Power limitation to allow 6 volt motor to run on 12 volt
Low loss 0.003 ohm driver for continuous stall rating
Thermal overload protection
Switchable Battery Elimination Circuit
0 to 26 VOLT RANGE (7-26 using the B.E.C.)
1 x 2 x 1/2 inch dimension
operates glitch-free with a poor radio signal
FAILSAFE MODES
Each force the valve servo to FAILSAFE/SURFACE and stop the pump
1.
2.5
second of radio failure
2.
Receiver
battery supply falling below 2.9 Volts.
3.
Pump
battery supply falling below 8 Volts. (selectable ON or OFF)
Each force the the pump to stop immediatly
1.
90
degree Celcius thermal trip on the pump drive.
1.
Moisture
between the a.c. probe/detector (yellow/green).
STATUS INDICATORS
1. Surface (flashing) = SURFACE command from
the receiver
ON = programming the servo position on surface/failsafe
2 Dive (flashing) = DIVE command from the
receiver
ON = 90o C thermal cutout on the
pump driver
3. Tank Full PROBES DETECT A FULL BALLAST TANK
4. Radio Fail Radio failure or a poor radio signal
To store Valve Release position
hold the button marked "SETUP"
move the transmitter control until the servo hits the valve release
release the SETUP button
To change the maximum duty cycle to the
pump.
If you have a 540 ,or other 6 volt motor based pump, you can use
double
the voltage by selecting setting 3 or 4 below.
1. hold the setup button when applying the battery or switching on from
the bec loop or switching on receiver power.(which ever is powering
receiver)
2. release on one of the four flashing lights
1 ORANGE full pump power available
(proportional
to stick)
2 YELLOW full pump power available (abrupt)
3 GREEN 50% pump power available
(proportional to
stick)
4 RED 50%
pump power available (abrupt)