Applications:
Car battery discharge protection
Solar battery discharge protection
Emergency power supply system
Lead-Acid Battery discharge protection
Electric Bicycle discharge protection
UPS Uninterruptible power supply
Portable Industrial and Medical Equipment
Standalone Battery Uninterruptible power supply
Lead-acid /Ni-Cd / Ni-MH / Li-ION /Li-PO /LiFe/PolymerLithium battery
Product Name: 10A DC 6-30V Multipurpose Battery Discharge Protector Module for Lead-acid UPS
Packing list:
1 PCS 10A/15A DC 6-30V Multipurpose battery discharge protection Module
Features:
1 Photoelectric isolation can effectively protect the circuit board.
2 1% high-precision divider resistors make the measurement voltage more accurate.
3 Voltage accuracy and resolution is 0.1V, and with a calibration function.
4 Reduce the brightness of the digital display, save energy and protect your eyes.
5 parameter power-down save, to avoid duplicate settings.
6 Set the Start Discharge Voltage(H) and Cutoff Discharge Voltage(L) to the lowest (<6V), which can be used as a voltmeter to measure 6-30V voltage.
7 It has Energy-Saving Mode and restore Factory-Settings.
Product Specifications:
Operating voltage: DC 6-30V.
Operating current (12V): Standard mode, standby current 7MA; Working current 11MA;
Energy-Saving mode,Standby current 4MA; Working current 7MA.
3 control buttons, 4 bit digital display, 1 LED charge indicator.
Mode: Standard-Mode, Energy-Saving Mode, Setup-Mode, Voltage-Calibration, Factory-Settings.
Can protect any 6-30V battery discharge, double N-MOS maximum load current: 15A (6-15V); 10A (15-30V) .
The default Cutoff discharge voltage 11.8V, Start discharge voltage is 12.2V(for 12V lead acid battery).
Size : 60 x 35x 16mm
Weight : 19.1g
Operating current (12V): Standard mode, standby current 7MA; Working current 11MA;
Energy-Saving mode,Standby current 4MA; Working current 7MA.
3 control buttons, 4 bit digital display, 1 LED charge indicator.
Mode: Standard-Mode, Energy-Saving Mode, Setup-Mode, Voltage-Calibration, Factory-Settings.
Can protect any 6-30V battery discharge, double N-MOS maximum load current: 15A (6-15V); 10A (15-30V) .
The default Cutoff discharge voltage 11.8V, Start discharge voltage is 12.2V(for 12V lead acid battery).
Size : 60 x 35x 16mm
Weight : 19.1g
For more details, please see below description or contact us for instructions
The module supports any 6-30V battery discharge protection, such as:
1 Lead-acid battery: 6V 12V 24V (6-30V can be)
2 Li-ion / li-po / LiFe/polymer lithium battery : 7.4V 11.1V 14.8V 18.5V 22.2V 25.9V(2-7Cells)
3 Lithium iron phosphate batterys(LiFePO4 battery):6.4V 9.6V 12.8V 16V 19.2V 22.4V 25.6V(2-8Cells)
4 NiMH batteries : 6V 7.2V 8.4V 9.6V 10.8V 12V 13.2V ... 28.8V(5-24Cells)
5 Any other battery with a voltage range of 6-30V
Standard-Mode:
After connecting the battery, enter the Standard Mode (default), and display the current battery voltage(Current Voltage)
Energy-Saving mode:
In standard mode, press and hold the ''SET'' button to enter the Energy-Saving Mode. After power on again, it will still enter the Energy-Saving Mode. In the Energy-Saving Mode, the digital tube is not displayed, and other functions work normally. In the Energy-Saving mode, press and hold the ''SET'' button, exit the Energy-Saving Mode, and enter the Standard Mode.
Setup-Mode (see Operation Steps for details):
Set the Start-Discharge-Voltage (High voltage):
In the Standard-Mode, press and hold the ''INC'' button (or trigger the ''SET'' button after triggering the ''INC'' button) to enter the Start-Discharge-Voltage Setup-Mode.
