Advanced Matrix Display (LCD Display) Instruction Manual
Note:
The default display is the standard screen. This is the first display that will
appear when the e-bike is turned on.
Understanding the Advanced Display Mode
Voltage
The voltage displayed is the voltage of the pack. When the battery is charged, the
voltage will be higher, around 54V. When the pack is depleted, the voltage will be lower
around 43V. Voltage fluctuates when the battery is under load.
Note: the voltage display is only accurate to about +/- 0.3 Volts, and should not be
used for any scientific measurements.
Amps
The amperage is the current flow through the wires. In this case we measure the
current flow through the controller. The average will not be non-zero as the system
needs some small amount of current to operate. When the motor is under load, the
Amp value will increase. The maximum value should be 20-22A on the 9 transistor
controller.
Note: The Amperage display is only accurate to about +/- 1 A, and should not be used
for any scientific measurements.
Power
Power is the Voltage x Amperage and displayed in Watts. This is the power output at
any moment of your e-bike. The more power used to propel the e-bike, the higher this
value will be.
Note: The Power display should not be used for any scientific measurements.
Amp-hours
The amp hour figure measures the amount of current flowing out of the battery for a
given hour. The amp-hour and watt-hour value can be reset by resetting the trip
counter.
Watt-hours
The watt-hour is the measurement of how many watts are sustained for a given hour
.
The watt-hour is the energy consumed by the system. You can get a good indication of
how much energy remains inside the battery by subtracting the total Watt-Hours
consumed by the total Wh available in the battery.
Advanced Matrix Display (LCD Display) R2017-12-01
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