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INSTRUCTION MANUAL Customer SERVICE Contacts Suunto USA Phone Suunto Canada Phone Web Site 1 (800) 543-9124 1 (800) 776-7770 www.suuntousa.com Suunto Europe Phone Fax Web Site +33 3 90 20 74 30 +33 3 90 20 74 40 www.suuntoeurope.com Suunto Oy Phone Fax Web Site +358 9 875 870 +358 9 8758 7301 www.suunto.com Congratulations, your newly purchased Wristop Computer is designed to provide years of enjoyment in whatever outdoor activities you engage.
TABLE OF CONTENTS CHAPTER 1 INTRODUCTION .......................................................... 6 1.1 GENERAL INFORMATION ............................................................................................ 6 1.2 MAIN FUNCTIONS (MODES) ........................................................................................ 6 1.2.1 Backlight Features ........................................................................................... 7 1.2.2 Water Resistance ...............................
2.4.2 How to Start the Countdown Timer ............................................................... 18 2.5 DUAL TIME SUB MODE (ALTIMAX) ........................................................................... 19 2.5.1 Setting the Dual Time Function ..................................................................... 19 CHAPTER 3 ALTIMETER MODE .................................................... 20 3.1 SETTING THE ALTIMETER ............................................................................
CHAPTER 6 FREQUENTLY ASKED QUESTIONS .......................... 36 6.1 GENERAL ..................................................................................................................... 36 6.1.1 Is the Wristop Computer waterproof? ........................................................... 36 6.1.2 How long will the battery last? ....................................................................... 36 6.1.3 What do the segments on the circumference mean? ...................................
6.4.2 Does the Wristop Computer show future trends in weather conditions? ..... 41 6.4.3 What does absolute pressure and relative pressure mean? ................... 41 6.4.4 What is temperature compensation? ............................................................ 41 6.5 COMPASS .................................................................................................................... 41 6.5.1 What is the purpose of the rotating outer bezel? .......................................... 41 6.
CHAPTER 1 INTRODUCTION 1.1 GENERAL INFORMATION The Wristop Computer is a reliable high precision electronic instrument, intended for recreational use. The outdoor enthusiast who enjoys venturing in sports like skiing, kayaking, mountain climbing, hiking and biking can rely on the Wristop Computers accuracy. The ergonomically designed Wristop Computer weighs only 2 ounces or 55 grams and is accompanied by a LCD featuring a large number display intended to be clearly visible in almost any condition.
In each of the functions, associated sub modes provide further enhancements to the usefulness of its owner. All key features and sub modes are discussed in detail following this section. Note: Wristop Computer models Vector and X-Lander provide the same features. The difference is the Vector is housed in a sturdy plastic case and the X-Lander is brushed aluminum. 1.2.1 Backlight Features The Wristop Computer has an electroluminescent backlight.
1.3.2 The [+] Button Is located on the bottom right of the Wristop Computer. In the setup process, pressing the [+] button changes or scrolls the value upward. In the timing and logbook functions, this button can act as a start/stop (or On/Off) button. 1.3.3 The [-] Button Is located on the bottom left of the Wristop Computer. In the setup process, pressing the [-] button changes or scrolls the value downward.
The display is divided into several regions or areas. The Outer Circumference encompasses the outer boundary of the LCD display. The peripheral segments are found in the Outer Circumference. A Barometric Trend Indicator provides a quick reference for forecasting weather conditions. Field 1 displays values either numbers or text depending on the mode or sub mode the user is in. Field 2 displays large numbers and/or related unit of measure of the function.
1.5 MEASUREMENTS AND UNITS The Wristop Computer supplies two units of measure: metric or imperial. Metric Unit of Measure m m/min °C mbar Imperial Unit of Measure ft ft/min °F inHg 1.5.1 Selecting the Units of Measurement To change the unit of measure displayed: 1. Check the mode indicator. If the mode arrow is not on TIME, PRESS the [Mode] button until the arrow is directly below TIME on the Mode Indicator Bar. 2. PRESS the [Mode] and [Select] buttons simultaneously and hold in for 3 seconds.
9. At the unit of measure desired, PRESS the [Select] button to move to the next unit. Located at the top center in Field 1, m/min or ft/min will begin to flash. 10 PRESS the [+] button to toggle between m/min and ft/min. 11 At the unit of measure desired, PRESS the [Mode] button to accept the changes. PRESS the [Mode] button again to return to the main time mode. Selecting the units of measurement is complete. 1.6 PRESSURE SENSOR CALIBRATION This is a FACTORY SETTING CALIBRATION.
