Wintech EBolt - Counter MAVIC - Free user manual and instructions

Product type	Wireless bike computer
Brand	Mavic
Model	Wintech EBolt
Computer power supply	1 CR2032 battery
Speed sensor power supply	1 CR2032 battery
Sensor type	Sensor integrated into skewer nut (compatible with all quick releases)
Number of bikes supported	Up to 2 bikes + home trainer
Main functions	Instant speed, average speed, max speed, cadence, daily distance, odometer, stopwatch, lap timers (up to 9), clock
Distance units	Kilometers or Miles
Wheel circumference	Manually adjustable (depending on wheel)
Sensor pairing	Automatic digital by wheel rotation
Operating temperature	0°C to 50°C (25°F to 122°F)
Water resistance	Waterproof (avoid high-pressure jet)
Maintenance	Clean with lukewarm soapy water, dry with a soft cloth
Battery life	12 to 24 months depending on use
Warranty	2 years against any defect (conditions in manual)
Spare parts / repairability	CR2032 batteries available, other parts through authorized dealer
Safety	Watch the road, wear a helmet
Important note	Pairing required after installation or battery replacement

Frequently Asked Questions - Wintech EBolt MAVIC

How to install the Wintech EBolt computer mount?

Install the mount on the handlebar, to the right of the stem. For an oversize handlebar (31.8 mm), remove the 25.4 mm adapter. Tighten the screw with a Phillips screwdriver after choosing the position (computer in front or above the stem).

How to perform digital pairing between the computer and sensors?

Select screen 1 (DST) with the right button, then press the same button for more than 4 seconds. The bike number (BK 1) flashes. Confirm by pressing the right button. Spin the front wheel until speed is displayed, then confirm again. Pairing is complete.

How to set the wheel circumference?

Measure the circumference in millimeters (mark on the ground, one wheel revolution). Select screen 3 (ATM) with the left button, press the right button for more than 4 seconds. Set the bike number (1, 2 or H) with the left button, confirm. Enter the circumference by modifying digits (left button increases/decreases, right button confirms and moves to next digit). Finally, choose the unit (Miles or Kilometers).

How to change the battery of the computer or sensor?

Use a CR2032 battery. For the computer, turn the battery cover 1/4 turn counterclockwise with a coin. Insert the battery with the + side up, close by turning 1/4 turn clockwise. Check the seal condition. For the sensor, do the same. After battery change, redo the pairing.

How to reset daily data (distance, stopwatch, average speed)?

From any screen, press both left and right buttons simultaneously for 2 seconds. ATM, DST, average speed, max speed, average cadence, max cadence, and lap timers are reset.

How to use lap timers?

During a ride (speed detected), press the right button for 2 seconds until CR flashes. Release: the first lap (CR 1) starts. Press again briefly to stop. To start the next lap, press again for 2 seconds, etc. Up to 9 laps possible. Times replace ATM in screen 3.

How to view recorded lap timers?

Select screen 3 (ATM) with the left button. Press the left button for 2 seconds to cycle through the first lap data (time, distance, average speed). Briefly press the left button to go to the next lap. Press 2 seconds to exit.

How to set the time?

Select screen 2 (CLK) with the right button. Press the right button for more than 4 seconds: the tens of hours flash. Use the left button to adjust, confirm with the right. Do the same for the units of hours and minutes.

Can I use the same computer on a second bike?

Yes, you can pair a second sensor (kit ref 995 239 01) or a home trainer sensor (kit ref 995 240 01). Follow the pairing procedure by selecting BK 2 or BK H during the pairing step. The computer will automatically recognize the bike in use.

What to do if the computer displays nothing or seems stuck?

Check the batteries of the computer and sensor (type CR2032). Replace them if necessary. After replacement, perform digital pairing. If the problem persists, contact an authorized Mavic dealer. Do not disassemble the product yourself, as the warranty would be void.

