Ca r
Y
cJ ,= = 0 u
LI 0-
dat ›., C 0 0 •= .73 7 aa 0 0 cr
a_ ..... Cu =
a, .0 aa .-
1=1 ca 10 7, ,,,, .Ca ,t4 IE. (J. co .- "--
0 0 0 _2 ,. s .c 0 0 Ctr
A a-.
le,
0 .0 3. Ca .0 = .. 0
7., „i
-4-
I 0 0 0 -= .--'... ,0 cif '0 La Lu 01 ...-• rn 1.0
Lt.! -I=
",- *-- .-
,-. = aa in ce ea E L'sd C La
,_°
7„ ;.r. NI _0 .- 0 -0
_, g .., g o
'5
°- a'v,7......
CL L• o
I- ,- o ..-- = = C 0 I- = •.- o = 4, 0 0 , = +CC c:3 a) _ C/3 03 3 0, 0 .., I.ea C/ .0 '"' a) al ea .-••• eL CD .--, .14 113 -. 0LL do .e 0 0 X Cr) - •=a = 'CI Ca al :0 Cr) LI -m.- .- 0 CI da = ,i= 0.0..07... CL cL, 0 dL) ›, ''-' !Li 0 7. 0 ,,, 0 0‘'."›.a)La .-' - >, ›. d) _ 0 ...■ • ..... 0 CLI h- Zri .-- = 04)0010 .0 - 'V 1 P, a) Vs CL. 0. C = -0 E lu cn -0 .... ▪ 20 X .0 -0 .0 = 0 0 0
0 CL .E .=- a) 10 CD US co g E oi-o 5 t.4 lir 4 1:72 g E
/ WARNING!
■ ...
•
Z 0 1= 0 en ls• as co al = 4- Cn 00x. .,_. ,,,, .0 ,i_ C .0 -0 ZSZ c/3.7
-c
6; 0 0 '. '' ." 0 ..0 = 0 0 -0 ri. y = 0 0 La 07 -§- 0 3
ot. .-
113
.- .
i ., ..= >0. = CT,
.... „..-. -
0 _Ca
w co -0 . .0 7 ta .0
al d7i ,
c
0
t.,
E o
0 .,_. "0
■
al a., =cg z 0, - .= RI L' iii = ... = .1 • CIS >, 0 .. ..
,., = 0
= 0 0 .
0.
. =5 -z. 0 .2 d E ra=c,,T, -.-.1-=„i a) = .0 07 '" E., . - X s_. .0 c rz. 0 ,.., a' =
-01..a
c.I. ra
= 0.. a‘
o . E . 2 2 g •. ...
cti O. aa = .- 0
C '-* CCI CTS 3. -'` .._0='-'a) "..= - 0 a) 0 a)
,.._ a)
aa = co
.0 a>
_Tzi rid, - „,- =a =
F) ."-0, =. -6D t - lz i.0° = C .0 .0 9. 0, =0 c aa co Cu cu , 0 ..- 0 ca .0 Cf. '1-043-Z°2:S
0
1 UN
ili aar,
`1114 Ca
g, %I
•
CD
,
C
CI1
CO 0
cu = e0= 0 22 2 2
w = =n ...
0 co ... 0
CO
= en 0 —
cn
E CU CD CD E Ca
.ig
0
▪
C/3 CO
0
ea •—• _ct c." 0
._ 0 =
CCI .,__, CO = O cv
01 ° Ls E/ 0.17 ,3 a, 0 0
o
99
0 a) 2k ,c ..Z
o .-. , CO .. = CO ° ...
= 2. ,, 0 0 0 ca .
7= = .-, 0
,i ,,9- 65 5 E g c, -c: i., a . = ex.,Cu
11.: iti 0 rl,4=9 ra. .43 5 '0 0 IV 4° -1$-. =1 ...-. -'0 cc ••■.= 0
La Ein' ›.• (.1
.1. ,0 CO
-0 0
co ai .... = %I CD .0 E. E. e ct,
e
.42' .01 0 .RI 7, = ca
Cf3
o
=
›.— o a., 0
0, •-• L.
cn co 1=4 = —,
Ca c0
O
0. +I= .R2
•._
ria
CP 47
a
Ca
=
. ..
co ,..,
en en
— ,.— as c13
g
g 2
.C.4
CD ..CD CD l■
co 0 _a.
0 ›.=co ..-.
w ,c
en C..1,
..—. .-, r2. .21
va
'S
o -= >.,9..
cu 0 a, CD ca = C S Q3 Sy .0 urs G., — .C.!3_ .R csi u) Z".gr, E .9 T'' '01 Y :.--2. 1••• 0 0 4.3 ..co 0 a., a c E gA , c, > C3. 0 0 g w .0 != = 02 CU 0 CD 0 11 4= = ,,, = = CO 0 Tr.3 > 0CO
.9.
c■cr
▪
17 '0 =
tai 03
.c
•
" co
••
03 C.3 =
o E na • 17 .)
•
= 0 En 0 E
Cu .._ CD
cn iD 0.
2 •
i
0 ct,
I
° >•1 0
Ci) Ca.
•
_
1 I ! IT.
• tog co
03 ea o 03 0- .1= 01 -= 0 Mt 03 Of = n, .0 — = 4) 1.Q' T. •-•-• 41' 03 4T 0 03 n".. 073 o 03 Cr
rj,
•.•-• = 0.3
n "8 j:1 4),
0 0
.0 0 0 co
a.,
E R E
03
• -• = 0 0 0 0 CD
= '.•••
°°
` m D 0,1 .=° Th 4-= -= (•-) ta = a, 0. E cL, CD _0 ar) 4, qj -.-.-
•••••
g a'
0
3 • 0 •
EL3 Cu =
• °
Z.M7■ E u Gag a,EEr..og.= a 3 3 a C-) o
1 1
-
If
WARNING!
=Mt
rc
= .=, t.-' ... CD,- = '= Cn a' Ca ".- C5 CO
C7 5Ai 7
0, 0 =C
x=„
=2
80I 4
9
cm
▪ ▪
Cn
ril
Y- CO V, C.3 .= 0
>,
na .2 — aa ca..- co 7, .1
=
4) 0 = ">1=
•4
Va .CI " " 0 4., 0 a) Q.' Cfl = CD 0 "/ .0 '4 7+ r. C.3 ,■ • " M C ' -CI 0 a., . C .--- • " CO 0
F.' I" .3.: w '>9 1 . = CO EEO&CD
-- L
0 : 0= 8 =DDC
cn
›
I
3
iDE / m c. E=o> a §`) 7 'E =
2
ccc E cc51
■ 2
,=E> CD
0E T0 m
0 > =4
0
" ctt z. CD
CD .3 ea .... 0) cn..0 „,..
..c)
CI) X ›,,, 7SI ..7 CJ CL ° ° a, JP 101
cl.,
...[... -1.
W CO 1:1 ” .0
' '. t.C5. !
.....
..--.. u o in = co
. ›—
g
Mr C..I
W
-0-
g
>o EEE '111 P
—
01 CP CD CD = c.
-c 0 .0 — >. o -0 •• cc IL.
4-0
2 Zi -■-• 0 ' V 0
)
C -0 Cl. - ra 43
a -a :7= 0 15) a ''"' w .= >, .,0 a Mt
_ ,,,, in -
a■
: 2 Z. :: 1 I: i 0 cr....x a Lo. Z -CI C.3 a ..-.•• ..E. . = >, FEC Cn C.3 LW I= LL .= 4)
gm o. ( 91
= 0.. •
E, >0--
cis C3) > a) CI3 0 -O ..- ,.=
1=1 ..e2
Li.[
is 07 1.1.3 "
= -lo
cct •.= W C -1 = k 03 a) = LLi >,1 a3
EC es F-1-1
L3.I 73 =77- g
a
0 am ` ....4 G) d .0 LW 0 1.C "a, E= ''.I •
ca a
•
gve.g faL-o .=
CC 0 ‘-- CD 0
0"' co
a)
= C -101 ..... _, •- =
= -F,
.-. 0 m CO C
`.- in o
.,3
Ea Q) ca ._ ,Go a,
0
.„ 73 _ -0 o .-. _R .o 0 L3 b■ . En a=1 I....
▪
.0 0
s
a •-
'CI
is
.I= a ›... •:iN =
(..) ..-
is ca
03
= ° .0 ° C.3 43 Ca CO >1 •=1 M =
C/3 -0
cu 0 .0
1•LA 0 -LaCr) 0/ ai ca CU • "Cr
Go ea W = f ., EC 3.t cc a)
-• a, a)
▪
ci t ; : :t ::
1.0 C '- . EnCt137 _-r '-' ‘= C3 ; r
Y •-- >7
1-. 7)
c.,0
cz ii...„
ai cu ,.
o oi
-5 -a E .°
- I 0,
e, 1 z Fe2 4= ra
▪
=
..-.
,„
o 03 .=
0 P-.=-. LA CO 2 cirt
a
o •
o ..,
• an . 41 T. cn
.-r
ca a3
F.'. E U3
E
-)d .,,, 1.1.1,'S ... 0
lu .29
Ea
L7 .,z; E; ›-. 20 0: :4_-a4__- t c,„ .,-,. 12
= „g, cpL.1.
CC c 0 I = 5% a" CD CO °
0 ,_ 0
= 0 >, :=1 * cp .-Y '0 5 _ 70 0 -0 r3.,
•C 7„ c = 0 0 ° 2 -0 0
cL) .= = E
o cy, _ = >, 0
73 13.3 03 ,,,, .,-. - .=
-
°- •0 o a)
cr3 0 C)
LA 0 CD =I .2. TV
.. -a = U. Cr a)
I; ....
tg
•IC Cn =
= Z cg,
o.
p
a.
:..z.
CD 0
a. a)
.=
,c
a) o I=
L'i IDIL. 43 0 .1 .-... 0 X 3
/7%
1c4 4 0 6 , E C°
1- G3
0 1.1.1co, 01W
L1 .0
L.) , ,4 =. 4
• Of
re , M u .a ct. F § = E ifi t' = to m, , , = __ CAu) 0 -x
a, >. =
.3
: 0
15 ea C g 7, ,,,- .=
. .ft '"I ° CI 1 E
rE .. . .
.., =
o •,-* =
0 CL 0 -= ..0 7.1 ..-•
0
7., = g :3::i 03 ..e .'
C
m C
,...
GO -1= CC 0 2 ....
0 a) --
rn 0 Co, -PZ 41 C) CC >-. C
e
-I
=
cn
0 _C .0 CO C .7C 0 .0
• -ED = .... = 3 CC 0 , 0 0 cu ci, >., .. ..- 01'Cc ,.0 I- = co al 1= -T 2 d, C.J L -- 0 0 1.= ••••• 0 CP co
z
.,... 0. = IS -= a. 5 E F- -• Do 31 .a a n3 .5 = a E •.- .0 0 ..CD o „= ,33 .= co a E
.0
F3 a, 6- -C
P „_. e
.
na=
0 = 0E as 0 "3 eC1
-a
a) c, -imi
.,.. ----
1-- G3
.,. .75
0
Go ,33 =
F.i ■c1.1 13 (7)
45 u)
GO
L7 -0 42.1
a .=
= 0 L -D '''
n_
= = 0 C.2 I- 0-
8
I-.• .C. . a, ,...., a)
0=
7, -.- 4G., .0 0
= RI W CD
u a3 03 0
CA ▪73 .MI M w a.) 9
W
--E = ZT
CD -r
2 7 0 : -.F- g)
0 s- --73 T. = LLI ...... GO = .0 C.0 74 E cn p 0 co ,i, .0 = 40 G., z .... -.. CI.
.63 - 77
c o c r IS
-
,_° al
IJJ .-- 0 CO
= 73 = 03 (J .._
_3 a) 0 u) 73 "'
g r,
LLI 0 •c 0 73
u cr■cc's 0.3 03
= 0 c„, ,a)
CD _o ...Y CD 70
5
. ,_
.-4-7 as
.`" =
o
G.) GG
=
r3 'Ca
Cop - Cr
= o
=S
0 ,--0c..1 . cci a .., w :, 7 .:1.„ I ,-. a, .0 ..._ 03
u-
.- .13 -CI ,..-.
-=° C., 'Cr3 : 7 7 , 1 W =1.0 70.... ---7 -DC 3.7. CO ',8. L 2 . 0 ..... . 33, _c T = •-••• C3 73 73 CV
0 =a) , .- ,-,•.5
LL1 ea '1:7 CL 0.
2 03 .=,
i= ¢ .. -'..s .si-
CC
LL
o = • G3 E. g G3 7, 03 0
E L)
G.)
03 co In E
G3 1 /
m
• =
■ :2
0
. 33 0 O R ]
ca ° 1:1;Ci
to -0 = " .?;
cp E 1:1> cn 0 0 -= 'C
▪
0 0 0 W LL. 7. CL
\ V
Z
"2
11:1C CO
-
▪
X, ca .= a) ,a) = ca.= 4,-. = --= en a) = a = .= . = •- — (U >
=
g --6 .- -,r.i. --.
— ,_ •— _ ..,e
22
.-. 0 0 -. - 07 = CD CD L= -V cri 7 ..... -= g ri 015 E o cc 0 = a> c° ._ 0 -- 0., en m = rC .1... CD .= •■ -• MI = cD 0 --... ,,, c_i. E aa 1— 0, 0 CD -= 0 = 7. .- CO -V 07 c„ f 0., 7 0 0 IIII Is DI AL, 6L ....... .-0 W 7 66 0 ,._ E Li ,._ .0 0,.L .1 .C. .= Z a) >. a) 0 0 CO 0 C .° CO 7 0 7 5' ' 5 . -C I' CT , --4.- fp WC -0 ' 4 "0 3 "E '71 6- .0 0 a 1 ,2 ) ... 0 -I0 = _.. .- CD = .11.7 CD .•-• .. 0 0 to o 03 .- — ,,_.
-
,.0 =, i., '- .= .-- CO ° 7- = CD .4
2 CL)
0jj 0 0 ' _ C[ L-
2 co = ..n =,,. =..., ,,,.,.
cr, s_ eu = = = — — ,... = — —
r1, co cn
ca ,,,,, >, 9.1. .0 ,=. CD en _x '= 0 -01 Z .0 0 -= = 0 ema vs :1 , a) a., .- ,-- 0 "'-' 0 .._ — .._. va a 1 -0 0 — >...-- vs = c= 4= = = co ■ RI . 3, 0 .= 0 I= w = >, w ..a" >. 33:1 ,_ ''-• 3- 3... 4-. := 0 •-• '0 z 0 0 0 0 0 0 0 >, -= = = lil = s- 0 .- Cn .0 CD C 0 0 ZI f.9 cn a =, rz v, '°' ..E .- = L.I.J =
raa --' L" E
= -.- a, ,x
=1_ e0
.7.- -= o -cs
cD = .... L,
■ -
E
-=
— ,..3 =
a, 01
0
0
=. _. E 4., -5
.ol 0-
CEl 177' =In —i 0.7 .. .- 0 a) 0 CD
CL -0 = CD - /0 _. 0 4 CL a) tE, CC .■.= 0 0
= al -7, =
...
-v a) j.‘5 ?...= ro ..= >" g = r'l M 0 ›:' ..= — .=_ .- 63 CO .3-.
