Asaklitt Urban User manual

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English
Ver. 20180314
Art.no. Model
31-9779 Urban
31-9780 Urban
Urban Electric Bicycle
Elcykel Urban
Elsykkel Urban
Urban-sähköpyörä
Elektrofahrrad Urban


3
English
Asaklitt Urban Electric Bicycle
Art.no 31-9779, 31-9780 Model Urban
Please read theentire instruction manual before use and then save it for future reference.
We reserve theright for any errors in text or images and any necessary changes made to technicaldata.
In theevent of technical problems or other queries, please contact our Customer Services (see address details on theback).
• When brakes are applied, thebrake pads wear against
thewheel, which means that thewheel rims and brake
surfaces become worn overtime. Therate of wear
and tear depends on several factors,e.g. theway
in which thebrakes are used, road conditions, how
often thebrake blocks are replaced, and how often
thebrake blocks and wheels are cleaned. Thesides of
thewheel rim can eventually become so thin that they
collapse, which can result in serious personal injury
and material damage. Checkthewheels regularly, and
replace wheels that show signs ofwear.
• Brakes and braking components can become veryhot.
Donot touch them during, or shortly after,use.
• Anopen, unplugged end on thehandlebar could cause
injury in theevent of anaccident. Checkthat theends
of thehandlebars are covered by thehandgrips or with
handlebarplugs.
• There may be sharp points on theteeth of thecogs
and sprockets.
• Thepedals may have sharp edges and serrations.
• Moving parts can cause cutting and crushing injuries,
even resulting in thebreaking ofbones.
• Clamps and other parts may cause crushing injuries.
• If you cycle in conditions with poor visibility (such as in
fog, twilight or at night), others many find it difficult to
see you, and therisk of anaccident increases. Always
use lights (front and rear) when cycling in poorly lit
conditions where visibility islow.
• You expose yourself to increased risk if you use
thebicycle in away that is not recommended,e.g. ifyou:
- Perform jumps with thebicycle.
- Cycle over tree roots and branches, stones, or
other similar objects.
- Cycle on challenging terrain.
- Cycle in anunusual manner.
• Anexcessive load can cause theframe or other parts
to break, thus increasing therisk of injury. Minimise
therisk of injury and damage by using thebicycle in
thecorrect manner.
Important:
• Tighten all nuts, bolts and screws but do not overtighten.
Useatorque spanner to ensure thecorrect level of
torque (where such levels are stated).
• Adjust thebicycle so that it fits you and your bodytype.
• Always conduct asafety check beforeusing.
• Always use aproperly adjusted and fitted helmet.
• Always keep both hands on thehandlebars.
• Wear clothing that makes you visible to your fellow
roadusers.
• Thebicycle must be equipped with wheel reflectors
(both front and rear) and pedal reflectors. Makesure
that all reflectors are clean and visible.
Safety
Symbol guide
Warning: Warning for apossible hazard which
could lead to serious personal injury and/or
damage to theproduct if thewritten instructions
are not followed.
Important: Warning for apossible hazard which
could lead to minor personal injury and/or
damage to theproduct if thewritten instructions
are not followed.
Note/Information.
General safety instructions for
bicycles
Warning:
• Thebicycle is designed to be ridden on normal roads
and not for terrain or competitiveuse. Anyform of use
other than that described in this instruction manual
can lead to aserious risk for personal injury or material
damage.
• Never brake hard using thecoaster brake in slippery
conditions,e.g. on gravel, ice, snow or wet tarmac.
• It may become difficult to control thebicycle in wet or
windy weather conditions. Reduce your speed and
exercise greater caution, or use analternative form of
transport.
• Always brake using therear brakes first before
attempting to use thefront brakes. Thisespecially
applies if road surfaces are slippery.
• For steep hills several braking methods should be
combined, otherwise using thecoaster brake may
cause therear wheel to overheat.
• As with all mechanical components, thebicycle
is subject to wear and high stressloads. Different
materials and components may react to wear or
stress fatigue in differentways. Allcomponents have
acertain lifespan and if thelife of acomponent has
been exceeded, it may suddenly fail causing possible
injury to theuser. Anyforms of cracks, scratches or
changes of colouring in highly stressed areas indicate
that thelife of thecomponent has been reached and it
should be replaced.