USER MANUAL Wintech EBolt MAVIC

WINTECH MAYC

1.1

1. DESCRIPTIF

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3. MISE EN PLACE ET RETRAIT DU COMPUTER SUR SON SUPPORT

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5. INSTALLATION DE L'AIMANT

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5.3

6. INSTALLATION DES BATTERIES

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12. RÉGLAGE DES ODOMÈTRES

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14. REMISE À ZÉRO JOURNALIÈRE

GARANTIE 2 ANS MAVIC

The Mavic team has put all its passion, experience and skill into the design and manufacture of your computer.

It will be an important aid to you in the improvement of your performance.

Thank you for putting your trust in Mavic products.

SUMMARY

1. DESCRIPTION 11
2. INSTALLING THE COMPUTER MOUNT 11
3. FITTING/REMOVING THE COMPUTER 12
4. INSTALLING THE SENSOR NUT 12
5. INSTALLING THE MAGNET 12
6. INSTALLING THE BATTERIES 12
7. DESCRIPTION OF THE DISPLAY 13

8. FUNCTION DISPLAY SEQUENCE 13

9. DIGITAL PAIRING OF THE COMPUTER WITH THE SENSORS 13

10. PAIRING THE SECOND BIKE 14

11. SETTING THE TIME 14

12. SETTING THE ODOMETERS 15

13. SETTING THE CIRCUMFERENCE AND THE UNIT 15

14. TRIP ZERO RESET 16

15. USING THE INTERMEDIARY STOPWATCHES 16

16. CONSULTING THE INTERMEDIARY STOPWATCHES 16

17. CONSULTING THE DIFFERENT ODOMETERS 17

18. MAINTENANCE 17

After installation and before you use your computer for the first time, it is IMPERATIVE to perform the digital pairing operation described in section 9 of this guide. If you don't, there will be no communication between the computer and the different sensors and your system will not work.

WINTECH MAYC

1.1

1. DESCRIPTION

1.1 Computer
1.2 Sensor nut
1.3 Computer mount
1.4 25.4 handlebar mount adapter
1.5 All purpose magnet
1.6 Adjustment magnets

2. INSTALLING THE COMPUTER MOUNT

2.1. Install the mount on the handlebar, to the right of the handlebar stem.

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To fix it to an oversize, 31.8 diameter handlebar, just remove the 25.4 adaptor.
2.2 Install the mount on the handlebar.
2.3 The mount can be installed in a variety of positions: with the computer to the fore or over the handlebar stem.
2.4 Once you have chosen the right position, tighten the screw with a cross-slot screwdriver.

Diagram of a mechanical joint or clamp with a yellow arrow indicating direction (no text or symbols present)

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3. FITTING/REMOVING THE COMPUTER

3.1 Slide the computer onto the mount from the front until it locks into place with an audible click.
3.2 To remove the computer, press the button underneath the

mount and slide the computer out towards the front of the bike.

3.1 3.2

4. INSTALLING THE SENSOR NUT

1. Installing the Sensor nut

The speed sensor in this computer is integrated into a fixing

nut compatible with all quick-releases on the market.

To install it, unscrew the fixing nut on your quick-release. Insert the quick release from the left-hand side of your bike and tighten the electronic fixing nut from the right-hand side.

Adjust the tightness of the nut so that the quick-release locking lever can be sufficiently firmly pushed into the CLOSE position (if in doubt, consult your retailer or the hub manual).

4.1 Road bike.

Once sufficiently tightened, position the sensor towards the rear before closing the quick-release hub.

4.2 Mountain bike.

Once sufficiently tightened, position the sensor towards the top before closing the quick-release hub.

