AMPTRON® Lithium Iron Phosphate (LiFePO4) battery chargers are state-of-the-art battery chargers with a charging profile specifically designed to charge and maintain Lithium Iron Phosphate (LiFePO4) batteries, and can safely achieve a 100% State of Charge.
The 24V 40A model charger operates from mains AC 200-264V as input, supplying up to a large 40A charging output suitable for nominal 24V LiFePO4 battery banks. The charger’s built-in protection technology provides protection against Over Voltage and Over Current output, Short Circuit and Reverse Polarity making it very safe to use.
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Technical Specifications:
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Item
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Specification
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Description/Remark
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Model
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AT-240-2440ALFPV01
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AC/DC 24V 40A LiFePO4 Battery Charger
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Input Voltage
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min 200Vac to max 264Vac
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Input Power
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Max 1458W
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Constant charge voltage
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Vdc min 28.9V to max 29.5V
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Constant charge current
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Min 38A to max 42A
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Charge complete current
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Vdc min 3.0A to max 3.4A
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8%
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Ripple voltage
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650mV
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Efficiency
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85%
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At full load
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Product Dimensions
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L-290mm x W-150mm x H-90mm
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Weight
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4Kg
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Charge Curve:
AMPTRON® Lithium Iron Phosphate (LiFePO4) battery chargers have been certified and registered with the Australian – Electrical Equipment Safety System. Achieving the Regulatory Compliance Mark (RCM) is a testament to our commitment regarding safety & product quality.
BUILT IN PROTECTION SYSTEM
AMPTRON® Lithium Iron Phosphate (LiFePO4) battery chargers have a built-in Protection System to prevent damage to the charger from almost any external accidental occurrence that would normally cause damage. The internal Protection System will automatically disconnect to prevent damage to the charger, and will automatically reconnect when the error condition has been resolved.
PROTECTION SYSTEM FEATURES
- Over Voltage Protection – When the charger output voltage exceeds the maximum charging voltage, the charger enters a standby state. It will restore to normal working conditions automatically after troubleshooting.
- Over Current Protection – When the charger output current exceeds the maximum charging current, the charger enters a standby state. It will restore to normal working conditions automatically after troubleshooting.
- Short Circuit Protection – When the charger detects a short circuit at output terminals, the charger enters a short-circuit protection state. It will restore to normal working conditions automatically after troubleshooting.
- Reverse Polarity Protection – When the charger detects that the polarity at the output terminals are reversed, the charger enters a reverse polarity protection state. It will restore to normal working conditions automatically after troubleshooting. This Protection System is designed to last throughout the life of the charger and provide reliable charging for thousands of cycles.
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