L12-1.5/115AC 120/240VAC input, 1.5A output, -40C to +85C operation, 5yr. limited warranty. For 12V, 6Ah or larger batteries.
Designed for extreme environments.
$122.
This is similar to the L12BD-1.5/115AC but without the battery disconnect feature.
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L12BD-1.5/115AC 120/240VAC input, 1.5A output, -40C to +85C operation, 5yr. limited warranty. For 12V, 6Ah or larger sealed lead-acid batteries.
With low battery disconnect.
Designed for extreme environments.
$136.
This is a microprocessor-controlled, enhanced 3 mode, open-frame linear charger/power supply. It features two available charger-status signals that can power front-panel LEDs or interface to CMOS logic.
The output voltage is temperature-compensated. An automatic low-battery load disconnect circuit protects the battery from becoming over-discharged.
L12BD-3.0/115AC 120/240VAC input, 3.0A output, -40C to +60C operation, 5yr. limited warranty. For 12V, 12Ah or larger sealed lead-acid batteries.
With low battery disconnect.
$187.
This is a microprocessor-controlled, enhanced 3 mode, open-frame linear charger/power supply. It features two available charger-status signals that can power front-panel LEDs.
The output voltage is temperature-compensated and may be field adjusted. An automatic low-battery load disconnect circuit protects the battery from becoming over-discharged.
S12BD-5.0/24DC 120/240VAC or 24VDC input, 5.0A output, -40C to +85C operation, 5yr. limited warranty. For 12V, 10Ah or larger sealed lead-acid batteries.
Optionally solar panel powered.
With low battery disconnect.
Designed for extreme environments.
$230.
This is a microprocessor-controlled, enhanced 3 mode, open-frame switch-mode charger/power supply. It features two available charger-status signals that can power front-panel LEDs or interface to CMOS logic.
When optionally powered by a solar panel, the charger operates in MPPT mode (Maximum Power Point Tracking).
The output voltage is temperature-compensated. An automatic low-battery load disconnect circuit protects the battery from becoming over-discharged.
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