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Diagram of a bicycle wheel assembly with no visible text or symbols

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5. INSTALLING THE MAGNET

5.1 Position the magnet on a spoke so that it passes opposite either of the lever marks and at a maximum distance of 5 mm.
When used on a mountain bike, it might be necessary to use the adjustment magnets to reduce the distance between the sensor and the magnet. (5.2).
The magnet must be facing outward from the wheel.
5.3 Must be cut for use on profiled Zicral spokes

5.1

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5.3

6. INSTALLING THE BATTERIES

Power supply for the computer: 1 CR2032 battery. Power supply for the speed sensor: 1 CR2032 battery. Only use this type of battery.

Installing the batteries:

6.1 Remove the battery cover by turning it a quarter turn anticlockwise, using a coin.
6.2 Insert the battery into its recess, keeping the + side uppermost.
6.3 Refit the battery cover and close it by turning it a quarter turn clockwise.

Do not to use excessive force, or you will damage the unit.

Check the condition of the seal on the battery cover each time you change the battery. Replace the battery cover if the seal is damaged.

Always perform the above operations in a dry place.

6.2

Changing the computer's batteries has the effect of zeroing the following parameters: total distance, measurement unit (M or KM), wheel circumference, time.

After installation, or after changing batteries

(in sensors or computers), it is imperative to repeat the digital pairing operation described in section 9 of this notice.

Battery life: 12 to 24 months depending on use.

7. DESCRIPTION OF THE DISPLAY

889 Bk AV MAX KM 880 CAD WINTECH ATM DST ODO 10.0:0.0.0 CR CLK

BK 1, 2 or H : Number of bike used

AV : Average speed (up to 99.9) and cadence (optional – up to 180)

MAX : Maximum speed (up to 99.9) and cadence (optional – up to 180)

KM / M : Distances in kilometers or miles

X : Trend indicator

CAD : Pedaling cadence (optional – up to 180)

ATM: Stopwatch (up to 9 h 59 min 59 s)

DST : Trip distance (up to 1999.99)

ODO : Distance totalizer (up to 99.999)

• Spot speed • Spot speed
  • Number of bike used • Number of bike used
• Pedaling cadence (optional) • Pedaling cadence (optional)
• Trip distance • Clock

8.2 To scroll display, press left key briefly:

Screen 3: Screen 4:

• Average speed
• Max speed
  • Number of bike used • Number of bike used
• Average pedaling cadence (optional)
• Max pedaling cadence (optional)
• Stopwatch
• Distance totalizer (odometer)

8.1

Screen 1
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Screen 2
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8.2

Screen 3
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Screen 4
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9. DIGITAL PAIRING OF THE COMPUTER WITH THE SENSORS

9.1 Use the right button to select screen 1 (DST). Press the right button for more than 4 seconds. The bike number (BK 1) flickers. Press the right button to validate.
9.2 The speed (00) and pedaling cadence (0) flicker. Turn the front wheel until the speed is displayed (if you are using the pedaling cadence option, turn the cranks also). When both speed and cadence are displayed, press the right button to validate.

R 4 sec.

10. PAIRING THE SECOND BIKE

Your Wintech computer can be paired with two speed sensors simultaneously, thus enabling you to use the same computer on a second bike or with a pair of training wheels. Similarly, your Wintech computer can recognize a sensor that is specially designed for the Home-Trainer.

Once the extra sensors have been paired, your computer will know which sensor is sending messages to it and will automatically adjust to the parameters of the bike used without any intervention on your part. To use this characteristic, you must have the second bike kit, ref. 995 239 01, or the Home-Trainer kit, ref. 995 240 01, which are sold separately.

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10.1 Use the right button to select screen 1 (DST).

Hold down the right button for more than 4 seconds.

The bike number (BK 1) flickers. Use the left button to select the number of the bike chosen: BK 2 for a second bike, BK H for the home-trainer sensor (see the user guide for the Home-Trainer kit for further explanations on its use).

Briefly press the right button to validate.

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10.2

10.2 The speed (0.0) and pedaling cadence (0) flicker. Turn the front wheel until the speed is displayed (if you are using the pedaling cadence option, turn the cranks also). When both speed and cadence are displayed, press the right button to validate.