> Cu .›. 0 0 al a>
CD = ._ CO On --- .0 .1:7 CL
-= 0 la- 7, .,... M ,_ ra .= .— . 6= a . 5 ° o ,,,, sz- E 42 1-:B. '-a = ,., = — 6_ m ›.. 0. t= 0, 0> ci=,..6..,., = CO
0 ca
dc .0 0 442. 0 A ›.' 41 -C, CD co I.4 , 0 CC 4 '0 0 Li./ E 0.1 eV = Lij .1. 6° a) 0 0. ea
ci
Mt
...Ne „.
..= 5
'L l 7, °
= 0 LI- I-
2G 5 EF,E. , V., . ,_, 1=1 Z ry 0 ril cU = 0. cry gi n 0 u. .0.. = ec i-- .... o
-r 0
SE ID
07 "Zr C-1, L0 . .=
a = ..,_. "CI cr Q) .1.0 7. 07 0 _cc = 0, O. co .0 .W . 7 a) O. cl) 0 7. 0 0 co 0 m a ;El ..-.. U,..-2.. E ,... 0 a.3. L0 17 , ,0 0 Z ct 7' ,,, ct, t,=, 0 -- CO ,>. rat .= CC :Er Ea.
-1:1
ILL, CO f-^ CD `. 07
c .0 0 ..--cr ,- -- ..d ea = =
= CO • 7. . 8; V .-.= 0 CD 7
E a. `" Z
>.
..;.. , , ... .4.
4 , ,_,.. _. r....4 a.,
.,_.. > a) ..E : .c4 i 0 .;. ..... ._ _ ,. a: -C .".. C.CI :-E 7K =.7. 9 ...1 -= CP 07 S
I_ ...
2
m
FrontBrake Lever Rear Brake Lever
•
= 0 >,
>
a) P
O g
gt. 0)
,,:, :a
a cb
0L•TC 2, ›, .
cr
tr, ai
a u 7.2
a,
0
-C
y,
1;
[LI CO 10) = ea 0 = M
411 13
47 .... 0 0 41 >1 ° t4 10 W a 0.G2 ca CIS CD --Y ° C 0 0 0 01 .> 0 .,-. 0 .2 r
_
G
- " 3,1-L,'
El
ca. C
O
0 C CD
= ..Y eV .01
co c.) u =
t7 N ,1 U -6 = 4M CU Ca 0 cu
CIA :•=. r..)
2 ccr
z. =
r,
cn ,_- = ° 1=
0 'n a, ca ca o= '= =,„- = 5o 67, c, _i .c ..S. ,..;
....
,.., O. cp ..a, Q. ,_.
F-^ cu
Ca
12 U 0 7. C.) 0 ■ -.
'Cl = 0
-cr .==, El? '' g a)
iE om
to .0
g-
w :a E • E _cl, ', .. cu "0 yS co 1...: ° .C1) = .., ta '4' Z., 0 ° 7 : : 0 1 :, 2 61 a =
PARKING THE VEHICLE
)
r) 4.. C CU 0
a)
C7)
0 0.) "CI
tCID
•
▪ ai ..— .— = .... 0, 0
= = CU 0
._, ,-- 0
Z 1--
O cp C
a) 0
>
0 0 0. = 0 ..0 ..,
■
-
0 c 0 Y M 0 0
4= _ID .3.; OD ..= .--. 0 0 ....
0
>, >, 0 erl Y
a)
..c ..-. co C 02 ..--• .0 0 , 171 -° C 0 al
..0 CD
2 0.
a' ',S, ; 0 E C, C .W 0 '0 ''' 0
e0
.D4
CD
,b' 0 a) >
.0
ra_ E
g .}C ..-. 02 0
■ Never park on s oft earth.
■■
en en I—
area v isible to o ther
/
CHARGING THEBATTERY -.0 . ■ L. CD 0 03 Ca 0 0 01 0 C 1/7
a3
U a)
Ca C13
.7
= 'CI 0 cu
= CI LT_
CJ Vr
aa
V)
47 CC 13.1 a3
in
C3. G3 CG.
:4E Z :E
LO ....
▪
E
a) 0 ..ac .0
=
•g >. '0 • 7-, ea Ca m ° w -0 ° az
=tea
.. ... Ca
kr,
6, La a) ;-. 4. .> -1E
a) EI
CO CU
Cn = = CU 6" 6 .3 ° S .0 0 'S C 17 0
2 a-, co co 01=3
2
E as 0
E ,_ a) -.. a, 4-1' ca
,, 4,
15, (S Ili='F :7: 4
0
E vi 2 =a ._ aa 0, = E -5 - "- = en _31 ca ei, c C -- :15 ..= r_) 7 3 ea 0•-• .2 0
To' 1= a-' -
= = -- ,....
S .1=
0 0 al 4.-,
= 0
.1-,
a
0- 0 0 0
•-.
0
.=.- ai 0 11.1 •C3 Cla • 0 1 CU
0 en 0 a, 0) 10 - g') 0 ›' =Cli a' 0- 0 0 a) .a3 .=
CD ,■=4 0 -- "0 :0 ca . M C 5 n....= Ca L'
....
2
.. ro 0 ,- a) C.3 a Fel 7-- •a enra.-70 cl) e..7 --/ LI } M .= 1■= ai
.w.
g0E- da -g
C U) Cla . .0 ..--.
.C =
.=
•
En
.. i= n . 0 a c a
: .2 - U.1 0 0
a) 07 .■= 7.
E,..F ._ ..= .== .c_ g
0 4-. 0. ..0 L' ., .., ta ., C:' 15
0 = RI
0 EL',3' _ j 67, %5',
..- ,.. ... o, .0
.- in a. 1- ›.. 0 0 a3 0 =a ca
a) > co a, a) =
= >, .. -7E ..0 .3.e ..s.E 0
-0 0 7-' E = .1= GO -.' ,-, •-• 10 .0. .
,,,, co .0 CD
a) 43 0 43 :7 12.0g C >
Y-1
4 - s fg, g - .H. .,2 = 9II 11 11 11
.I.+ [13 07 CO 0 a, c,, co W - ... .., .= E .9 ..., L:c c = /0 (1) ca ..0 1- .,,o3 CU =0 04=OCCI0c („3 ,- 0 0 -0. 0 43 Z CL 4, -0 0
-= 01 CU Va 0 0 8 = -,.i,. _ .0ea .00 cc'
0.,
.0 -_ --- -- a -- 2 '-' C3 1 __I 7. E $2. .b ci ii E 9 t-P CD
: 9_ - -0 8-
rz-.?_,' ..g 0 > w
- . iT 7 9_ 0 .0 I- = 4., E "-- ea ca. 0, = 0 0 Ca
r.,
,
.0 * E. C) 0 " C1 ?. ..... .0 ... au .,-; ,-, LI -■
c c•D = b to -.a) -Ca. = a) 0., as ..... = 0, : s E ea 03
Lo 2 :7 co .-2.....
0 el) c.,
I 1.-04:.' g ..26--:7 .2
4, = ...-- = 0 co Et7.
.0 7 ea 43 = CL. - 0 0 0
}
o 43s „, r, > ___- ' ici
•-•
,_ . 0 0 = .: 0-, 17 -
= 0 -.
4, a, .K a = 0 0 0 la co CL - C.) L_ 0 0 ,_ 4s, ct..0 .,- 0 C a, _ = 1..-. ›... 0 43 - CO 0 ,.. 9 .S §-
.0 42, c,4 CI E E E v eel R 0 ,0
so X = a) 4--
C TO C en al pr
ea Ca 0 .0 ,T, 0 0.e-
.-F. .-E. IS
ra a) 43 43
43 ..._ I- -2 7. -1-.CO ‘j 0.. ."-' . . CU .0 0 ea co ..S a, ..... . Y.7,
ra
0 - 0 • •-' a3 0 .... - .0 E 2 _6 ..... - 0 013'--D 0 .9 ...-. 0 a , .. C/7 0 - - in ...... = en ,0) a) m LI ,, C 0 .,-. 40, 0 .= 0 8 . 'a .2 0
= -)•- --= cl. co = Z
=
.c
,-. t .2., ..8 „.. 2 :: ; C- .,... I"' 0
f
: c
-_: 1:5 .- - !.I "i'>jpc! t.. : , 2
E..... .... ..... cn -; ca .= ,,, g
.6. -F". 13 A .c...1 "° 0 1:1' ° 2 '71 -0 E' 0. cl a, a., L) r.,,, -o 1ea (.0 -0 1= = C'e ar, " .--i 010 4-1:4,0
›, Cla 0
0 0 ., 1. - en .10 0.
- 5 f. ) 2 -. 5 5.
2 a)'=' ..
0 VI
■ --
C.) 17
LX 0
0 -= 0 ICA
0 .-° 7,"
19- 8
=
WARNING!
co .1.-0.-= 1:7) .-• ..... ■ e..) g .i-. :! 71. CC 9 aCL < 0. .- 1 -.11
=1 0 a) .0 r, u
U7 CD C 'IM •
ra
.--- c --,-
"ac...i 7
E t
.....
....- ....
..= ir 1 .0
- ea 17) 0. Ca 0
WARNING!
-
0 G PI
=
C17 M
CA
a.. l' St
L• g
CL)
'
'- '•- ti-
w
10 -Cr v3 1=i
.3
t c= 6,0 -ct1 ,E,
E
C 0 ca 6/ .— co E.1
CD \ ...R= ca
Ill
Z
. ° i
F '
CL3
a j ...
C17
E':= ... Z 9 . , . . .._.,..,. „ 07 .. .. = '' E .5
= a) o — •=
re
CD
C4•
C CD E -c
o V L.) 0)
CII C1 Ira •.... C.3 .a• ca a, z .
=I CDCD
I.0 C4 — • c‘j CV .0 ,- .= "Ti r
.-E -0 '''' ea ,_ cu 1_ 'w ..-w w IT1 g .0 GO =
x 3= . ..... ....
cc u•A .E ra
.>-■
U Z a) 0 = ea = C., cat 0 o vs ca C 0 en vi c' = ...... $23 =" t 0 a, = a ca >,, , 1-- • o_ = oli•
H
10"
•▪
e
O`
er 2
=▪ 2E
00.5 r00
a
2E
5.2
› a Zg O 1 ,.. 0 , in. T) a dO0i a) cc ,z—0. ? g
o ° VI 2. s; EE 8 c e I as ...
ti
a1
ii E rt se el
re 1 •O l'' 0 1:11 0• .E 5 I'
CI c• — a ;
, „ 0 _ 0 .0 .
c w
.0
7 t; E. en
TT 6. 2 I 2
.. e E =C 1 7 ,
O
o ur
° -5 S
‘A .0
g 7, u, . 1 E—t al tr2 .o :3 = '''- 2E Z, g qa t ii 1:1-5•Erz 15 gigtI
2 75 1:1 § ti e ctl.e. 2 °Ital -0 ? It 2 T c: c mm .c.>r 2 ...E,f,
a) si = v, z >, .= 1.-,•, ,5 E "I .. .. "4, ,2 `A 0 ■ In ,= - cu, .7 f_7 to .0
E
N
-1=1 CU o
■
c 0
C
E
6 ■
17, 2
•a
C
E ti f.
is
ss
it c= L'43
m CI Id
A
a3
.0 • .-w=0p..•-7,,,••0. •CD 0 = to0c) ■
.= 171 ,_. .=
Cli .-r 0 0 IM 811 =a =
0 .= . C.J 0$.
, . g E ° -CI
-
>, 41 a :. 1 c.4 1 .6 4 .... . o - .0
•••il• ia c ...._ = CI' = '..6 •-... 't .."-: = = 0 ....._ 0 o = a) ...., 0 (S .=
CI •-• MI t• • lCII = .= MC ,..._^ 1EL u, CO OMEC. o ° 0 = 0,LI ca = x (.0 = = 0_ = =. .2 CD.. C t.- = -• E ,,,, '" cv =I ,-z ..; .... = .._. ee'A"
0
.a. 0
no
= CCI = C.1 a3 ,. 0L CI7 CV CI_ 47 0 w .34 0 0 47 ..0 r.... -0 (-I •
.0
.G co)
,,z =
= = =0 2a
U ,.., ila
e = cc Ca CD =
'S =g ...c1 co Elel --;
0
'= ‘1 = l ,: i C.) '.• e
= 1.-. 0 .1. L _43.my
,_ .o
C.'« 0 'Ml , W.N- : .: ; : 1:1 4.7 ; VI 0 r o = C4 •E ELf
= E Q1-•-• ,FI'
0,
ici -. -=,...; 72,.1 ::.-.i - -; s.c.in-977 2:' kg. .‘.c.gi1
47 alim. .- 01 =- 0 g 01 02 = .0 0 11= -1= .0 = CD 0 CD ....
= IT' 0
i .8. :2
i , Jo cl) .= E -S.'. ....
'CL
w w co E a3
7.,S, .
en
= .a. - CU - c0 =- rst = .... --= .=,s
......_ s
.!1: I=2.
07 1,3 I■CD = a >. .= va
4.1 CU
›,"C 01
L a 5 ..••-•• 20 = e
0 .= =.- - = . = - 0- ›.,_ = .- .=_. ,E, ,-6.-,0.E0..,E..a... ===,a,==
a -
MZ_0
0
•
-
10
P
0
c.,
. • 0E
= .... • ,. ..
>
. Cn 0.,
E = 0 0
.7
t0 0
C
t,
et a,
W
= 0 -10 0 0 ›••■
,=
0. DI
›,
CV
LI .C.. en 1=1 0 .7,
-0
= • c 0' 0 6.'1 Ew >, E 0 0
.a• — as al Lt = ea .0 ca Lel .0 LI co ° a: 2 -0 ‘13E 43 X
..0 ..-. ..—
.10
7Y
=
o4 .cm .I e0 2. 0
=
0nEC S
0
0 0 t 0
E 2
M 5 e0a L
• 2 et .CI
0a0
Lc
.r . „. = _, .... 1 3 r,,, c' _c9 >. CO w a3 c al • - 7 ,-C -10 M E Ltl
x a' a',
,c1), .... •D ¢ 0 .= >—= g ,. CO • 0 ...• c
5 ›. .0 -C. = a, 0 0 0 "
-7--el)
c ' `12, = la
a) •,-. ›,
'.›...57 :;' 1
et = .0 0 3 .0 -et ".-. 0 co a) g 1.) ,
= et3 ce) . CI" •t., ,at) — W >. = a3— w
O.
/© aE, -E .„.., g 13
.•-• = 2 0 C S , 43 co =. .=la .0 ca
z z cc
-, - - = at
= = .>, = . e 6, 8 rcz i c9. =. , ° . . ',..3, .2 .9 ''' -E
- := 5 ?- -
-..,,.. 0- ea =
,L I' 15. 0a; >. E .w .0;
x I a' '5 c "` To co) .: . _ . et. !. .. .E . .• ,a., i . .2 f 0 ro = .= >, -c' > -0 ±" *aloa-E< • en 3= Cr, a3 >••■ al:, 'S 0 >, m 10 M 0 CO .... 73 LI' ='13 ra a .7-7 wC — I= = a) C C --' a, c E-. a Z• .- ca ra
ao ca. 0 co co ::-.. ci.