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• When riding in darkness, ensure that you have properly
functioning lights, both front andrear.
• Remember that rules and regulations for bicycles
will differ from country to country. Thismay include
regulations regarding front, rear and side reflectors,
along with front and rear lights. Itis your responsibility
to familiarise yourself with therules and regulations that
apply in your country.
• Always ride in thesame direction as trafficflow.
Neverride against traffic.
• Always follow thelocal traffic regulations.
• Show consideration in traffic. Don’t ride close to
pedestrians, horse riders or thedisabled.
• Never use loose fitting clothing or similar apparel that
can get caught in thebicycle chain or wheels.
• Changes to thebicycle or its components can make
it unsafe touse. Eachof thebicycle’s parts and
components has been carefully chosen and tested.
Thesafety aspect of safety-critical components,
accessories and spare parts is not always obvious.
Therefore, use only original or compatible parts when
making repairs or when fitting accessories.
• Special tools and specialist knowledge make it easier
to assemble thebicycle and to make theinitial settings.
Ifyou are at all unsure, this should be performed by
somebody with theappropriate competence.
• Incorrectly performed mechanical work can make
thebicycle unsafe touse. Something as simple as
tightening ascrew or bolt to theincorrect level of
torque may result in some part of thebicycle breaking,
causing you to lose control of thebicycle and have
anaccident.
• We recommend that all servicing, repairs and fitting
of accessories are performed by aperson with
therequisite competence and experience. Yoursafety
depends on thecorrect performance of maintenance.
• Any tampering or modification of the electrical system,
frame, forks or other components can make the
bicycle dangerous to use.
• Acomponent that is not adapted for thebicycle, or
that has been incorrectly fitted, can subject thebicycle
to major stress with theresulting risk of personal injury
or material damage.
• Before you fit any accessories onto thebicycle, or
make changes to any part, it is your responsibility to
ensure that thechange you intend to make is both
compatible andsafe.
• Achild’s seat changes thebicycle’s centre of gravity,
which can make it difficult to manoeuvre.
• If a child seat is used, make sure that the maximum
total weight limit of the bicycle is not exceeded.
• If theposition of thesaddle has not been correctly
adjusted to suit you, or if thesaddle does not suit
your body type, you risk causing damage to your
nerves and blood vessels. Adjust theposition of
your saddle if you experience pain or discomfort.
Special safety instructions for
electric bicycles (EPAC)
Warning:
• Please follow the instructions on the label of thecharger.
• Never connect thepoles of thebattery or thebattery
charger using electrically conducting objects.
• Never expose thebattery or thebattery charger to
vibrations or bumps beyond that extent which occurs
during normaluse.
• Thebattery may only be charged using thesupplied
charger.
• Thebattery and battery charger must never be
exposed to liquids orfire. Riskof explosion!
• When charging thebattery, do not touch either
thebattery or thebattery charger with damphands.
• Neither thebattery nor thebattery charger may be
opened for any form of repair or modification.
• Never use adamaged battery.
• Never allow thebattery or thebattery charger to be
handled by children.
• During charging, thebattery charger must never be
covered.
• Never use thebattery charger if its cables have been
damaged.
• Never charge thebattery in temperatures below 0 °C
or above 40 °C.
• Always remove thebattery from thebicycle when
performing any form of maintenance, service or
mechanical settings to thebicycle. Theelectric
bicycle’s steering system must never be modified
nor used in any way other than that described in
themanual.
Insurance
Your electric bicycle is to be insured in thesame way as
aregular bicycle. Contact your insurance company for
more information about insurance conditions.
Instruction manual
Important:
Please read theentire instruction manual before use and
then save it for future reference.
Theinstruction manual provides you with essential
knowledge about your electric bicycle, with regardto:
• safety
• functions andparts
• assembly
• settings and adjustments
• usage
• care and maintenance.
The charger is designed for indoor use only.

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A
C
D
B
H
FG
E
A1
A3
A2
C4
C2
C3 C1
C6 C7 C8 C9 C10
C13 C12 C11
C5
Product description
- the functioning of
the electric bicycle
• Theelectric bicycle can be used as aregular bicycle,
entirely without motorised assistance.
• Theelectric bicycle offers motorised assistance in three
power modes/speeds when you are cycling, as well
as walking assistance to make it easier when you are
leading thebicycle.
• Motorised assistance can be used at speeds of up to
25km/h. Atspeeds exceeding 25km/h, themotor
turns itselfoff.
Control unit/display (C)
• Thecontrol unit allows you to adjust your settings.
• Thedisplay shows your chosen settings and
currentdata.
Control unit
A. Battery
B. Rearlight
C. Control unit/display
D. Electricalcable
E. Frontlight
F. Motor
G. Speed sensor (inside motor/hub)
H. Pedalling sensor (behind chain sprocket)
Battery (A)
• Thebattery is housed in thelower part of theframe
down tube, and can easily be taken out and putback.
• Thebattery can be locked in thebattery compartment.
• Therechargeable battery is of thetype li-ion, which
means that it can store agreat deal of energy for itssize.
• Thebattery must be charged using thesupplied charger.
Battery
A1. [ ] Main power switch
A2. Charging connector
A3. Cover for charging
connector
C1. [ ] On/off and display options
C2. [+] Increase motorised assistance
C3. [-] Decrease motorised assistance
C4. [S] Boost and walking assistance
Display
C5. Value of selected display function
C6. Speed
C7. Meter reading (total distance)
C8. Tripmeter
C9. Remaining distance before thebattery is discharged
C10. Indication of service requirement
C11. Indication of remaining battery capacity
- 5 bars = 80–100 %
- 1 bar = 10–20 %
- 1 flashing bar = 5–10 %
- 0 bars = 0 %
C12. Indication of boost and walking assistance
C13. Motorised assistance mode 1–3

