RYP15331Speed and distance sensor for bicycles

 

 

      

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% &'( )))*'*+, 4 1. INTRODUCTION Suunto Bike Pod is an accessory for your Suunto t6 wristop computer. It is a light-weight, wireless speed and distance sensor that combines new speed and distance functions with the detailed heart rate analysis and training benefits of your Suunto t6, creating one of the most advanced cycling-specific training tools available. Suunto Bike Pod measures your cycling speed and distance via a separate spoke magnet. Measurement is effortless and when properly calibrated, also very accurate. Suunto Bike Pod adds new features to your Suunto t6. When you have paired the Bike Pod with your Suunto t6, the wristop computer displays your current speed, the distance from start and the lap distance. Furthermore, it stores lap times automatically according to the distance set by the user, alarms for too fast or too slow speed, and offers a distance-based interval training function. NOTE: The Suunto t6 functions related to the use of your Suunto Bike Pod are explained in the Suunto t6 instruction manual. You can download the latest ver- sion of the manual in www.suunto.com. 2. BEFORE USE 2.1. PAIRING YOUR BIKE POD Before you can use your Suunto Bike Pod, you have to pair it with your Suunto t6. This process can be compared to the tuning of a normal radio. To be able to listen to a specific radio station, you have to tune the radio to the correct fre- quency. Similarly, to be able to use your Suunto t6 with a specific Bike Pod, you must pair them with each other. This is only necessary when you use your Bike Pod for the first time. To pair your Bike Pod with your Suunto t6: 1. Remove the Bike Pod battery. 2. Short-circuit the - and + metal plates in the battery compartment by connect- ing them with a metal instrument. 3. Select Pair in the Training menu of your Suunto t6. 4. Select Bike POD. The message ‘TURN ON NEW DEVICE’ is displayed. 5. Insert the battery in the battery compartment and wait for acknowledgement. Within 30 seconds, either ‘PAIRING COMPLETE’ or, if pairing failed, ‘NO DEVICES FOUND’ is displayed. 6. If pairing is successful, close the battery compartment cover. If pairing fails, remove the battery and repeat steps 2-5. 3. USING YOUR BIKE POD 3.1. ATTACHMENT Suunto Bike Pod is attached to the hub of the front wheel, and the spoke mag- net is attached to a spoke as close to the Bike Pod as possible. 1. Loosen the front wheel attachment mechanism. (You can attach the Bike Pod to forks that use both the quick-release mechanism and traditional axle bolts.) 2. Position your Bike Pod horizontally on the front axle between the fork and the hub in a way that the Bike Pod logo points towards the wheel. 3. Fasten the wheel attachment mechanism. 4. Attach the spoke magnet to a spoke of the front wheel at the same level as the sensor. The magnet must be facing the speed sensor, and pass it at a correct distance. A suitable distance is 4-6 mm (0.2"). 5 3.2. ACTIVATION AND DEACTIVATION Your Bike Pod is activated automatically when the spoke magnet passes the speed sensor i.e. when the front wheel spins. It stays active throughout the cycling trip and for half an hour after the sensor has stopped getting readings from the magnet. 3.3. CONNECTION To use your Bike Pod, you must establish a connection between it and your Suunto t6. This can be compared to listening to a radio. To be able to receive the radio broadcast signal, you need to switch the radio on. Similarly, for your Suunto t6 to be able to receive the signal from your Bike Pod, the devices must be connected. You need to establish the connection every time you want to use your Suunto t6 with your Bike Pod. 1. Spin the front wheel so that the spoke magnet passes the sensor. 2. Select Connect in the Speed/Distance menu of your Suunto t6. Suunto t6 informs you when the device has been found. If the connection fails, Suunto t6 displays the message ‘ NO DEVICES FOUND’. In this case, spin the front wheel again to ensure that the Bike Pod is active and try again. 3.4. CALIBRATION Suunto Bike Pod measures your bike’s speed and distance from the rotation of the front wheel. Since a single rotation of a smaller wheel does not take you as far as that of a larger wheel, your Suunto t6 needs a specific calibration factor that takes the tire size into consideration. For the measurements to be accurate, you need to adjust the calibration factor of your Suunto t6 to match that of your wheel size. To define the exact calibration factor, measure the tire circumference or cali- brate your Bike Pod using a known distance. 3.4.1. Measuring the circumference manually 1. Set a measuring cord on the floor. 2. Ride along the cord so that the tires rotate fully at least once. (The measure- ment is more accurate if you sit on your bike and do not just push it along the cord.) 3. Measure the covered distance with the accuracy of a millimeter. (Divide the distance with the number of rotations if more than one rotation.) 4. Divide the circumference by 2050 (e.g. 2096 / 2050 = 1.022439 = 1.022). 3.4.2. Calibrating the Bike Pod using a known distance 1. Select Connect in the SPD/DST menu of your Suunto t6. 2. Reset the distance measurement at the startline. 3. Press START/STOP in SPD/DST mode and cover a known distance with your bike. 4. Press START/STOP to stop the measurement. 5. Select Calibrate in the SPD/DST mode. 6. Select Bike POD and replace the measured distance with the correct dis- tance. 3.4.3. Calibrating the Bike Pod using the calibration factor table You can also calibrate the Bike Pod using the calibration factor table.The data in the table comes from various tire manufacturers and the European Tire and Rim Technical Organisation. Because of the differences in the tire pressure, tread pattern, and measurement methods, the table is only indica…