,5
,9c4 z 2
e Ec) a) -= 7, -0 — = _a = a) ..ca >. 0, et 0 M . C c° '"'" -a ci) 0 f = E := 6 co 0 F ,1 ol. ca — 7 .12 .- E ›:,. •— x — ,_ — a) .! E cm — '6. ,. ca = c's ,a3, 0-0 •••=. 0 ,_ a, a, .— a) ‘a — a, 0. -.- 0 = 43 li .- til CV = -C d 5 -= = CU > e
See your autorized dealer forbrake replaceme
O
IJJ
en
8"68 cb Ca a> up cu "- =1.. = a, : -0 ... 17ry 0— GA = In. a) co
a>
: --;;= -5a 212
CI-
c.,
ci LIS a> ..=
03. —
co en .,_
.L., .—., c'1.!"- ! 1?;73 :1 02
i —I.: 1. ) m — 3 -
a,cn-a) , 71"d 7 22 -1=r -0 E2 42 .›. = .=
1—
lo)
0 =0t4.-* 5
.F
- •■■
= L= ev, =
0 — .=
-, :=
-.1 ._. c,, .._ „_ 4-
.
c,,, ..-. ct = co cc g .-E ,., u.r ..... CII
i
g 9" ct
M
1 g er r,
=
01 .0 [CI .-
5
2 22
rn
03
.-5
0 73
_ iu 4-• ... ... — = Z 01 '..,
ra Th .= - 2
E
- il) ..-, 0 = .-' 'a .Ea 0) 0V 3 -IT
ca as .g. as
a) •+_—_ -.— as Q, a) = = ,•-• =
b ". at fill
vs
cn V3 22
0 ---
r.3 MI 17 a, EMr > 2 :x .te ca =
..r, __ I L ... f.'-' .=: :E. i:t t a ..-• .= 4 2 .100 l ',. .... 0 44
=
43 a .... ._ ..E1 '
eL 01
= CL C
CU 4.3 = -.Y a In
...,
U3 0 . 4 a ., -. =
g—
C eff . n 0. — — — — .= 4, ,,, ..= mc0. 0= c, — 0E - 0. _ =i, = .=N, —. 0 ..
cl)
2
...... 01 1p 1-7
....03 = .- = m fm. 0 E.00 x es .4g, '33 cz4— 0 .3, _ .c E ,„, .=
.L0
,Q -1=3 ).-. Z. ,,, . C .= E.5 CC cp co ..- 03 > .0
a) a..1 }:., 03 3= 0 0 03 O. a iv -.--. 43 ..-. ■ c.5_603 Q ea Ls a) 0
a) a) 0 00 = 1— z 0. a_
WARNING!
•
Vl .1=f 0 = PCf GI GI 0 0
.= 0 s c. = = = c.4
U
E
C.3 10
—p g
ES
419 .0H
OO 4)
• 0 0 m = — 0
•
o
o= etg
=2 G
g z.. Er. 2. en en E :c1 E ca = = 4) O -o os O = c" 8 g c. = CI 0 17 LI
Z
E al •
•
Ill 7
••
a,
.= w ecr =
cn vi E
T.
= 03 3-, CT en -o .=1 0 0 03 0 0 - S 01 333
..., 4.• ..‘ d, 7 72 d
•▪
.. ri e
01
■. ■ ■
T. •.. .I... .= M Ma
a, =J ct.: 0 0 CO 03 CD 0 ti.
.„ --
f- 0 = .0 CL CO .0 0 03
=
-C1
en
at m a)
0 x
2
00 03 0 CC a ..-= 0 = CD "2, 0 co 0 0 -0 0 0= )- ..0 0 = 0 03 0.3 CU
CO C
C)
'S 0
• to 0
Cla 0.
>7
a) ›.
'4= •
--
0
a,
= .-
c ..... ..us
cs
o -.
to
277
o
.0 C
e
0
0 os E m = -o
cis 'c r,
•-▪ ▪
C.3 c us
. a,
›...:E 0, ..0 _ .0 us '''' ..--
X 0) i) a) o
O.
,g ° ›. -;' 0 0, " _ _ = 0, 0 0. .0 .7., o 4= Ca 01 =
'e ra -o
oc
.., - •„o s ....5•r=..... 11) m 0 c.) ,,,I La co co 03 0 to C C.3 m a) ° 0o > 0
= C e=h c as a, ra -,;L.au o -0 6 c.1 .4_ ,7 au. 0 0 as 0 ..= N as rd .1= L as-• 03 .= °' it `a ,_ › n -0 E-0 a >4 43
32-
0 .0,
y
4,i, '0 0 CLM Y 7 .. . O. • ra 0 < to, CC .0
m
L
,_ CL
•-•
41.E.0 #2
w
.= w •>
E
L 0
.%= `)
a, >
E
43
°2 7. ,
= E 0 .° ra
o
-6 0. p C 0. 0 CC ca -7 :, as
' r A a,V
=
0 ea ea
25 C I 0-
cl.3
Za 87 1.3 -o w .7" E -
-I us -to
C.2 -2 3 co
,c!_ = s = C = os. „_ as o = 0 a) .=
3 r)
01 . 5 0 , = C 0 = ci -.E. ,_
E ,5, 2. R = a., 5
sc . .._ .= 0 o
U
r.07 (1,
..9 ci. 0.
> =a b,,_ = r.) = 0 U3
E 4--'
0 0 .0
..- 4)
..... E ti ._
CC
=
E ?-i$= a, cL)
,.• lb-. =
-0 = E Q -ct › r„- . pi
= en CI) '0 = r. 0 .9 .> ct. 1 ,,,
-0 -= = to
,- a) r..) ..-
N = ccs
•.
C3 co a, = 34.3
r
0 • m -o a, I=
0 LI
0
o .=
cc! 5
rdi
■
C.5 Ca E 2 La = E ....2 cz .c as 0 = 0 27; ' -zc E 0. •
ea •5 ,,, 4r- ..E.
.0 = " U3 Co 0 = as 0 0 _c os ›...,-. a.,
0, ru na a) ▪ „, ..., k.. X .c ... C C 2 at ca
= V3 .0
g :b
0 ,.... a Z,i 33.1 ,-. F. E am 1.. ., cu
•.a.
ce m
I0..... c. , -.... 3o a) a 0 Li.1 4) ..... >, c.) ea = = 0 CC "2 = a) =0 _. ':.= .2 0 C. • >■>1 h' = 1■
■
= -,_ o 0 CJ co ... r..7 (..) C.)
°
41.1 0 = CO i CC =. u) 0 ..0 < a° >. .° na = 21
-
47.)
0 .o
0
3. 0
O
0
a,
ca =
4-3
CO CO 0 7.7 Gs -0
Ct CO 0 CPC =., = =
= .5 N
CD 0 0. a, us ,0 an IC 'cis •
5 43 > R 5 o o > rn
01,
43 a3 C3 .0 03.= N E
• oo
0 12.1 o
▪
0
/
CAUTION
:=
Ca
ea
E
C
0
•
z 0
e
-0
a3
-0 a) .0
CD
a
7%
C CD
=
4.,
cu
>
= .1)
ta cla "--
E
7..;
ri,
T3 .-,
0 '
> ca
,_ ,,,
a, "Cl .... 0 0 ■ - 0 CL 01
7.-3 .E.
,-. CP DI >
a) ,5
a3 = > ,S
,x
E 0 ,_
CL1
a3
›..,
a)
CLI 7
cu
u; a3
LI 17
= oc4 ra
0 o = a.
0:1
0
-0
a a)
CD %-
S,
021 _c 0
..E
= CO
oo 6
CU .0 .1■ •
5 Et
DC 0 .= .1- ..-. Ca 0
ca
0 ›,
,_
CP CP ° VC
0
a) > CO CU
a CD
E -= 0 n) 0
0 .01 0 cm. 13
cu ,6 a di o=.1 ha m .,... -CI -.-
.- 01 '5
E
CD
0
co :5
e
C71
...
0.
.±., = Ira co c.9 C3 .c=
m Ec o
= .-
*''
cL1
ro ..., =
o o 2 „.•
Ca -
tp 0 aa ca 6 - o` 2 -c
0 03 CD >. C
.,-, = 0) 0 0. - =,-, = .§. ',.. w ra a' .:: ii .,,, `5 L.- "E 0 cl..1 ..-Y co .c
0
•■ —•
li
=
El_ _.' cy,
= 0 __ =
6co 0 a) .- ..--. u, ..,_ 0, . •-• -CI
Cp .›.
0 ... ..-
0Lu
7, 0 0
(.1 co
b■
g ,., 0 C 1-,L.,L3 _ ea C3 co 1.- = n3 1:11 ...'Z' cn
co 0 C4 cLI 0 0 ■22 CU ° s .0 7% > 0 = ... 0 -.-• 3 .... -■-•
u ...,.
x = v' -. 0
a) = EL„, ra co
.0
ga.le= ig =g 12 15'0
'R
= a. 0
,2 9 -t, w a.I
-c.
E -= ..- .13 so
loi. Ei 0 U1. iv 4., ,x ,_, .= 0. 'O E .=
m
az, ea E
Ei,
.g 1 ,z 4= .0
w.o .>
0 a) >, .-
1.- C-1. = .
e s 0 0 Ch =
0
= . 'CI S
= 0 5 = E ca cl,
= 0.2
a) 7
8
0 = ›... .....
cL3
.0 -= 0.
d.'
.0 ■ ■■■■ 1-- 0..
(..,
.0 CD
CD
•
a) 7
10
o ...5.
E
cn
= ca 1 itj O CU CI.1 .0
o 74
'S x .= "=
.-. 0R o 0 > t5_
'S 0 In 0 en = a) co
›,= 0, - x 0
.= 0 U
c
co 0
0 E 4.) ..c Cs C ea ▪ c c CL C3 ea 'C. CD 0 = -0 C-D co 0 0
CL •
›.. %.7. a)
SYMPTOM POTENTIALCAUSE [Scooter does not turnon Scooter on but no 'ready'light
1
Key not properly engaged Power on/off switch not engaged Scooter pluggedin toAC
1
.(0
47
0 = (.3. =
0
.— C.3 mu au 10 la en 1.4 '0 0 -a = ctl
•= U
I
= ea .(...)
Throttle nol set Ready light flashing
Side stand sw itch not engaged
onnection
Charger not working
A/C power miss ing
heckfuse/voltage
Premature charge termination I Charger andbattery unsynchronized
Handlebars wobble ( shimmy)
gauge r esets to'0' and charge bike.
Charger firmware out of date
etermine charger ifrmware revision and
Tire pressure
!ction )
Deformed front tire
1
tire suppliedfrom hte factory
Bald t he ( excess wear)
suppliedfrom hte factory
Cargo boxinstalled
ix. Never exceed the maximum load
No charger output Battery air-plenum Battery temperature greater than50°C Or Battery temperature sensor data error Shorted cell Or 15°C temperature differen ce at on ce sensor comparedto the average temperature of the
battery pack
I I g
0) Z 0
"4.
0
LT
f:
CO
LLI
as 2 ___ as
=
C3
= LLI N ca CC =
.■ =3
-0 cr — c.e.
tej =
CD
Q
LIJ ro 0 ',- 0
LI
CC C I
1 2" ILI 0
--. ci) ._ 4cr
LLI --1 e..1 >C.
Lu CO
=
et
C.1
= CI
C0
p. ---
LLI Lu Ly 0
tii .... = —.. ..r
--'
>- 0 cC IJJ coi— co I—
cr """-m tr3 m li..1
cn a) 7 .2. 43 4) E '- O o. ,_ >. : cl./ a)
B -0 o -a c OS a) E c L = 0.2 0
zl ci
0 y_ -= '-' en = o cu
I=
= cz
'uLTIi .---. Ln 2 --I Co.1 C.3 'co-
c. c. : .a.) :: .> -a. CO V/
LIJ Cs•L 7 M C: V3 Co0 7.) 17 .3
cs.1 c...1 : i.cCC = 1cJ. :: C. .) i:
aa :co
I— et cc
CV
= Ili
cu > 'o= 10 L-
=7 = __ = .
E IS
2
0
i :; CO ., ::
zr_.
tu
.11.5 CI3 >,
Cil
=
cc
e
al g
CI. 'CI
7'
o E Ta 0
= 0 ..=, ctS cl, co
= :Ir
0 er 0cc c_,
et
i
I_1 5,3 0
7. .= 0. = >,- , >Lij to CC LC IL11.1 LLI ra gp >- - 1 -.at 1-
°- 0 0 =•'-* •• ›,_ CD i i■ •• 03 i. Ick r"-cr EC vi ci2 0 = ,_.M LJJ > LLJ ...,. I— --I— Lr) 4 0 wg cs.1 4ci• M ct Ci- M 2 = = 132 M t= c., i:C ,--- 40.
■
la < E -o -v i.o z E.' )— 1-- L0 ai 0 " . L°
r3 Clceo o 03 fn
8 7,51 -.,_ 0 coo E
in L__ o er0
0 .=
Fal cu
-- 1-' = =
I- M 0
ci:z = c, p ..i .:r c5 . L.L1 t• et
co:1
PF 09 A. 1 ., .0 E cc cc ii
20 11, 9
o 0 Cn .7 aD E
1 3 .= 10 0
43
r.3 no __L. =
■
= = 0 In
.1 .-,.,
C.7 .,, CLI
r., cr) o cc '''' co c. 0 cc .8 E
J-- ,4)
›- = Lid 1_, ....9. 0
, . 1--E C•7 S CV 0 11-
::: .c =c....„ LLIL.0 . 0 CO CCI c°
C.)
CC
03 CD in
0 ce c'a = 's ■ = j = =
co Lu CJ 0 CC Li, .CI 1.1J >
u., = LI 0 1 -2 onC
= 'xi
0
=
E 5 . .., o ..) • .$ /-- ow r
= -c,
W
0 cc .-, er) = icc C/3 4'
=
CL 01)
cl cc) cn = o
1 n 6
eti e 1- 2 — r-- Liz E' gr ii -. ›.. tr., LLI 1..... p= c.,; 0 a' '• 0 0 = ± .,,E 5 . 8 co 1.7, cc = „„ = --- CC LO 1 CU 47 0 .. 0 ICD - rn I- en .Y x , 0 /CI) g o cc t c0 1— 0. 01 = La co id Lu 4(.... cc .2 62 17.1 10 eC n5 M (.0 toll NJ I.7
1
,...
c)
•
cg a
a, 03 ,,, ,_ . fp
0
0, 0 =+ := -Es 7:5
,- CD 0 7 0 0as 0 ,-. 0 o .,-. 0 al ''-' 0 .2.. - ..I= al 10) 0 ,.. a 2
7i .° ... 'al
co w .,
s.0 -To -)..°.. o.
Z 6-
ca
a)
03
-a
CD 1.) a ot c=
C-) 0 ,_ 0 1.1.1 0 = a.. g a) .._ r, ..E. •
0
02 E .... ...,,,=, =aa sE:13, 7, 5
03 °‘ ° ''0 }., ° 0. = 0 =
•
•
••-•• al
----
•••
0 Ca 0 V) 4- CD • X
o mull= o-o - 0 i, 5..-G r 0 7. C MI ..,nff = N. -O co 0 '-' c„, rfs y _ .= •-• ,_ 0 0 an ° 0 = LI r-6 cal 0 CL '0 c‘a a' e! r- E •F:..,. ..s , 9.›, _ Ca ' i3 Si= a ,> - 2 % cu g,
ai co
u) 0 >, CI
a) 0 'II
1 I 6 i
.1 ) . 73_ E % a)
es - ,c C ....
=
Ln
La
° 0 cc' as cu ... cc 01s-- -' o 0
C C."' ,--
7: 6-„. . .0 8 ..
.. a.;i e: -i° 1 2 E
0
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LL
END OF US REQUIREMENTS
LABEL LOCATIONS The following pages (50-51) display the locations of safety labels and the labels themselves.
