Back to top The Batterywatch monitors the battery voltage and switches off all consumer demands before the battery is deep-discharged, which will result in a considerably longer battery-life. The green LED will go out when supply is cut. The Batterywatch can continuously switch a current of 50 Amps, 12 or 24 Volts and even 70 Amps, peak current. It automatically adjusts to the nominal battery voltage of 12 or 24 Volt. You can set the desired switch-off-voltage, the table below shows the micro-switch settings (which are also printed on the top of the Batterywatch unit. The Batterywatch ignores voltage dips caused by surge demands. Its own current consumption is is a miserly 110 mA when switched on and this drops to approx. 7 mA when the relay is triggered to "off". It is recommended to use a trickle charger to maintain
the battery or even to disconnect the battery from
the installation with the battery-switch during long
absence. WARNING: Heavy current through wiring that is too thin - or bad connection - can generate excessive heat and could cause a fire!
Back to top Suitable for 12V DC appliances The Fragmentator allows you to use 12V DC bulbs from a 24V DC supply. It is specifically designed for use with bulbs but it can also be employed for motors, fans, bilge pumps, refrigerators, electric stoves, cookers and many other appliances.
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7 AMP Part No: EPA 20001 14 AMP Part No: EPA 10001 This DC-DC converter transforms 24V DC battery voltage to 12V DC consumer voltage. This allows the use of 12V DC appliances with a 24V DC board circuitry. Our voltage converters are provided with a protection circuit for over voltage and polarity inversion and have protection standard IP 685. Unlike the switching technology, this voltage converter is suitable for supplying any kind of electronic equipment and particularly GPS, Loran, Radar, Echo sounders, etc. The system is totally protected from short circuits, overtemperatures, overvoltages, etc.
Back to top 12V - 2 AMP
Part No: EPFE 0001 Electronic filters protect your on
board equipment (Radars, GPS, Loran, Echo sounders,
VHF, etc.) from overvoltage and electricity-related
problems. These problems are mostly caused by extra
currents produced by starting electric engines manoeuvres,
anchor winches, alternators and atmospheric discharges.If
inserted between the supply and the equipment to be
protected, electronic filters solve most of the above-mentioned
problems.
Back to top for 12V and 24V DC appliances The twilight switch automatically puts on connected appliances depending on the ambient luminosity.
- The 12V DC version can carry a maximum load of 250 W; Technical Data |