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PHOTOS SUUNTO Bike Pod Bike Pod Bike Pod

PHOTOS SUUNTO Road Bike Pod Road Bike Pod Road Bike Pod

Bike Pod Bike Pod

Road Bike Pod Road Bike Pod

Identification: T06-110C-EMC Product compliance test EMC-measurements Page: 1 of 18 EMC Laboratory MS-Word2000 Test results are valid for the tested unit only. The report may be copied only in its entireness NATLABS Oy VAT nr: Tel: +358 20 475 2600 Nordic Accredited Testing Laboratories FI 1871439 4 Fax: +358 20 475 2719 P.O. Box 1300, Koneenkatu 12 Email: [email protected] FIN-05801 Hyvinkää, Finland Test report for Suunto Bike Pod Report Date: November 13, 2006 Signatures: Tested by: ________________ Jani Kiiski Test Engineer Contents approved: ________________ Tuomo Hahl Test Engineer Identification: T06-110C-EMC Product compliance test EMC-measurements Page: 2 of 18 EMC Laboratory MS-Word2000 Test results are valid for the tested unit only. The report may be copied only in its entireness NATLABS Oy VAT nr: Tel: +358 20 475 2600 Nordic Accredited Testing Laboratories FI 1871439 4 Fax: +358 20 475 2719 P.O. Box 1300, Koneenkatu 12 Email: [email protected] FIN-05801 Hyvinkää, Finland CONTENTS 1 LABORATORY INFORMATION .................................................................................................................................... 3 2 CUSTOMER INFORMATION .......................................................................................................................................... 3 3 SUMMARY OF TEST RESULTS ..................................................................................................................................... 4 4 EUT INFORMATION......................................................................................................................................................... 5 4.1 EUT description ......................................................................................................................................... 5 4.2 EUT TEST SETUPS .................................................................................................................................. 6 5 APPLICABLE STANDARDS............................................................................................................................................. 6 6 FIELD STRENGTH OF FUNDAMENTAL ..................................................................................................................... 7 6.1 Test setup and measurement method ......................................................................................................... 7 6.2 EUT operation mode .................................................................................................................................. 7 6.3 Limit........................................................................................................................................................... 7 6.4 Results........................................................................................................................................................ 7 7 RADIATED SPURIOUS EMISSIONS .............................................................................................................................. 8 7.1 Test setup ................................................................................................................................................... 8 7.2 Test method................................................................................................................................................ 9 7.3 EUT operation mode .................................................................................................................................. 9 7.4 Limit........................................................................................................................................................... 9 7.5 Results...................................................................................................................................................... 10 8 20 dB BANDWIDTH ......................................................................................................................................................... 11 8.1 Test setup and measurement method ....................................................................................................... 11 8.2 EUT operation mode ................................................................................................................................ 11 8.3 Results...................................................................................................................................................... 12 8.4 Screen shots ............................................................................................................................................. 12 9 99 % BANDWIDTH.......................................................................................................................................................... 13 9.1 Test setup and measurement method ....................................................................................................... 13 9.2 EUT operation mode ................................................................................................................................ 13 9.3 Results...................................................................................................................................................... 14 9.4 Screen shots ............................................................................................................................................. 14 10 FREQUENCY STABILITY.............................................................................................................................................. 15 10.1 Test setup and measurement method ....................................................................................................... 15 10.2 EUT operation mode ................................................................................................................................ 15…