The sensor pairing is now complete.

11. SETTING THE TIME

Use the right button to select screen 2 (CLK).

Hold down the right button for more than 4 seconds.

The tens of hours digit flickers.

Use the left button to set the tens of hours. Validate with the right button. The next digit flickers. Use the left button to set the hours and validate with the right button.

Set the minutes in the same way.

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R 4 sec.

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12. SETTING THE ODOMETERS

12.1 Use the left button to select screen 4 (ODO).

Hold down the right button for more than 4 seconds. The bike number flickers. If necessary, use the left button to modify the bike number

(1, 2 or H), then validate with the right button.

12.2 Then set the odometer for the bike selected: use the left button to modify the flickering digit, then validate and move on to the next digit with the right button. When you have set the odometer, use the right button to validate.

12.1

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12.2

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13. SETTING THE CIRCUMFERENCE AND THE UNIT

13.1 Consult the table of approximate correspondences to check your wheel circumference (see table 13.1).

For a more precise measurement, proceed as follows:

• Make a mark on the tire and on the ground at the point of contact between the tire and the ground.
• Do one full turn of the wheel and mark on the

T	y	r	e	∅
26"x1,5	2020	700	Cx19 2100
26"x1,75	2070	700	Cx20 2110
26"x1,9	2090	700	Cx23 2130
26"x2,0	2110	700	Cx25 2140
26"x2,1	2130	700	Cx28 2150
26"x2,2	2150	700	Cx32 2170
26"x2,3	2170
650Cx19	930
650Cx23	1990

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ground the place where the mark on the tire touches the ground.

• Measure the distance ( ) between these two points in millimeters.
  13.2 Use the left button to select screen 3 (ATM).
  Hold down the right button for more than 4 seconds. The bike number flickers and the CIR display appears. If necessary, use the left button to modify the bike number (1, 2 or H), then validate with the right button.
  13.3 The default value 2105 appears, and the digit on the extreme left flickers. Enter the distance you have already measured (in millimeters), by modifying the flickering digit with the left button, then validate with the right.
  When you have set the circumference, validate with the right button.
  13.4 Then use the left button to select the distance unit (Miles or Kilometers). Validate with the right button.
  If required, repeat the operation for bike 2.

13.2

R 4 sec.

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13.3

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13.4

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14. TRIP ZERO RESET

From any screen, press the right and left buttons simultaneously for 2 seconds to reset the following trip data to zero:

• ATM
• DST
• Average speed
• Maximum speed
• Average cadence
• Maximum cadence
• Intermediary stopwatches

14 2.73 Bk : AV KM 9.1 CAD WIN TROCH ATM 4.42.35 00 Bk : AV KM 0 CAD WIN TROCH ATM 0.00.00 L R 2 sec.

WINTECH ATM 0.10.34 CRC² WINTECH DST 7.38 CRC² 438 Bk | AV KM WINTECH CRC² 273 Bk | AV KM 91 CAD WINTECH ATM 4.42.35 L 2 sec.

15. USING THE INTERMEDIARY STOPWATCHES

In the course of a session you can use up to 9 intermediary stopwatches in order to evaluate your performance on specific hills or sections.

Remember, the stopwatch only starts during a session i.e. when the computer already indicates a speed.

From any screen in the course of a session you can press the right button for 2 seconds to make the CR symbol flicker. The first stopwatch (CR 1) starts when you release the right button.

When you are using an intermediary stopwatch, the stopwatch time replaces the ATM data in screen 3.

To stop the first intermediary stopwatch, just press the right button.

To start the next intermediary stopwatch (CR 2), just press the right button for another 2 seconds, and so on for the 9 possible intermediary stopwatches.

