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BUTTON OPERATIONS

MODE BUTTON

    Press the MODE button to move between all functions in loop 
sequence as “→ ” path from one function screen to another.

1. Setup operations include 12/24hour clock,, wheel circumference, 
     units  and fuel meter input resistance selection. These must be 
     set up step by step. The computer will be automatic reversion to 
     normal mode if no button operation for 75 seconds at any setting 
     screen. 
2.  Press both MODE & RESET buttons to go into setting screen. In 
     each setting screen, press RESET button to increment the flashing 
     digit by 1 or convert units, press MODE button to confirm the digit 
    setting and jump to next digit or next setting screen to be set. Press 
    MODE button for 2 seconds at any setting screen to finish the setting 
    and go to normal mode.
3. It displays "12 or 24H and XX:XX-XX" symbols as well AM/PM in 
    12H mode. Operates buttons as per descriptions of item 2 to finish 
    clock setting and jump to wheel circumference setting. 
4. In "cXXXX" display, "c" means "Circumference", following 4 default 
    digits; flashing digit is digit to be set. Follow the item 2 of button 
    operation to finish the wheel circumference setting and jump to 
    unit setting.
5. It displays KM/H or MPH, each press of RESET button switches 
    units; press MODE button to confirm unit setting and jump to fuel 
    sensor resistance setting. 
6. It displays “100r” and fuel tank symbol, follow the item 2 to select 
    100, 250, 510ohm, -100, -250, -510Ohm or OFF and jump to jump 
    to clock setting or return to Normal Mode. The fuel meter bar will 
    disappear if you select oFF mode.

  

RESET BUTTON

1. Press MODE button to get to the desired screen then press 
    RESET button for 2 seconds to reset Trip 2,  MAX SPD and 
    AVG speedometer from stored values to zero individually. 
2. The data of Trip 1, AVG & RT can be reset at the same time
    when one of the 3 data functions is being reset.   
3. ODO, clock and TT data cannot be reset. 

Mode

FUNCTIONS

Km/H or MPH: Speedometer

  Displays speed meter up to 399 Km/H or 248 MPH.

MAX: Maximum Speed Meter

  Displays highest speed achieved since last Reset operation.

AVG: Average Speed Meter

  It calculates average speed since last RESET. The AVG is calculated 
  from TRIP 1 be divided by RT.

TRIP 1&2: Trip Meter 1 and 2

TRIP function accumulates trip distance since last RESET as long as 
bike/vehicle is in motion.

ODO: Odometer

ODO accumulates total accumulated distance traveled during 
bike moving.

RT: Riding Timer

1. Calculates total running time since last RESET.
2. Count automatically begins with movement.

TT: Total Riding Time

1. Calculates total riding time traveled during bike moving.
2. TT data is stored in memory, and cannot be reset.

        : 12/24 hour Clock

It displays 12 or 24 hour current time. 

       : Fuel Gauge

1. Have 7 bars to indicate how much fuel remains.
2. Built-in +/- 100, 250 and 510Ohm fuel sender resistance, 
    the fuel bar display will disappear in when you select “ off ” 
    mode.    
3. Last bar flashes to indicate low fuel level automatically.

Mode

Mode

Mode

WHEEL CIRCUMFERENCE TABLE

Ti

re 

Siz

e

Circumferen

ce number 

(mm)

Ti

re 

Siz

e

Circumferen

ce number 

(mm)

Ti

re 

Siz

e

Circumferen

ce number 

(mm)

23 inch
24 inch
25 inch
26 inch

19 inch
20 inch
21 inch
22 inch

15 inch
16 inch
17 inch
18 inch

1835
1915
1995
2075

1516
1596
1676
1756

1197
1277
1357
1436

1. The details below have been calculated using following formula: Tire 
    Diameter (inches) x 25.4(mm/inches) x 3.1416 = wheel circumference 
     (in mm).
2. Identify the tire size of your ATV/Motorcycle when you need to change
    different tire size and key in the corresponding number shown in the 
    following chart.

3. The computer calculates the wheel rotating length between 2 passes 
     of the magnet; use this table to find the settings when you are using 
     a reed sensor or an universal hall sensor with magnet to measure
     your speed. 
4. If you are using a cable drive speed sensor then divide the number in 
    the above table by the number of turns of the cable drive for each 
    revolution of the wheel. For example if 1 wheel revolution equals 
    5 turns of speed cable then the wheel circumference has to be 
    divided 5. 
5. You can use more magnets, but the wheel circumference setting 
    must be divided by the number of magnet you installed.

Mode

Mode

Mode

Mode

Clock,Wheel Circumference,Units and Fuel Gauge Resistance SET UP  

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