VECTRIX ZVI OWNER'S AWLIAL
49
z
•
CLI
•
'a' C'' E.L.' .3 = fdl
45
CE =
=
•
u
o. 0 .,
o
CO
:4 f 0E
k -.•
5 5 011 .0-,
CO -0 CO
ca
•E • e
▪
• ▪▪• • ▪
=
-45 0 CO
OA
= .= 0 US
03 ,s .
E .2. ma X ›.,
GI .=
1g .0 ---
.
-
a) 0,
z'
3,
o ,.._ •3 =c■ 'M o 1.1_m
= 1=1
43 g
ao a, m = o0 o 8
0 0
,....-.
o m5
-7, .r.
w. "g .-2c "—X m _, 0 CL -0 -0
g
=m
›- ‘7,
'5 CL, 0 7
a .t.F
v) 2 co lc'
I 1:
E eu >
o 0 I. CD
CV
2. 2 -a . R.
0 2
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i; /L■.2
■
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1i
t o 2 ,°,1 cr, .c eg
127)51 ,e s _ — ,X > 0 27 0 ta u .e S ft, t 7 ;ii E ci. th- .14 -v ... -0 Jd n, a c., 0 10 "L O E
2 a, r, c cl 0,, c 7,E ›.. a, c
.c :t.'
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9 w >. La = 2 Z XI i,"ii
■
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I— •
cd,
Label not visible withou t removing seal.
cc 0 () w re
w
0
w
z
•17
2
w
S 2
SERVICE DESCRIPTION
17:
0 cc
DATE OF SERVICE
cn ce
1 cn 1 g W CV it,
)
1._1P;
4
C- TRIX'h This information will be included in the service manual. This is an advance copy for reference and training purposes. DASHBOARD FAULT MESSAGES Busvlt This message appears when the battery voltage is lower than 101 volts; means that the battery is completely empty (not enough charged to let the bike run/go). Usually it appears with the red battery warning light, sometimes also with the temperature warning light. Its the standard behaviour of the bike. This message doesn't require any maintenance, you need only to recharge the bike as soon as possible. Do not ride the bike with this message on, to avoid damaging the batteries. The over-discharge can permanently reduce the performance of the batteries (shorter range).
Bathot The batteries are overheated. The temperature is higher than 47 °C. The red warning lights for the battery and temperature appear. To allow the batteries to cool, there's a software reduction and the performance of the bike is minimized: maximum speed and acceleration are both limited. If the warning lights are flashing it means that the battery temperature is greater than 50 °C or it is the battery temperature sensor with a data error. To cool the batteries, you have to reduce the speed. This will allow the plenum fans to reduce the temperature of the batteries. To check if there is a sensor data error you need to connect the diagnostic software and check the battery temperature readings: reading of 60°C (only when the battery is cool) means short-circuited sensor. In case of sensor data error you need to replace the temperature sensors or the whole battery pack (contact your Vectrix Technical Service Team).
Throti This message appears with the yellow symbol of maintenance key. It shows a wrong calibration of the magnetic circuit of the throttle. Generally in this case, the bike turns off the GO signal, and leaves the READY signal flashing. To solve this issue it is necessary to calibrate the throttle (see Service Manual). If the calibration doesn't solve the problem you need to check the throttle connector on the handlebar or replace the magnet circuit (see Service Manual).
06c Dashboard Fault Messages 22Sep08
1 of 6
M 4a
‘fEcirRix 71' Encodr
This message appears with the yellow symbol of maintenance key. It informs about an issue with the encoder. The malfunctioning might depend on: - wrong calibration of the Encoder Offset (angular degree value) [Encoder Calibration] - faulty wiring of the encoder on the Motor Controller (loose or not welded wires)(check] - encoder issue (electric board, disk or mirror) [Encoder Replacement - see Service Manual] - Motor controller Issue [MC Replacement — see Service Manual]
Caphot
This message appears together with the red temperature telltale. It shows too high temperature in the Motor Controller capacitors (higher than 105 DC). To cool the motor controller capacitors, you have to reduce the speed. This will allow the MC fan to reduce the temperature. Usually the cooling system on the MC is very efficient, so this error message is very rare. In the case that it appears often, it could mean you have a faulty reading on the motor controller [Motor controller Replacement — see Service Manual]
HotHS
Heat sink temperature higher than 110 °C . This message appears together with the red temperature telltale. To cool the motor controller heat sink, you have to reduce the speed. This will allow the MC fan to reduce the temperature. Usually the cooling system on the MC is very efficient, so this error message is very rare. In the case that it appears often, it could mean you have a faulty reading on the motor controller [Motor controller Replacement — see Service Manual]
Enahot
This message appears with the red temperature telltale. It means that the motor temperature is greater than 126 °C. It might be caused by two different things. - the increase of the temperature in the motor: you have to stop the scooter to allow the motor to cool down. - faulty wiring of the Encoder/Motor in the Motor Controller: check if the 16 wires are connected correctly and if the wires are properly crimped.
06c Dashboard Fault Messages 22Sep08
2 of 6
,4411P. NiEE-rRix-
Caocur This message appears with the yellow symbol of maintenance key. It indicates that there is a problem with the current that circulates in the motor controller bus capacitors. To solve this issue it is necessary replace the motor controller. [Motor controller Replacement — see Service Manual]. Ca nbus This message appears with the yellow symbol of maintenance key. It indicates a communication problem on the system's bus. It could be momentary, caused by an electrical noise in the CANBUS. In this case you only need to turn the bike off and then on to reset the software. It could also represent a more serious problem: with ICM or MC. In this case you need to first try to replace the ICM and if that doesn't solve the issue you need to replace the MC [ICM —Motor controller Replacement — see Service Manual]
12VoLT 12 volt power fault. It comes on with the yellow symbol of the maintenance key. It indicates the problem on the 12 volt power supply on the motor controller. To solve the issue you need to replace the motor controller.
06c Dashboard Fault Messages 22Sep08
3 of 6
( 401 rni>c-
; \fEc-
TELLTALES ON WITHOUT DASHBOARD MESSAGES
Flashing wrench and battery telltales
When the yellow maintenance telltale and the red battery telltale are flashing together, while charging the bike, it means that there's no charger output. Check the charger connectors: if doesn't solve the issue you need to replace the charger.
Flashing wrench, battery and temperature telltales
When the three telltales are flashing together it means that there's a battery air plenum fan failure. Try to restart the bike. If it doesn't help you have to check all the plenum connections and test that the battery fans are working properly. Use the diagnostic software to read the battery temperature and to determine if data is good.
Battery telltale steady — on
It means that the bus voltage is less than 103 volts. Battery is discharged. Performance is reduced. You need to recharge the bike as soon as possible.
Flashing battery telltale
It means that there is a shorted cell or 15 °C temperature difference at one sensor compared to the average temperature of the battery pack. Check the battery temperatures with the diagnostic software. If you find a high temperature you need to allow the air plenum fans to cool the batteries down. Flashing temperature and battery telltales
It means that the battery temperature is greater than 50°C, or that there is a battery temperature sensor error. You have to use diagnostic software to read the battery temperature and to determine if the data is good. In case of not correct data you need to replace the temperature sensors.
06c Dashboard Fault Messages 22Sep08
4 of 6
Diagnostics Matrix and Repair Indication
a
a)
. `1 5
I
U)
0
0 a
Temperature/battery (steady-on)
Flashing temperature/battery
Battery temperature g reater t han +47C
•
0 a
Temperature (steady-on)
0 0 c
2
0 -c
Temperature (steady-on)
Motor temperature greater than +126C
ww ww
Temperature (steady-on)
0
a) co
a) ce
Battery air-plenum fan failure
a
Paw CC
Ww
Flashing wrench/battery
co a)
z
—
3
as
Bus capacitor current fault
2 al
—
8 a o ci) CC
10
22
0 2g _0 — 5.= ._ • .1m (-) 1-
o
La5 ZO
o
0
12 volt power fault
0 -C
Wrench (steady-on)
-o -o o 0 0
c
w ww
Wrench (steady-on)
.0 ca
Wrench (steady-on)
0
■
Wrench (steady-on)
■ C.)
Wrench (steady-on)
Recommended service actions
FlashingBattery
I I
Battery(steady-on)
Batterytemperature sensor data error Busvoltage lessthan 103 VDC
Shortedcell Or 15Ctemperaturedifference@onesensor comparedtotheaveragetemperatureof
1. Re-charge bike Allow batterypacktocool, thenre-start chargecycle. Replacebatterypack
I
the batterypack
busVlt
06cDashboard FaultMessages22Sep08
Busvoltage less than 101 VDC
Re-charge bike
2.
Name of documentlNazwa dokumentu: Service and Training manual for Vectrix Dealers
1.‘,7.4.,
VECTRDC
Document ID/Nr Dokumentu:
VX-PS-081 Rv 3 Always check the latest revision before use — uncontrolled In printed format Date of Issue/Data
wydania:
9Sep08 Page/strona:
PreparediWydawca A. Servino Revision History
1 of/z 17
Approved/Sprawit i Zatwierdzii C. Sistopaoli
Date
By
Fixed misspelling, language corrections, from training and feedback
9Sep08
J-M Teves
n/a
Translated into English
2May08
C. Sistopaoli
n/a
Initial release
20Jan07
B. Akin
Rv
DCN
3
n/a
2 1
Description
GLOSSARY BC: Battery Charger. MC: Motor Controller. The main circuit board of the bike. This is the "brain" of the bike. It's the component that "controls" all the information and the energy flow within the bike. ICM: Interface Control Module. Interface between the bike instruments (BC, lights, throttle. etc.) and the motor controller. DAaRT (REGEN THROTTLE): this is the patented Vectrix Throttle. It provides acceleration, deceleration and reverse gear. During deceleration, it recharges the batteries. ENCODER: It's the device that reads at every moment the angular position of the rotor's poles' pairs versus the stator. GEAR BOX: It's the box of gears: a sealed planetary gearing, in oil. TRUNK: Room for the helmet under the seat. SCOOTER DIAG: Diagnostic software used to check the bike's functionality, developed by VECTRIX. USB/CANBUS: Adapter cable used to connect the bike with the laptop. It's needed to use the diagnostic software
VX-PS-081 Rv 3 Dealer Training Manual 12Sep08 (3)
Name of document/Nazwa dokumentu:
Service and Training manual for Vectrix Dealers
VECTRIX
Document ID/Nr Dokumentu:
VX-PS-081 Rv 3 Always check the latest revision before use — uncontrolled in printed format
Date of issue/Data wydania:
12Sep08 Pageistronar 2 oflz 17 _ Prepared/Wydawca
Approved/Sprawit i Zatwierdzit
A. Servino
C. Sistopaoli
INDEX 1
DISASSEMBLY OF THE SCOOTER 1.1
Front Part 1.1.1
Windshield
1.1.2 Body panels, right and left 1.1.3 Chargers 1.1.4 Handlebar 1.2
Central Part 1.2.1 Driver Seat 1.2.2 Body panels right and left, footrest and kick stand 1.2.3 Plenum 1.2.4 Battery
1.3
Rear Part 1.3.1 Grab handle 1.3.2 Passenger seat 1.3.3 Body panels 1.3.4 Rear Sub Frame 1.3.5 Shock absorbers 1.3.6 Motor Controller
1.4
Regen Throttle 1.4.1 Disassembly 1.4.2
1.5
Calibration
Encoder
1.6 Gear Box
VX-PS-081 Rv 3 Dealer Training Manual 12Sep08 (3)
Document ID/Nr Dokurnentu:
Name of document/Nazwa dokumentu:
VX-PS-060 Rv
VECTRIX
Dealer Defect Codes lst &2ndlevel
Always check the latest revision before use — uncontrolled in
printed format Date of issue/Dala
wydania:
12Sep08 Page/strona: 1 of/z 4
Prepared/wydawca
I Approvecl/Sprawif i Zatw[erdzit
LJ-M Teves
A. Kakol
Revision Histor Rv DCN Description 7 n/a Added M17, and M2-13 Broken 6 n/a New codes added: E2-11 Not Calibrated MI6 Loose Handgrip 5 New code V2-13 Bent added n/a 4 n/a New second level codes: • V2-99 Visual Other (please describe) • M2-99 Mechanical Other (please describe) • E2-99 Electrical Other (please describe) • Q2-99 V2-99 Other (please describe) • E2-10 Miswired • Language correction n/a New code E 29 added 2 n/a New code E 28 added 1 n/a Initial release
Date 12Sep08 14Jul08
By J-M Teves A.Kakol
29May08 12May08
J-M Teves A.Kakol
20Mar08 13Feb08 23Jan08
A.Kqkol A.Kakol A. Kakol
1. Purpose: Define the defect dealer codes. 2. Scope: Applies to all warranty claim work that dealers perform. To be used with the Warranty Claim Form (WCF) FO-135, FO-136, FO-137.
First level codes - customer complaint Type I Code Description
Type I Code
Charger col
Performance
CO2 CO3
Does not start to charge Does not charge for 100% During charging lights are on
Electrical E01 E02 E03 E04 E05 E06 E07 E08 E09 El 0 El 1 E12 El 3 E14
Instrument panel / dashboard shows wrong data Unusual gauge reading Speedometer needle gets suspended / hung / stuck Trip mode not able to switch to day mode Odometer stopped counting Air plenum fan not working Motor controller fan does not work Charger fan does not work Smoke from the scooter Telltale temperature indicator on Telltale battery indicator on Telltale busvlt indicator on Telltale bathot indicator on Telltale spanner indicator on
Description
P01 P02 P03 PO4 P05
Hesitates during start up / acceleration Hesitates during running / hot V max not achieved Not able to reverse Power of the engine too weak
P06 P07
Bike stopped during ride Poor range
Visual VO1
Visual / Cosmetic
001
Other - please describe in detail
FO 001,02
Name of document/Nazwa dokumentu:
Document IDINr Dokumentu.