1.7.1 Battery Replacement The Wristop Computer operates on a three-volt lithium cell Type: CR 2430. The maximum life expectancy is approximately 12-18 months. A low battery-warning indicator is activated when 5-15 percent of the battery capacity is still available. When this occurs we recommend replacement of the battery. Extreme cold weather will activate the low battery-warning indicator. Though the indicator is activated, the battery may not need to be replaced due to this condition.
After every battery replacement, it is necessary to calibrate the magnetic sensor. Details on performing this process are found in Calibrating the Compass section of this manual. CHAPTER 2 TIME MODE The Time Mode provides the user with: an adjustable 24/12 hour clock display; a calendar pre-programmed to the year 2089; and three sub modes: three daily alarms, stopwatch and countdown timer. To view and use the Time mode: Check the Mode Indicator Bar.
4. PRESS the [+] button to scroll the minutes upward or 5. At the minutes desired, PRESS the [Select] button to move to the next setting. Located in the center of Field 2, the hour will begin to flash. 6. PRESS the [+] button to scroll the hour upward or 7. At the hour desired, PRESS the [Select] button to move to the next setting. Located in Field 1, the 24 or 12 hour clock setting will begin to flash. 8. PRESS either the [+] or the [-] button to toggle between the 24hr and 12hr.
Note: If the user does not press any button for 1 minute in the setup mode, the display will automatically exit setup. Setting the time is now complete. 2.2 DAILY ALARM SUB MODE The Wristop Computer allows the user to select and enter settings for up to three alarms. In the TIME mode, PRESS the [Select] button once to enter this sub mode. In the Daily Alarm sub mode (Fig.
8. At the minutes desired, PRESS the [Mode] button to accept the changes and exit the setup program. A small bell will appear at the bottom left side in Field 2 to signify an alarm has been activated. The Alarm setup is complete. To activate up to three alarms, please repeat steps 1-8 for the selected alarm (1,2, or 3). Note: The Alarm volume can not be changed. 2.
2. PRESS the [-] button once to stop the stopwatch and to display a split time. 3. PRESS the [-] button a second time to release the split time display and resume the stopwatch. 4. PRESS the [+] button to stop the stopwatch. 5. PRESS the [-] button to reset the stopwatch to zero once the stopwatch has stopped. In the two finish time mode: 1. PRESS the [+] button to start the stopwatch in the stopwatch sub mode. 2.
2.4 COUNTDOWN TIMER SUB MODE In the TIME mode, PRESS the [Select] button three times to enter this sub mode. In the countdown timer sub mode (Fig. 41): Field 1 displays the seconds, Field 2 displays the current time, and Field 3 displays the hours and minutes and to the bottom far right the text timer. 2.4.1 How to Set the Countdown Timer 1. PRESS the [Select] button and hold in for 2 seconds. Located in Field 1, the seconds will begin to flash. 2.
Note: When the countdown timer is activated, the countdown timer will continue and remain in the background if the user is in other modes or sub modes. The user can identify the countdown timer still activated by the flashing text timer in Field 3. 2.5 DUAL TIME SUB MODE (ALTIMAX) Note: This feature applies to the Altimax Wristop Computer In the TIME mode, PRESS the [Select] button four times to enter this sub mode. In the dual time mode (Fig.
The dual time stays the same, even though the time in the main time mode is adjusted. For example, if you set the dual time to show your home time, your home time will always be displayed in this sub mode even though you travel to a different time zone and adjust the time in the main time mode. Note: The dual time function is completely independent and does not affect the alarms or the memory functions. These are dependent of the current local time.
THE CURRENT LOCATION WITH THE ASSOCIATED ALTITUDE MARKED. THE USER CAN PROCEED AND FOLLOW THE INSTRUCTIONS, SETTING THE ALTIMETER, PROVIDED IN THE SECTION BELOW. DETAILS REGARDING THE EFFECT OF AIR TEMPERATURE ON ALTITUDE MEASUREMENT ARE SHOWN ON PAGE 41 OF THIS MANUAL. IF THE ALTITUDE IS NOT KNOWN, THE USER CAN SET THE SEA LEVEL PRESSURE IN THE BAROMETRIC MODE (REFER TO PAGE 31, SETTING THE SEA LEVEL PRESSURE).
5. At the desired setting, PRESS the [Select] button to move to the next setting. Located in the center of Field 2, the alarm altitude will begin to flash. 6. PRESS the [+] button to scroll the altitude upward or PRESS the [-] button to scroll the altitude downwards. 7. At the desired altitude, either PRESS the [Mode] button to accept the changes and return to the main mode or PRESS the [Select] button to move to the next setting.
