Low Voltage Alarm LED
Power on LED
3mm Hole for Fixing
INSTRUCTION
MANUAL
Congratulations on your purchase of the SkyRC’s SUPER BEC
. This new Battery Eliminator Circuit is
using synchronous rectification method to withstand high current loads of 10Amps continuous integrated with a low
voltage monitor. It provides safe and consistent power to your R/C receiver and servo(s) that eliminates the need for a
separate battery source.
(SK-600053)
LiPo batteries are unlike other batteries and discharges on a non-linear curve, therefore it is important not to drain any
LiPo batteries to minimum before charging as it can cause permanent damage. The SkyRC BEC can prevent this by
giving you an indication of your LiPo battery when the pre-set low voltage level is reached . The SkyRC SUPER BEC
is ideal for today's more demanding R/C aircrafts equipped with servos that require even higher current demands.
Please read the entire manual before proceeding.
INTRODUCTION
Output -
Connect to Battery
Connect to Pin
-
Flag
Power
Switch
Model: SK-600053
www
.skyrc.com
INPUT
S
SW
AUX
S
ON
OFF
OUT
1
2
3
4
ON
Low Voltage
Alarm-ADJ
Voltage DIP Switch
Alarm Switch
Pin
-
Flag Power
Switch
MOVE BEFORE FLIGHT
YELLOW
WHITE
RED
BLACK
14S
10A
OUTPUT
FEATURES
Compact high efficiency 5.2V 6.0V 6.8V 7.4V 8.4V selectable voltage regulator and low voltage monitor.
Ideal for 3-14 cell lithium polymer battery applications. Input voltage range from 10V Min to 60V Max.
High current capability of 10 Amps continuous, 15 Amp peak.
Protects against thermal and current overload
(
internal
RED
LED
blinking
)
.
Pin-Flag power switch
with ultra bright super flux LED
allows you to turn the BEC output power on or off
remotely
and
gives
low
voltage
warning.
TOP VIEW
BOTTOM VIEW
PIN-FLAG POWER
SWITCH
Input:
LiPo
3-14S
Output: 5.2-8.4V
10A
SUPER BEC
7.4V
6.8V
6.0V
5.2V
Input Voltage: 11.1-60V(3-14 LiPo Cells)
Output Voltage: 5.2V-8.4V Selectable
Low Battery Alarm Voltage: 10V-60V
SUPER BEC
(Synchronous Rectification)
Low Voltage
Alarm-ADJ
Fine
-ADJ
SUPER BEC
(Synchronous Rectification)
RE
