Bioenno Power SC-122420JUD CC Series User manual

Bioenno Power SC-122420JUD CC/CV Series User Manual
CC/CV SOLAR CHARGE CONTROLLER FOR LFP
THIS CONTROLLER IS FOR USE WITH LITHIUM IRON PHOSPHATE BATTERIES AND SLA/AGM BATTERIES
ONLY
OVERVIEW
Thank you for choosing the Bioenno Power SC-122420JUD Series CC/CV Solar Charge Controller. Your
product comes in 20A Maximum Load Current and is designed to be used with Lithium Iron Phosphate
(also commonly known as LiFePO4 or LFP) batteries only. The controller uses our proprietary CC/CV
Constant Current/ Constant Voltage circuitry to ensure maximum compatibility and performance with the
Bioenno Power battery. Your Solar Charge Controller comes equipped with an LCD display with a visual
presentation of usage status for your solar system and additionally features our smart technology chipset
which allows your Solar Charge Controller to automatically function at the correct mode of operation as
well as the ability to manually adjust between different modes of operation and load power delivery.
SPECIFICATIONS
Rated Voltage: 12V/24V
Maximum Load Current: 20A
Input Voltage Range: <50V*
Float/Absorption: 14.4V~27.6V
Load Disconnect: 10.7V/21.4V
Efficiency: 95%~97% (In optimum conditions)
Operation Temperature: -4°F ~ 122°F (-20°C ~ 50°C)
Dimensions: 6.5 in. x 3.46 in. x 1.5 in. (166 mm x 88 mm x 38 mm)
Weight: 0.59 lbs. (0.27 kg)
*Note: This solar charge controller can accept any voltage under 50V but it will not boost the voltage if the panel voltage is less
than the battery voltage. Make sure your panel voltage is higher than your battery voltage for optimum performance.

OPERATION PROCEDURE ORDER
1) Make sure the total rated current of the Solar Panel Array and Load are less than the rated current
of your Solar Charge Controller –in this case your maximum current is 20A
2) Make sure the polarity of the wiring from your Solar Panel Array, Battery and Load are correctly
matched to prevent the risk of a short circuit which may damage unprotected devices
3) Mount you Solar Charge Controller to your selected surface and fasten it securely using screws
4) Check whether the Battery voltage and Solar Panel Array voltage is within the requested range
5) Loosen the screw terminals on your Solar Charge Controller –there are 6 screw terminals total
from left to right in this order: Solar Panel Positive, Solar Panel Negative, Battery Positive, Battery
Negative, Load Positive and Load Negative
6) Connect the Battery’s input to your Solar Controller using the two screw terminals in the middle
marked with the Battery pictogram, you may need an adapter –attach the wiring securely but do
not over-torque your Solar Charge Controller’s terminals
7) Connect your Load to your Battery’s output using the Battery as the buffer between the Solar
Panel Array and the Load (we DO NOT recommend using the Load Terminals for most uses) –
attach the wiring securely but do not over-torque your Solar Charge Controller’s terminals
8) Connect the Solar Panel Array to the Solar Panel Input on your Solar Charge Controller using the
two screw terminals on the left marked with the Solar Panel pictogram –attach the wiring
securely but do not over-torque your Solar Charge Controller’s terminals
9) Your Solar Charge Controller should assume standard operation herein
To charge AGM batteries, you have to setup an override in the controller as follows:
The solar controller has an override feature to charge LiFePO4, SLA and AGM batteries. Attach the
battery first to the controller, then see below:
1) The 1st screen is the battery voltage also known as the "home" screen.
2) Push the left red button. The second screen is the float voltage of the solar panel to the battery
(13.8VDC).
3) The 3rd screen is the charge voltage of the battery (14.4VDC).
4) The 4th screen is the regulated voltage to the load (12.6VDC)
5) Screen 5 is the cutoff voltage (10.8VDC)
6) Screen 6 is a timer screen that is not implemented
7) Screen 7 is the battery type. By default "b00" is for Lithium Iron Phosphate batteries. To charge
SLA/AGM batteries, hold the left button for 6 seconds, and the "b00" display will start flashing, then
push the right button to change to "b01".
Screen 2, 3, 4, 5, 6 are hard-coded (hard-programmed) -- there's nothing that you would change on
those screens.

STATUS CODES
INDICATOR
STATE
DESCRIPTION
MEANING
CHARGE/
PANEL
No Icons
PANEL OFF, FUNCTION ICON OFF
No Solar Panel detected
Panel Icon On
Function Icon Off
PANEL ICON ON, FUNCTION ICON
NOT INDICATING
Solar charging stopped
Panel Icon On
Function Icon On
PANEL AND FUNCTION ICON ON,
BATTERY ICON IS SCROLLING
Solar Panels are
charging Battery
LOAD
Function Icon On
Light Bulb Icon On
BOTH INDICATORS ARE ON SOLID
Load is ON
Function Icon Flashing
Light Bulb Icon On
LOAD INDICATOR ON, FUNCTION
INDICATOR FLASHING
Load is OFF
BATTERY
Battery Icon Empty
NO BARS
Battery requires
charging
Battery Icon Scrolling
SCROLLING BARS
Battery is charging
Battery Icon Full
FULL BARS, NO SCROLLING
Battery is fully charged
INDICATOR ICONS
Solar Panel: Solar Panel (icon may be solid or flashing depending on current usage or situation)
Battery: Battery (icon may be solid, scrolling or empty depending on current usage or situation)
Load: Light Bulb (icon may be solid or flashing depending on current usage or situation)
Function: Arrow (icon may be solid or flashing depending on current usage or situation)
FAULTS AND REMEDIES
FAULT
PHENOMENON
REMEDY
Battery voltage is too low
Battery Symbol Flashing Empty
Detach Load, check the battery
voltage and manually recharge
the battery if necessary
Excessive load current/
Short circuit*
Load Symbol (Light Bulb) Flashing
Reduce the load current at the
load output
Check if there is a short circuit
in the load or wing
*Note: In the event of a short circuit, your Solar Charge Controller trip an auto-reset fuse –disconnect load immediately, let it
stand for 10-20 minutes, the internal fuse will automatically reset during this period. Before resuming operation, confirm your
load does not exceed the 20A Maximum Load Current of your Solar Charge Controller.