VX•VS-060 Rv 7
VECTRIX
Dealer Defect Codes 1st & 2nd level
Always check the latest revision before use - uncontrolled in
printed format Date of issue/Data wydania:
12Sep08 Page/strona: 2 of/z 4
Type / Code
El 5 E16 E17 E18 El9 E20 E21 E22 E23 E24 E25 E26 E27 E28 E29
Description
Throttle fault message Encoder fault message Caphot fault message Hshot fault message Enghot fault message Capcur fault message Canbus fault message Can not go in the READY mode After READY mode can not start to GO mode Power drop with use of accessory Light issue Won't turn off Unexpected acceleration The scooter smells like burned scooter won't turn on
Mechanical Type/ Code MO1 M02 M03 M04 M05 M06 M07 MO8 M09 M10 M 11 M12 M13 M14 M15 M16 M17
Description Oil leakage from gear box Brake fluid leakage Vibrations Soft / spongy brakes Noisy motor controller fan Noisy charger fan Handle bar resistance or position Front brake hose catches / resistance Defective kickstand Wobble — shimmy Poor handling / drift Excessive vibration of windshield Locks or latch issue Noisy brakes Noisy gearbox Loose Handgrip Broken
FO 001/02
Name of document/Nazwa dokumentu:
Document ID/Nr Dokumentu:
VX-VS-060 Rv 7
VECTRIX'
Dealer Defect Codes 1st & 2ndlevel
Always check the latest revision before use — uncontrolled in printed format Date of issue/Data wydania:
12Sep08 Page/strona: 3 of/z 4
Second level codes - Observation / Finding Visual Type / Code V2-01 V2-02 V2-03 V2-04 V2-05 V2-06 V2-07 V2-08 V2-09 V2-10 V2-11 V2-12 V2-13 V2-99
Description Scratches Dent Residue I Stain Poor adhesion Poor position / alignment Poor printing Rust / Corrosion Unacceptable gap Burrs Screw head damaged Paint / Color Crack Bent Visual Other (please describe)
Mechanical M2-01 M2-02 M2-03 M2-04 M2-05 M2-06 M2-07 M2-08 M2-09 M2-10 M2-11 M2-12 M2-13 M2-99
Thread problem Rivet problem Weld Incorrect torque Loose Leaks Interference / rubbing Run out Washer issue No loctite Insufficient lubrication Silicone Broken Mechanical Other (please describe)
Electrical E2-01 E2-02 E2-03 E2-04 E2-05 E2-06 E2-07 E2-08 E2-09 E2-10 E2-11 E2-99
Discharged below minimum Wrong software Can not be reprogram Open circuit Short circuit Wires not connected / damaged Pins pulled out I damaged Burnt Solder defect Miswired Not Calibrated Electrical Other (please describe)
FO 001A32
Name or document/Nazwa dokurnentu:
Document tDINr Dokumentu:
VX-VS-060 Rv 7 9
VECTRIX"
Dealer Defect Codes 15t & 2nd level
Always check the latest revision before use — uncontrolled in printed format Date of issue/Data wydania:
12Sep08 Page/strona: 4 oflz 4
Other Type / Code Q2-01 Q2-02 Q2-03 Q2-04 Q2-99
Description Old revision Missing component Extra components Condensation I water Other (please describe)
FO 001,192
VS% • V WM,* 1111.• •
Filling out Warranty Claim Form for Dealers & TSO
VECTRIX
Always check the latest revision before use — uncontrolled in printed format
Date of issue/Data wydania:
7Aug08 Page/strona: 1 oflz 7
Pre ared/w dawca J-M Teves
A. •roved/S•rawi4 i Zatwierdzil A. Kajcol
Revision Histo Rv -' DCN Description 7 n/a Clarified instructions, updated WCF example, added references, switched TST to TSO, added TSS. 6 n/a Updated WCF example to newer format for reference. Updated document to fix print issue of pg. 2. Updated 2. to include internal and external. Added TST to 1. Updated Fig 1 title and returned parts from TST to Vectrix. Updated pg 1 and 2 instructions for coding the WCF. 5 n/a Removed F0-151 since USD will be used. 4 n/a Updated 5.0 and 6.0 to add Australian WCF, updated Figure 1 & 2 example for updated WCF format 3 n/a Updated 4.5 component number was incorrect. 2 n/a Updated Figure 1 - flowchart per team comments. 6.4 updated to include customer signature is optional for US. 1 n/a _ Initial release
Date 7Aug08
By J. Twombly
17Jun08
J-M Teves
2Apr08 15Feb08
J-M Teves J-M Teves
1Feb08 30Jan08
J-M Teves J-M Teves
23Jan08 ,
A. Ka.kol
1. Purpose: Define the process for providing warranty reimbursement to dealers and recording TSO activities. 2. Scope: Applies to all warranty claim work that dealers and internal work performed. Alternate data collection arrangements for internal may be arranged / organized with Quality approval. 3. Definitions: WCF - Warranty Claim Form TSO - Technical Service Organization representative — regionally assigned Vectrix representative who reviews and if acceptable approves the warranty claim. TSS-Technical Service Specialist WOC — Work Order Code VPO — Vectrix Poland 4. Responsibilities: Dealers and ISO members are responsible to perform the warranty work in accordance with the service manual including the flat rate schedule for repairs and parts list costs. Dealers are responsible to fill out the warranty claim information and submit to TSO. A TSO member reviews and authorizes warranty reimbursement as appropriate. Finance receives the input from TSO and reimburses the dealer for the cost associated with warranty. Quality is responsible for trending and tracking field-related issues. VPO is responsible to process return parts see Returned Component Management VX-PS-031. 5. References: VX-VS-073 Vectrix On-line Service Manual FO-135
Warranty Claim Form USA-USD (2 pgs)
VX-PS-029 Rv 7
Filling out Warranty Claim Form for Dealers & TST
VECTRIX
Always check the latest revision before use — uncontrolled in printed format Date of issue/Data wydania:
29Jun08 Page/strong:
Prepared/wydawca
Approved/Sprawi-t i Zatwierdzit
J-M Teves
A. K4kol
FO-136
Warranty Claim Form IT-Euro (2pgs)
FO-137
Warranty Claim Form UK-GBP (2pgs)
VX-VS-060
Dealer Defect codes l st & 2'dlevel
VX-VS-072
Critical Parts ID and Traceability — external
VX-VS-077
Flat Rate Schedule
VX-PS-031
Returned Component Management
VX-lP-005
Packaging and Shipping Instructions
2 of/z 7
v n-r .a-ulAw INV I
Always check the latest revision before use — uncontrolled in
Filling out Warranty Claim Form for Dealers & TST
VECTRDC
printed format Date of issue/Data
wydania:
29Jun08 Page/strona:
3 oflz 7
Approved/Sprawil i Zatwierdzil A. Kgkol
Prepared/wydawca J-M Teves Figure 1: Warranty Claim Form — Page 1
Vortex Corporation aS &wool Bond OW New Bedford, MA 02745 Pficur (508) 9924300 Fax {508).992-6252 E ■eltalSctlkal322E0
WARRANTY CLAIM FORM
VECTRIX
Dealer Ref:A-000
StArcr
Name 17- 3 Amy
Address
tc
[ WCF: k _ DvD
S‘hl,
Si
City
State IA.1`
Phone (EliF) el Se. -
OE' 65
CUSTOMER
Name
, c
A
City
aca
E-mail
fi,1,1
:
Address
Fax(
1- -1'4C Zip Code 0
Slate -. 1
Phone (.1"-h) -1,1-
Fax
.
.4
Zip Code blte. '42
cr.,6
3 0...^-2. V '1'7 ' Y'r iqE-mail r-
Elliall=1111111•1 V1N Number
z1.5
S
Date In (dcf-mmm-yy)
Distance;
2-5
A A
Att.
0
9
License plate Date Out (dd-mmm-yy)
Miles 0 KM
Disttmce IN
Distance OUT
Warranty start date
Warranty Y/N
11111E11013 ■
PROBLEM DESCRIPTION:
w;11
vtot
r!Anva ,
( 01
l) o-
1N.Di SLA 1,
Customer declares Mat information stated on the Tone leave and Mal Ware has the legal dent andhar pentosiar l0 auibarize the above described repair wan( Payment, a required, for work net covered by warranty. v413 be marks trorriceLstaly after Ourriptetran crr work. AC wont will be perfaMed fully in accordance wrtb Vectrix's guidelines and procteluiaa•
DEALER SIGNATURE
CUSTOMER SIGNATURE (I approve1 agFe;spanwal =Mons)
ClIc ►
"
ce
ce
6
4c\
Reference example Figure 1 and Figure 4. Warranty Claim Form two pages. Fill out this form out each time that service is performed on a Vectrix. The form is two pages that can be printed on the front and back of one page. Each line used must have every field completed.
VX-PS-029 Rv 7
VECTRIX
Filling out Warranty Claim Form for Dealers & TST
Always check the latest revision before use — uncontrolled in printed format Date of issue/Data wydania:
29Jun08 Page/strona:
Prepared/wydawca
Approved/Sprawif i Zatwierdzil
J-M Teves
A. Kkkol
4 of/z 7
If the service procedure is not warranty related the form can be used by the dealer as a simple work order to track repairs on a Vectrix. It can be useful as a record to send to your TSS. For your first few warranty claim forms, it may be a good idea to contact your Vectrix TSS for assistance following the procedures. Also, the TSS will help establish if the work is covered under warranty. If the service procedure is covered under warranty the TSS will assign a WCF number that you will have to write on the top of each page. In this example the WCF number is seen as A-010-E. This code is unique and every WCF will have its own number assigned to it. Reference example Figure 1. Warranty Claim Form Page 1 • Dealer Ref: This number identifies each dealer. Each dealer will have its own number assigned to it. In the example above the Dealer Ref is A-00015 or the dealers work order number for internal tracking use • WCF: is the code that will be assigned to you by the TST when the WCF has been approved • DEALER: please include all your contact information. • CUSTOMER: please include all customer information. • VIN number: is the Vehicle Identification Number. You can locate this number on the back of the frame under the gray body panel (see picture below) — The top line of the engraved text. It's 17 characters Fluure 2: Reference location of the VIN on the bike
VX-PS-029 Rv 7
VECTRIX'
Filling out Warranty Claim Form for Dealers & TST
Always check the latest revision before use — uncontrolled in printed format Date of issue/Data wydania:
29Jun08 Page/strona:
Prepared/widawca
Approved/Sprawif i Zatwierdzif
J-M Teves
A. Kqkol
5 of/z 7
Figure 3: Reference VIN location detail
• • • • • • • •
•
• •
License Plate: Please print the license plate number of the bike. Date IN: the date when you received the bike. Format ddmmmyy (10Jun08). Date OUT: the date when you returned the bike to the customer. Format ddmmmyy (11Jun08). Distance: check the proper box- miles or kilometers. Distance IN: the mileage of the bike when it is taken in from the customer.. Distance OUT: the mileage of the bike when it is returned to the customer. (it can be different if you did a test ride otherwise it will be the same as the distance in). Warranty start date: this is the date that the warranty was registered, Warranty Y/N: This reflects whether or not the bike is still covered under warranty (if the repair has been preformed within two years of the warranty start date and if the customer has had all scheduled service completed). Please refer to the warranty booklet for the dates. PROBLEM DESCRIPTION: write what the customer was having problems with. Please fill out with the customer present. Please refer to the dealer defect codes file on the dealer portal (VX-PS-060). Use the first level codes to report the customer complaints. DEALER SIGNATURE: Please sign the document once you have completed the work. CUSTOMER SIGNATURE: Please have the customer sign on this line when all work is complete.
Document ID/Nr Dokumentu:
Name of document/Nazwa dokumentu:
VX-PS-029 Rv 7 Always check the latest revision before use — uncontrolled in
Filling out Warranty Claim Form for Dealers & TST
VECTRIX'
rinted format Date of issue/Data
wydania:
29Jun08 Page/strona:
6 of/z 7
Approved/Sprawi4 i Zatwierdzil
Prepared/wydawca J-M Teves
Jl
A. Kqkol
Figure 4. Warranty Claim Form — Page 2 0
x
Cif
3
a 8
W
-c
0 Il
°
O
0
3
CO
2 1-
4
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8
1 i g is -
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47 ....)
Aut:ionzed by:
>e, ,
Authorized date:
l
Vectrix only
Warranty Claim Form
-0
CC
Second page: On this page you must write all procedures performed while the bike was in your shop. Write a different fine for every procedure your shop performs. • WCF: the same number recorded on the top of the first page (A-010-E). • Labor rate: write your hourly labor rate agreed upon with Vectrix. • 1st level code: the code relating to the customer complaint as reported on page one of F0135. Please refer to VX-PS-060 Defect Code List Level 1 and Level 2. • Technician: the name of the technician that performed the procedure. • Date: the date that the procedure was performed.
VX-PS-029 Rv 7
VECTRX
Filling out Warranty Claim Form for Dealers & TST
Always check the latest revision before use — uncontrolled in printed format Date of issue/Data wydania:
29Jun08 Pae/strona:
Prepared/wydawca
Approved/Sprawit i Zatwierdzit
J-M Teves
A. Kqkol
• •
• • • • • • •
7 of/z 7
Operation code: the code that explains the kind of procedure performed and directly relates to the part the procedure was performed on. Old Serial: the serial number of the broken part that was replaced. It has to be filled only for the Critical components. Please refer to the Critical Component VX-VS-072. This can be found under the service tab on the Dealer Portal. New Serial: This is the serial number of the new part. Again, this only needs to be filled out for Critical Components refer to VX-VS-072. Labor Time (h): this is the time given to perform the procedure given on the Flat Rate Schedule. Please refer to the Flat Rate Schedule provided in the service tab of the Dealer Portal. Labor cost: This is the labor time multiplied by your labor rate. Part cost: this is the cost of the part reflected in the Parts Manual (taxes excluded). Other cost: In this field please include any additional costs incurred while performing these procedures. Please explain these costs in detail in the Notes field provieded on F0135. 2nd level code: This is the code relating to the solution of the customer complaint. Please see below and refer to VX-PS-060. Notes I Data: in this field please include any comments or notes.
After the repairs are performed please total your labor costs, part costs and other costs in the provided fields at the bottom of Page on F0135. Please report the sum of the three totals in the Grand Total Field. if the total costs are greater than $2500 it is required that you notify your Technical Service Specialists immediately in order for your Warranty expenses to be approved. First and Second Level Codes: When a customer brings a bike in for repair please refer to the list of first level codes (VX-VS-060) and choose the one that most accurately describes the customer complaint. Use this code to fill the problem description on the first page and the first level code on the second page. Second level codes are directly related to the performed procedure and explain why you chose to preform this operation.
Note: if you do not find the appropriate 1st or 2nd level code please contact the TSO members as we are always working to improve our documentation. In addition, our TSS members can assist in resolving the issue.
Vectrlx Corporation 55 Samuel Bamet Blvd. New Bedford, MA 02745 Phone: (508) 992-5300 Fax; (508)-992-6252 senficefavectrixuse.com
VECTRIX OLALER
Name
Address Zip Code
State
City Phone
E-mail
Fax
CUSTOWIEF,
I Name
Address State
City Phone
Fax
Zip Code E-mail
BIKE
License plate
VIN Number Date In (dd-mmm-yy) Distance:
Miles
n
Date Out (dd-mmm-yy)
KM
Distance IN
Distance OUT
Warranty start date
Warranty YIN
❑
Customer declares that Information stated on the form is true and that he/she has the legal right and/or permission to authorize the above described repair work. Payment, if required, for work not covered by warranty. will be made Immediately after completion of work. All work will be performed fully in accordance with Vectrix's guidelines and procedures.
DEALER SIGNATURE
CUSTOMER SIGNATURE (l approve / agree general conditions)
FO-135R511Apr08
PROBLEM DESCRIPTION:
E
_
. t !,
'
' .,, , 7%7'
-: e•.,/..f.: : i7,r: :........
4
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, 7'
. 1
7.