15 28.7 BK I KM 85 CAD WINTEROFF DST 126.34 273 BK I AV KM 91 CAD WINTEROFF 0.00.0 CR (-) 273 BK I AV KM 91 CAD WINTEROFF 0.3728 CR I ... 273 BK I AV KM 91 CAD WINTEROFF 0.1436 CR⁷ R 2 sec. R 2 sec.

16. CONSULTING THE INTERMEDIARY STOPWATCHES

Use the left button to select screen 3 (ATM).

Press the left button for 2 seconds to display the data corresponding to the first intermediary stopwatch (CR 1) in loop display (2 seconds per screen): stopwatch time, distance covered and average speed.

Briefly press the left button to switch to the next stopwatch.

Press the left button for 2 seconds to quit consultation mode and return to normal display.

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2 sec.

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17. CONSULTING THE DIFFERENT ODOMETERS

Use the left button to select screen 4 (ODO).

Press the left button for 2 seconds. The different odometers (bike 1, bike 2, home-trainer, total) are displayed in loop mode (2 seconds per screen).

The display then returns automatically to screen 4 (ODO).

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18. MAINTENANCE

• Changing the batteries: use CR2032 batteries only (for computer and sensors).
• Changing the computer battery automatically sets the following parameters at zero: odometer, measuring unit (M or KM), wheel circumference, time. Remember to repeat the pairing operation each time you change batteries.
• Service life of batteries: 12 to 24 months depending on usage.
• Although the electronic systems are watertight, avoid subjecting them to high-pressure water jets.

• Although they support solvents and oil-based products, avoid using this type of product in the maintenance of the different components.

• Tip: use lukewarm water, with soap if necessary, and then wipe with a dry cloth.

• Do not leave the computer exposed to sunlight (e.g. behind a windscreen) when not in use.
• Do not disassemble any components or the guarantee will cease to be applicable.
• Cycling is a sport that can demand intense physical activity and present variable risks depending on routes and the environment. Use your road sense and keep an eye out for traffic. Remember to wear a helmet.
• Product characteristics, shape and general presentation are subject to modification without prior warning.

Instructions for Disposal of Waste Equipment by Users in Private Household

This symbol on the product or on its packaging indicates that this product must not be disposed of with your other household waste. Instead, it is your responsibility to dispose of your waste equipment by handing it over to a designated collection point for the recycling of waste electrical and electronic equipment. The separate

collection and recycling of your waste equipment at the time of disposal will help to conserve natural resources and ensure that it is recycled in a manner that protects human health and the environment. For more information about where you can drop off your waste equipment for recycling, please contact your local city office, your household waste disposal service or the shop where you purchased the product.

TECHNICAL SPECIFICATIONS

• Transmission: the use of digitally coded radio wave technology (WIN ^® ) to transmit data provides optimal reliability. However, disturbances may occur in the vicinity of electrical apparatus, overhead power lines...
• Normal operating temperature: from -10 to +50°C / 14°F to 122°F.
  Avoid prolonged storage

WARNING: Changes or modifications not expressly approved by the party responsible for compliance could void the user's authority to operate the equipment.

MAVIC® 2-YEAR WARRANTY

Mavic products purchased through an authorised retailer are warranted against defects in materials and workmanship for 2 years from date of purchase by the initial user, under the conditions defined below.

In order to make a claim under this warranty, the consumer must keep proof of purchase, including the date and the name of the authorized dealer, and comply with the prescribed procedure.

OBLIGATIONS

In the event of a defect on one of its products, Mavic's sole obligation under this warranty is to repair or replace, at its discretion, the defective part or product.

Moreover, in some countries, Mavic is obliged to ensure any legal warranty defined by law, for the consumer's protection. In this respect, in France, Mavic ensures legal warranty against hidden defects under the conditions and limits of article 1641 and following of the French "Code Civil".

LIMITS OF WARRANTY

This warranty does not cover normal wear and tear or damage resulting from shipment, storage, accidents, negligence, shocks or crashes, failure to follow the user's guide and/or recommendations for use, improper assembly or assembly with incompatible products, poor maintenance, misuse, modification or alteration of the product.