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W
Q
N
P
I
V
U
T
S
R
J
K
L
M
O
X
Y
W7
W9
W1
W2
W3
W6
W4
W5
W10
W8
Motor (F)
• Themotor is built into thecrankset and drives theback
wheel via thechain and sprockets.
• Themotor offers three speed/assistance modes and
awalking mode, as well as fine-tuning of thetorque in
small increments.
Pedalling sensor (H)
• Thepedalling sensor is integrated into thecrankset.
• When you cycle with motorised assistance activated,
asignal is sent from thesensor, which starts themotor.
Speed sensor (G)
Other parts of the bicycle
• Thespeed sensor is mounted on theleft-hand
chainstay and senses thewheel’s speed by registering
amagnet that is fitted to one of thespokes.
• You can choose for theactual speed to be shown on
thedisplay when theelectrical system is turnedon.
Front light (E)
• Thelights are powered by thebattery, and can be used
regardless of whether thebicycle is stationary or when
you are cycling with or without motorised assistance.
• Alight sensor turns thelights on and off automatically.
• Thefront light is aseparate unit placed at thefront of
thebicycle.
• Theglass of thelight unit also functions as areflector.
Rear light (B)
• Thelights are powered by thebattery, and can be used
regardless of whether thebicycle is stationary or when
you are cycling with or without motorised assistance.
• Alight sensor turns thelights on and off automatically.
• Theglass of thelight unit also functions as areflector.
I. Rearwheel
J. Rear mudguard
K. Bikerack
L. Saddle and seatpost
M. Left brakelever
N. Steering
O. Gearlever
P. Bicyclebell
Q. Right brakelever
R. Brake/gear cables
S. Front mudguard
T. Front rimbrake
U. Frontwheel
V. Frontfork
W. Frame
X. Drivetrain
Y. Rear rimbrake
Frame (W)
W1. Headtube
W2. Downtube
W3. Shock absorber
W4. Seat tube
W5. Battery release button
W6. Batterycover
W7. Threaded fixing for attaching alock
(lock sold separately)
W8. Rearfork
W9. Chainstay
W10. Stand

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L4
L5
L3
L2
L1
M/
Q1
M/
Q5
M/
Q2
M/
Q4
M/
Q3 M/
Q6
N10
N9
N1
N4
N5
N3
N8
N6
N2 N7
N11 N12
Saddle and seat post (L)
• Theseat comprises asaddle and aseat post, which is
thepart of thecycle that bears thegreatest part of your
weight.
• Theseat post connects thesaddle to theframe and
allows you to adjust theheight of thesaddle.
• Theposition of thesaddle on theseat post can be
adjusted in all directions.
• Theposition of thesaddle is important to make theact
of cycling comfortable, safe and efficient.
N1. Spacer
N2. Stem
N3. Headset adjustment screw cover
N4. Handlebars
N5. Handlebar grip
N6. Angle adjustment screw
N7. Locking screw
N8. Steerer tube clamp
N9. Upper headset bearing
N10. Lower headset bearing
N11. Stem front plate
N12. Front plate screws
Braking system (M, Q, T and Y)
• Thebrakes are used to reduce thespeed of thebicycle
and to bring it to ahalt, which is of critical importance
for safety.
• To ensure maximum safety, your electric bicycle is fitted
with three braking systems.
- Foot/coaster brake on therearwheel
- Hand/rim brake on thefrontwheel
- Hand/rim brake on therearwheel
Foot/coaster brake on the rear wheel
• Thefoot braking system applies abrake to
therearwheel.
• Thebraking mechanism is located inside thehub of
therearwheel.
• Thebrake is activated by thechain when thepedals/
crank arms are pedalled backwards.
Hand/rim brake on the front wheel (T)
and rear wheel (Y)
• Thehand/rim braking system consists of afront brake
(T) and arear brake (Y).
• Thefront brake is mounted on thefront fork, and
therear brake is mounted on therearfork.
• Therim brake is activated by abrake cable when
thebrake lever is pulled towards thehandlebars.
Brake lever
L1. Saddle seat area
L2. Saddle rails
L3. Seatpost
L4. Seat postclamp
L5. Saddleclamp
Steering (N)
• The steering system consists of the handlebars (N4),
stem (N2) and headset bearings (N9 and N10).
• The operation of the steering system is vital to ensure
safe and comfortable cycling.
• The headset holds the front fork tube in place in the
frame and allow the front wheel/steering column to
move freely from side to side.
• The steering stem is fastened in the tube of the front
fork, and the way it is screwed on is critical for the
correct functioning of the headset bearings and for
ensuring that the front fork is securely attached to the
frame.
• The handlebars are clamped into the front of the stem.
M/Q1. Adjustmentscrew
M/Q2. Brakecable
M/Q3. Lockingring
M/Q4. Adjustmentscrew
M/Q5. Pivotpoint
M/Q6. Brakelever

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T/Y4
T/Y3
T/Y1
T/Y2
T/Y6
T/Y5
T/Y7
T/Y8 T/Y9 T/Y
10
T/Y
12
T/Y
11
X1
X2
X3
X4
X5
X6
X7
X8
Warning:
For bicycles sold in all countries (except theUnited
Kingdom), thefollowing applies:
• Thebrake lever (M) on theleft-hand side of
thehandlebars controls thefront brake (T), whilst
thebrake lever (Q) on theright-hand side of
thehandlebars (N4) controls therear brake (Y).
For bicycles sold in theUnited Kingdom, thefollowing
applies:
• Thebrake lever on theleft-hand side of
thehandlebars controls therear brake, whilst
thebrake lever on theright-hand side of
thehandlebars controls thefrontbrake.
Brakes
Gear shifter (O)
T/Y1. Mounting screw/pivot point brakearm
T/Y2. Adjustment screw spring tension
T/Y3. Set screw for brakepad
T/Y4. Spacer washerthin
T/Y5. Brakearm
T/Y6. Link/pivotpoint
T/Y7. Brake cableguide
T/Y8. Gaiter
T/Y9. Brakecable
T/Y10. Mounting screw for brakecable
T/Y11. Brakepad
T/Y12. Spacer washerthick
Gear system (O and X8)
• Thebicycle is fitted with 7gears.
• Thegear mechanism (X8) is built into thehub of
therear wheel (I).
• Thegear shifter (O) is agrip shift, located on theright-
hand side of thehandlebar. Thegears are numbered
on theshifter from thelowest gear (1) to thehighest (7).
• Thegear shifter operates thegear mechanism by
means of agear cable (R), which is attached to agear
switch on theright-hand side of thehub.
(NB: Thewheel has been separated from therear fork, and
thechain guard has been disassembled, in order to expose
theouter gear mechanism)
Drivetrain (X)
X1. Crankshaft/crank bearings
X2. Crankarm
X3. Pedal
X4. Chain sprocket (behind chain guard)
X5. Chain (behind chain guard)
X6. Chainguard
X7. Sprocket (behind chain guard)
X8. Gear mechanism
Gear mechanism (X8)