3.2 ALTITUDE DIFFERENCE MEASUREMENT SUB MODE In the Altimeter mode, PRESS the [Select] button once to enter this sub mode. In the Altitude Difference measurement sub mode (Fig. 13): Field 1 displays the vertical ascent or descent rate; Field 2 displays the current altitude in increments of 5 meters or 10 feet depending on the unit of measure selected; and Field 3 displays the running time; to the left of the time is the text differ.
3.3 24-HOUR MEMORY SUB MODE In the Altimeter mode, PRESS the [Select] button twice to enter this sub mode. In the 24-hour memory sub mode (Fig. 15): Field 1 displays the vertical ascent or descent rate; Field 2 displays the current altitude in increments of 5 meters or 10 feet depending on the unit of measure selected; and Field 3 displays the particular hour and to the left the text memory.
The second display shows the ascent information for the particular logbook that is being viewed (Fig. 17). Field 1 displays the average ascent rate during the event; Field 2 displays the total vertical ascent ; and Field 3 displays the text ASC along with the text Log Book to the left. The third display shows the descent information for the particular logbook that is being viewed (Fig. 18).
3.4.1 How to Start and Stop a Logbook For the Vector and X-Lander models: In the Altimeter main mode or the difference measurement sub mode, PRESS the [+] button. A beep will be heard and the flashing text Log Book will appear in Field 3 to indicate the start of the recording. Note: For the Vector and X-Lander models,while in the recording phase of the current logbook, the user will be unable to view this data.
After the third display is shown, the Altimax automatically returns to the main mode in which the user was viewing. Note: During this process, pressing the [-] button allows the user to move on to the next of the three displays. 3.5 LOGBOOK HISTORY SUB MODE The Logbook history shows a summation of all logs recorded. In the Altimeter mode, PRESS the [Select] button four times to enter this sub mode. The logbook history mode features four displays. In the first display (Fig.
3.5.1 Clearing the Logbook History To clear the history of the logbook (Fig. 28): 1. In any of the logbook history displays, PRESS the [Select] button and hold in for 2 seconds. Located in Field 1 is the text CLR; in Field 2 the text HIS; and in Field 3, nO will begin to flash. 2. PRESS the [+] button to toggle between YES and NO. 3. PRESS the [Mode] button to accept the option YES. The logbook history is erased and a new starting date is set to begin new cumulative measurements.
To view and use the Barometer mode: Check the Mode Indicator Bar. If the mode arrow is not on BARO, PRESS the [Mode] button until the arrow is directly below BARO on the bar. In the Barometer mode (Fig. 5): Field 1 displays the current temperature. Field 2 displays the current absolute atmospheric pressure. Field 3 displays the current time.
4.1.1 How to Start the Pressure Difference Measurement 1. PRESS the [Select] button and hold in for 2 seconds. Located in Field 1 is the text SET; located in Field 2, zero will begin to flash (Fig. 29). 2. PRESS the [Mode] button to accept the flashing zero and start the difference measurement. If the user does not desire to begin the difference measurement, PRESS either the [+] or the [-] button to toggle to the current barometric pressure reading, then PRESS the [Mode] button to exit the setup program.
4.3 SEA LEVEL PRESSURE SUB MODE Sea level pressure is pressure relative to sea level where as the pressure read in the main barometric display is absolute pressure in the current location. In the Barometer mode, PRESS the [Select] button three times to enter this sub mode. In the sea level pressure sub mode (Fig. 32): Field 1 displays the text SEA; Field 2 displays the current sea level pressure; and Field 3 displays the current time. 4.3.
4.4 BAROMETRIC TREND INDICATOR Located on the top left corner of the LCD display resides the Barometric Trend Indicator. This feature is always displayed in all main modes providing the user a continual quick reference to analyze upcoming weather conditions. The Barometric trend is comprised of two lines forming an arrow. Each line represents a 3-hour period. The right line represents the last 3 hours. The left line represents 3 hours prior to the last 3 hours.
bearing degrees; a North-South arrow; a bearing track mode showing desired direction and actual bearing; a bubble level for accuracy reading +3 degrees (except in the X-Lander); a rotating bezel; a resolution of 1° for the bearing, +5° for North-South direction; and a declination correction feature. To view and use the Compass Mode: Check the Mode Indicator Bar. If the mode arrow is not on COMP, PRESS the [Mode] button until the arrow is directly below COMP on the bar.
5.1 BEARING TRACKING SUB MODE The user can select to change from the cardinal point mode to the bearing track function and utilize the bearing lock function in this mode for tracking purposes (Fig. 7). In the compass main mode: 1. PRESS the [Select] button and hold in for 2 seconds. Located in Field 1, OFF will begin to flash (Fig. 8). 2. PRESS either the [+] or the [-] button to change the setting between OFF and ON. 3. At the selection desired, PRESS the [Select] button to move to the next setting.
