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[Spec. ]
・Speedometer:-199km/h (124MPH) with speed warning light and maximum speed record
・Odometer:-99999 km (99999 mile) with UserOdo function to start from any value
・Trip meterA/B:-9999.9km (9999.9 mile)
Oil exchange distance meter:500 to 6000km (300 to 3900miles) Subtraction formula, Minus indication when the distance is less than 0km
Target Distance Setting Range (10m Units):12-hour Display
RunningTime (Running time meter):-99 hours 59 minutes (in 1 minute increments),100 hours-(in 1 hour increments)
Hour meter (Engine operating hour meter):-99 hours 59 minutes (in 1 minute increments),100 hours-(in 1 hour increments)
Engine temperature clock:-10 to 180°F (14 to 356°F) Display up to 180°F (356°F) with high temperature warning light
Voltage Meter:8V to 18V
・Tachometer:-10000 or -13000rpm with display range switching function (for STD10000rpm, modified for Vehicle13000rpm), with high rpm recording
Shift indicator Green Light→Red→Green Light&Red(both blinking). Each rotation speed can be set as desired
Gear position OpMid external Cross Missionetc.. Possible to increase the number of gears and to change the reduction ratio (6-speed at the largest).
Fuel Gauge:Fulcrum adjustment width6 steps
Opening display:Choice of 2 types, with a MODE to try your luck
・BodySize:W128mmXH98mmXD52mm
Body Size:DC10 to 16V
・Material:Body・Lower cover＞ASA＜Monitor section＞PMMA＜

*[Change of sprocket tooth number]
*The speed sensor on the crankcase is also used for the rear wheel of the ABS system, so if the number of teeth on the sprocket is changed and the difference in rotation between the front and rear wheels is out of tolerance, an ABS error (warning lamp flashing) will occur. The speed correction function provided with the multimeter is an internal correction of the meter and does not prevent the ABS device (modulator) from generating an error. If you have replaced the sprocket in a car with ABS, you will need a device to correct the signal at the speed sensor (such as Doctor Speed by OpMid).

[Regarding the temperature indicated by the stock temperature sensor].
*The stock temperature sensor is located in the passage where oil heated in the cylinder head returns to the crankcase. It is characterized by its quick response to changes in the temperature of the oil flowing out of the cylinder head. However, please understand that the temperature is higher than that of the drain bolt type temperature sensor and that the fluctuation range is wider depending on the driving conditions. Due to the reading method, there is a possibility that the temperature may not be read correctly by the OPMID external full-computer.
[Reference values] Temperature around 20 degrees Celsius, normal engine, flat paved road
Monkey 125:110 to 115 degrees when running, 120 to 125 degrees when stopped (can exceed 145 degrees when running continuously up a steep uphill).
CT125/DAX125:125 to 130 degrees while driving, 135 to 140 degrees when stopped (155 degrees will be exceeded when driving uphill severely and continuously)
When the engine is idling with no running wind and less oil circulation, or when running at high rpm and low speed on a steep uphill, the amount of heat generated will be greater than the cooling power, and the value of the stock temperature sensor will begin to rise immediately. Please note that the temperature continues to rise while the vehicle is stationary. The CT125 and DAX125 are 15 degrees higher than the Monkey 125 at high temperatures due to the fact that the total oil volume is about 20% less + frictional heat from the centrifugal clutch, etc.

[How the Calculated Gear Position Function Works]
*The reduction ratio is calculated from the ratio of the speed signal and ignition signal (= engine speed signal) and displayed as the number of gear steps.
One of the drawbacks of the mechanism is that the reduction ratio is not fixed when the clutch is disengaged or when the car is half-clutched, so it is not possible to determine the exact gear. Please note that the gear position of a new large vehicle is equipped with a switch sensor on the shift drum, and the linearity of the gear position is not as good as that of a new large vehicle.
CT125 and DAX125 have a primary centrifugal clutch for starting and a secondary multi-disc clutch for shifting, so they tend to be in a semi-clutch condition more often than the Monkey 125. Especially at low rpm, when the centrifugal clutch is disengaged or about to be disengaged, it is impossible to make a calculation. The calculation is performed every 0.1 second, so it is not real time, but the true response speed is shown when shifting up and down in the engine speed range where the centrifugal clutch does not slip. In terms of rpm, it is recommended to keep the rpm above 3000 rpm and not to go below 2500 rpm.
Since the Monkey 125 has only a manual clutch, the exact gear can be displayed as soon as the clutch lever is released. In addition, this product is equipped with an auxiliary function that fixes the displayed gear while the clutch is depressed to alleviate discomfort.

[About the video]
*The video shows the part number M1204 for the JB02 Monkey 125 and the JA55 CT125. The only difference between the installation process of the M1208 and the M1204 is the shape of the connector for the temperature sensor.

*The image may include other products.
*Please note that the product specification may change due to manufacturer reasons.
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