* Estimated delivery times start from the date of shipment, excluding processing time.
* Actual delivery times may vary due to holidays, weather conditions, or customs delays.
* R5.0 solar charging DC plug, R5.0 DC lamp output DC plug, easy to connect.
Specification
Name: LCD Solar Controller
Main color: black
Main material: ABS
Voltage: DC 12V / 24V
Rated current: 10A/20A/30A40A/100A (optional)
Maximum photovoltaic voltage: 50V
Display: LCD screen
Self-consumption: <10MA
Overcharge protection: 14.4V / 28.8V
Overcharge Float charge: 13.7V / 27.4V
Charge recovery voltage: 12.6V / 25.2V
Over discharge protection: 10.7V / 21.4V
Over discharge recovery: 12.6V / 25.2V
Dual USB output: 5V / 2A (charge mobile phone, etc.)
Working temperature: -35 ℃ -60 ℃
12V fits 18V solar panel, 24V fits 36V solar panel
Product size: about 133.5X70X35mm /5.26""X2.76""X1.38"
Product weight: about 155 g / 5.5 oz
1. Always keep the battery on fill voltage condition.
2. Prevent the battery from over-charging.
3. Prevent the battery from over-discharging.
4. Prevent the battery from reverse charging to solar panels during nights.
5. Reverse Polarity Protection for Battery
6. Reverse Polarity Protection for Solar Panels
7. When the battery voltage is low, the controller will automatically cut off the load from the system. If the voltage of battery is back to normal and the load will restart working.
8. According to the battery voltage grade, the controller can automatically set charge-off voltage, the load-off voltage, the load- restore voltage. (The parameter is default under 25℃
condition, locked by the CPU procedure, cannot adjust.)
9. The controller will automatically compensate the temperature of the charging voltage according to the changes of ambient temperature.
Tips:For questions about your order, place of delivery, product discount, taxation, delivery time, warranty, shipping, payment, exchange rate, and other questions unrelated to the product, please contact customer service.
Do not use more PV power, then optimal. Optimal panel voltage is about 32V for 24V battery and lower current than is rated current of controller. So for 24V battery and 40A model it is about 1200W PV power. You can use panel with higher voltage up to max 50V (then more PV power), but not more current. But you get no more power from that panel. As this is PWM controller, it can't use it.
Do not use more PV power, then optimal. Optimal panel voltage is about 32V for 24V battery and lower current than is rated current of controller. So for 24V battery and 40A model it is about 1200W PV power. You can use panel with higher voltage up to max 50V (then more PV power), but not more current. But you get no more power from that panel. As this is PWM controller, it can't use it.
Answered by tombic on 22/06/2023Helpful (0)
0
Q:
are the terminals large enough on the 40amp model to take 6square mm cables?
are the terminals large enough on the 40amp model to take 6square mm cables?