User manual CAT EYE CC-2000 (SOLAR)

[. . . ] · Do not leave the computer in direct sunlight for a long period of time. · When cleaning the computer, bracket and sensor, do not use thinners, benzene, or alcohol. · LCD screen may be distorted when viewed through polarized sunglass lenses. Before using the computer, please thoroughly read this manual and keep it for future reference. [. . . ] WARNING / CAUTION ·Sensor * After replacing the computer battery, follow the procedure described in SETTING. When the speed is not displayed even after adjusting correctly, replace the battery. After replacement, check the positions of the sensor and magnet. Troubleshooting The sensor signal icon does not flash (the speed is not displayed). If the sensor signal icon flashes, this trouble may be a matter of transmission distance due to battery drain, but not any malfunction. ) Wireless Sensor Check that the clearance betw een the sensor and m agnet is not too large. (Clearance: w ithin 5 m m ) Check that the m agnet passes through the sensor zone correctly. (Distance: w ithin 20 to 70 cm ) Install the sensor within the specified range. After replacement, follow the procedure "Replacing the battery". After replacement, follow the procedure described in SETTING. Incorrect data appear. Follow the procedure described in SETTING. Install the sensor and magnet A The distance between the computer and the sensor B The magnet passes through the sensor zone. C The clearance between the sensor and magnet is 5 must not exceed the transmission range of 70 cm. Pressing MODE switches the measurement data at the bottom in the order of OPERATION FLOW. Pressing and holding MODE on the measuring screen returns the measurement data to 0. The odometer is not reset. STANDARD PARTS #160-2190 : Parts kit #160-2193 : Bracket Power-saving mode If the computer has not received a signal for 10 minutes, power-saving mode will activate and only the clock will be displayed. When the computer receives a sensor signal, the measuring screen reappears. If another 2 weeks' inactivity elapsed, SLEEP will be displayed on the screen. Pressing the MODE in SLEEP mode brings up the measuring screen. #160-2196 : Speed sensor #166-5150 : Lithium battery (CR2032) Calorie Consumption *2 The calorie consumption data is only the accumulated value that is calculated from the speed data of every second. Speed 10 km/h [mph] 20 km/h [mph] 30 km/h [mph] Kcal per hour 67. 3 kcal 244. 5 kcal 641. 6 kcal [155. 2 kcal] [768. 2 kcal] [2297. 2 kcal] #160-0280 : Bracket band #169-9691 : Wheel magnet How to calculate the Carbon offset *3 * This factor of 0. 15 is determined by applying the average value of the overall gasoline-powered passenger cars in 2008 to the equation of the "Carbon offset from 1km drive of a gasolinepowered car" described on the website of the Ministry of Land, Infrastructure and Transport and Tourism. The Carbon offset are calculated as follows. Trip distance (km) x 0. 15 = Carbon offset (kg) Option parts #160-2980 : Nylon tie bracket CC-2000 (SOLAR) URBAN WIRELESS 3 The sensor was designed to receive signals within a maximum range of 70 cm, to reduce chance of interference. [. . . ] Speed 10 km/h [mph] 20 km/h [mph] 30 km/h [mph] Kcal per hour 67. 3 kcal 244. 5 kcal 641. 6 kcal [155. 2 kcal] [768. 2 kcal] [2297. 2 kcal] #160-0280 : Bracket band #169-9691 : Wheel magnet How to calculate the Carbon offset *3 * This factor of 0. 15 is determined by applying the average value of the overall gasoline-powered passenger cars in 2008 to the equation of the "Carbon offset from 1km drive of a gasolinepowered car" described on the website of the Ministry of Land, Infrastructure and Transport and Tourism. The Carbon offset are calculated as follows. Trip distance (km) x 0. 15 = Carbon offset (kg) Option parts #160-2980 : Nylon tie bracket CC-2000 (SOLAR) URBAN WIRELESS 3 The sensor was designed to receive signals within a maximum range of 70 cm, to reduce chance of interference. When adjusting the wireless sensor, note the following: · Signals cannot be received if the distance between the sensor and the computer is too large. [. . . ]