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Assembling the bicycle
1. Unpack thebicycle and all parts from thebox, and
remove all packaging.
2. Charge thebattery and fix it into place in thebicycle
battery compartment (see Battery in theUsage section).
3. Install handlebars (see Steering in theSettings and
adjustments section).
4. Assemble thepedals (see Drivetrain in theSettings
and adjustments section).
5. Check that thebrake pads are fitted correctly (see
Hand/rim brakes in theSettings and adjustments section).
6. Check that thebrake cables are tightly connected to
thebrake arms (see Hand/rim brakes in theSettings
and adjustments section).
7. Check that thewheel nuts are tight (see Wheels in
theSettings and adjustments section).
8. Inflate thetyres (see Wheels in theSettings and
adjustments section).
Preparing for your first
bike ride
Information
• Read theinstruction manual carefully and familiarise
yourself with thebike so you understand how it works
in all situations.
• All settings and adjustments are described in
theSettings section.
• All instructions concerning how to use thebicycle can
be found in theUsage section.
• Adjust thebicycle to suit your bodytype. Toachieve
thebest levels of safety, control, comfort and
performance, it is important that thebicycle is adjusted
to suityou.
• Take ashort test ride every time you change any of
thesettings.
1. Adjust thesaddle (L) and thesteering (N).
2. Make sure you know how to safely mount and
dismount thebike.
3. Take ashort, low speed test ride on flat ground
in anarea free of traffic to familiarise yourself with
thebicycle.
4. Place great importance on learning how to brake
andsteer.
5. Learn which brake lever operates thefront rim brake
and which operates therear rimbrake.
6. Learn to changegear.
7. Learn to use themotorised assistance.
Checks to be performed
before every ride
Warning:
• If thebicycle does not function as intended, you could
lose control and risk personal injury and/or material
damage.
• Before use, always check thebicycle in accordance
with theinstructions in theinstruction manual.
• If any part of thebicycle is faulty or does not work
properly, you must ensure that it is adjusted/repaired
before continuing to useit.
Information
All settings and adjustments are described in theSettings
and adjustments section.
Frame,
front fork
and critical
components
• Check that theframe, front fork and
any components that are particularly
subjected to stress show no signs of
cracks, scratches, bumps, misshaping
or changes of colour, and do not make
any strange sounds.
Brakes • Make sure that thebrake levers are
securely fitted to thehandlebars.
• Check theposition of thebrake pads
and make sure they are securely fitted.
• Test thebraking function of
thedifferent braking systems.
• Check that thehandbrake cables
are tightened and firmly fitted to
thebrakearms.
• Make sure that none of thecables are
pinched or damaged in anyway.
Steering • Make sure that thehandlebars
are securely fitted and centred on
thestem.
• Check that thestem is securely fitted
and aligned with thefrontwheel.
Saddle and
seat post
• Check that thesaddle is aligned with
theframe.
• Check that thesaddle cannot be
twisted to theside or turned up/down.
• Check that theseat post is securely
fitted in theframetube.
Drivetrain • Check thelubrication of thechain.
Wheels • Check that thewheels are in line and
securely screwed into theends of
theforks.
• Wipe thewheel rims with
adampcloth.
• Check thetyres for splits and cracks.
• Check theair pressure in thetyres.
• Check that thespokes are not loose
or damaged.
Battery • Make sure thebattery is fully charged.
• Make sure thebattery is locked into
place and that thekey has been
removed from thelock.
Reflectors
and lights
• Check that thereflectors are clean,
undamaged and firmlyfixed.
• Check that thelights are clean and
fully functioning.