The conditions of the Mavic warranty, including those applicable to product conformity, do not apply to products purchased from outlets other than retailers authorized by Mavic.

This warranty is not transferable and is only applicable to the initial purchaser.

This warranty does not cover parts that are subject to wear in normal use, such as the braking surfaces of wheel rims (if a rim braking system is used), brake pads, bearings, pawls, rear derailleur jockey wheels, batteries...

This warranty does not cover products repaired or serviced by anyone other than Mavic After-Sales Service personnel or Mavic's representative in the country concerned (1).

This warranty does not cover products whose serial numbers or identification have been erased, damaged or modified.

This warranty does not cover "Spécial Service Course Mavic®" (2) products.

This warranty does not exclude rights specific to each country.

Consumers may have other rights depending on their place of residence.

Certain jurisdictions make no provision for the exclusion or limitation of specific, incidental or consequential damages, or limitations on the warranty period; the above exclusions and limitations do not therefore apply to all. Local taxes, customs duties or freight charges may be applied. In the United States, additional rights that differ from one state to another may also be applied. Should part of this warranty be found to be inapplicable by virtue of administrative or legal proceedings, the other parts remain applicable.

CLAIMS UNDER WARRANTY - PROCEDURE

Authorised retailers are at the users' disposal to manage any warranty claims.

The authorised retailer must obtain the consent of Mavic® After-Sales Service (or its representative in the country concerned (1)) prior to returning a product under warranty. The entire product, accompanied by proof of the date of purchase (warranty card dated, signed and stamped by the authorised retailer or other proof of the date of purchase) shall be sent by the authorised retailer to Mavic® After-Sales Service (or its representative in the country concerned (1)), which will undertake the operation.

The new or repaired product shall be returned to the authorized retailer.

WARRANTY CARD

The warranty card printed on this document must be dated, signed and stamped by the authorised retailer and kept in a safe place indefinitely. It must be used for any claims.

This device complies with Part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) this device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation.

(1) Up-to-date list available on request from: MAVIC, 74996 ANNECY CEDEX 9.

(2) Claims made by other means or without obtaining prior consent for return cannot be taken into consideration.

WIN-Tech is protected by one or more of the following patents: US 6204775 and other patent pending.

WINTECH MAYC

1.1

1. LIEFERUMFANG

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3. MONTAGE UND DEMONTIEREN DES COMPUTERS AUF DER HALTERUNG

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WINTECH

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WINTECH

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WINTECH

-

WINTECH

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14. TAGESMESSUNGEN AUF NULL SETZEN

WINTECH MAYC

1.1

1. OMSCHRIJVING

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3. HET IN- EN UITKLIKKEN VAN DE COMPUTER OP DE COMPUTERSTEUN

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Diagram of a bicycle wheel assembly with labeled parts (no text or symbols present)

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5. MONTAGE VAN DE MAGNEET

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5.3

6. INSTALLATIE VAN DE BATTERIJEN

Voeding computer: 1 batterij CR2032.

287 BK I KM 85 CAD WINT/DEF DST 126.34 R 4 sec. L 10.1 Bk - WINT/DEF Bk - WINT/DEF R

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13. INSTELLING VAN DE WIELOMTREK EN DE AFSTANDSEENHEID

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WINTECH MAYC

1.1

1. DESCRIPCIÓN

1.1 Ciclocomputador
1.2 Sensor roscado
1.3 Soporte del ciclocomputador
1.4 Adaptador para manillar 25.4
1.5 Imán universal
1.6 Imanes de ajuste

Technical line drawing of a mechanical assembly with hands adjusting components (no text or symbols)

Mechanical diagram of a bicycle wheel assembly with no visible text or symbols

Diagram of a bicycle wheel assembly with no visible text or symbols

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m = 311

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13. AJUSTE DEL PERÍMETRO Y DE LA UNIDAD

