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Model:
BMPPT250-1
Page 1 of 4
This revolutionary maximum power point tracker solar charger
was designed using the technology that won GSL Electronics the
prestigious "2008 EDN Innovation award". A simple, compact, low
cost and highly efficient way to cycle charge 24V and 48V batteries
Efficiency Typical
Panel Voltage
Output Voltage (24V)
Output Voltage (48V))
Panel Power Max
Quiescent Current
Thermal Protection
Dimensions (mm)
Indications
Booster Maximum Power Point Tracker
Please read these instructions before use
from low voltage or parallel panels.
PATENT APPLIED FOR - 2010901565
BMPPT250-1 Specifications
Unit 2, 110 Station Road, Seven Hills ,NSW, 2147, Australia
250W Solar Charger
Operating Instructions
BMPPT250-1 Unit
95%
14V to 58V
29V ± 1%
58V ± 1%
250W
0.04A
Multilevel type
35 X 75 X 142mm
LED display – battery OK / LOW
BMPPT250-1-R3
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Summary of Contents for GSL BMPPT250-1
- Page 1 Please read these instructions before use This revolutionary maximum power point tracker solar charger was designed using the technology that won GSL Electronics the prestigious “2008 EDN Innovation award”. A simple, compact, low cost and highly efficient way to cycle charge 24V and 48V batteries from low voltage or parallel panels.
- Page 2 Page 2 of 4 Operating Instructions Please read these instructions before use BMPPT250-1 General Information: • Green LED ON – battery charging and all normal. • Green LED FLASHING – battery voltage low, below 0.9 of nominal voltage. • This MPPT is designed to cyclic charge 24V and 48V rechargeable batteries ONLY.
- Page 3 Model: 250W Solar Charger BMPPT250-1 Booster Maximum Power Point Tracker Page 3 of 4 Operating Instructions Please read these instructions before use Settings And Configurations: Before installation check the position of the switch and adjust the switch to match the battery voltage of your system.
- Page 4 Q: What is the smallest panel size for the BMPPT250-1? The smallest panel size recommended for the BMPPT250-1 is 20W, below that level the BMPPT will not function effectively. Q: Is interference possible? And If so what do I do? GSL’s BMPPTs produce far less interference than conventional solar regulator during the absorption and float stages, that...
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