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Settings and adjustments
Warning:
Remember to take ashort test ride every time you change
any of thesettings.
Important:
• You should not attempt to change any settings
or make any adjustments that require specialist
knowledge or specialisttools.
• You will be able to change/make most of thesettings/
adjustments yourself, requiring only alimited range oftools.
Suitable tools
• Hex (Allen) key 5, 6 and 3mm.
• Spanner (open-ended or ring) 15 mm
• Pedal (or open-ended) spanner 15mm
• Torque wrench
• Screwdriver
• Tyre levers
• Bicyclepump
Tightening of screws and nuts
Important:
• It is important that screws and nuts are tightened
to thecorrect tension to prevent personal injury or
material damage.
• If ascrew or nut is to be tightened to aparticular
torque (Nm), this is specified in theinstructions.
Useatorque wrench in order to achieve thecorrect
tightening torque.
• If no torque is specified in theinstructions, thescrew
or nut must be tightened so that it is securelyfixed.
Asageneral rule, thelarger thescrew/nut, themore
force should be used when tightening. Becareful,
however, to not overtighten.
Tightening torque
Com-
ponent
Details Tight-
ening
torque
(Nm):
Wheels 15 mm front wheel nuts 28–30
15 mm rear wheel nuts 37–39
Pedals 15 mm pedal spindle 21–23
Rim
brakes
5 mm socket head screw, which secures
thebrake arm to thefork fixing
6–8
5 mm socket head screw, which holds
thebrake pads in place
6–8
5 mm socket head screw, which secures
thebrake cable to thebrake arm
6–8
Stem 4 mm socket head screws, which secure
thehandlebar to thesteering stem
6
Seat
post
6 mm socket head screw, which secures
thesaddle to theseat post
21–23
5 mm socket head screw, which secures
theseat post to theseat tube
8
Basic settings for the electrical
system
Theelectrical system has three basic settings, which can
be adjusted according to personal preference.
Torque of the motor
• In addition to thethree speed/assistance modes, it is
also possible to adjust thetorque of theelectric motor
in small increments, from thelowest torque (-15) to
thehighest (+15).
• Thehigher thetorque, themore efficiently thepower
is transferred from themotor, which means that
themotorised assistance feels stronger.
Important:
Ahigh level of torque can be particularly advantageous
when accelerating from low speed or when cycling uphill,
but it can be adisadvantage when cycling on slippery road
surfaces or if you prefer alower level of intervention from
themotorised assistance.
Brightness of the display
Adjust thebrightness of thedisplay in small increments
from thelowest (-15) to thebrightest (+15).
Sensitivity of the automatic lighting
• Alight sensor is fitted at thetop-left of thedisplayunit.
• Adjust thesensitivity of this sensor from thelowest
sensitivity (-15) to thehighest (+15).
Open the settings menu
1. Turn on theelectrical system using thecontrol unit on
thehandlebars or thepower switch on thebattery.
2. Press down [+]
(C2) and [ ] (C1)
simultaneously for
> 3 seconds to
access thesettings
menu.
3. Press [ ]
repeatedly to
switch between
thethree basic
settings.
4. Choose therespective settings in accordance with
theTorque of themotor, Brightness of thedisplay and
Sensitivity of theautomatic lighting instructions.
5. Press down [ ] for > 3 seconds to exit
thesettingsmenu.

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Automatic lighting
1. Open thesettingsmenu.
2. Press [ ] repeatedly until “SUPPORT” appears
momentarily on thedisplay, followed by “SU” together
with thevalue of thecurrent setting from -15 to +15.
3. Press [ + ] or [ - ] to select thetorque setting from -15 to
+15 in increments of 1, 2, 3,etc.
4. Theselected torque will then be shown on thedisplay (C5).
5. Press [ ] to move to thenext basic setting,or:
6. Press down [ ] for > 3 seconds to exit
thesettingsmenu.
Brightness of the display
1. Open thesettingsmenu.
2. Press [ ] until “LCd” appears momentarily on
thedisplay, followed by “LC” together with thevalue of
thecurrent setting from -15 to +15.
3. Press [ + ] or [ - ] to select thebrightness from -15 to
+15 in increments of 1, 2, 3,etc.
4. Theselected brightness will then be shown on
thedisplay (C5).
5. Press [ ] to move to thenext basic setting,or: Press
down [ ] for > 3 seconds to exit thesettingsmenu.
2. Press [ ] until “LI6H...” appears momentarily on
thedisplay, followed by “LI” together with thevalue of
thecurrent setting from -15 to +15.
3. Press [ + ] or [ - ] to select thesensitivity from -15 to +15
in increments of 1, 2, 3,etc.
4. Theselected sensitivity will then be shown on
thedisplay (C5).
5. Press [ ] to move to thenext basic setting,or: Press
down [ ] for > 3 seconds to exit thesettingsmenu.
Saddle and seat post
Saddle height
1. Rotate thecrankset so that one pedal (X3) reaches its
lowestpoint.
2. Sit on thesaddle and place your heel on thelowest-
placedpedal.
3. Thesaddle is at thecorrect height when your leg is
straight.
Note:
This is subject to personal deviations. Select asaddle
height that you feel comfortable and safewith.
Adjusting the saddle height
1. Loosen thesocket head screw (5mm) on theseat post
clamp (L4).
Torque of the motor
1. Open thesettingsmenu.

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English
1
2
2. Twist and raise/lower theseat post (L3) until thesaddle
is at thedesired height.
3. Twist thesaddle until it is straight –i.e. until it is aligned
with theframe.
4. Check that themarking for minimum insertion of
theseat post is not visible above theseat postclamp.
5. Tighten thescrew.
Saddle position
Thelongitudinal position of thesaddle is determined by
thelength of yourlegs.
1. Rotate thecrankset so that both pedals are at
thesame height.
2. Sit comfortably on thesaddle and place your foot on
thefrontpedal. Thejoint of your toe should be directly
above thespindle of thepedal.
3. Check that your kneecap is vertically aligned with
thepedal spindle/toejoint.
- If your kneecap is behind this vertical line, you must
move thesaddle forwards.
- If your kneecap is in front of this vertical line, you
must move thesaddle backwards.
Thepositioning of theangle of thesaddle is amatter of
personal preference and taste, but most find it best when
thetop edge of thesaddle is horizontal.
Adjusting the saddle position
1. Turn thesaddle clamp
(L5) socket head
screw (6 mm) anti-
clockwise 3–4turns.
2. Move thesaddle
forwards or
backwards.
3. Angle thesaddle
upwards or
downwards until
you achieve
thecorrectangle.
4. Tighten thesaddle clampscrew.
Handlebars, stem and headset
Handlebar height
Warning:
The height of the handlebars is not adjusted in the traditional
way by raising/lowering the stem in the head tube.
Information
The height of the handlebars can be adjusted by adjusting
the angle of the stem.
1. Undo the 4 mm socket
head screw (N7) a few
turns.
2. Undo the 5 mm grub
screw (N6) until the
stem can be pivoted up
and down.