5.2.1 Setting the Local Declination 1. PRESS the [Select] button and hold in for 2 seconds. Located in Field 1, OFF will begin to flash. 2. PRESS either the [+] or the [-] button to change the declination direction in Field 1. 3. At the direction desired, PRESS the [Select] button to move to the next setting. Located in Field 2, the degrees will begin to flash. 4. PRESS the [+] button to scroll the degrees upward or PRESS the [-] button to scroll the degrees downward. 5.
direction of turning does not matter. The lit segments will be turned off as the turning proceeds. When the first full circle is completed, the instrument will inform the user within one minute of whether the calibration was successful displaying the text dOnE in Field 2 (Fig. 37) or if the process needs to be repeated displaying PUSH and - in Field 2. Note: The user may need to perform the rotating of the compass more than twice around for the calibration to be completed.
6.1.3 What do the segments on the circumference mean? In the Altimeter mode, one full circle equals 1,000 meters or 1,000 feet, therefore the segments on the circumference graphically show the user the altitude over a full thousand. When using the difference measurement function of the altimeter, the segments indicate the vertical difference in the elevation over a full thousand either to the right if youre ascending or to the left if youre descending.
6.2 TIME 6.2.1 Why do the segments on the circumference increase and decrease when I am in the Time mode? The main function of the segments is related to the Compass mode, where a division into 36 segments is necessary due to the 360-degree scale of a compass. In the Time mode, the segments show the advancement of seconds.
To avoid excessive battery drain, the recording is not continuous. The recording functions have certain timeouts (i.e. the recording will be turned off automatically after a certain time). The timeouts are shorter for the faster interval and longer for the slower interval. 6.3.4 What is the duration readout? The duration readout tells you how many hours and/or minutes the event recorded into the logbook lasted. For example, if youre hiking from 1 p.m. to 6 p.m.
Third, if thinking about the difference measurement function and how this is affected by the example situation, the Wristop Computer will show you the absolute difference between 5,000 ft and 8,000 ft (beginning and end). The fact that youve been down to 3,000 ft in-between does not have an impact on the absolute vertical altitude difference between starting point and finish.
6.4.2 Does the Wristop Computer show future trends in weather conditions? No, the Wristop Computer continually accumulates data on barometric pressure existent within a 3 to 6 hour window and displays general barometric trends in weather based on the accumulated data. 6.4.3 What does absolute pressure and relative pressure mean? Absolute pressure is the actual pressure in any location at any given time.
6.5.2 Where do I find the correct declination for my area so I can set my Wristop Computer? Local declination, either E or W, is usually marked on maps with either one-degree or half-degree accuracy. 6.6 EFFECT OF AIR TEMPERATURE ON ALTITUDE MEASUREMENT The atmospheric pressure means the weight of air mass above the observer: at a higher altitude there is less air than at a lower altitude. The principle of an altimeter is to measure the different air pressure between different altitudes.
1800 5906 3.3 37.9 2000 6562 2.0 35.6 2400 7874 -0.6 30.9 2800 9187 -3.2 26.2 3000 9843 -4.5 23.9 3400 11155 -7.1 19.2 3800 12468 -9.7 14.5 4000 13124 -11.0 12.2 4500 14765 -14.3 6.4 5000 16405 -17.5 0.5 5500 18046 -20.8 -5.4 6000 19686 -24.0 -11.2 Table 1. Normal temperatures corresponding to different altitudes Now the altitude measurement error caused by an abnormal temperature gradient can be approximated as follows.
Set reference altitude (real altitude) Displayed altitude Real outside temperature Normal (table) temperature Temperature offset (= real - normal) Sum of temperature offsets Lower point 1000 m +17.5 ºC +8.5 ºC +9 ºC +9 ºC + +11 ºC = 20 ºC Higher point 3000 m +6.5 ºC -4.5 ºC +11 ºC Table 2. Example using meters and Celsius Table 3 shows an example in which the temperature offsets are negative This time imperial units are used. The reference altitude is set at 3280 feet.
8. ABBREVIATIONS dEF - SNR RE CLR ASC - dSC bEG HIS dUA dUR CMP CAL bEA default factory setting of pressure sensor, corresponds to standard (1013 mbar or 29,90 inHg) airpressure at sea level sensor (used in sensor calibration) reference altitude clear ascent - descent begin history dual time duration compass calibration bearing 9.
11. LIMITS OF LIABILITY AND ISO 9001 COMPLIANCE If this product should fail due to defects in materials or workmanship, Suunto Oy will, at its sole option, repair or replace it with new or rebuilt parts, free of charge, for two (2) years from the date of its purchase. This warranty is extended only to the original purchaser and only covers failures due to defects in materials and workmanship that occur during normal use while in the period of the warranty.
