Digatron - Performance Data Aquisition Systems - lap timing & engine monitoring gauges
Digatron - Performance Data Aquisition Systems - lap timing & engine monitoring gauges
 
Digatron - Performance Data Aquisition Systems - lap timing & engine monitoring gauges
 INSTRUMENTS
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Frequently Asked Questions ... and Answers

Do you have a question regarding your data acquisition system?

First, see if your question is listed below. If not, e-mail us at info@digatronusa.com or call us at 509.467.3128, and we will provide you with an answer.

Q : My tach reading is low, or I am missing the first digit of the tach number. What is wrong?

A : Check the limits. The tach divide by, or calibration number, may be set to a higher number than appropriate. The tach divide by number is equal to the number of times the engine fires per revolution. For most engines, the tach divide by should be set to one (1). See the operating instructions for setting the tach divide by.

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Q : Why is my tach reading only three digits?

A : The RPM reading is displayed in thousands of RPM's. Example: a reading of 6.50 is equal to 6,500.

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Q : My Kart tach reading is erratic. What can I do to fix it?

A : Most erratic kart tach readings are caused by ignition noise. Try separating sensors and keeping them away from the coil. Install the tach sensor one to two inches from the end of the plug boot and try a resistive plug boot (NGK part LB05EMH). If these suggestions do not help contact Digatron to discuss other tach sensor options.

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Q : Why does my instrument turn off after 10 minutes?

A : The tach function must be hooked up and working for the unit to stay on for more than 10 minutes.

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Q : What batteries will work best with my instrument?

A : For instruments using "AA" or “AAA” batteries, we recommend using a fresh set of alkaline batteries, without test dots. If you do use batteries with test dots, turn the dots to the side. Pressure from the battery cover, springs, and vibration have been known to press the test dots hard enough to discharge them.

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Q : When I start my engine why are there bars across the top of the display?

A : Most likely a sensor is not hooked to the instrument, or the sensor is damaged and not functioning properly. All sensors should be plugged into the instrument when the engine is on. A shorting plug may be used in place of a temperature sensor. Additionally, if two functions share the same display, like RPM/TEMP, and the temperature sensor is not attached when the engine is started, the temp is read as an over limit and over range. The display will switch to the temp reading, and three bars at the top of the display will flash until the engine is turned off or the sensor is plugged in.

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Q : I just crashed, is my instrument worth repairing?

A : Yes. Almost all instruments are repairable at a reasonable cost. You may request an estimate or know that we will call you if the repair is over $75.

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Q : My sensors are the wrong length for my application. Can I get different lengths?

A : Yes. Sensors can be built to any length requested. We can also shorten existing sensors.

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Q : Why does my new instrument power up differently that my old one?

A : Newer instruments power up with a display test which includes the units serial number and the software version. Press the Mode Switch to bypass the test.

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Q : I would like to change one of my temperature sensors to a different temperature sensors. Example: Exhaust instead of head temp. Does my instrument need to be converted?

A : It depends on what model and version number you have. Contact Digatron, with your instrument in hand, and we will assist you in determining which sensors you can use with your instrument. If needed conversions, or trade ins, are also available to help meet your needs.

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Q : On instruments with lap time capabilities, how do I avoid multiple beacon signals?

A : The easiest way to avoid multiple beacons is to set the “dly”, delay, number on your instrument to the number of seconds just under your best lap time. By doing this your instrument will register the first beacon it comes to and then ignore all other beacons until that number of seconds has passed. The “dly” number is set in the set limits portion of your instrument. Note: If your lap timing instrument does not have a “dly” number, or you cannot find it in your instrument, please contact Digatron.

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Q : Do I have to have my own beacon transmitter? What beacons will my Digatron instrument pick up?

A : A Digatron instrument, with a Digatron beacon receiver attached, will pick up a Digatron or AIM beacon signal. Only one beacon is needed on the track for lap times. Additional beacons can be placed on the track for split times.

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Q : What does “dly” mean under the set limit portion of my instrument? How do I set it?

A : The delay number allows you to recognize the first beacon transmitter and then ignore all subsequent beacons for the number of seconds you enter at the “dly” option.

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Q : What is the colored wire on my tach sensor?

A : The colored wire on your tach sensor is an antenna. If you tach readings are low and erratic you need more colored wire tie-wrapped down the spark plug wire. High erratic tach readings require less wire on the spark plug wire.

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