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***Grand Total:
CriticalSpare Part
a) -
0
0
Authorized by:
* refer toservice manual
Warranty Claim Form
Labor rate:
.7
ils
io _
VECTRIX"
Name of document
Document ID
Flat Rate Schedule
Always check the latest revision before use - uncontrolled in printed format
VX-VS-077 Rv -I
Date of issue:
15-Jul-08 Pagetstrona: 1 of/z 1
Prepared
Approved
J. Twombly
C. Sistopaoli
WOC Number S-XC-S00001 S-XC-S00002 S-XC-S00005 S-XC-S00007 S.-XC-S00011 S-XC-S00012 S-XC-S00013 S-XC-S00015 S-XC-S00018 S-XC-S00021 S-XC-S00023 S-XC-S00024 S-XC-S00025 S-XC-S00028 S-XC-S00030 S-XC-S00032 S-XC-S00033 S-XC-S00034 S-XC-S00036 S-XC-S00037 S-XC-S00038 S-XC-S00039 S-XC-S00042 S-XC-S00045 S-XC-S00047 S-XC-S00048 S-XC-S00049 S-XC-S00050 S-XC-S00051 S-XC-S00052 S-XC-S00053 S-XC-S00054 S-XC-S00057 S-XC-S00061 S-XC-S00062 S-XC-S00063
Procedure Frame Assembly replacement Front Fork Replacement Ignition Lock Cover Cap Replacement Side Stand Replacement Front Wheel Replacement Front Wheel Axel Replacement Rear Wheel Replacement Motor/Swingarm Replacement Breather Plug Swingarm Washers/Nuts Brake side Swingarm + Fasteners Encoder Sensor Replacement Encoder Cover Rear Brake Rotor Replacement Front Brake Rotor Replacement Rear Master Cylinder Replacement Rear Disc Brake Caliper Replacement Rear Brake Hose Replacement Front Master Cylinder Replacement Front Disc Brake Caliper Replacement Front Brake Hose Replacement Brake Lamp Switch Replacement Rear Shock Replacement Front Fairing Bracket Front Left Fairing Support Front Right Failing Support Trunk Replacement ASM Sub-Frame - Rear Trunk Liner + Fasteners Seat Switch & Trunk Light Left Rear Lighting Bracket Right Rear Lighting Bracket Battery Replacement Handle Bar Cap Clamp Handle Bar Clamp Screws Handlebar Grip Replacement
VX-VS-077 Rv 1 Flat Rate Schedule 151u108.xls
Hours 14.00 3.00 0.08 1.00 0.50 0.42 0.67 3.00 0.16 0.16 0.25 0.67 0.16 0.50 0.50 0.50 0.50 1.50 0.50 0.50 1.00 0.16 0.67 2.25 0.67 0.67 2.50 2.50 2.50 0.75 1.00 1.00 1.50 0.5 0.5 0.08 1 of 7
fisil) VECTRIX
Name of document
Document ID
Fiat Rate Schedule
Always check the latest revision before use uncontrolled in printed format
VX-VS-077 Rv 1 -
Date of issue:
15-Jul-08 Page/strona: 1
Prepared
Approved
J. Twombly
C. Sistopaoli
WOC Number S-XC-S00064 S-XC-S00065 S-XC-S00066 S-XC-S00067 S-XC-S00068 S-XC-S00069 S-XC-S00074 S-XC-S00077 S-XC-S00078 S-XC-S00079 S-XC-S00080 S-XC-S00082 S-XC-S00083 S-XC-S00084 S-XC-S00085 S-XC-S00086 S-XC-S00087 S-XC-S00088 S-XC-S00091 S-XC-S00092 S-XC-S00093 S-XC-S00094 S-XC-S00095 S-XC-S00096 S-XC-S00097 S-XC-S00098 S-XC-S00099 S-XC-S00102 S-XC-S00104 S-XC-S00106 (Red) S-XC-S00107 (Blue) S-XC-S00108 (Silver) S-XC-S00109 (White) S-XC-S00110 (Green) S-XC-S00116 (Red) S-XC-S00117 (Blue)
Procedure Left Handlebar Control Replacement Left Mirror Replacement Right Mirror Replacement Handlebar lower clamp replacement Handlebar Weight Replacement Handlebar Replacement Rotating Cam Sub Assembly Regen Throttle Box TPS Magnet Assembly Regen Throttle Sensor Replacement Battery Charger Replacement VEC4000 VEC5000 VEC2000 - Encoder Glove Compartment Release Cable Replacement Trunk Release Cable Replacement Latch, Giovebox Trunk Latch Replacement Instrument Panel Cluster Replacement Headlamp Assembly or Headlamp Bulb Replacement Right Front Turn Signal Lens Replacement Left Front Turn Signal Lens Replacement Tail/Brake Lamp Replacement Left Rear Turn Signal Lens/Bulb Lamp Replacement Right Rear Turn Signal Trim Panel Replacement Left Rear Turn Signal Trim Panel Replacement Right Rear Directional Swingarm Cover Replacement Brake Side Swingarm Cap Left Running Board Panel Replacement (Front) Left Running Board Panel Replacement (Front) Left Running Board Panel Replacement (Front) Left Running Board Panel Replacement (Front) Left Running Board Panel Replacement (Front) Left Running Board Panel Replacement (Rear) Left Running Board Panel Replacement (Rear)
VX-VS-077 Rv 1 Flat Rate Schedule 15Ju108.xls
of/z 1
Hours 0.75 0.00 0.00 0.66 0.00 1.50 0.42 0.75 0.33 1.00 0.50 3.50 3.50 3.00 1.00 1.00 0.33 0.17 1.00 0.33 0.50 0.50 0.75 0.75 0.75 0.75 0.75 0.17 0 0.75 0.75 0.75 0.75 0.75 0.75 0.75 2 nf 7
Name of document
Document iD
Flat Rate Schedule
Always check the latest revision before use - uncontrolled in printed format
VX-VS-077 Rv 1
VECTRIX
Date of issue:
15-Jul-08 Page/strona:
1 of/z 1
Prepared
Approved
J. Twombly
C. Sistopaoli
WOC Number S-XC-S00118 (Silver) S-XC-S00119 (White) S-XC-S00120 (Green) S-XC-S00126 (Red) S-XC-S00127 (Blue) S-XC-S00128 (Silver) S-XC-S00129 (White) S-XC-S00130 (Green) S-XC-S00134 (Red) S-XC-S00135 (Blue) S-XC-S00136 (Silver) S-XC-S00137 (White) S-XC-S00138 (Green) S-XC-S00142 (Red) S-XC-S00143 (Blue) S-XC-S00144 (Silver) S-XC-S00145 (White) S-XC-S00146 (Green) S-XC-S00152 (Red) S-XC-S00153 (Blue) S-XC-S00154 (Silver) S-XC-S00155 (White) S-XC-S00156 (Green) S-XC-S00162 S-XC-S00165 S-XC-S00168 S-XC-S00173 S-XC-S00178 S-XC-S00186 S-XC-S00188 (Red) S-XC-S00189 (Blue) S-XC-S00190 (Silver) S-XC-S00191 (White) S-XC-S00192 (Green) S-XC-S00193 S-XC-S00194
Procedure Left Running Board Panel Replacement (Rear) Left Running Board Panel Replacement (Rear) Left Running Board Panel Replacement (Rear) Right Running Board Panel Replacement (Rear) Right Running Board Panel Replacement (Rear) Right Running Board Panel Replacement (Rear) Right Running Board Panel Replacement (Rear) Right Running Board Panel Replacement (Rear) Right Running Board Panel Replacement (Front) Right Running Board Panel Replacement (Front) Right Running Board Panel Replacement (Front) Right Running Board Panel Replacement (Front) Right Running Board Panel Replacement (Front) Left Rear Body Panel Replacement Left Rear Body Panel Replacement Left Rear Body Panel Replacement Left Rear Body Panel Replacement Left Rear Body Panel Replacement Right Rear Body Panel Replacement Right Rear Body Panel Replacement Right Rear Body Panel Replacement Right Rear Body Panel Replacement Right Rear Body Panel Replacement Left Lower Trim Panel Replacement Right Lower Trim Panel Replacement Console Trim Panel Replacement Rear Lamp Housing Assembly Replacement Lower Center Tail Piece Front Lower Fairing Panel ReplaceMent Front Fender Replacement Front Fender Replacement Front Fender Replacement Front Fender Replacement Front Fender Replacement Rear Inner Fender Rear Fender Replacement
VX-VS-077 Rv 1 Flat Rate Schedule 15Jul08.xls
Hours 0.75 0.75 0.75 0.75 0.75 0.75 0.75 0.75 0.75 0.75 0.75 0.75 0.75 0.75 0.75 0.75 0.75 0.75 0.75 0.75 0.75 0.75 0.75 0.00 0.00 0.33 0.50 0.50 1.00 0.25 0.25 0.25 0.25 0.25 0.50 0.67 3 of 7
Name of document
Document ID
VX-VS-077 Rv 1
VECTRIX
Flat Rate Schedule
Always check the latest revision before use - uncontrolled In printed format Date of issue:
15-Jul-08 Page/strona:
Prepared J. Twombly
WOC Number S-XC-S00199 (Red) S-XC-S00200 (Blue) S-XC-S00201 (Silver) S-XC-S00202 (Green) S-XC-S00203 (White) S-XC-S00214 (Red) S-XC-S00215 (Blue) S-XC-S00216 (Silver) S-XC-S00217 (White) S-XC-S00218 (Green) S-XC-S00223 (Red) S-XC-S00224 (Blue) S-XC-S00225 (Silver)
Procedure Rear Seat Handle Replacement Rear Seat Handle Replacement Rear Seat Handle Replacement Rear Seat Handle Replacement Rear Seat Handle Replacement Left Front Fairing Replacement Left Front Fairing Replacement Left Front Fairing Replacement Left Front Fairing Replacement Left Front Fairing Replacement Right Front Fairing Replacement Right Front Fairing Replacement Right Front Fairing Replacement S-XC-S00226 (White) Right Front Fairing Replacement S-XC-S00227 (Green) Right Front Fairing Replacement S-XC-S00232 Upper Front Fairing S-XC-S00234 Instrument Panel Upper Trim Replacement S-XC-S00239 Instrument Panel Lower Trim Replacement S-XC-S00243 Instrument Cluster Bezel Handlebar Upper Cover Replacement S-XC-S00244 Handlebar Lower Cover Replacement S-XC-S00246 S-XC-S00251 Glovebox Door Glovebox Liner S-XC-S00257 S-XC-S00266 Rear Cheek Emblem S-XC-S00278 Tire Skirt, Front Fender S-XC-S00283 Front Seat Replacement S-XC-S00284 Rear Seat Replacement S-XC-S00285 Interface Control Module Replacement S-XC-S00286 Windshield Replacement S-XC-S00289 Horn Replacement S-XC-S00290 Motor Controller Replacement S-XC-S00294 Gearbox Assembly (desc) S-XC-S00297 LP Illuminator Assembly S-XC-S00299 Left Air Snorkel S-XC-S00300 Right Air Snorkel S-XC-S00301 Grimeca Front Rim VX-VS-077 Rv 1 Flat Rate Schedule 15Jul08.xfs
1 offz 1
Approved
C. Sistopaoli
Hours 0.25 0.25 0.25 0.25 0.25 0.66 0.66 0.66 0.66 0.66 0.66 0.66 0.66 0.66 0.66 0.16 1.00 1.00 0.08 0.25 0.75 0.75 1.00 0.5 0.50 0.08 0.42 0.25 0.08 3.00 2.50 1.50 0.75 1 0.50 4 of 7
Name of document
Document ID
VX-VS-077 Rv 1
VECTRIX
Flat Rate Schedule
Always check the latest revision before use - uncontrolled in printed format Date of issue:
15-Jul-08 Pagelstrona: 1 Of/Z 1
Prepared
Approved
J. Twombly
C. Sistopaoli
WOC Number S-XC-S00302 S-XC-S00303 S-XC-S00304 S-XC-S00305 S-XC-S00306 S-XC-S00307 S-XC-S00308 S-XC-S00313 S-XC-S00315 S-XC-S00323 S-XC-S00324 S-XC-S00329 S-XC-S00332 S-XC-S00333 S-XC-S00339 S-XC-S00342 S-XC-S00343 (yellow) S-XC-S00344 S-XC-S00345 S-XC-S00346 (Black) S-XC-500347 (Black) S-XC-S00348 (Black) S-XC-S00349 (Black) S-XC-S00350 (Black) S-XC-S00351 (Black) S-XC-S00352 (Black) S-XC-S00353 (Black) S-XC-S00354 (Black) S-XC-S00355 (Black) S-XC-S00358 (Black) S-XC-S00359 S-XC-S00360 S-XC-S00361 S-XC-S00363 S-XC-S00364 S-XC-S00365
Procedure Bracket Seat Hinge Air Inlet Scoop, Left Air Inlet Scoop, Right Screen, Inlet, Scoop Ignition Switch Replacement Battery Cooling Fan Housing Replacement Air Plenum Hardware Inlet Scoop Adapter, left Inlet scoop Adapter, right Charger DC Power Cable A/C Power Cord Replacement Rear Side Panel Emblem/Nameplate Replacement Trunk Latch Mount Bracket L.P Illuminator Accessory Power Outlet Replacement Charger AC input power Charger AC input power Charger DC power cable Battery Charger Replacement Left Front Fairing Replacement Right Front Fairing Replacement Right Running Board Panel Replacement (Rear) Right Running Board Panel Replacement (Front) Left Rear Body Panel Replacement Right Rear Body Panel Replacement Front Fender Replacement Rear Seat Handle Replacement Left Running Board Panel Replacement (Front) Left Running Board Panel Replacement (Rear) Rear Seat Handle Replacement Brake FR-Hose Juan Brake RR-Hose Juan Brake RR-MasterCyl 12mm Led trunk light Rear Tyre Rear Rim wheel
VX-VS-077 Rv 1 Flat Rate Schedule 15Ju108.xls
Hours 0.66 0.5 0.5 0.5 3.00 0.50 1.00 0.5 0.5 1.50 1.50 0.75 0.25 0.75 0.50 1.50 1.50 1.50 0.50 0.66 0.66 0.50 0.50 0.75 0.75 0.25 0.25 0.50 0.50 0.25 1.00 1.50 0.50 1.00 0.67 0.67 5 of 7
VSPO VECTRIX
Name of document
Document ID
Flat Rate Schedule
Always check the latest revision before use - uncontrolled in printed format
VX-VS-077 Rv 1
Date of issue:
15-Jul-08 Page/strana: 1 of/z 1
Prepared
Approved
J. Twombly
C. Sistopaoli
WOC Number S-XC-S00366 S-XC-S00367 S-XC-S00368 S-XC-S00369 S-XC-S00370 S-XC-S00370 S-XC-S00393 S-XC-S00394 S-XC-S00395 S-XC-S00409 S-RW-S00006 S-RW-S00007 S-RW-S00011 S-RW-S00013 S-RW-S00024 S-RW-S00033 S-RW-S00033 S-RW-S00034 S-RW-S00037 S-RW-S00037 S-RW-S00038 S-RW-S00077 S-RW-S00093 S-RW-S00094 S-RW-S00095 S-RW-S00294 S-ST-S00077 S-ST-S00011 S-ST-S00013 S-ST-S00024 S-ST-S00033 S-ST-S00037 S-ST-S00057 S-ST-S00092 S-ST-S10001 S-TH-S00007
Procedure Front Tyre Front Rim Wheel Brake FR-MasterCyl Brake RR-MasterCyl 12mm Front Disc Brake Pads Replacement Rear Disc Brake Pads Replacement Left Brake Lever Replacement Right Brake Lever Replacement Spring Fuse Replacement Ambient Temperature Sensore Replacement Side Stand Front Tyre Mounting and Dismounting Rear Tyre Mounting and Dismounting Encoder Sensor Inspection Rear Brake Fluid Replacement/Flushing the System Rear Brake Caliper Inspection Rear Hydraulic Brake Hose Inspection Front Brake Fluid Replacement/Flushing the System Front Brake Caliper Inspection Front Hydraulic Brake Hose Inspection Regen Throttle Lubrification Right Front Turn Signal Bulb Replacement Left Front Turn Signal Bulb Replacement License Plate Lamp Replacement Gearbox Assembly (desc) Regen Throttle Adjustment Procedure Front Tire Balancing Rear Tire Balancing Encoder Programming Procedure Hydraulic Rear Brake System Bleeding Hydraulic Front Brake System Bleeding Battery Recover Headlamp Aiming Software Upgrade Side Stand
VX-VS-077 Rv 1 Flat Rate Schedule 15Jul08.xls
Hours 0.50 0.50 0.50
0.50 0.16 0.16
0.17 0.17 0.08 1.75 2.50 1.00 0.33 0.50 0.75 0.67 0.33 0.75 0.50 0.33 0.50 0.25 0.50 0.50 0.75 1.50 0.25 0.17 0.17 0.17 0.42 0.33 0.50 0.50 0.17 0.08 6 of 7
._
srio
VECTRIX
Name of document
Document ID
Flat Rate Schedule
Always check the latest revision before use - uncontrolled In printed format
VX-VS-077 Rv 1
Date of issue:
15-Jul-08 Page/strona: 1 of/z 1
Prepared
Approved
J. Twombly
C. Sistopaoli
WOC Number S-TH-S00045
Procedure Front Fairing Bracket
VX-VS-077 Rv 1 Flat Rate Schedule 151u108.xls
Hours 1.00
7 of 7
Vectrix Corporation Tech Plaza III 76 Hammarlund Way, Suite 250 lvilddletown, RI 02842 phone: 401.846.9993 fax: 401.648.9994
VECTR1K CERTIFICATE OF VEHICLE SETUP & PREDELIVERY
This form and the actions Indicated must be completed for each new vehicle prior to delivery to the owner. Each action must be acknowledged with a mark in the space provided. This form must be signed by the Dealer's Service Technician, the Dealer's Representative, and the Owner.