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WINTECH MAYC

1.1

1. DESCRIZIONE

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Diagram of a mechanical joint or clamp with a yellow arrow indicating direction (no text or symbols present)

Technical line drawing of a mechanical assembly with hands adjusting components (no text or symbols)

Mechanical assembly diagram showing a wheel and shaft assembly (no text or labels)

Diagram of a bicycle wheel assembly with labeled parts (no text or symbols present)

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5. INSTALLAZIONE DEL MAGNETE

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5.3

m = 311

10. APPAIAMENTO DIGITALE DELLA SECONDA BICICLETTA

287 BK I KM 85 CAD WINT=CFI DST 126.34 R 4 sec. L 10.1 Bk2- WINT=CFI R

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273 BK | AV KM 91 CAD WINTEGEF ATM 4.42.35 13.2 R 4 sec. BK WINTEGEF R

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14. AZZERAMENTO GIORNALIERO

INNEHÅLLSFÖRTECKNING

1. BESKRIVNING 51
2. MONTERING AV DATORFÄSTET 51
3. SÄTTA DIT OCH TA BORT DATORN FRÅN FÄSTET 52
4. MONTERING AV DATORNS SENSORENHET 52
5. MONTERA MAGNETEN 52
6. BYTA BATTERIER 52
7. BESKRIVNING AV INFORMATIONEN PÅ DISPLAYEN 53
8. BLÄDDRING BLAND FUNKTIONER 53
9. DIGITAL PARNING AV DATOR MED SENSORER 53

10. PARNING AV CYKEL NUMMER 2 54

11. INSTÄLLNING AV TID 54

12. INSTÄLLNING AV ODOMETER 55
13. INSTÄLLNING AV HJULOMKRETS OCH ENHET 55
14. NOLLSTÄLLNING AV DAGSSTRÄCKA 56
15. ANVÄNDA TIDTAGARUR FÖR DELSTRÄCKOR 56
16. UTLÄSNING AV TIDER FÖR DELSTRÄCKOR 56
17. VISNING AV OLIKA ODOMETER 57
18. UNDERHÅLL 57

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3. SÄTTA DIT OCH TA BORT DATORN FRÅN FÄSTET

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5. MONTERA MAGNETEN

888 Bk AV MAX KM 888 CAD WINTECH ATM DSTODO 10.0:0.0.0 CR CLK

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WINTECH MANY 1.1

1. MITTARIN OSAT

1.1 Mittari

1.2 Sensorimutteri

1.3 Mittarin teline

Line drawing of a hand holding a tool, no text or symbols present

putkesta (halk. 31,8) irrota telineen asennusosa 25.4.

Diagram of a mechanical joint or clamp with a yellow arrow indicating direction (no text or symbols present)

Technical line drawing of a mechanical assembly with hands adjusting components (no text or symbols)

3. MITTARIN KIINNITTÄMINEN JA IRROTUS

Mechanical assembly diagram showing a wheel and shaft assembly (no text or labels)

Diagram of a bicycle wheel assembly with no visible text or symbols

Mechanical assembly diagram showing a lever mechanism with no visible text or symbols

5. MAGNEETIN ASENNUS

Mechanical assembly diagram showing clamping components with no visible text or symbols

5.3

6. PARISTOJEN ASENNUS

The image is too blurry to recognize any text content.

13. PYÖRÄNKEHÄN JA MATKAN MITTAYKSIKÖN ASETUS

Diagram showing three identical circular objects with arrows indicating direction, labeled with diameter 'a' and a right-pointing arrow.

