Reely RC model speedboat ARR 870 mm BM073B データシート
製品コード
BM073B
39
Note on function #3, undervoltage recognition:
If recognition of the cell number is set to „automatic“ as in function #2, this is automatically calculated according to the
battery voltage after activation of the speed controller. However, the rechargeable battery must be fully charged for
this. The automatic recognition (or manual setting) of the cell number is used to calculate the corresponding undervoltage
threshold.
battery voltage after activation of the speed controller. However, the rechargeable battery must be fully charged for
this. The automatic recognition (or manual setting) of the cell number is used to calculate the corresponding undervoltage
threshold.
An undervoltage recognition is not recommended when using NiCd or NiMH batteries. Therefore, programme
to „off“.
to „off“.
Deep discharge will destroy LiPo batteries. We therefore urgently recommend activating an undervoltage recognition
for use of LiPo batteries. You may set the following values: 2.8 V/cell, 3.0 V/cell, 3.2 V/cell (recommended) and
3.4 V/cell.
for use of LiPo batteries. You may set the following values: 2.8 V/cell, 3.0 V/cell, 3.2 V/cell (recommended) and
3.4 V/cell.
The undervoltage recognition will adjust the speed controller down to 50% of the output (motor turns only slowly)
during operation and with the battery empty (e.g. when 3.2 V/cell is set and a 3-cell battery is used with a battery
voltage of approx. 9.6 V).
during operation and with the battery empty (e.g. when 3.2 V/cell is set and a 3-cell battery is used with a battery
voltage of approx. 9.6 V).
If you notice a sudden speed loss of the motor after extended operation, the undervoltage recognition has recognised
a nearly empty battery and therefore reduced output. In this case, drive to the banks immediately and terminate
operation. Otherwise, the batteries are further discharged, which will cause damage to the drive battery.
a nearly empty battery and therefore reduced output. In this case, drive to the banks immediately and terminate
operation. Otherwise, the batteries are further discharged, which will cause damage to the drive battery.
Notes on function #4: Motor Timing
This setting influences motor running characteristics (similar to early ignition of a combustion engine). You have the
following setting options: 0°; 3,75°; 7,5°, 11,25°; 15°; 18,25°; 22,5°; 26,25°.
following setting options: 0°; 3,75°; 7,5°, 11,25°; 15°; 18,25°; 22,5°; 26,25°.
Motor timing depends on many factors. You may use the following values for reference for general settings based on
pin number:
pin number:
Motor pin number
Recommended motor timing
2
0° to 5°
4
5° to 10°
6 to 8
0° to 15°
10 to 12
15° to 25°
>14
25° to 30°
Setting a low timing (low degree number) means that the motor has a little more torque as compared to the basic
settings, and a little lower maximum speed. Setting a high timing (higher degree number) means that the motor has a
little higher maximum speed as compared to the basic settings, and a little less torque. In both cases, the current
values change however. Therefore, also observe compliance with the motor and speed controller specifications. Also
observe the temperatures of the components named in operation.
settings, and a little lower maximum speed. Setting a high timing (higher degree number) means that the motor has a
little higher maximum speed as compared to the basic settings, and a little less torque. In both cases, the current
values change however. Therefore, also observe compliance with the motor and speed controller specifications. Also
observe the temperatures of the components named in operation.
For this reason, we recommend that the factory settings not be changed.