FCC ID: TFO-13013 Wireless Cycle Computer (Heart Rate Transmitter)

by: Cycle Parts GmbH latest update: 2014-04-14 model: 13013

One grant has been issued under this FCC ID on 04/14/2014 (this is one of four releases in 2014 for this grantee). Public details available include internal & external photos, manuals, and frequency information. some products also feature user submitted or linked instructions, drivers, warrantee terms, password defaults, & troubleshooting guides.

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1	User Manual	Users Manual	pdf	4.48 MiB
1	User Manual II	Users Manual	pdf	1.62 MiB
1		Cover Letter(s)	pdf
1		Cover Letter(s)	pdf
1		External Photos	pdf
1		Internal Photos	pdf
1		ID Label/Location Info	pdf
1		Test Report	pdf
1		Test Setup Photos	pdf

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User Manual

Users Manual

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4.48 MiB

H S I L G N E Installation video Operating video Settings video www.vdocyclecomputing.com/service Preface Congratulations In choosing a VDO computer, you have opted for high-quality device with first rate technology. To optimally use the computer, we recommend that you read this manual carefully. It contains full operating instructions and many useful tips. We hope you enjoy cycling with your VDO computer. Cycle Parts GmbH Pack contents First, please ensure that the contents of this pack are complete:

1 VDO computer 1 battery for the computer 1 speed transmitter, battery installed 1 handlebar bracket 1 spoke magnet (clip magnet) Cable ties for attaching the bracket and 1 Quick-start instruction manual the transmitter 2 M6 Table of contents Display .................................................................. 04 Setting the navigator ............................................. 64 Buttons ................................................................. 07 Resetting the navigator to zero .............................. 65 Functions .............................................................. 08 Trip section counter .............................................. 66 Accessing the total values ..................................... 13 Resetting the trip section counter to zero .............. 67 Operation while cycling ......................................... 17 Resetting trip data after the trip ............................ 67 Sleep mode ........................................................... 17 Saving trip data .................................................... 68 Attaching the handlebar bracket ........................... 18 Accessing the trip data from the memory .............. 69 Attaching the speed transmitter ............................ 19 Bike selection: bike 1 or bike 2 .............................. 69 Inserting the computer into the bracket ................. 20 Light mode ............................................................ 70 Pairing the transmitter (initial use) ........................ 21 Function testing .................................................... 21 Settings ................................................................ 22 Language ....................................................................... 22 Dimension ..................................................................... 24 Wheel circumference ..................................................... 26 My data ......................................................................... 30 Sensor selection ............................................................ 32 Heart rate intensity zones .............................................. 33 Start altitudes ................................................................ 36 Current altitude ............................................................. 37 Recalibrating the altitude before starting ....................... 39 Clock ............................................................................. 40 Date .............................................................................. 42 Beeper .......................................................................... 44 Total values ....................................................... 45 Total distance ............................................................ 46 Total ride time ............................................................ 48 Altitude gain .............................................................. 50 Altitude loss ............................................................... 52 Maximum altitude ...................................................... 54 Distance uphill ........................................................... 56 Distance downhill ...................................................... 58 Total calorie burn ........................................................ 60 Resetting the total values ........................................... 62 Heart rate option ................................................... 71 Activating the heart rate option ..................................... 71 Display when using the heart rate option ....................... 72 Button allocation with the heart rate option ................... 72 Functions in the heart rate option .................................. 73 Selecting heart rate zones ............................................. 75 Cadence option ..................................................... 76 Activating the cadence option ........................................ 76 Display when using the cadence option ......................... 77 Button allocation and functions with the cadence function ............................................. 78 Attaching the cadence transmitter ................................. 78 Heart rate and cadence options simultaneously activated ...................................... 78 Display with heart rate and cadence .............................. 79 Functions with heart rate and cadence options .............. 80 Replacing the battery in the computer ................... 81 Replacing the battery in the speed transmitter ...... 82 Terms of guarantee ............................................... 83 Troubleshooting .................................................... 84 Technical specifications ........................................ 85 3 M6 Area 1 Area 4 Area 5 Area 6 Display The VDO M6 has a large, easy-to-read display that can be divided into six areas. Area 1:

The altitude is permanently displayed on the left of the top line of the display. Area 2:

The temperature is permanently displayed on the right. If the heart rate function is selected: the gradient uphill/downhill is displayed. If the cadence option is selected: the cadence is displayed. If the heart rate + cadence option is selected:

the cadence is displayed. Area 3:

The current speed is permanently displayed on the right in the middle line of the display. Area 4:

The gradient uphill/downhill is displayed on the left as a percentage. If the heart rate function is selected: the current heart rate is displayed. Area 5:

A description of the selected indicator function is displayed in this area in clear text. Area 6:

The value for the selected function is displayed in the bottom line. Area 2 Area 3 Area 2 Area 2 Display with heart rate option Display with cadence option Display with heart rate + cadence option Area 2 Area 4 4 M6 Display On the right of the display, under the speed indicator, the unit kmh or mph is displayed. The active bike is also shown in this area. The VDO M6 can be used on two bikes. The indicator icons 1 and 2 show you whether your VDO M6 is currently using the settings for bike 1 or bike 2. A description of how to switch between bike 1 and bike 2 can be found on page 69. UP/DOWN arrow The arrows indicate whether you are currently travelling quicker or slower than your current average speed. 5 M6 Display The following icons are shown on the left of the display next to the gradient uphill percentage:

: the icon is ON if the trip section counter has been started. A more detailed description of the trip section counter can be found on page 65. Light mode ON/OFF This icon indicates whether the display backlight mode is switched on or off. Left/right arrows next to the description of the selected indicator function (area 5 of the display). In setting mode, these arrows indicate that you can scroll by pressing the BIKE or the TPC (TOTAL/PULSE/CAD) button or increase/reduce the value with both buttons. 6 M6 Buttons The VDO M6 has four buttons. TPC (TOTAL/PULSE/CAD) In function mode:

Access the totals for distance/ride time Access the heart rate functions if the heart rate option is activated Access the cadence functions if the cadence option is activated In setting mode:

Scroll in the setting menu (backwards) Change the data to be set (decrease) SET In function mode:

Scroll backwards through the functions Open the setting mode Access the total values for distance and ride time (press and hold) Access the stored trip data

(press and hold)

(press and hold) In setting mode:

Open the setting Confirm the setting once ready Exit setting mode and return to function mode BIKE In function mode:

Access the functions Reset trip data to zero

(press and hold)

(scroll forwards through the functions) In setting mode:

Scroll in the setting menu (forwards) Change the data to be set (increase) ALTI In function mode:

Access the altitude data for the current trip Access the altitude recalibration

(press and hold) In setting mode:

Exit setting mode/one level back/back to function mode 7 M6 Functions The VDO M6 has the following functions:

Current speed The current speed is permanently shown on the display. For a wheel circumference of 2,155 mm, the maximum possible speed is 199 kmh or 124 mph. Current altitude The current altitude is permanently displayed on the top left. Current temperature The current temperature is permanently displayed on the top right. ATTENTION: if the HEART RATE option is activated, the current gradient uphill/downhill is displayed here. ATTENTION: if the CADENCE option is activated, the current cadence is displayed here. See page 76. Current gradient uphill/downhill The current gradient uphill/downhill is displayed as a percentage on the left of the middle line. With HEART RATE option With CADENCE option 8 M6 Functions Current gradient uphill/downhill ATTENTION: if the HEART RATE option is activated, the current heart rate is displayed here. The gradient uphill now appears at the top right. ATTENTION: if the heart rate + cadence option is activated, the gradient uphill is displayed as part of the altitude information (access by pressing the ALTI button). Press the BIKE button to access the following information:

Current distance The current distance counts up to 9,999.99 km or miles. If this value is exceeded, the current distance count restarts at zero. Current ride time The current ride time counts up to 99:59 HH:MM. If this value is exceeded, the ride time count restarts at zero. Average speed for the current trip The average speed is specified to two decimal places. Maximum speed for the current trip The maximum speed is specified to two decimal places. With HEART RATE option With HEART RATE +

CADENCE option 9 M6 Functions Section time The VDO M6 has a trip section counter. The trip section counter is like a stopwatch. If the trip section counter is running, the section time is recorded, as with a stopwatch. When the trip section counter is running, the section distance is also recorded. The trip section counter is started and stopped by pressing the BIKE + SET buttons (simultaneously press and BRIEFLY hold both buttons). ATTENTION: the trip section counter stops automatically when the speed is ZERO. Section distance Shows the distance travelled while the trip section counter is activated. Navigator The navigator is a second, completely independent trip distance counter. The navigator is used to measure trip sections. The navigator is particularly helpful when riding a route shown in a road book (e.g. Moser Bike Guide). The navigator can:

be reset to ZERO as often as desired and independently of the trip distance counter be preset to a specific value count forwards or backwards from this value Information on how to operate the navigator can be found on page 64. 10 M6 Functions Time The current time is displayed in 24 H or 12 H mode. Information on how to set the time can be found on page 40. ALTI button functions Press the ALTI button to access the altitude information for the current trip:

Elevation profile for the current trip The elevation profile for a section of the current trip is displayed. Altitude gain The altitude gain for the current trip is displayed here. Maximum altitude The maximum altitude achieved so far on the current trip is displayed here. Average gradient uphill Displays the average gradient uphill for the current trip. 11 M6 ALTI button functions Maximum gradient uphill Displays the maximum gradient uphill so far on the current trip. Uphill distance Displays the uphill distance travelled on the current trip. Altitude loss Displays the altitude loss on the current trip. Average gradient downhill Displays the average gradient downhill for the current trip. Maximum gradient downhill Displays the maximum gradient downhill so far on the current trip. 12 M6 ALTI button functions Downhill distance Displays the downhill distance travelled on the current trip. Accessing the total values The total values for the distance travelled, the ride time and the altitude data are accessed separately to the data for the CURRENT trip. There are two options for displaying the totals. OPTION 1:

Access the totals by pressing the TPC (TOTAL/PULSE/

CAD) button. ATTENTION: if you have activated the HEART RATE option, the total values can be accessed via the menu. This is described under option 2. Total distance 1

(total for all trips on bike 1) The total distance counts up to 99,999 km or miles. If this value is exceeded, the total distance counter restarts at zero. If the unit is switched from miles to km and the conversion result is greater than 100,000 km, the value is reset to ZERO. Now press theTPC (TOTAL/PULSE/CAD) button to scroll to the total ride time

(total for all trips) The total ride time counts up to 9999:59 HHHH:MM. If this value is exceeded, the total ride time count restarts at zero. 13 M6 Accessing the total values Maximum altitude of all trips with bike 1 Displays the maximum altitude you have reached on all trips with bike 1. Altitude gain totals Displays the total altitude gain for all trips with bike 1. Uphill distance totals Displays the total uphill distance you have ridden on bike 1. Altitude loss totals Displays the total altitude loss with bike 1. Downhill distance totals Shows the total downhill distance you have ridden on all trips with bike 1. 14 M6 Accessing the total values If you have also used bike 2, the values for bike 2 are also displayed here. Press the TPC (TOTAL/PULSE/ CAD) button to scroll to the other values for bike 2. You can also access the total values (sum of the data for bike 1 and bike 2). 15 M6 Accessing the total values OPTION 2:

Press and hold the SET button until the menu opens. Press the BIKE or TPC button to scroll to the total values. Press theSET button to open the total values display. Press the BIKE or TPC button to scroll in the total values. The total distance 1 (sum of all individual trips with bike 1) is displayed first. Press the BIKE or TPC button to scroll to the other totals. If you have also used bike 2, the values for bike 2 are also displayed here. You can also access the total values for bike 1 + bike 2 here:

If the HEART RATE option is activated, you will also receive totals data for your calorie burn:

Calorie burn with bike 1 Calorie burn with bike 2 Total calorie burn with bike 1 + bike 2 Press (and hold) the SET button to return from the total values information to the normal function mode. 16 M6 Operation while cycling While cycling, the display functions can be accessed by pressing the BIKE button and the ALTI button

(scroll forwards through the functions). Pressing the BIKE or ALTI button shows the next function on the display. If the HEART RATE option is activated, the heart rate functions are displayed by pressing the TPC button. By pressing the SET button you can also scroll backwards through the functions. This enables you to quickly display the desired function. The totals can be accessed by pressing the TPC (total/pulse/

CAD) button. ATTENTION: if the HEART RATE option is activated, the heart rate functions are displayed by pressing the TPC button. A more detailed description can be found on page 06. SET TPC ALTI BIKE 1x Sleep mode If you take a break and the M6 is in the bracket, the computer switches to standby mode after five minutes. If you set off again after a break, the VDO M6 has an auto-start function. The auto-start function is activated by a movement sensor. Moving the handlebars is enough to wake up the M6 from sleep mode. The VDO M6 immediately switches to function mode. The current speed and the distance are once again displayed after a few seconds. 17 M6 Attaching the handlebar bracket You can attach the computer to the right or left of the handlebars or in the centre on the stem. Attach the handlebar bracket in the corresponding position. STEP 1 Decide whether you want to attach the computer to the handlebars or the stem. STEP 2 Rotate the foot of the handlebar bracket by 90 accordingly. To do so, undo the screws in the bracket, remove the foot and rotate it 90 then insert and tighten the screws again. Attention: do not overtighten the screws. STEP 3 Guide the cable ties through the slot in the handlebar bracket, place around the handlebars or the stem and pull (do not pull tight just yet). STEP 4 For handlebar attachment: align the computer angle to achieve optimum readability. Now pull the cable ties tight. Use clippers to snip off protruding ends. 1 3 4 90 2 1 3 4 18 M6 Attaching the speed transmitter The transmitter can be attached to the fork leg on the right or left. Note:

If you have attached the computer to the stem or the left of the handlebars, the speed transmitter MUST be attached to the LEFT fork leg. STEP 1 Place the rubber shim under the transmitter. Fit the transmitter on the same side of the forks where you later want to fit the computer to the handlebars (right or left) using the cable ties supplied (loosely at first, do not pull tight just yet). ATTENTION: The cross-hatched marking on the lid of the transmitters battery compartment must point toward the spokes. Depending on the available space, the transmitter can be mounted along the front of the fork, on the inside of the fork, or the back of the fork. STEP 2 Place the spoke magnet around an outside spoke. The VDO logo of the rod-shaped magnet core should point toward the transmitter. Align the magnet with the cross-hatched sensor marking on the transmitter at a distance of 1- 5 mm. STEP 3 Align the transmitter and magnet in their final positions and fasten them in place:

pull the cable ties tight and push the magnet in firmly. The transmitter should be folded down at a maximum angle of 45 to the spokes. If you cannot achieve this angle, move the transmitter down along the fork leg towards the hub until you have reduced the angle to less than 45. LEfT STEM LEfT MAGNET 90 45 RiGhT 19 M6 Inserting the computer into the handlebar bracket The VDO twist-click system securely connects the computer to the handlebar bracket. How to insert the computer:

STEP 1 Place the computer into the bracket in a 10 oclock position. STEP 2 Rotate the computer to the right into the 12 oclock position and click it into the bracket system. A noticeable resistance must be overcome to move it into place. STEP 3 To remove the computer, rotate it to the left (without pushing or pulling). Memory aid: Rigid to the Right, Loose to the Left Lock UNLock 1. Lock 2. cLick 2. UNLock 20 M6 Pairing the transmitter (initial use) The VDO M6 automatically pairs the transmitter. Once the computer has been rotated into place in the bracket, it starts searching for the transmitter. The transmitter search is identified by the flashing digits for:

Speed Heart rate (if the heart rate option is activated) Cadence (if the cadence option is activated) The VDO M6 has an automatic bike recognition function. Depending on whether you are using bike 1 or bike 2, the data is recorded for bike 1 or bike 2. ATTENTION: When other radio signals interfere during the pairing function, the display shows the message Too Many Signals. Confirm this message by pressing any key. You will then need to leave this location and move to another location. Untwist the computer from the handlbar bracket. Then reinsert the computer into the handlebar bracket. The computer will now attempt another pairing. Potential source of interference:

LED lights Mobile telephone GPS recever WLAN Anti-theft security systems inside the store These sources can interfere with the pairing. Function testing Once the transmitter is attached, check that it functions correctly. How to test the transmitter:

Insert the computer into the bracket. The speed indicator flashes. The computer now searches Lift and spin the front wheel. The green LED on the transmitter flashes several times. A speed should now be displayed on the computer. for its speed transmitter. If the cadence option is activated, the cadence transmitter must also be paired:

The cadence indicator flashes. The computer now searches for its cadence transmitter. Rotate the crank or set off. The green LED on the cadence transmitter flashes several times. A speed should now be displayed on the computer. ATTENTION: when using the transmitter for the first time, the bike recognition switch must be set to either BIKE 1 or BIKE 2. Only then will the automatic bike recognition work. Press and HOLD the button until the LED flashes. Green flashes once = bike 1 is selected Red flashes twice = bike 2 is selected If the heart rate option is activated, the heart rate transmitter must also be paired:

The heart rate indicator flashes. The computer now searches for its heart rate transmitter. Put on the heart rate transmitter and wait a few seconds. A heart rate should now be displayed on the computer. If no speed, cadence or heart rate is displayed, there can be several reasons for this. The possible reasons are described in the Troubleshooting section. 21 M6 Settings language The following display languages can be selected for the VDO M6:

German English French Italian Spanish Dutch How to select the language:

Press and hold the SET button until the settings menu opens. The first thing to appear is MEMORY. Press the Bike button to scroll to Settings. Press the SET button to open the settings. Language appears on the display. Press SET to open the language settings. English flashes. 22 M6 Settings language You can now press the BIKE button to select a different language. Press the SET button to confirm your language setting. The response Set OK appears on the display. If you want to configure further settings, press the BIKE button to access these. If you do not want to configure any further settings, press and hold the SET button. The settings menu closes. The VDO M6 returns to function mode. 23 M6 Settings Dimension Use the unit settings to specify the measurement formats for:

Speed (kmh or mph) Altitude (metres or feet) Temperature (C or F) Weight (kg or lbs) Time (24-hour or 12-hour with AM/PM) Date (DD-MM-YY or MM-DD-YY) How to select the units:

Press and hold the SET button until the settings menu opens. From Memory press the BIKE button to scroll to Settings. Press the SET button to open the settings. Language appears on the display. Press the BIKE button to scroll to the setting for the Dimension. Press the SET button to open the unit setting. First set the unit for the speed. KMH flashes in the bottom line of the display. Press the BIKE button to change the unit to MPH. Press the SET button to confirm the setting. The setting for the altitude unit next appears in metres or feet. Press the BIKE button to switch from metres to feet. Press the SET button to confirm the setting. The setting for the temperature unit next appears on the display. Set whether the temperature should be displayed in Celsius or Fahrenheit. Press the BIKE button to make your selection. Press the SET button to confirm your selection. 24 M6 Settings Dimension The setting for the unit weight now appears on the display. KG or LBS (POUNDS) can be selected. Press the BIKE button to make the selection. Press the SET button to confirm the selection. The setting for the time format now appears on the display. Here, you can select a 24-hour format or a 12-hour format with AM/PM. Press the BIKE button to make the selection. Press the SET button to confirm the selection. The setting for the date format now appears on the display. You can choose between the European format and the English format. Press the BIKE button to make the selection. Press the SET button to confirm the selection. The response Dimension Set OK appears on the display. If you want to configure further settings, press the BIKE or TPC button to access these. If you do not want to configure any further settings, press and hold the SET button. The settings menu closes. The VDO M6 returns to function mode. 25 M6 Settings wheel circumference/wheel size Tyre size 16 x 1.75 20 x 1.75 24 x 1.75 26 x 1.5 26 x 1.75 26 x 1.9 26 x 2.00 26 x 2.10 26 x 2.25 26 x 2.35 26 x 2.40 28 x 1.5 28 x 1.6 28 x 1.75 29 x 2.10 29 x 2.25 29 x 2.40 650 B 700 x 18C 700 x 20C 700 x 23C 700 x 25C 700 x 30C 700 x 32C 700 x 38C ETRTo 47-305 47-406 47-507 40-559 47-559 50-559 54-559 57-559 60-559 62-559 40-622 42-622 47-622 54-622 57-622 62-622 18-622 20-622 23-622 25-622 30-622 32-622 38-622 kMh Wheel circumference in mm 1,272 1,590 1,907 2,026 2,070 2,089 2,114 2,125 2,145 2,160 2,170 2,224 2,235 2,268 2,295 2,288 2,300 2,100 2,102 2,114 2,095 2,146 2,149 2,174 2,224 MPh Wheel circumference in inches 50.1 62.6 75.1 79.8 81.5 82.2 83.2 83.6 84.4 85.0 85.4 87.6 88.0 89.3 90.3 90.1 90.5 82.6 82.8 83.2 82.5 84.5 84.6 85.6 87.6 You can set the roll circumference of your wheel in millimetres on the VDO M6 or select the applicable tyres from a tyres table. The more accurate this setting, the more accurate your speed indicator and the measurement of the distance you have travelled. You can find the values for your tyres in the tyre size table and set these in the device. ATTENTION: the values in the table are approximations only. The actual values can deviate from the values in the table depending on the manufacturer and the tyre tread. If your tyre size is not listed in the table, you can accurately measure the roll circumference. How to measure the roll circumference:

STEP 1 Stand your bike up and position the wheel to which you want to attach the sensor so that the valve is directly on the ground. Ensure that the tyres are fully pumped up in accordance with the usage instructions. Mark the position of the valve on the ground with a line or adhesive strip. STEP 2 Now push your bike forwards in a straight line until the valve is back on the ground after one rotation. Again mark the position of the valve on the ground with a line or adhesive strip. STEP 3 The distance between the two marks corresponds to your wheel circumference or wheel size in millimetres. 1x Wheel circumference in mm/inches 26 M6 Settings wheel circumference/wheel size How to set your wheel circumference:

Press and hold the SET button until the settings menu opens. Press the BIKE button to move from Memory to Settings. Press the SET button to open the settings. Language appears on the display. Press the BIKE or TPC button to scroll to the setting for the wheel size. Press the SET button to open the setting for the wheel size. You can set the wheel size separately for bike 1 and bike 2. Press the BIKE button to scroll from the setting for bike 1 to the setting for bike 2. Press the SET button to open the setting (description here is for bike 1). In the display, you can now choose whether you want to manually set the wheel size in millimetres or select the appropriate tyres from a tyre list. Press the BIKE button to make the selection. Confirm the selection by pressing the SET button. 27 M6 Settings wheel circumference/wheel size Manual setting by entering the roll circumference in millimetres The first two digits (in the example 21) flash. Press the BIKE or TPC button to set these digits to the desired value. Press the SET button to confirm your setting. The third digit now flashes and is ready to be set. Press the BIKE or TPC button to set these digits. Press the SET button to confirm your setting. The final digit on the right now flashes. Press the BIKE or TPC button to set these digits. Press the SET button to confirm your setting. Your wheel circumference is now fully set. The response Set OK appears on the display. If you want to configure further settings, press the BIKE or TPC button to access these. If you do not want to configure any further settings, press and hold the SET button. The settings menu closes. The VDO M6 returns to function mode. 28 M6 Settings wheel circumference/wheel size Setting the wheel size using the tyre list Open the wheel size settings via the tyres list by pressing the SET button (see previous page). Press the BIKE or TPC button to scroll through the tyre list until your tyres are displayed (in the example shown 29 x 2.40) Press the SET button to confirm the selection. The response Set OK appears on the display. If you want to configure further settings, press the BIKE or TPC button to access these. If you do not want to configure any further settings, press and hold the SET button. The settings menu closes. The VDO M6 returns to function mode. 29 M6 Settings my data Use the My data settings to set your data for your age, weight, gender, HR max for the heart rate measurement and lower/upper limits for the heart rate training zone. How to set your My data information:

Press and hold the SET button until the settings menu opens. Press the BIKE button to move from Memory to Settings. Press the SET button to open the settings. Language appears on the display. Press the BIKE button to scroll to the settings for My Data. Press the SET button to open the setting. First, set your age. Press the BIKE button to increase the value and the TPC button to decrease the value. Press the SET button to confirm the value you have set. Now set your weight. Press the BIKE button to increase the value and the TPC button to decrease the value. Press the SET button to confirm the value you have set. Now set your gender. Press the BIKE button or the TPC button to select your gender. Press the SET button to confirm the value you have set. 30 M6 Settings my data The HR max calculated on the basis of your data is now displayed. HR max is the maximum heart rate value that you should not exceed while training. If you know your HR max, you can set the value here. If you do not know the value, you should work with the calculated value. Press the BIKE button to increase the value and the TPC button to decrease the value. Press the SET button to confirm the value you have set. After entering your HR max, you can now define the lower and upper limits for the heart rate training zone. Press the BIKE button to increase the value and the TPC button to decrease the value. Press the SET button to confirm the value you have set. The response Set OK appears on the display. If you want to configure further settings, press the BIKE or TPC button to access these. If you do not want to configure any further settings, press and hold the SET button. The settings menu closes. The VDO M6 returns to function mode. 31 M6 Settings sensor selection The M6 can display heart rate and (simultaneously) cadence data. To do this, a heart rate and/or cadence transmitter must be available and installed. Use the sensor selection menu to select the sensor that should be activated. ATTENTION: once a transmitter has been selected, the sensor values (heart rate/cadence) appear on the display. The display changes. The layout of the functions on the buttons also changes. Further information on this is provided on page 71 for the heart rate option and on page 76 for the cadence option. How to select the sensors:

Press and hold the SET button until the settings menu opens. Press the BIKE button to move from Memory to Settings. Press the SET button to open the setting. Language appears on the display. Press the BIKE button to scroll to the setting for the sensors. Press the SET button to open the settings. Heart rate OFF or ON flashes. Press the BIKE or TPC button to select ON or OFF. Press the SET button to confirm the selection. You can now select whether the cadence transmitter should be activated. Press the BIKE or TPC button to select ON or OFF. 32 M6 Settings sensor selection Press the SET button to confirm the selection. The response Set OK appears on the display. If you want to configure further settings, press the BIKE or TPC button to access these. If you do not want to configure any further settings, press and hold the SET button. The settings menu closes. The VDO M6 returns to function mode. Settings heart rate intensity zones On the M6, you can set four heart rate intensity zones for heart rate measurement. When training using your heart rate (heart rate transmitter), a record is made of how long you spent in the intensity zones 1 to 4. These values enable you to analyse your training in detail. How to set the heart rate intensity zones:

Press and hold the SET button until the settings menu opens. Press the BIKE button to move from Memory to Settings. Press the SET button to open the settings. Language appears on the display. Press the BIKE button to scroll to the setting for the HR intensity zones. Press the SET button to open the settings. 33 M6 Settings heart rate intensity zones Now press the BIKE or TPC button to select the setting for intensity zones 1 to 4. Press the SET button to confirm the selection. The setting for the selected intensity zone is opened. The value to be set (lower zone limit) flashes on the left. Press the BIKE button to increase the value and the TPC button to decrease the value. Press the SET button to confirm your setting. The right-hand value (upper zone limit) now flashes. Press the BIKE button to increase the value or the TPC button to decrease the value. Press the SET button to confirm your setting. 34 M6 Settings heart rate intensity zones You can now adjust the next intensity zone (e.g. zone 2). The intensity zones are predefined. You can individually adapt each of the intensity zones to your training requirements. Press the BIKE button to increase the value and the TPC button to decrease the value. Press the SET button to confirm your setting. The response Set OK appears on the display. If you want to configure further settings, press the BIKE or TPC button to access these. If you do not want to configure any further settings, press and hold the SET button. The settings menu closes. The VDO M6 returns to function mode. 35 M6 Settings start altitude You can enter two different start altitudes on the M6. Start altitude 1 can be your home start altitude, for example. Start altitude 2 can be the start altitude at a holiday location. After entering the start altitude, the current altitude measured can be quickly and easily recalibrated as the start altitude before any trip. The key word here is recalibrated:

Recalibration must occur before every trip. The M6 measures the current air pressure and converts it into an altitude measurement. However, the air pressure changes daily depending on the weather. This leads to a constantly changing current altitude measurement despite your start altitude not having changed. During recalibration, the currently measured air pressure is calculated back to the set start altitude. Following recalibration, the current altitude once again matches the set start altitude. You can now set off. How to set the start altitudes:

Press and hold the SET button until the settings menu opens. Press the BIKE button to switch from Memory to Settings. Press the SET button to open the settings. Language appears on the display. Press the BIKE button to scroll to the setting for the start altitude. Press the SET button to open the setting for the home altitude. Press the BIKE or TPC button to select Home altitude 1 or Home altitude 2. Press the SET button to open the settings. Press the BIKE button to increase the value for the start altitude. Press the TPC button to decrease the value for the start altitude. 36 M6 Settings start altitude Once the correct start altitude has been set, confirm the setting by pressing the SET button. The response Set OK appears on the display. If you want to configure further settings, press the BIKE or TPC button to access these. If you do not want to configure any further settings, press and hold the SET button. The settings menu closes. The VDO M6 returns to function mode. Settings current altitude The current altitude can be set on the M6. The current altitude is set, for example, if you are not starting from either of the two set start altitudes or you encounter altitude information on a pass that differs from the current altitude displayed on your M6. The current altitude can be specified in metres/feet or as sea level pressure. The sea level pressure information can be obtained from several weather websites. How to set the current altitude:

The M6 measures the current air pressure and converts it into an altitude measurement. The air pressure changes daily depending on the weather. This leads to a constantly changing current altitude measurement despite your home start altitude not having changed. During recalibration, the currently measured air pressure is calculated back to the set home start altitude. Following recalibration, the M6 again correctly displays the home start altitude as the current altitude. You must now recalibrate before starting a trip. How to recalibrate:

Press and hold the ALTI button until the menu opens. Press BIKE or TPC to scroll to HOME ALTITUDE 1 or HOME ALTITUDE 2 depending on where you are setting off from. Now press SET to confirm the desired start altitude. The start altitude is saved and displayed as the CURRENT ALTITUDE. You can now set off. In addition to choosing between the two start altitudes, you can also manually set the CURRENT ALTITUDE. Do this if you are not setting off from either HOME ALTITUDE 1 or HOME ALTITUDE 2. The CURRENT ALTITUDE is set in metres. If you do not know the altitude, you can alternatively use the sea level pressure entry. The relevant air pressure data can be found on several weather websites. The computer can now use this information to calculate and display the current altitude. 39 M6 Settings clock In the VDO M6, you can set the time in 12-hour AM/PM format or 24-hour format. Specify the desired time format in the unit settings

(see page 24). How to set the clock:

Press and hold the SET button until the settings menu opens. Press the BIKE button to switch from Memory to Settings. Press the SET button to open the settings. Language appears on the display. Press the BIKE or TPC button to scroll to the settings for the Date. Press the SET button to open the settings. Press the SET button to open the settings. First, the year is set. Press the BIKE or TPC button to change the setting. Press the SET button to confirm the setting. You can now set the month. Press the BIKE or TPC button to change the setting. Press the SET button to confirm the setting. Now set the day. Press the BIKE or TPC button to change the settings. 42 M6 Settings date Press the SET button to confirm the setting. The response Set OK appears on the display. If you want to configure further settings, press the BIKE or TPC button to access these. If you do not want to configure any further settings, press and hold the SET button. The settings menu closes. The VDO M6 returns to function mode. 43 M6 Settings switching the beeper on or off On the M6, you can switch the beeper for the heart rate warning on or off. How to set the beeper:

Total distance Total ride time Altitude gain Altitude loss Maximum altitude reached Distance uphill Distance downhill Total calorie burn For each total value, the values can be separately set for bike 1 and bike 2. How to set the total values:

Press and hold the SET button until the settings menu opens. Press the BIKE button to move from Memory to Settings. Press the SET button to open the settings. Language appears on the display. Press the BIKE or TPC button to scroll to the settings for the total values. Press the SET button to open the settings. Press the BIKE or TPC button to scroll to the settings for the Total Time. Press the SET button to open the setting for the Total Time. Press the BIKE or TPC button to select whether you want to set thetotal time for bike 1 or bike 2. Press the SET button to confirm the selection. The left digit of the hours setting flashes and is ready to be set. Press the BIKE or TPC button to set the value of this digit. Press the SET button to confirm your setting. 48 M6 Settings total values total ride time The next digit on the left starts to flash and is ready to be set. Press the BIKE or TPC button to set the value of this digit. Press the SET button to confirm your setting. Once you have set all four digits, confirm the setting again by pressing the SET button. The setting for the minutes is then opened. Press the BIKE or TPC button to set the minutes. Once the minutes have been set, confirm the setting by pressing the SET button. The response Set OK appears on the display. If you want to configure further settings, press the BIKE or TPC button to access these. If you do not want to configure any further settings, press and hold the SET button. The settings menu closes. The VDO M6 returns to function mode. 49 M6 Settings total values altitude gain You can set the altitude gain covered in the M6 at any time. For example, you can set this value at the start of the next cycling season. You can set the values separately for bike 1 and bike 2. ATTENTION: the M6 has a data memory. No data is lost when the battery is replaced. How to set the total altitude gain:

be reset to zero any number of desired times during a trip be set to a distance value count forwards or backwards from the set distance value. How to set the navigator:

Press the BIKE button to display the navigator function. Once the navigator function is on the display, press and hold the SET button until the settings menu opens. First select whether the navigator should count forwards or backwards from the set value. Press the BIKE button to make the selection. Press the SET button to confirm your selection. The screen for setting the navigators distance value is opened. The first digit on the left flashes. Press the BIKE or TPC button to change this digit. Press the SET button to confirm the entry. 64 M6 Setting the navigator The second digit on the left flashes. Press the BIKE or TPC button to change this digit. Press the SET button to confirm the entry. Once all the digits have been set, confirm the entry by pressing the SET button. The response Set OK appears on the display. The settings menu closes. The VDO M6 returns to function mode. Resetting the navigator to zero The navigator can be reset to ZERO any number of desired times during a trip. How to reset the navigator:

Press the BIKE button to display the navigator function. Once the navigator function appears on the display, press and hold the BIKE button. Navigator RESET appears on the display. If you continue to hold down the BIKE button, the navigator is reset to ZERO. 65 M6 Trip section counter The VDO M6 has a time and distance counter that works similarly to a stopwatch. When the trip section counter is running, the time and the distance covered in this time are recorded. Starting the trip section counter Simultaneously press the BIKE and SET buttons. The section time immediately appears on the display and the icon for the trip section counter is visible. Press the BIKE button to scroll to the trip section. Stopping the trip section counter To stop the trip section counter, simultaneously press the BIKE and SET buttons. ATTENTION: if you take a break (speed = ZERO), the trip section counter will automatically stop. When you set off again (the trip section counter is still active, as shown by the icon on the display), the trip section counter will automatically run again. Restarting the trip section counter If you have manually stopped the trip section counter and now want to restart it, simultaneously press theBIKE and SET buttons again. The trip section counter continues from the last value. 66 M6 Resetting the trip section counter to zero To reset the counter either the section time or the section distance must be shown on the display. Press and hold the BIKE button. The text Trip Section RESET appears on the display. If you continue to hold down the BIKE button, the trip section data is now reset to zero. The following data is reset to zero:

Section distance Section ride time Resetting trip data after the trip After each trip, you can reset the data for this trip to zero. The VDO M6 is then ready for the next trip. ATTENTION: your total distance (total number of kilometres ridden), total ride time, total altitude and total calorie burn (with an activated heart rate option) are not reset to ZERO. How to reset the trip data:

Press and hold the BIKE button for a few seconds. The text Tour Data RESET appears on the display. If you continue to hold down the BIKE button, the trip data is now reset to zero. The following data is reset to zero:

Distance Ride time Average speed Maximum speed Altitude gain/loss Distance uphill/downhill Maximum altitude on the trip Average gradient uphill/downhill on the trip Maximum gradient uphill/downhill on the trip Elevation profile for the trip If the heart rate option is activated (see page 71):

Average heart rate Maximum heart rate Time in, over and under the set training zone Calories Heart rate graph Intensity graph If the cadence option is activated (see page 76):

Average cadence Maximum cadence 67 M6 intensity zones If the heart rate option is activated:

Distribution of the heart rate values across the Times in the intensity zones Calorie burn Average heart rate Maximum heart rate Time in/over/under the set training zone If the cadence option is activated:

Average cadence Maximum cadence Saving trip data The M6 can save the data for a trip. Data for 10 trips can be saved. If the data memory is full with 10 trips, the first trip saved is deleted and overwritten with the new trip to be saved. The following trip data is saved:

Trip date Distance Ride time Average speed Maximum speed Minimum/maximum temperature Altitude gain/loss Distance uphill/downhill Maximum altitude Average gradient uphill/downhill Maximum gradient uphill/downhill The save enquiry appears each time the trip data has been reset. The following text appears on the display: Store Data YES. Press the SET button to confirm that the trip data should be saved. If you do NOT want to save the data, press the BIKE button to select NO and confirm this selection by pressing the SET button. Once the trip data has (or has NOT) been saved, the M6 automatically returns to function mode. 68 M6 Accessing the trip data from the memory The M6 can store data from 10 trips. This data can be accessed at any time. How to access the trip data:

Press and hold the SET button until the menu opens:

Once the menu has opened Memory appears on the display. Press the SET button to open the memory. Press the BIKE or TPC button to scroll through the 10 stored trips. Press the SET button to open the desired trip. Press the BIKE or TPC button to scroll through the trip data. Press and hold the SET button to return to function mode. Bike selection: bike 1 or bike 2 The VDO M6 has an automatic bike recognition function. The digital data from the speed transmitter also informs the VDO M6 of whether bike 1 or bike 2 is currently being used. The total data is correspondingly stored for bike 1 or bike 2. ATTENTION: when using the transmitter for the first time, the bike recognition switch must be set to either BIKE 1 or BIKE 2. Only then will the automatic bike recognition work. See Setting the transmitter on page 20. 69 M6 Switching the backlight mode on or off The M6 has a backlit display. If backlight mode is activated, the display illuminates for several seconds each time a button is pressed. If backlight mode is activated, the light icon can be seen at the top of the display. ATTENTION: backlight mode is switched off if the M6 goes into sleep mode, e.g. if you take a break during a trip. This avoids unnecessary use of the battery. How to switch ON the backlight mode:

Simultaneously press the SET and TPC buttons. The text Light On and the light icon are displayed. How to switch OFF the backlight mode:

Simultaneously press the SET and TPC buttons. The text Light Off is displayed and the light icon disappears. 70 M6 Activating the heart rate option The M6 can also display heart rate values. ATTENTION: the heart rate option can only be activated if you have the VDO heart rate transmitter, product no. CP3013. How to activate the heart rate option:

(TOTAL/PULSE/CAD) button has the following functions:

TPC (TOTAL/PULSE/CAD) In function mode:

Access the heart rate functions Select the heart rate training zone

(scroll forwards through the functions)

(press and hold) In setting mode:

Scroll in the setting menu (backwards) Change the data to be set (decrease) 72 M6 Functions in the heart rate option If the heart rate option is activated, the heart rate functions are accessed by pressing the TPC (TOTAL/PULSE/CAD) button. The following functions can be sequentially accessed:

Heart rate graph Displays the heart rate progress for the current trip over the last 10-15 minutes. Zones graph With current heart rate as a percentage of the personal maximum heart rate and an indicator of the selected training zone (FIT/FAT/OWN). Intensity zones graph Indicates the percentage shares of the four pre-defined intensity zones during the training. Calories Indicates the calories burnt on the current trip. Average heart rate Indicates the average heart rate on the current trip. 73 M6 Functions in the heart rate option Maximum heart rate Indicates the maximum heart rate on the current trip. Time below the selected training zone. Indicates the time during which the current heart rate was under the lower limit for the training zone. Time in the selected training zone. Indicates the time during which the current heart rate was within the selected training zone. Time above the selected training zone. Indicates the time during which the current heart rate was above the upper limit for the training zone. 74 M6 Selecting the heart rate training zone If the heart rate option is activated, you can choose between three training zones:

How to select the heart rate training zone:

Press and hold the TPC (TOTAL/PULSE/CAD) button until the heart rate zone selection menu opens. FAT zone Select this training zone if you want to promote optimum fat burning while training. Lower limit: 55 percent of the HR max Upper limit: 70 percent of the HR max FIT zone Select this training zone if you want to enhance your general fitness. Lower limit: 70 percent of the HR max Upper limit: 80 percent of the HR max OWN zone Select this training zone if you have defined your own training target. You can set the lower and upper limits in the settings under MY DATA. Based on the calculated or set HR max, the calculated or set lower and upper limits for the respective training zone will appear on the display. Press the BIKE or TPC button to select one of the three training zones. Press the SET button to confirm the selection. The VDO M6 confirms your selection by displaying the text Set OK. The M6 automatically returns to function mode. 75 M6 Activating the cadence option The VDO M6 can also display the cadence. ATTENTION: to display the cadence, the VDO cadence transmitter, product no. CP3012, must be installed. The cadence option must be activated in the settings. How to activate the cadence option:

Permanently shown on the top right of the display. Average cadence CAD AVG:

The average cadence for the current trip is displayed. Maximum cadence CAD MAX:

The maximum cadence for the current trip is displayed. Attaching the cadence transmitter A description of how to attach the cadence transmitter can be found in the cadence transmitter instruction manual. A video of how to attach the cadence transmitter can be found at: www.vdocyclecomputing.com/service Heart rate + cadence option On the VDO M6, you can simultaneously activate the heart rate and cadence options. The heart rate and cadence are both shown on the display simultaneously. For how to activate the heart rate option, see page 71. For how to activate the cadence option, see page 76. 78 M6 Display with heart rate + cadence If both the heart rate and cadence options are activated both values are simultaneously shown on the display. The current heart rate is shown on the left of the middle line instead of the gradient uphill/downhill as a percentage. The cadence is displayed on the top right instead of the temperature. The gradient uphill/downhill as a percentage can be viewed by pressing the ALTI button. The temperature can now be accessed by pressing the BIKE button. 79 M6 Button allocation/functions with the heart rate + cadence options All heart rate and cadence functions are accessed by pressing the TPC (TOTAL/PULSE/CAD) button. A description of the heart rate functions can be found on page 73. A description of the cadence functions can be found on page 78. 80 M6 Replacing the battery in the computer To ensure your cycle computer is fully functional, we recommend replacing the battery annually. ATTENTION: your settings, total distance and total ride time information remain stored when you replace the battery. NO data is lost. You need a 3 V 2450 battery. We recommend using a branded battery from Sony, Panasonic, Varta or Duracell. How to replace the battery:

STEP 1 Use a coin to remove the battery compartment cover. STEP 2 Remove the dead battery. ATTENTION: Wait for 10 seconds before inserting the new battery. The electronics need this time to recognise that the battery is being changed. STEP 3 Insert the battery into the computer housing with the +pole up. Ensure that the battery is not tilted. Ensure that the rubber seal lies smoothly on the lid of the battery compartment. STEP 4 Insert the battery compartment cover into the opening and use a coin to turn it to right as far as it will go. oPEN 3 N E W cLoSE

1 o L d 2 10 SEc. 81 M6 Replacing the battery in the speed transmitter The battery in the speed transmitter should be replaced annually to guarantee seamless wireless transmission. You need a 3 V 2032 battery. We recommend using a branded battery from Sony, Panasonic, Varta or Duracell. How to replace the battery:

STEP 1 Use a coin to remove the battery compartment cover. STEP 2 Remove the dead battery. ATTENTION: Wait for 10 seconds before inserting the new battery. The electronics need this time to recognise that the battery is being changed. N E W STEP 3 Insert the battery into the transmitter housing with the +pole up. Ensure that the battery is not tilted. Ensure that the rubber seal lies smoothly on the lid of the battery compartment. STEP 4 Insert the battery compartment cover into the opening and use a coin to turn it to right as far as it will go. oPEN 3

cLoSE 1 o L d 2 10 SEc. 82 M6 Terms of guarantee VDO Cycle Parts offers a 2-year guarantee on your VDO computer, starting from date of purchase. This guarantee covers material and processing defects on the computer itself, the sensor/transmitter and the handlebar bracket. Cables, batteries and mounting materials are not covered by the guarantee. If your complaint is legitimate, you will receive a comparable replacement device. You are not entitled to a replacement of the identical model if the model in question is no longer in production due to a model change. Please contact the dealer from whom you purchased the device for all complaints and guarantee claims. Alternatively, send your complaint directly to:

The guarantee is only valid if the affected components have not been opened (exception: computers battery compartment), no force has been used and there is no sign of wilful damage. Cycle Parts GmbH Le Quartier Hornbach 13 67433 Neustadt/Weinstrasse Please store the purchase receipt in a safe place as it must be submitted in the event of a complaint. If you have any technical questions, please do not hesitate to call our hotline on:

+49 (0) 63 21- 95 82 7 - 10

+49 (0) 63 21- 95 82 7 - 18 Our telephone hotline is available to assist you between the hours of 10:00 -12:00 and 15:00 -17:00, Monday to Friday Additional technical information is available at:

www.vdocyclecomputing.com We reserve the right to make technical changes in the course of further development. 83 M6 Troubleshooting Error Half segments on the display

(e.g. after a battery change) No speed displayed No speed displayed No speed displayed No speed displayed Display becomes weak No heart rate displayed Possible cause Computer software not running correctly after battery change Distance from sensor to magnet too great or magnet not correctly aligned with the sensor position Computer not properly clicked into the handlebar bracket Wheel circumference is not correctly set or is at zero Battery in the transmitter is dead Battery dead Heart rate sensor has not been selected. No heart rate displayed Heart rate sensor has not been paired No heart rate displayed No cadence displayed Battery in the heart rate chest belt is dead Cadence sensor has not been paired No cadence displayed Battery in the cadence transmitter is dead Correction Remove and re-insert the battery Correct the sensor and magnet positions Insert the computer into the handlebar bracket and rotate it as far as possible

(click) Set the wheel circumference Replace the battery in the transmitter Check the battery, replace if nec. Select the heart rate sensor from the sensor selection area Activate the heart rate sensor, correctly position the heart rate chest belt on your body. Insert the computer into the handlebar bracket, heart rate symbol flashes to indicate pairing Replace the battery in the heart rate chest belt Activate the cadence sensor, insert the computer into the handlebar bracket, cadence symbol flashes to indicate pairing Replace the battery in the cadence transmitter 84 M6 Technical specifications Computer:

Approx. 49 H x 38 W x 12 D mm Display:

H approx. 39 mm, W approx. 29 mm Computer weight:

Approx. 30 g Handlebar bracket weight:

Approx. 10 g Speed transmitter weight:

Approx. 20 g Cadence transmitter weight:

Approx. 20 g Heart rate transmitter weight:

Approx. 50 g Computer battery:

3V, type 2450 Computer battery service life:

Approx. 2 years (approx. 400 ride hours, approx. 8,000 km

(5,000 mi) Speed transmitter battery:

3V, type 2032 Speed transmitter battery life:

Approx. 1.5 years (approx. 1,000 ride hours, approx. 20,000 km (12,000 mi) Cadence transmitter battery:

3V, type 2032 Cadence transmitter battery life:

Approx. 1.5 years (approx. 1,000 ride hours, approx. 20,000 km (12,000 mi) Heart rate transmitter battery:

3V, type 2032 Heart rate transmitter battery life:

Approx. 1.5 years (approx. 1,000 ride hours, approx. 20,000 km (12,000 mi) Wireless transmission ranges:

Speed transmitter: 75 cm Cadence transmitter: 90 cm Heart rate transmitter: 75 cm Temperature indicator range on the display:

-20C to +70C/ -4F to +158F Speed range for wheel size 2,155 mm:

Min 2.0 km/h, Max 199 kmh Ride time measurement range:

Up to 99:59:59 HH:MM:SS. Trip distance odometer measurement range:

Up to value 9,999.99 km or mi NAVIGATOR measurement range:

From -99.99 to +999.99 km or mi Total km measurement range:

Up to value 99,999 km or mi Total ride time measurement range:

9999:59 HHHH:MM Heart rate measurement range:

40 to 240 bpm Cadence measurement range:

20 to 180 rpm Wheel circumference setting range:

From 100 mm to 3,999 mm (3.9 to 157.4 inches) Altitude measurement range:

-999 m to +4,999 m/-999 ft to 16,999 ft 85 M6 Correct disposal of this product (electrical waste)

(To be used in EU countries and other European countries with a separate collection system). The labelling on the product and the relevant literature indicates that it must not be disposed of with normal house-

hold waste at the end of its service life. Please dispose of this device separately to other waste so as not to harm the environment or human health through uncontrolled waste disposal. Recycle the device to promote the sustainable reuse of material resources. Private users should contact the retailer from whom they purchased the product or the responsible EU declaration of conformity We, CYCLE PARTS GmbH, Le Quartier Hornbach 13, D-67433 Neustadt/Weinstrae, declare that when used as intended, the VDO cycle computer with wireless transmission VDO M6 and all transmitters D3-SPD, D3-CAD, D3-HR comply with the essential requirements established in Article 3 of the R&TTE Directive 1999/5/EC. FCC-Addendum 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,