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2
1
x x
x
1. Hold thedown tube (W2) with one hand, and
lift thebicycle so that thefront wheel (U) leaves
theground.
2. Turn thehandlebars from side to side with your
otherhand.
- If this movement feels heavy and you experience
obvious resistance, theheadset bearings (N1 and
N2) are either faulty or have been overtightened,
which must be corrected.
- If theside-to-side movement is easy and does not
involve any resistance, return thefront wheel to
theground and proceed to step 3.
3. Cup one hand around theprotective cap of thebearing
and theupper part of thehead tube (W1). Withyour
free hand, squeeze thebrake lever for thefront rim
brake so that it locks completely.
4. Move thebicycle forwards/backwards in short jerking
movements, and feel and listen to check there is no
free movement.
- If you notice any free movement, this must be
corrected.
- If you cannot detect any free movement,
theheadset bearings are correctly tightened.
3. Select an angle.
Angling and centring the handlebars
1. Loosen the four 4 mm
socket head screws
(12) in the front plate.
2. Twist the handlebars
up/down to the desired
angle and make sure
that the stem is centred
on the handlebars.
3. Tighten the screws crosswise by degrees.
4. When tightening the
screws, a little at a
time, make sure that
the gap between the
front plate and the main
body of the stem is the
same at the top and
the bottom.
Headset
Warning:
• Beneath the cover (N3) in the centre of the steerer
tube clamp there is a screw that should only be used
to adjust the headset, which requires specialist
expertise.
• The screw (N8) of the steerer tube clamp should
only be touched when adjusting the headset and
the angle of the stem, which requires specialist
expertise.
Checking the headset
4. First tighten the grub
screw (N6) and then
the socket head screw
(N7).

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Wheels
Removing the front wheel from
the front fork
4. Press thebrake arms
in against thewheel
rim, hook thecable
guide onto thelink,
and press thegaiter
intoplace.
1. Turn theadjustment
screw (M/Q1) and
thelocking ring (M/
Q3) on thefront
brake lever (M/Q) in
aclockwise direction
so that thebrake pads
(T11) come as far away
from thewheel rims
aspossible.
2. Pull thegaiter (T8) away from thecable guide (T7).
3. With your hand, press thebrake arms (T5) in against
thewheel and unhook thecable guide from thelink
(T6). Release thebrakearms.
4. Loosen both wheel nuts (15mm) and remove
thewheel from theends of thefork.
Fixing the front wheel to the front fork
1. Unscrew thewheel nuts towards theends of theaxle
and place thewashers against thenuts.
2. Align theends of thefront fork with thewheel axle and
press intoplace. Ensure that that wheel axle goes all
theway into thefork ends and that thewashers are
between thefork ends and thewheelnuts.
3. Check that thewheel sits centrally between theforks,
and tighten thewheel nuts to 28–30 Nm.
1. Turn thegear shifter
(O) to position 1.
2. Turn theadjustment
screw (M/Q1) and
thelocking ring (M/
Q3) on therear brake
shifters (M/Q) in
aclockwise direction
so that thebrake pads
(Y11) come as far
away from thewheel
rims as possible.
3. Pull thegaiter (Y8)
away from thecable
guide (Y7).
5. Try applying thebrakes and check that thebrakes work
(see Brakes in theSettings and adjustments section).
Removing the rear wheel from the frame

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6. Loosen thesocket
head screw
(5mm) and thenut
(10mm) that holds
thebrake stay in
place on theleft-
hand chainstay
(W9).
7. Loosen both wheel
nuts (15mm).
8. Push thewheel
downwards/
forwards so that
thewheel axle
comes away from
therear fork (W8).
9. Turn thelocking ring for thegear switch clockwise
until theyellow markings are aligned, then remove
thelockingring.
10. Remove
thelocking ring
and thegear
switch.
11. Lift thechain (X5)
away from therear
sprocket (X7).
12. Remove thewheel.
Fixing the rear wheel to the frame
1. Turn thegear shifter to position 1.
2. Position thewheel towards thefork ends with
thebrake stay pointing forwards.
3. Hook thechain
onto theteeth
of thesprocket,
and ensure that
thechain runs
around thechain
sprocket (X4) at
thefront.
4. Set thegear switch against theyellow markings on
thewheelaxle.
5. Set theyellow dot on thelocking ring against theleft-
hand yellow dot on thegear switch. Turnthelocking
ring clockwise as far as it willgo.
Important:
Thegear switch’s position on thewheel axle is very
precise, so theslightest movement between theyellow
markings will prevent thecorrect positioning of thegear
switch. Itwill normally be very easy for thelocking
ring to be put intoplace. Ifit is not, this indicates that
thegear switch’s position needs to be corrected.
4. With your hand, press thebrake arms (Y5) in against
thewheel and unhook thecable guide from thelink
(Y6). Release thebrakearms.
5. Remove thechain guard (X6) (see Drivetrain in
theSettings and adjustments section).

