Seacraft Twin Output E/O Cable Adaptor

£357.50 Exc. VAT

E/O OUTPUT
TWIN CABLE ADAPTER

The E/O output – twin cable adapter (2 x 70 cm) allows for using a Seacraft scooter as a big battery pack for a heating system, lighting or other external loads at the same time.

Now you do not need to choose the load, because you may connect both. With the E/O twin cord, you may connect your personal heating system in cold water and at the same time power the Seacraft Light System SLS2 or another external device.

But this is not all: Using the E/O twin cable adapter allows for setting up 2 external loads e.g. 2 heating systems or 2 sets of lights for even better lighting of caves or mines.

The Seacraft power outlet requires an internal power converter to be installed in the electronic chamber.

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POWER CONVERTER
BIG BATTERY PACK – USE IT AS YOU WANT

The installation of a power converter to power external loads is another unique and significant feature of Seacraft scooters. With an installed power converter, DPVs may be used as a big battery pack for powering external devices. A dedicated E/O power output cable (twin or single) may be used for personal heating systems in cold water. Especially during long and deep dives, this also helps to stay warm during long decompression phases.

The personal heating system is not only one advantage of a power converter in Seacraft scooters, also a dedicated lighting system SLS2 and any other 12 V E/O-based light system may be connected and controlled directly from the Seacraft scooter’s control display.

With the E/O power output twin cable adapter, 2 loads may be connected to the scooter at the same time. Moreover, the E/O power output is fully steered via the DPV control display panel, in order to select the power level, turn it ON/OFF, and monitor the remaining battery %, consumed power (in Watts), and calculation of remaining time to use (taking into account both E/O power intake and DPV motor operation).

FULL CONTROL
OF YOUR POWER

With the dedicated software, you can see exactly how long a connected system can work with chosen power. Seacraft E/O output is dedicated specially for heating systems – thus we created a special voltage – output regulation system.

How does it work?

On gear 0, hold two triggers for 3 s, to activate the power outlet menu
Choose desired power, or set it on OFF, using Seacraft piezo gear buttons
A short press on any button reverts to a normal driving screen. You can now drive and use E/O powered device simultaneously.
Switching to the monitoring screen (short press on two triggers, on any gear) allows observing now what is set voltage of the outlet, and how much power is drawn from the DPV battery.

TRACK
YOUR OUTPUT
During the dive, you may choose between 5 levels of voltage output, tuned to correspond with 20 %, 40 %, 60 %, 80 % and 100 % heating power of 12 V systems. It corresponds with voltage steps of 6.0 V, 7.5 V, 9.4 V, 10,7 V, 12 V.

In case of using a lighting system- a 12 V output allows for connecting most of 14,4 V and 11,1 V light heads. The maximum power allowed from the output is 150 W.

SAFE HERMETIC CONNECTION

In order to improve overall safety, and even in case of cable failure, Seacraft decided to design and develop a hermetic charging port connector.

The new connector is waterproof – even without a closed charging socket cap – up to 11 bar (100 m), and secures the unit from the possibility of flooding by the operator’s inadvertence.

E/O cord adapter is connected there, with a compatible connector standard. When connected, the E/O cable adapter is waterproof up to more than 300 m depth.

To learn more about hermetic charging socket please click here.

E/O OUTPUT
TWIN AND SINGLE CABLE ADAPTERS
Depending on the diver’s need, Secraft provides a dedicated E/O twin and single cable adapter. The twin cable allows for connecting of personal heating and lighting at the same time, while the single cable supports only one load.

On request, we can customize and prepare a solution for other cable solutions to external devices operated on 6-12 V with a maximum power drain of 150 W.