C) Resetting The Speed Controller - Reely NEW1 Bedienungsanleitung

• Function #4, green LED flashes 4x short: Start mode when driving off
Depending on this setting, the take-off/start speed is more or less powerful. The higher the set value, the more cur-
rent will the motor pull from the connected battery; it must accordingly be of higher quality.
A higher setting also should only be used on loose underground, since otherwise there will be an overload of the
drive (gear, differentials).
• Function #5, green LED, flashes 5x short: Maximum braking strength
The speed controller unit allows proportional braking strength depending on the setting of the transmitter lever. The
maximum braking power at full lever extension can be adjusted to 25%, 50%, 75% and 100%.
A high setting (e.g. 100%) decreases braking distance but has a negative effect on the lifetime of the drive (specifi-
cally for the drive pinion and the main gear).

c) Resetting the Speed Controller

This function will reset all settings that were adjusted when setting up the speed controller unit to the original factory
settings (see grey marker in the table in chapter 10. b).
Proceed as follows:
• Switch on the transmitter. Leave the throttle/brake lever in its neutral position and do not move it.
• Switch on the speed controller via the on/off switch (A)
(switch position "ON", see figure on the right). The vehi-
cle should now be ready for operation; no LED is lit on
the speed controller.
• Press and hold the setup button (B) until the red and
green LEDs at the speed controller flash slowly at the
same time.
• Now switch off the speed controller (switch position
"OFF"). All settings are then reset to the factory setting,
see table in chapter 10. b).
For reprogramming of the speed controller, observe the above chapters 10. a) and b).
Important!
If a LiPo battery is used as a drive battery, check the basic settings of the speed controller for whether
undervoltage protection is activated (usually 3.0 V/cell). With the undervoltage recognition deactivated, the
LiPo battery will suffer deep discharge and be destroyed.
If a NiMH driving battery is used, switch off undervoltage recognition or set it to a lower value than for LiPo
batteries, see chapter 10. b), function #3.
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