'VEHICLE INFORMATION
DEALER INFORMATION
Model
Dealer Name-
I Year:
City:
State:
Date of Sale:
Current Mileage:
Model:
Address: ZIP Code:
Owner Name:
Phone:
Address:
❑ Reinove vehicle from crate, inspect vehicle for damage ❑ Install: ❑ VVindshfeld ❑ Mirrors ❑ Handlebar end weights ❑ Sidesland - locks in up and down position, moves freely ❑ Battery - charge fully ❑ Tires - check/adjust air pressure 0 Front 32 psi (2.2 bar) ❑ Rear 40 psi (2.8 bar) ❑ Front brake - check hoses, fluid level and lever movement ❑ Rear brake - check hoses, fluid level and lever movement ❑ Clean vehicle ❑ Check operation of the trunk and glove box
City:
State:
Phone:
E-mail:
ELECTRICAL COMPONENTS: ❑ Ignition switch ❑ Lights ❑ Front ❑ llear ❑ License Plate ❑ Instrument pod lights ❑ Odometer/Trip meter display ❑ Headlamp - high and low beam, high beam indicator fight ❑ High beam flasher ❑ Turn signals - front & rear, left & right ❑ Horn - high/low ❑ On/Off power switch ❑ Running lights ElFront ❑Rear
ZIP Code:
❑ Brake lights ❑ Front b eke ❑ Rear brake
FIRMWARE: ❑ ❑ ❑ ❑
Motor controller Instrument cluster Charger ,CM
ROAD TEST: ❑ Start sequence ❑ Throttle/Regen/Reverse ❑ Motor operation ❑ Brake operation - front & rear ❑ Vehicle handling ❑ Speedomeler/Odometer function
Service Technician: I certify that I have completed the above checks in accordance with the tnandiacturer's setup and predelivery instructions.
Acknowledgemenicheckboxes; D=Deater0=Owner
0 ❑ ❑ Visual inspection ❑❑ Operator's instruments and controls demonstrated ❑❑ Controls adjusted ii needed ❑❑ Received key ❑ Record key number ❑
Owner: I certify that I have visually inspected the vehicle and found no defects I have had my owner's orientation and received the above items. Owner Signature
D Battery ❑❑ Safety information and maintenance explained ❑f: Charging explained ❑CI Conditioning process explained ❑❑ Range explained
.
Date
Dealer Representative: I certify that t am the delivering Dealer and that this vehicle has been prepared for delivery according to all setup and predeilvery Instructions. I have presented :he owner's orientation and delivered the above items. Dealer Representative's Signature
Date
Pink Copy for Dealer, Yellow Copy for Customer, White Copy returned to Vectrix, Attn Dealer Relations Manager
,11111iAgll A li3AllAnfAi d cif-11,0i 4
OWNER PREDELIVERY CHECKLIST D ❑ Software upgrade Received vehicle literature kit including: ❑ ❑ Limited Warranty ❑ Return completed warranty card to Vectrix DO Owner's Manual
Date
Printed Name
Service Technician Signature
kt)
VECTRIX
Name of document
Document ID
Planned Maintenance
Always check the latest revision before use — uncontrolled In printed format
VX-VS-079 Rv 2
Date of issue:
12-Sep-08 1 oflz 2 Approved C. Sistopaoli Page:
Prepared J. Twombly
General In order to keep valid the warranty, the service should be done after 30 days, 6 months, 12 months and 18 months from the purchasing, without any mileage limitation. There's a tolerance of ± 30 days that the repairs must be done (i.e.: 1'1service must be done within 60 days, 2ndwithin 6 months + 30 days, etc). Please refer to the service manual http://www.vectrixservice.comWork Order Code referenced in this maintenance.
First Planned Maintenance (30 days) Diagnostic Software: Software Upgrade (reference WOC: S-ST-10000) Throttle Alignment Check Throttle Calibration (reference WOC: S-ST-S0077) Mechanical: Fan (Plenum, Motor Controller and Charger) check plug in and check if functioning Lighting check - check for functioning> running light, hi / low front beam, directionals right / left and front / rear, license plate light Brake pads and brake fluid level check (reference WOC: S-RW-S00033 rear & S-RW-S00037) Brake caliper check & tightening torque (reference WOC: S-RW-S00033 rear & S-RW-S00037) Front subframe tightening check (reference: WOC: S-XC-S00045) Windshield tightening check (reference: WOC: S-XC-S00286 Installation step 4) Tire pressure check (reference owner's manual)
All the checks mentioned in this list will take about 30min. Service to be paid by the customer. Any repairs performed after the checks must be reported in Warranty Claim Form and charged to the customer or claimed to Vectrix as Warranty.
Regular Planned Maintenance (6, 12, 18 months) Diagnostic Software: Software Upgrade (reference WOC: S-ST-10000) Encoder cleaning and calibration (reference WOC: S-RW-S00024) Throttle Alignment Check Mechanical: Fan (Plenum, Motor Controller and Charger) check - plug in and check if functioning Throttle box check & eventual cleaning Lighting check - check for functioning> running light, hi / low fron beam,
VX-VS-079 Rv 2 Planned Maintenance 12Sep08.xls
1 of 2
Name of document
Document ID
Planned Maintenance
Always check the latest revision before use — uncontrolled In printr format
VX-VS-079 Rv 2 VECTRIX
Date of issue:
Prepared J. Twombly
12-Sep-08 229e: 1 of/z 2 Approved C. Sistopaoli
directionals right / left and front / rear, license plate light Trunk seat switch and kickstand switch check - functioning Brake pads and brake fluid level check (reference WOC: S-RW-S00033 rear & S-RW-S00037) Brake caliper check & tightening torque (reference WOC: S-RW-S00033 rear & S-RW-S00037) Break disc screws check if hand tight. If loose (reference WOC: S-XC-S00370 Installation step 5) Side stand tightening torque check (reference WOC: S-XC-S00007 Installation step 2.) Frame bracket (body panel attachment — S00410) tightening torque check (tbd) Windshield (reference: WOC: S-XC-S00286 Installation step 4.) and front subframe tightening check (reference: WOC: S-XC-S00045) Rear shock tightening torque check - (reference WOC: S-XC-S00042 installation step 2) Tire pressure check (reference owner's manual) Test ride (check bike general behaviour and bike handling) All the services/activities mentioned in this list will take about 75min. Service to be paid by the customer. All the repairs performed after the checks must be reported in WCFs and charged to the customer or claimed to Vectrix as Warranty.
VX-VS-079 Rv 2 Planned Maintenance 12Sep08.xls
2 of 2
Training Assessment Please answer each question to the best of your ability by circling the most appropriate answer(s). 1.) What is the maximum weight allowed on the rear sub-frame including the cargo box? (a) 15lbs (b) 50lbs 0 nibs (d) 25Ibs 2.) What should you do when a customer sees the high temperature telltale light comes on? (a) Call for Vectrix Dealer Assistance (b) Recharge the bike e
Slow the vehicle down and if light still persists allow bike to cool by shutting it down
3.) What should you do when a customer sees the battery icon telltale light on? (a) Call for Vectrix Dealer Assistance (b) Slow down to allow vehicle to cool 0) Recharge bike (d) Slow the vehicle down and If the light still persists allow bike to cool but shutting it down 4.) What pieces of information are most important to receive from the customer when diagnosing a bike? (a)
How many miles are on the vehicle
(b) What state of charge is on the bike (c) What is the ambient temperature outside (d) What is the customers user profile e
What Telltale lights and fault messages are reading in Odometer display
X(f) All of the above 5.) What would cause a battery to take longer than 5 hours to fully charge? ((2)) The battery is too hot (b) The battery is fully discharged
(c) The outlet is 220 volts 6.) How do you properly store the bike for long term storage? (a)
Fully discharge bike
(b) Full charged Fully charged and recharged every 3 months (d) 50% charged 7.) Which of the following ranges is not normal? (a) 65 miles @ 25mph (b) 20 miles @ 60mph (c) 35 miles @ average city driving conditions (C) 25 miles @ average city driving conditions 8.) Which factors influence the range of a Vectrix? (a) Tire pressure (b) Total load on bike (c) Driving style (d) Speed (e) Temperature (1) Slope of riding (g) Use of regenerative braking (h) Number of starts and stops (ED All of the above 9.) What do you need to do if the Diagnostic software crashes while uploading firmware? (a) Restart bike and computer
6
) Do not shut off bike and restart computer
(c) Send the M/C to Vectrix for low level reprogramming (d) Recharge bike 10) Which of the following things is not possible to do with scooter diagnostic without lifting the rear tire off the ground?
(a)) Throttle calibration (b) Encoder calibration (c) Single modules temperature check (d) Check encoder offset 11.) What are some of the possible reasons the scooter's dashboard will not turn on? (a) Kilt switch in off position (b) Broken charger X (c) Blown M/C fuse ()Broken ICM 12.) What are some of the possible reasons the scooter will not charge?
(a) Kill switch in off position roken Charger (c) Broken 1CM 13.) What does it mean when the speedometer reads 83 Km/h when testing the throttle? 7),Loc-tqa •1- P:12 m(L. •
14.) When do you use an In-Rush Current Limiter? :-Aos•
15.) What should you do to activate the warranty?
F
-
16.) What are the ft and 2nd level codes?
17.) How do you know if a replaced part is considered a critical component?
tikj4
;3-C3CA,
18.) When should you fill out a WCF? (a) Whenever you perform maintenance on a Vectrix @Whenever you perform maintenance on a Vectrix and want reimbursement
(c) Whenever you order a part (d) Whenever you deliver a bike 19.) When should you fill out a PDI form? (a) Whenever you perform maintenance on a Vectrix (b) Whenever you perform maintenance on a Vectrix and want reimbursement (c) Whenever you order a part henever you deliver a bike
uiagnostic Software Setup 1. 2.
3. 4. 5. 6. 7. 8.
9.
VECTRIX"
insert the cd Copy the two folders located in the cd (ScooterSW and ScooterDlag) in your root directory (C:1): The ScooterSW folder contains the firmware you will upload on the bikeS. Please download always in this folder any new released firmware that you will find In the Dealer Portal The ScooterDiag folder contains the diagnostic software Copy the 4 .dll files in the C:\Windows\System folder The 4 .dll files are needed by the diagnostic software to work Remove the cd Open the folder CAS000terDiaglVer 0.5 and select the file "scooterdiag" Right click on the file and send a link to the desktop Close the folder Right click on the new icon on the desktop link to scooterdiag". Choose "properties' and 'change icon-. You can now assign to the link the "VectTif icon located in CAScooterDiagIVer 0.5 by browsing your hard drive. Double dick on the link to scooterdiag" file on your desktop to run the Vectrix Diagnostic Software
Training Book Table of Contents
VECTRIX'" •
Technical Presentation
•
Bike Use o Owner's manual review o Points of Reference
•
Troubleshooting o How to install the CANBUS adapter o How to use the Diagnostic Software o How to diagnose the most common issues o Vectrix Schematics Diagrams o Service and training manual for Vectrix Dealers •
Service Manual & Parts Manual
•
Batteries
•
MC/Fuse
•
Rear Wheel
•
Swing Arm
•
Gear Box
•
Encoder
• Throttle
•
ICM
•
Charger
Warranty Process o Filling out Warranty Claim Form o WOC o Dealer Defect Codes 1st & 2ndlevel o o o o
•
•
Flat Rate Schedule Critical Parts — Traceability Technical Service Bulletins Packaging & Transport Order Instructions
Other o o o o
PDI Planned Maintenance Suggested Retail Spare Parts Prices Training Assessment o Training Survey
01 Dealer Training TOC 10sep08
1 of 1
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Vectrix Global Dealer Portal Service
Trump
Memory
Marketing
Reel.
US Dealer
US Centacts
VeCtrot Octet Dealer Portal Service
Vectrix Service
• Serrica Tr.Mktg Warranty
Service Related Links
Marketing
Senee k Para Manual link to the Vectrts Service k Pdr3 Manua!
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1:14911136tIC Sat-ware - Code
US Dealer
US Contact,
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Files for DOWftiOad
Type Title
▪
11111/15erit Cutter Software
•
Battery Charger
•
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•
Motor Controler
Name
Mocliked
8000-00609_01_0
112712005 I:44 PM 10/30/200114:05 PM
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10/30/2000 4:09 PM
.P4C11017
10/3112001 1•09 PM •••
•
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11/111001lass
Sauer Obgnostft butane
PM
Technical Service Bulletins
Type
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.Lr4,11(7 PLL:C-:T3
Tide
milked
Name
kr.1.501twareUerns -cgterferl300%1011
Software Update • Dealer - Prlartty A
10/36/7001 4:13 PM
Software Update • CelfplWrIa -PM:trey A
tar81111114-1 Ay 1 Software Upgrade • cortimmer 300CL01
Lj
Lower Handlebar Clamp Amembry Priority A
PIPT90811 fry L Handlebar clamp • menial 29Aug05
9/10/2041 0 18 AM
L.)