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Identification: T06-110F-EMC Product compliance test EMC-measurements Page: 1 of 18 EMC Laboratory MS-Word2000 Test results are valid for the tested unit only. The report may be copied only in its entireness NATLABS Oy VAT nr: Tel: +358 20 475 2600 Nordic Accredited Testing Laboratories FI 1871439 4 Fax: +358 20 475 2719 P.O. Box 1300, Koneenkatu 12 Email: [email protected] FIN-05801 Hyvinkää, Finland Test report for Suunto Road Bike Pod Report Date: November 13, 2006 Signatures: Tested by: ________________ Jani Kiiski Test Engineer Contents approved: ________________ Tuomo Hahl Test Engineer Identification: T06-110F-EMC Product compliance test EMC-measurements Page: 2 of 18 EMC Laboratory MS-Word2000 Test results are valid for the tested unit only. The report may be copied only in its entireness NATLABS Oy VAT nr: Tel: +358 20 475 2600 Nordic Accredited Testing Laboratories FI 1871439 4 Fax: +358 20 475 2719 P.O. Box 1300, Koneenkatu 12 Email: [email protected] FIN-05801 Hyvinkää, Finland CONTENTS 1 LABORATORY INFORMATION .................................................................................................................................... 3 2 CUSTOMER INFORMATION .......................................................................................................................................... 3 3 SUMMARY OF TEST RESULTS ..................................................................................................................................... 4 4 EUT INFORMATION......................................................................................................................................................... 5 4.1 EUT description ......................................................................................................................................... 5 4.2 EUT TEST SETUPS .................................................................................................................................. 6 5 APPLICABLE STANDARDS............................................................................................................................................. 6 6 FIELD STRENGTH OF FUNDAMENTAL ..................................................................................................................... 7 6.1 Test setup and measurement method ......................................................................................................... 7 6.2 EUT operation mode .................................................................................................................................. 7 6.3 Limit........................................................................................................................................................... 7 6.4 Results........................................................................................................................................................ 7 7 RADIATED SPURIOUS EMISSIONS .............................................................................................................................. 8 7.1 Test setup ................................................................................................................................................... 8 7.2 Test method................................................................................................................................................ 9 7.3 EUT operation mode .................................................................................................................................. 9 7.4 Limit........................................................................................................................................................... 9 7.5 Results...................................................................................................................................................... 10 8 20 dB BANDWIDTH ......................................................................................................................................................... 11 8.1 Test setup and measurement method ....................................................................................................... 11 8.2 EUT operation mode ................................................................................................................................ 11 8.3 Results...................................................................................................................................................... 12 8.4 Screen shots ............................................................................................................................................. 12 9 99 % BANDWIDTH.......................................................................................................................................................... 13 9.1 Test setup and measurement method ....................................................................................................... 13 9.2 EUT operation mode ................................................................................................................................ 13 9.3 Results...................................................................................................................................................... 14 9.4 Screen shots ............................................................................................................................................. 14 10 FREQUENCY STABILITY.............................................................................................................................................. 15 10.1 Test setup and measurement method ....................................................................................................... 15 10.2 EUT operation mode ..............................................................................................................................…

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Identification: T06-110C-EMC_PHOTOS Product compliance test EMC-measurements Page: 1 of 2 NATLABS MS-Word2000 Test results are valid for the tested unit only. The report may be copied only in its entireness NATLABS Oy VAT nr: Tel: +358 20 475 2600 Nordic Accredited Testing Laboratories FI 1871439 4 Fax: +358 20 475 2719 P.O. Box 1300, Koneenkatu 12 Email: [email protected] FIN-05801 Hyvinkää, Finland 13 TEST SETUP PHOTOGRAPHS Picture 1: Spurious emission and field strength measurement setup EUT orientations Picture 2: Pos 1 Identification: T06-110C-EMC_PHOTOS Product compliance test EMC-measurements Page: 2 of 2 NATLABS MS-Word2000 Test results are valid for the tested unit only. The report may be copied only in its entireness NATLABS Oy VAT nr: Tel: +358 20 475 2600 Nordic Accredited Testing Laboratories FI 1871439 4 Fax: +358 20 475 2719 P.O. Box 1300, Koneenkatu 12 Email: [email protected] FIN-05801 Hyvinkää, Finland Picture 3: Pos 2 Picture 4: Pos 3

Identification: T06-110F-EMC_PHOTOS Product compliance test EMC-measurements Page: 1 of 2 NATLABS MS-Word2000 Test results are valid for the tested unit only. The report may be copied only in its entireness NATLABS Oy VAT nr: Tel: +358 20 475 2600 Nordic Accredited Testing Laboratories FI 1871439 4 Fax: +358 20 475 2719 P.O. Box 1300, Koneenkatu 12 Email: [email protected] FIN-05801 Hyvinkää, Finland 13 TEST SETUP PHOTOGRAPHS Picture 1: Spurious emission and field strength measurement setup Identification: T06-110F-EMC_PHOTOS Product compliance test EMC-measurements Page: 2 of 2 NATLABS MS-Word2000 Test results are valid for the tested unit only. The report may be copied only in its entireness NATLABS Oy VAT nr: Tel: +358 20 475 2600 Nordic Accredited Testing Laboratories FI 1871439 4 Fax: +358 20 475 2719 P.O. Box 1300, Koneenkatu 12 Email: [email protected] FIN-05801 Hyvinkää, Finland EUT orientations Picture 2: Pos 1 Picture 3: Pos 2 Picture 4: Pos 3