Emcotec A11025-1 Battery backer DPSI 2001 RV

Battery Switch \(Dual Power Supply\) for 5/6 cell NiCad/NiMH, as well as LiIon/LiPo/LiFePO4 batteries
Regulated output voltage for receiver and servos selectable 6.0V, 6.6V or 7.2V.
42 capacitors for efficient protection against over voltage peaks through the so called "dynamo effect" of high performance servos
An additional output \(MPX connectors\) providing the unregulated battery voltage for consumers with e. g. 7.4 volts \(servos, pumps\)
Current distribution of 10 receiver channels to 26 servos
Dual electronically on/off switch without any influence of the micro controller \(CSHC\) and therefore extreme reliable
HF interference suppression
Servo pulse amplification for signals from approx. 1.6V
Intelligent voltage monitoring including optically and acoustically error indication
Suitable to all battery types due to low drop out technology
The used battery type can easily be programmed \(and therefore the correct low voltage detection\)

DPSI switch actuator for switching on and off:
For switching on and off the DPSI 2001 RV an additionally available DPSI switch actuator is necessary \(see "Accessories" tab\). The DPSI switch actuator is not included within delivery contents.

The following DPSI switch actuators are available \(Not Included\) :
DPSI pin switch actuator
DPSI magnetic switch actuator \(housing\)
DPSI magnetic switch actuator \(PCB\)
DPSI gas cap switch actuator
DPSI remote switch actuator \(Duplex\)*
*Notice concerning the Remote switch

The DPSI Remote switch actuator \(Duplex\) can only be used with JETI Duplex systems. Usage with other manufacturer`s systems is not possible.
Delivery includes only the EMCOTEC RCSW adapter for connecting the JETI Duplex RCSW RC switch to the DPSI dual power supply. The JETI Duplex RCSW RC switch which is necessary to switch the DPSI dual power supply on and off must be purchased separately.

Notice: The switching off process of DPSI works with a hall effect sensor. Hall effect sensors can be influenced by magnet fields. It is possible that the DPSI switches off when exposed to a very strong magent field \(i.g. electric drive\). Current-carrying cables generate a magnet field. So please run all cables which are carrying a high current \(>100A\) with a distance of at least 3cm \(1.18in\) from the DPSI.