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8. Centre thewheel
between thechainstays,
and lightly tighten
thewheelnuts.
6. Set theends of therear
fork against thewheel
axle, and ensure that
thewashers inside
thewheel nuts are
on theoutside of
theforkends.
7. Pull thewheel
backwards so that
theaxle partially slides in
between theforkends.
Makesure that thetabs
on thewashers
are inserted into
theforkends.
9. Adjust thetension of thechain (see Drivetrain in
theSettings and adjustments section).
10. Tighten thewheel nuts securely.
11. Tighten thescrew and nut on thebrakestay.
Hub/wheel bearings
Important:
Adjustment of thewheel bearings requires specialist
knowledge andtools.
1. Lift thebicycle so that thewheel leaves theground.
2. Take hold of thetyre/wheel and push it sideways in
short jerking movements.
3. Look, feel and listen to detect any looseness in
thewheelhub.
4. Spin thewheel and listen out for any unusual noise,
such as scraping or creaking.
5. Repeat this action with thesecondwheel.
If there is any looseness or creaking in thehub, this must
be corrected.
Removing the tyre and inner tube
Remove thewheel from theframe or front fork (see Wheels
in theSettings and adjustments section).
1. Unscrew thevalve cap and fully deflate theinnertube.
2. Squeeze both
sides of thetyre
together where it
meets thewheel
rim, and continue
around theentire
circumference of
thewheel.
12. Press thebrake
arms in against
thewheel rim,
hook thecable
guide onto
thelink, and
press thegaiter
intoplace.
13. Try applying thebrakes and check that thebrakes
work (see Brakes in theSettings and adjustments
section).
3. At thepoint opposite thevalve, insert atyre lever
beneath theedge of thetyre. Priseup theedge of
thetyre and fix thetyre lever to one of thespokes.
4. Use anadditional one
or two tyre levers at
intervals of 10–15cm,
and continue until
theentire side of
thetyre comes away
from thewheelrim.

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6. Run your hands in
opposite directions
around thecircumference
of thetyre, pushing
theedge of thetyre over
thewheel rim as yougo.
Important:
Take care not to pinch
thetube between
theedge of thetyre and
therim.
4. Push thetube
inside thetyre
around theentire
circumference.
5. Hold thevalve in
place and push
theside of thetyre
around thevalve
over thewheelrim.
7. If you are removing thetyre and tube because of
apuncture, you should:
- inspect both thetyre and therim for damage.
Checkfor damage both visually and by running
your hand along theinside of thetyre and
wheelrim. Checktherimtape.
- remove any glass, sharp objects,etc. and replace
thetyre when necessary.
Retting the tyre and inner tube
1. Loop one side of thetyre back onto thewheelrim.
2. Partially inflate theinner tube just so that thetube
resumes itsshape.
3. At thevalve hole
in thewheel rim,
pull up theside of
thetyre and insert
thetube valve into
thehole.
5. Remove thetube
valve from thehole
in therim and
remove theinner
tube from thetyre.
6. Remove thetyre from thewheelrim.
7. Inflate thetyre, and then let theair outagain.
8. Squeeze both sides of thetyre together where it
meets thewheel rim, and continue around theentire
circumference of thewheel.
Note: Steps 7 and 8 are important in order to
prevent thetube from being pinched between therim
and theedge of thetyre.
9. Inflate thetyre to therecommended pressure, which is
stated on theside of thetyre. Forthebicycle’s original
tyres, thepressure is 3.5–6.0bar (50–85PSI).
Foot/coaster brake
For thefoot brake to function properly, it is important
that thechain has thecorrect tension. Therefore,
regularly check thetension of thechain (see Drivetrain in
theSettings and adjustments section).
Hand/rim brake
Warning:
Thefunctioning of therim brakes is critical for safety
– pay extra attention to reading and understanding
theinstructions.

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M/
Q4
3. When thebrake lever is in therequired position, tighten
thefixingscrew.
Brakes
The position of the brake pads
1. Loosen
themounting
screw of thebrake
lever by turning
it afew times in
ananti-clockwise
direction.
2. Move thelevers
inwards or
outwards along
thehandlebars,
and/or move
thelevers to
therequiredangle.
Brake levers
Theposition of thebrake levers on thehandlebars can
be adjusted. Itis also possible to adjust thedistance of
theactual brake lever from thehandlebars/handgrip to suit
thesize of yourhands. Smallhands will require ashorter
distance.
4. Turn thesocket head screw (M/Q4):
- in aclockwise direction to reduce thedistance
between thebrake lever and thehandlebars.
- in ananti-clockwise direction to increase
thedistance to thehandlebars (thebicycle is
first delivered with this screw unscrewed to
themaximum amount, and with thegreatest
possible distance between thelever and
thehandlebars).
5. Check thedistance between thebrake pads and
therim, as well as thedistance between thebrake
lever and thehandlebars (see Brakes/Tension of
thebrake cable in theSettings and adjustments
section).
• Thebraking surface of thebrake pads must be parallel
to thewheelrim. Thereshould be adistance of at least
1mm between thetop edge of thebrake pad and
thetyre, and at least 1mm between thebottom edge
of thebrake pad and thebottom edge of therim.
• If any of thebrake pads is not positioned as described,
this must be adjusted. Forbest results, adjust
thebrake pads inpairs.
1. Undo thebrake
pad set screws
(T/Y3) by turning
them once or
twice in ananti-
clockwise direction
with a5mm
hexkey. Itwill
now be possible
to realign and to
move thebrake
pads upwards/
downwards.
2. Lightly press thebrake pads against thewheel rims by
squeezing thebrakelever.
3. Move thebrake pads into thecorrect position while
maintaining light pressure with thebrakelever.
4. Pull thebrake lever with full force and tighten thebrake
pad set screws.
5. Release thebrake lever and hold thebrake pads in
place, one by one, with yourhand. Tighten thescrews
for thebrakepads.
Tension of the brake cable
Thedistance between thebrake pads and therim must be
1–2mm. Ifthedistanceis:
• greater than 2mm, you must tighten thebrakecable
• less than 1 mm, you must loosen thebrakecable.

