ePOWER 40A Low Battery Cutout - Protects Your Batteries - Low Voltage and High Voltage Protection with Alarm Output (EN-LBC1224-40)
ePOWER 40A Low Battery Cutout - Protects Your Batteries - Low Voltage and High Voltage Protection with Alarm Output (EN-LBC1224-40)
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Online Price: $161.00 (including 10 % GST tax)
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Australia's Best Price on ePOWER 40A Low Battery Cutout - Protects Your Batteries - Low Voltage and High Voltage Protection with Alarm (EN-LBC1224-40)
overview
ePOWER 40A Low Battery Cutout - Protects Your Batteries (EN-LBC1224-40)
Low Voltage and High Voltage Protection with Alarm
10 Voltage Programs - Protects Your Batteries Before Complete Discharge and Damage
The ePOWER Low Battery Cutoff protects your batteries from non essential loads before the battery is completely discharged causing damage to batteries and potently denying your engine cranking power. These Low Battery Cutouts also protect connected electrical appliances against over voltage. The voltage load is disconnected whenever the DC voltage goes beyond 16V (12V mode) or 32V (24V mode). Microprocessor Controlled
The ePOWER LBC is microprocessor controlled with 10 different programs that engage or disengage the voltage load over several different voltage parameters.
The Battery Guard (hereafter BG) is an intelligent, fully waterproof, battery guard with expansion capabilities for an on/off switch, alarm buzzer or relay and our Battery Watch (not supplied). To ensure low losses, the BG is provided with two screw terminals, one Input + and one Output +. The rest, like the minus and the accessories are connected via four 6.3 mm faston connectors. The LED indicates the output status (on/off ) of the BG and in the programming mode the LED indicates the program position. The BG is provided with an ‘Automatic board system detection’ with which the BG automatically detects what the battery voltage (12V or 24V) of the system is, so that is does not need to be set manually. Both under and over voltage thresholds can be easily programmed.
Installation:
Mount the BG on a cooling (metal) surface so that it can release the developed heat. Connect the BG as close as possible to the battery (maximum distance: 50cm). This way can the voltage can be monitored exactly. Any programming of the BG must take place before the equipment (users) can be connected. For the minus connection use a cable of 1.5mm2 which goes directly from the battery to the BG and do not use this connection for anything else.
Additionally, the ePOWER LBC range offers features like:
- Overvoltage Protection
- Ignition proof (no relay, no spark)
- Delayed alarm output
- Delayed load disconnect
Applications
- Recreational vehicles
- Service vehicles
- Maritime applications