Lamer Han:Debar Clomp Amen* Priority
N8T101110 Re 3 liandieber clamp edema, 233u108
9/10/2006 0:47 AM
J
lamancias 4:10 PM
Crttkal Component Let
NEIT10009•Rev 01•Crtteel Component List -Extensa
7/9/2008 10:47 AM
Rear Cargo Sao Weight Camay
11131801113 0529084
6/11120009 :26 AM
Battery preventive ma inemarce to comter self discharge
6111750606-P15 01-Release 0509611
5/19/2001 11.11 AM
Battery Replacement
NIM111805,111_apr_05•Rer 0L•1111-A
5/19/2008 11:10 AM
Software Updates
nar9e103 13mar01 RI .4•Rev 02
5/19/2000 11:09 AM
Battery Charger Software Upgrade
11111110504 21 mann-Per 01- RD A
5/19/2008 11:09 014
Electrically Connecting Battery
09750602-Res 01•Vectrei [man [Lyrae Limiter T58 03130110.8
5/19/2001 L1:05 AM
Freest End Wobble
11111130007-Rer 01-Wobble
5/19/2001 11:09 AM
Estimated Range Repair
NEIT90801-Rev 01•Esumated Range Repair•13Mar08
5/16/2001 12:37 PM
Service Documents Type
Tale
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gamey Safety 1r:formation
gatterySefelyInfo
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Dealer Satisfaction Se-say
FO 152 itv 1 Dealer Satsfacton Siavey 13Mar138 ' EWAN
1/22/2005 2 90 PM
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Warranty Calm Form: Pape 1
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0122/20011 2.48 PM
Waninty Clain Form: Page 2
60-135_Re_5_WCF_Page2_USA-U513_11Apr08(1)
8/22/2056 2:46 PM
POI (Pie-Delmny Inspecten) Finn
VC126.4,R06_Setue_PredeiNcri
1/32/2000 2:49 PM
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Unpicking Instrucdons
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11/2212001 2:49 PM
Warranty Returned Pam Packing begmtams- EUROPE
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Now to Complete Warranty Claim Fenn
VA-PS-029 Fer 7 Sling out warranty claim form for dealer and TIT 7Aug08
9/16/2008 11 44 Al
%tweed Components MOM
VX-PS-031 Retarded Components Mgnt 05Feb011
9/12/2001 12-20 Pit
Defect Coder
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9/16/2001 10:54 Al
Critical Parts ID arc Traceedity - Enamel
VX-V5072 Re 1 Cnbeal parts 10 and traceabtary • external 27.1une08
9/1213008 12:27 PF
Rigid Turnover Parts
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1/22/2008 2:50 P14
Re Rate Schedule
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Frequently Asked Quieter:a
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11/4/2008
C7144,4e) Charging update
VECT Rix
IL ECTilrEl;
GOOD- CLEW N. FUN
Reference: NBTB0814
Rev: 1
I Issue Date: 30Oct08
The dealer has loaded new software to improve the battery handling and accuracy of the fuel gauge. In order to finalize the actions with this upgrade, please perform the following actions upon receiving your scooter back from the dealer. Please add this to your owner's manual CONSUMER RESPONSIBILITY 1.0 DO NOT recharge the bike yet. Begin the batte management initialization routine by immediately evz .., . .,,, discharging the battery until the battery light —,..A illuminates. Then follow steps 2-5 to complete the initialization. ,
2.0 Set a pre-charge cooling delay. This selectable pre-charge cooling delay has been incorporated into the charging algorithm to cool the batteries prior to charging. This increases the charge efficiency. It is recommended that a delay be used whenever possible and that the duration of the delay be made as long as time permits. Set a pre-charge cooling delay as follows: 2.1
Unplug the bike.
NPTB0814-1 Rv 1 Software Upgrade - consumer 300ct08.doc
Pg. 1 of 5
2.2
Turn on the bike.
2.3
Press and hold the "SELECT (S)" button on the right side of dashboard until you see the "Set Dela " mode activated on the left LCD.
NPTB0814-1 Rv 1 Software Upgrade - consumer 300ct08.doc
Pg. 2 of 5
2.4
Set the delay using the "H" and "M" buttons.
Example: Program delay set to 7 hours 30 minutes
Press and hold 'H" to increment by 1 hour, Press and hold "M" to increase in 15 minute increments. The maximum delay you can set is 9 hours, after that it will go back to 0. 2.5
Once you are finished press and hold the "SELECT (S)" button until you see 'done" flash briefly on the left LCD and the normal display returns.
2.6
Enable the programmed delay by pulling the left brake lever while turning off the
ignition key. 2.7
Alternatively, you can enable a fixed 30 minute delay by pulling the right lever while turning
off the ignition key. NPTI30814-1 Rv 1 Software Upgrade - consumer 300ct08.doc
Pg. 3 of 5
3.0 Fully charge the scooter using the charge delay. 3.1
Plug in the scooter.
3.2
The dashboard will turn on and you will see the initial check, then it will turn off and the plenum fans will run.
3.3
Every 20 minutes the dashboard will turn on and the bike will check the battery temperature. If the temperature is below the set threshold, the plenum fans will turn off and the delay will continue with the fans off. If the temperature is not below threshold, the plenum fans will continue to run.
3.4 At the end of the delay, the charger will begin a normal charge cycle, At the end of the charge cycle a 1 hr post cool down will begin with the fans powered by the battery. This will terminate early if the threshold temperature is reached. 3.5
4.0
The charger will then begin an equalization charge (this was initiated when new software was loaded). It is recommended that you let this equalization charge complete, the duration is up to 4 hours in addition to the regular charge time. However, if time does not permit, stopping the sequence will not harm your scooter.
.1f1 ) This AA. Within 24 hrs, completely discharge the bike again. Be certain the battery light illuminate discharge does not have to happen in one ride, but do not perform an opportunity charge (short cycle charge) until after the bike has been fully discharged.
NPTB0814-1 Rv 1 Software Upgrade - consumer 300ct08.doc
Pg. 4 of 5
5.0
Once the battery light illuminates the initialization is complete.
Notes: Unless you want to change the duration, the programmed delay will stay in the memory, so you do not need to reprogram it every time. To enable the programmed delay, simply pull the left brake lever while you are turning off the ignition key prior to plugging in the bike. Alternatively, you can enable a fixed 30 minute delay by pulling the right lever while turning off the
ignition key. The software will keep track of the riding time After every 12 hrs of riding, an equalization command will be sent to the charger which will initiate an equalization charge after your next normal charging cycle. For information purposes, when the kill switch is in the off position and the left lever is pulled, the battery voltage is displayed in the estimated range field and the highest battery temperature is displayed in the trip field (similar to when charging), and the programmed delay is displayed in the clock field.
r71 '
on a regular basis to It is recommended that the battery be fully discharged (until the icon illuminates) maintain lull capacity and to erase any memory effects on the battery. Once per week is sufficient during frequent use. At least once a month, the battery should be discharged until the bike cannot maintain 15mph (24 km/h). Otherwise if the bike is in storage, perform a charge every 3 months.
NPTB0814-1 Rv 1 Software Upgrade - consumer 300ct08.doc
Pg. 5 of 5
Technical Service Bulletin Classification: SW08-E-004
Reference: NBTB0814
Priority A = potential affect to stock: needs to be addressed for In-stock product prior to sale or during service visit NOTES: ECN # VTRX-10476
Rev: 1
Issue Date: 30Oct08
Priority B = Perform activities during regular service
Priority A ❑ Vectrix Internal EI External
Software Upgrade: Motor Controller (MC), Battery Charger (BC), and Interface Control Module (ICM) APPLIES TO: Vectrix 2 Wheel SERVICE INFORMATION: 1.0 Motor Controller software version change from 1.014E to 1.017. 1.1 Improve battery management and enhance fuel gauge accuracy. 1.2 Determine the condition of -batteries in the field and better protect new battery packs from overstress. 1.3 Incorporate pre-charge cooling along with continuous battery capacity measurements to prevent overcharging.
1.4 Reduce the occurrence of hot battery state 'bathor and associated warning telltale EdI on the instrument cluster. 2.0 Battery Charger software version change from 2.012 to 3.001 2.1 Incorporate a programmable delay prior to the battery charging cycle. 2.2 Fuel gauge synchronization with new battery condition from MCR1017 3.0 Interface Control Module software version change from 1.007 to 1.008 3.1 Changed directional warning (horn chirp) delay from 15 seconds to 20 seconds
Vectrix Bulletins are intended for use by qualified technicians. Qualified technicians are properly trained individuals who have the equipment, tools, safety instruction to do a job properly and safely. Application without proper training may be unreliable. NOTE: If you believe that a bulletin may apply to your scooter, DO NOT assume that it does See your authorized Vectrix dealer to determine if it applies.
NPTE30814 Rv 1 Software Upgrade - external 300ct08 doc 4
Pg. 1 of
SERVICE PROCEDURE: DEALER RESPONSIBILITY 1.0 Load scooter diagnostics 2.0 to the computer being used to program the vehicle. 1.1 Version 2.0 or greater is required for correct operation. Previous versions are not allowed. 1.2 NOTE: Always terminate and restart Scooter Diagnostics prior to re-programming a new bike. Make sure that the computer used is not running any other software, and turn off the wireless radio and network.
2.0 Launch scooter diagnostics on the computer being used to program the vehicle 3.0 Attach CANBUS wire to 9 pin interface in glove box. Load software in sequence below. 4.0 Download MC embedded software version (1.017) MCR1017.hex to the motor controller 5.0 Download BC embedded software version (3.001) BCR3001.hex to the charger 6.0 Download ICM embedded software version (1.008) ICMR1008.hex to the ICM 7.0 Close the scooter diagnostics program on the computer. CONSUMER RESPONSIBILITY
r4
8.0 DO NOT recharge the bike yet. Begin the batte
management initialization routine by immediately
,1
discharging the battery until the battery light r:"!..:1 illuminates. Then follow steps 9-12 to complete the initialization. 9.0 Set a pre-charge cooling delay. This selectable pre-charge cooling delay has been incorporated into the charging algorithm to cool the batteries prior to charging. This increases the charge efficiency. It is recommended that a delay be used whenever possible and that the duration of the delay be made as long
as time permits. 9.1 Set a pre-charge cooling delay as follows: 9.2 Unplug the bike. 9.3 Turn on the bike. 9.4 Press and hold the "SELECT (S)" button on the right side of dashboard until you see the "Set Delay" mode activated on the left LCD
Submitting a Claim: If the scooter is under warranty, please reference the current Vectrix "Warranty Flat Rate Manual" and submit your cialm(s) using the Operation Code that best describes the procedures
performed. NPTB0814 Rv 1 Software Upgrade - external 300ct08.doc
Pg. 2 of 4
9.5 Set the delay using the "H" and "M" buttons.
Example: Program delay set to 7 hours 30 minutes
Press and hold "H" to increment by 1 hour, Press and hold "M' to increase in 15 minute increments. The maximum delay you can set is 9 hours, after that it will go back to 0. 9.6 Once you are finished press and hold the "SELECT (S)" button until you see 'done" flash briefly on the left LCD and the normal display returns. 9.7 Enable the programmed delay by pulling the left brake lever while turning off the ignition
key. 9.8 Alternatively, you can enable a fixed 30 minute delay by pulling the right lever while turning off
the ignition key. 10.0
Fully charge the scooter using the charge delay. 10.1
Plug in the scooter.
10.2
The dashboard will turn on and you will see the initial check, then it will turn off and the plenum fans will run.
10.3
Every 20 minutes the dashboard will turn on and the bike will check the battery temperature. If the temperature is below the set threshold, the plenum fans will turn off and the delay will continue with the fans off. If the temperature is not below threshold, the plenum fans will continue to run.
10.4
At the end of the delay, the charger will begin a normal charge cycle. At the end of the charge cycle a 1 hr post cool down will begin with the fans powered by the battery. This will terminate early if the threshold temperature is reached.
10.5
The charger will then begin an equalization charge (this was initiated when new software was loaded). It is recommended that you let this equalization charge complete, the duration is up to 4 hours in addition to the regular charge time. However, if time does not permit, stopping the sequence will not harm your scooter.
11.0
Within 24 hrs, completely discharge the bike again. Be certain the battery light illuminates -., . This discharge does not have to happen in one ride, but do not perform an opportunity charge (short cycle charge) until after the bike has been fully discharged.
12.0
Once the battery light illuminates the initialization is complete. Notes: Unless you want to change the duration, the programmed delay will stay in the memory, so you do not need to reprogram it every time. To enable the programmed delay, simply pull the left brake lever while you are turning off the ignition key prior to plugging in the bike.
Submitting a Claim: If the scooter is under warranty, please reference the current Vectrix "Warranty Flat Rate Manual" and submit your claim(s) using the Operation Code that best describes the procedures Lperformed.
NPTB0814 Rv 1 Software Upgrade - external 300ct08.doc
Pg. 3 of 4
Alternatively, you can enable a fixed 30 minute delay by pulling the right lever while turning off the
ignition key. The software will keep track of the riding time. After every 12 hrs of riding, an equalization command will be sent to the charger which will initiate an equalization charge after your next normal charging cycle. For information purposes, when the kill switch is in the off position and the left lever is pulled, the battery voltage is displayed in the estimated range field and the highest battery temperature is displayed in the trip field (similar to when charging), and the programmed delay is displayed in the clock field.
It is recommended that the battery be fully discharged (until the icon illuminates) on a regular basis to maintain full capacity and to erase any memory effects on the battery. Once per week is sufficient during frequent use. At least once a month, the battery should be discharged until the bike cannot maintain 15mph (24 km/h). Otherwise if the bike is in storage, perform a charge every 3 months.
Reference: Work Order Code S-ST-S00020 20 minutes = software upgrade
Submitting a Claim: If the scooter is under warranty, please reference the current Vectrix "Warranty Flat Rate Manual" and submit your claim(s) using the Operation Code that best describes the procedures performed.
NPTB0814 Rv 1 Software Upgrade - external 300ct08.doc
Pg. 4 of 4
t'V)
Technical Service Bulletin
VECTFIX
Reference: Rev. Issue Date: 01 30 MAY 08 N BTB0808 Priority A = potential affect to stock: Priority B = Perform activities during needs to be addressed for in-stock regular service product prior to sale or during service Classification:
BF08-E-001
❑
Priority A Vectrix Internal
External
visit NOTES: Released For Distribution per ECN # VTRX-10427 — 30 May 08
Rear Cargo Capacity: APPLIES TO:
Vectrix 2 Wheel
SERVICE INFORMATION: • •
The Vectrix rear sub-frame and cargo bracket have been designed to support a maximum weight of 20 lb. (9 kg). Loading a cargo box to its manufacturer rated capacity may cause the total weight (Cargo box net weight + cargo box manufacturer rated capacity) to exceed the maximum design weight capacity of the rear subframe/cargo bracket.
SERVICE PROCEDURE: 1. Vectrix scooters in the field that have been fitted with cargo boxes having a total weight (weight of the cargo box plus its rated capacity) greater than 20 lb. (9 kg) must be identified. I. Owners of these vehicles must be notified that the maximum correct cargo capacity is less than the capacity listed on the label inside the box. 2. Future: a. Replace Larger-capacity cargo boxes with smaller-capacity cargo boxes which have a total weight (Cargo Box net weight + Cargo box rated capacity) less than or equal to 20 lb. (9 kg.). b. Cargo boxes which have a total weight (Cargo Box net weight + Cargo box rated capacity) greater than 20 lb (9 kg.) should not be installed on a scooter. c. if larger capacity boxes have been installed then a label with the corrected "scooter appropriate' capacity rating shall replace or be applied over the original equipment manufacturer weight capacity rating label.
Vectrix Bulletins are intended for use by qualified technicians. Qualified technicians are properly trained individuals who have the equipment, tools, safety instruction to do a job properly and safely. Application without proper training may be unreliable. NOTE: If you believe that a bulletin may apply to your scooter, DO NOT assume that it does. See your authorized Vectrix dealer to determine if it applies. NBTB0808 052908a.doc Pg. 1 of 2
Submitting a Claim: If the scooter is under warranty, please reference the current Vectrix "Warranty Flat Rate Manual" and submit your claim(s) using the Operation Code that best describes the procedures
performed. NBTB0808 052908a.doc
Pg. 2 of 2