(2) this device must accept any interference received, including interference that may cause undesired operation. and NOTE: This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates, uses and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation. IC-Addendum authorities to find out how they can recycle the device in an environment-friendly manner. Commercial users should contact their suppliers and consult the conditions of the sales agreement. This product must not be disposed of with other commercial waste. The declaration of conformity can be viewed at:

www.vdocyclecomputing.com. Neustadt, October 2013 If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures:

Increase the separation between the equipment and receiver. Reorient or relocate the receiving antenna. Connect the equipment into an outlet on a circuit different Consult the dealer or an experienced radio/TV technician from that to which the receiver is connected. for help. Changes or modifications not expressly approved by the party responsible for compliance could void the users authority to operate the equipment. This device complies with Industry Canada licence-exempt RSS standard(s). Operation is subject to the following two conditions:

(1) This device may not cause interference, and

(2) this device must accept any interference, including interference that may cause undesired operation of the device. This Class digital apparatus complies with Canadian ICES-003. 86 M6 Cycle Parts GmbH Le Quartier Hornbach 13 67433 Neustadt/Weinstrasse (Germany)

+49 (0) 63 21- 95 82 7 - 0 www.vdocyclecomputing.com

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User Manual II

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Artikel Nr. DIGITAL WIRELESS TRANSMISSION EUKONFORMITTSERKLRUNG dass der VDO Fahrradcomputer mit Funkbertragung VDO M WL und die Sender D-Speed, Wir, CYCLE PARTS GmbH, Le Quartier Hornbach , D- Neustadt / Weinstr., erklren, D-CAD und D-HR bei bestimmungsgemer Verwendung den grundlegenden Anforderungen gem Artikel der R&TTE Richtlinie / / EG entsprechen. Die Gerte wurden nach folgenden Normen geprft:

Sicherheit:

EMV/EMC:

Radio Spectrum: EN - V..: EN -: +A: EN - V..: / EN - V..: EU-DECLARATION OF CONFORMITY under our responsibility that the product VDO M WL and the transmitters D-Speed, D-CAD and We, CYCLE PARTS GmbH, Le Quartier Hornbach , D- Neustadt/Weinstr., declare D-HR are compliant with the essential requirements and other relevant requirements of the R&TTE Directive / / EG. The above units have been tested using standards:

Safety:

EMV/EMC:

Radio Spectrum: EN - V..: EN -: +A: EN - V..: / EN - V..: Neustadt / Weinstrae, October Gerold Weindel Geschftsfhrer Managing Director DIGITAL WIRELESS TRANSMISSION Artikel Nr. FCCADDENDUM This device complies with part of the FCC Rules. Operation is subject to the following two conditions:

() This device may not cause harmful interference, and

() this device must accept any interference received, including interference that may cause undesired operation. pursuant to part of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates, uses and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following NOTE: This equipment has been tested and found to comply with the limits for a Class B digital device, may cause harmful interference to radio communications. However, there is no guarantee that measures:

Reorient or relocate the receiving antenna. Connect the equipment into an outlet on a circuit different from that to which the receiver Consult the dealer or an experienced radio/TV technician for help. Increase the separation between the equipment and receiver. is connected. Changes or modi cations not expressly approved by the party responsible for compliance could void the users authority to operate the equipment. DIGITAL WIRELESS TRANSMISSION Artikel Nr. IC-CANADA-ADDENDUM This device complies with Industry Canada licence-exempt RSS standard(s). Operation is subject to the following two conditions: () this device may not cause interference, and () this device must accept any interference, including interference that may cause undesired operation of the device. Le prsent appareil est conforme aux CNR dIndustrie Canada applicables aux appareils radio exempts de licence. Lexploitation est autorise aux deux conditions suivantes : () lappareil ne doit pas produire de brouillage, et () lutilisateur de lappareil doit accepter tout brouillage radiolectrique subi, mme si le brouillage est susceptible den compromettre le fonctionnement. CAN ICES-(B)/NMB-(B)

		frequency	equipment class	purpose
1	2014-04-14	0.112 ~ 0.112	DXX - Part 15 Low Power Communication Device Transmitter	Original Equipment

Application Forms

app s	Applicant Information
1	Effective	2014-04-14
1	Applicant's complete, legal business name	Cycle Parts GmbH
1	FCC Registration Number (FRN)	0013683891
1	Physical Address	Le Quartier Hornbach 13
1		Neustadt, N/A 67433
1		Germany

app s	TCB Information
1	TCB Application Email Address	V******@BABT.COM
1	TCB Scope	A1: Low Power Transmitters below 1 GHz (except Spread Spectrum), Unintentional Radiators, EAS (Part 11) & Consumer ISM devices

app s	FCC ID
1	Grantee Code	TFO
1	Equipment Product Code	13013

app s	Person at the applicant's address to receive grant or for contact
1	Name	G****** W******
1	Title	CEO
1	Telephone Number	01149******** Extension:
1	Fax Number	01149********
1	E-mail	w******@cycleparts.de

app s	Technical Contact
		n/a

app s	Non Technical Contact
		n/a

app s	Confidentiality (long or short term)
1	Does this application include a request for confidentiality for any portion(s) of the data contained in this application pursuant to 47 CFR § 0.459 of the Commission Rules?:	Yes
1	Long-Term Confidentiality Does this application include a request for confidentiality for any portion(s) of the data contained in this application pursuant to 47 CFR § 0.459 of the Commission Rules?:	No
	if no date is supplied, the release date will be set to 45 calendar days past the date of grant.

app s	Cognitive Radio & Software Defined Radio, Class, etc
1	Is this application for software defined/cognitive radio authorization?	No
1	Equipment Class	DXX - Part 15 Low Power Communication Device Transmitter
1	Description of product as it is marketed: (NOTE: This text will appear below the equipment class on the grant)	Wireless Cycle Computer (Heart Rate Transmitter)
1	Related OET KnowledgeDataBase Inquiry: Is there a KDB inquiry associated with this application?	No
1	Modular Equipment Type	Does not apply
1	Purpose / Application is for	Original Equipment
1	Composite Equipment: Is the equipment in this application a composite device subject to an additional equipment authorization?	No
1	Related Equipment: Is the equipment in this application part of a system that operates with, or is marketed with, another device that requires an equipment authorization?	No
1	Is there an equipment authorization waiver associated with this application?	No
1	If there is an equipment authorization waiver associated with this application, has the associated waiver been approved and all information uploaded?	No

app s	Test Firm Name and Contact Information
1	Firm Name	Global United Technology Service Co., Ltd
1	Name	R** L****
1	Telephone Number	86-75********
1	Fax Number	86-75********
1	E-mail	r******@gtstest.com

Equipment Specifications
	Line	Rule Parts	Grant Notes	Lower Frequency	Upper Frequency	Power Output	Tolerance	Emission Designator	Microprocessor Number
1	1	15C		0.11200000	0.11200000

some individual PII (Personally Identifiable Information) available on the public forms may be redacted, original source may include additional details