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M/
Q1
M/
Q3
T/Y
10
50-65 mm
T/Y2T/Y2
For minor adjustments, you can turn thebrake lever
adjustment screw (M/Q1) for cable tension. The brake arm spring tension
• Thebrake arms are spring-loaded, which means that
they are pushed outwards away from therim when
thebrake lever is not pulled.
• Thetension of thespring-loading must be thesame
for both brake arms in order to ensure that thebraking
force and thedistance between thebrake pads and
therims is equal on bothsides.
• Thebraking system works most effectively when
theforce of thebrake arms’ spring-loading is as low as
possible while also being fully adequate for thebrake
arms to spring outwards, without obstruction, when
you release thebrakelever.
1. Turn thelocking ring (M/Q3) against
theadjustmentscrew.
- Turn theadjustment screw (together with
thelocking ring) outwards/anti-clockwise to
increase thecable tension. Thedistance between
thebrake pads and wheel rims becomes smaller.
Thebrake lever moves away from thehandlebars.
- Turn theadjustment screw inwards/clockwise to
decrease thecable tension. Thedistance between
thebrake pads and wheel rims becomes greater.
Thebrake lever moves closer to thehandlebars.
2. Finally, tighten thelocking ring against thebrake lever
in order to fix theposition of theadjustmentscrew.
If greater adjustments are required (which cannot be
achieved using theadjustment screw), you must adjust
theposition of thebrake cable (T/Y9) on thebrakearm.
1. Hold theend of
thecable while you
loosen thesocket
head screw (T/Y10)
(5mm).
2. Pull thecable out
from thebrake
arm to tighten
thecable, or push
in theopposite
direction to
loosen thecable.
Thedistance
between thecable’s
attachment to
thebrake arm and
thelink on theother
brake arm must be
50–65mm.
3. Tighten thescrew.
4. Finely-tune this adjustment as necessary, in
accordance with step1.
• Thetension of
thespring is adjusted
using ascrew next to
thebrake arm pivot
point (T/Y2).
1. Test thebrakes repeatedly while observing both
themovement of thebrake arms and thedistance
between thebrake pads and therims. Testwhether it
requires much or little force to pull thebrakelever.
2. If thebrake arms
move unevenly, or if
thebrake pads are
at unequal distances
from therim, turn
theadjusting screw
(in ananti-clockwise
direction) on thebrake
arm that either moves
themost or whose
brake pad is furthest
from therim.
3. If adjusting thescrew in
accordance with step2
does not result in any
change, you should turn
theadjusting screw (in
aclockwise direction) on
thebrake arm that moves
theleast or whose brake
pad is closest to therim.
Testthebrakes repeatedly
while turning thescrew
in order to see thedirect
results of theadjustment.
4. If thebrake arms move evenly but you think that
thebrake lever is stiff and hard to pull, try turning
theadjustment screws on both brake arms in ananti-
clockwise direction.
Note:
• Adjust thescrews evenly on both sides until
theresistance of thebrake lever decreases.
• Make sure that you do not loosen thescrews so much
that they falloff. Ifyou reduce thetension too much,
thebrake arms will not spring outwards. Ifthis happens,
turn theadjustment screws in aclockwise direction.

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X1
X2
X3
X4
X5
X6
X7
X8
Drivetrain
Chain guard
4. Fit the rear cover in place and secure it with the screw.
Chain tension
Important:
In order to function effectively, thechain must have acertain
tension/length. Withuse and wear, thechain begins to
stretch, so thechain tension must be checked regularly.
1. Remove thechain guard (see Chain guard in
theSettings and adjustments section).
2. Place aruler on theground and lean it against
thecentre of thechain, between thefront sprocket and
thecrankset. Pullthechain upwards and measure how
much thechain moves vertically.
- If thedistance is greater than 12mm, thechain
tension must be increased.
- If thedistance is less than 6 mm, thechain tension
must be decreased.
3. Loosen thesocket
head screw
(5mm) and thenut
(10mm) which
holds thebrake
stay in place on
theframe.
• The bicycle is equipped with a full-cover chain guard
which not only protects your trouser legs from contact
with the chain but also protects the chain, chainrings
and sprockets from dirt, grime and water.
• In order to perform certain settings, maintenance and
repairs, some parts of the chain guard will need to be
removed.
• The chain guard consists of an outer cover and an
inner cover for the chain and chainring plus a rear
cover for the rear sprocket.
1. Remove the screw from the lower half of the rear cover
and pull the cover backwards.
Important: Make sure that the right-hand crank
arm is horizontal and that the pedal is closest to
thefront wheel, otherwise there is a risk of damaging
theouter cover when it is being removed.
2. Carefully bend and detach the outer cover from
theinner cover, beginning at the rear. Remove
theouter cover.
3. Refit the outer cover in the reverse order.
- First join the top edges of the covers together.
- Match up the bottom edges.
- Follow the join around the whole edge and click
thetwo covers together.
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