WINTECH MAYC

1.1

1. BESKRIVELSE

1.1 Computer
1.2 Bolt Sensor
1.3 Computer beslag
1.4 25.4 styr adapter
1.5 Magnet
1.6 Juster magneter

2. MONTERING AF COMPUTERBESLAG

Line drawing of a hand holding a tool with a spring scale (no text or symbols)

Diagram of a mechanical clamp or bracket with a yellow curved arrow indicating motion (no text or symbols)

Technical line drawing of a mechanical assembly with hands adjusting components (no text or symbols)

3. MONTERING/AFMONTERING AF COMPUTER

3.1 Lad computeren glide ind på beslaget forfra, indtil det låser med en tydelig lyd.
3.2 For at afmontere computeren fra beslaget, tryk på knappen under beslaget og

skub computeren frem.

3.1 3.2

4. MONTERING AF BOLT SENSOR

Mechanical assembly diagram showing a shaft and wheel assembly with no visible text or symbols

Diagram of a bicycle wheel assembly with labeled parts (no text or symbols present)

Mechanical assembly diagram showing a lever mechanism with no visible text or symbols

5. MONTERING AF MAGNET

888 BKB AV MAX KM 888 CAD WINTECH ATM DSTODO 10.0:0.0.0 CRB CLK

The image is too blurry to recognize any text content.

10. SYNKRONISERING TIL NUMMER 2 CYKEL

The image is too blurry to recognize any text content.

12. INDSTIL DISTANCETÆLLERE

Diagram showing three circular objects with arrows indicating motion or force direction, labeled with angle θ and dimension 'a'

WINTECH MAYC

1.1

1. OPIS

Illustration of a hand holding a tool with a curved cable, no text or symbols present

Diagram of a mechanical joint or clamp with a yellow arrow indicating direction (no text or symbols present)

Technical line drawing of a mechanical assembly with hands adjusting components (no text or symbols)

3. ZAKŁADANIE I ZDEJMOWANIE LICZNIKA ZE WSPORNIKA

Mechanical diagram of a wheel assembly with shafts and levers (no text or labels)

Diagram of a bicycle wheel assembly with labeled parts (no text or symbols present)

Mechanical assembly diagram showing a lever mechanism with no visible text or symbols

5. INSTALACJA MAGNESU

Diagram showing three bicycle positions with directional arrows and a distance marker labeled 'ø'

WINTECH MAYC

1.1

1. OBSAH BALENÍ

Illustration of a hand holding a tool with a clamp, labeled '2.2' (no text or symbols on the diagram itself)

Technical line drawing of a mechanical assembly with hands adjusting components (no text or symbols)

3. NASAZOVÁNÍ A SUNDÁVÁNÍ COMPUTERU Z DRŽÁKU

Mechanical diagram of a bicycle wheel assembly with no visible text or symbols

Diagram of a bicycle wheel assembly with labeled parts (no text or symbols present)

Mechanical assembly diagram showing a lever mechanism with no visible text or symbols

5. MONTÁŽ MAGNETU

Mechanical assembly diagram showing linkage components (no text or labels)

5.3

6. MONTÁŽ BATERIE

Computer : 1 Baterie CR2032

Senzor v rychloupínači : 1 Baterie CR2032

m = 311

13. NASTAVENÍ OBVODU KOLA A DÉLKOVÉ MÍRY KM/M

Diagram showing three bicycle wheels with directional arrows and a distance measurement labeled 'a'

WINTECH WINTECH 1.1

1. パッケージの内容

Technical line drawing of a mechanical assembly with hands adjusting components (no text or symbols)

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Mechanical assembly diagram showing a wheel and shaft assembly (no text or labels)

Diagram of a bicycle wheel with visible hub and spokes, labeled '4.1' (no text or symbols on the diagram itself)

向 4.2

5. マグネットの取り付け

20.7 BK I KM 85 CAD WINT-061 DST 126.34 R 4 sec. L 10.1 WINT-061 Bk2- WINT-061 R

The image is too blurry to recognize any text content.

12. オドメーターの設定

Diagram showing three circular objects with arrows indicating motion or force direction, labeled with angle θ and dimension φ.