Set the Cutoff-Discharge-Voltage (Low voltage):
In the Standard-Mode, press and hold the ''DEC'' button (or trigger the ''SET'' button after triggering the ''DEC'' button) to enter the Cutoff-Discharge-Voltage Setup-Mode.
In the Setup-Mode ,triggering the ''INC'' button increases the voltage and triggers the ''DEC'' button to decrease the voltage. Long press ''INC'' or ''DEC'' button to quickly set the voltage.
Voltage-Calibration:
Press and hold the ''SET'' button first, and then power on again to enter the Voltage-Calibration mode(Note: press the button ->power on).
For example, the power supply voltage is 12.00V and the module display voltage is 12.34V. At this time, calibration is required.
1.Press and hold the ''SET'' button first, and then power on (be sure to press the button first, and then power on), then the digital tube displays 12.34V;
2.Trigger ''DEC'' or ''INC'' button, let the digital tube display 12.00V
3.Trigger the ''SET'' button again to save the parameters. (If you do not want to save the parameters, please power off)
Factory-Settings:
In the Standard-Mode, press and hold the ''SET'' and ''INC'' buttons at the same time, until the digital display shows''8888'', at this time, restore the factory settings, Cutoff-Discharge-Voltage is 11.8V, Start-Discharge-Voltage is 12.8V. (Note: voltage calibration parameters cannot be reset to factory settings)
Operation Steps (must follow the steps):
Example 1: We want to set 12V lead-acid battery discharge protection function, Cutoff-Discharge-Voltage is 11.7V and Start-Discharge-Voltage is 12.9V.
Step 1: Connect the battery's positive and negative ports to the module's BAT+/BAT- ports (to ensure that the battery has more than 20% of the capacity); the digital tube will display the battery voltage (such as the battery voltage is 12.1V, the digital display will show ''C12 .1'')
Step 2: Trigger the ''INC'' button, the digital display will show ''H12.8'', then trigger the ''SET'' button, ''H'' will flash, this is the Start-Discharge-Voltage setting mode.
Step 3: In the Start-Discharge-Voltage setting mode, trigger the ''INC'' button to increase the voltage and the ''DEC'' button to decrease the voltage. Long press ''INC'' or ''DEC'' button to quickly set the voltage.
Step 4: Set the voltage to ''H12.9'' and trigger the ''SET'' button to save the settings.
Step 5: Trigger the ''DEC'' button, the digital display will show ''L11.8'', then trigger the ''SET'' button, ''L'' will flash, this is the Cutoff-Discharge-Voltage setting mode.
Step 6: In the Cutoff-Discharge-Voltage setting mode, trigger the ''INC'' button to increase the voltage and the ''DEC'' button to decrease the voltage. Long press ''INC'' or ''DEC'' button to quickly set the voltage.
Step 7: Set the voltage to ''L11.7'' and trigger the ''SET'' button to save the settings.
Step 8: Disconnect the port BAT +/BAT- and connect the port OUT+/OUT- to the load.
Step 9: Connect the port BAT +/BAT- again and re-power it. After 3 seconds delay, the load will be powered.
Example 2: Start-Discharge-Voltage(H) and Cutoff-Discharge-Voltage(L) has been set, Direct wiring.
Step 1: Connect the battery's positive and negative ports to the module's BAT+/BAT- ports (to ensure that the battery has more than 20% of the capacity); the digital tube will display the battery voltage (such as the battery voltage is 12.1V, the digital display will show ''C12 .1'')
Step 2: Trigger the ''INC'' button, the digital display will show ''H12.8'', then trigger the ''SET'' button, ''H'' will flash, this is the Start-Discharge-Voltage setting mode.
Step 3: In the Start-Discharge-Voltage setting mode, trigger the ''INC'' button to increase the voltage and the ''DEC'' button to decrease the voltage. Long press ''INC'' or ''DEC'' button to quickly set the voltage.
Step 4: Set the voltage to ''H12.9'' and trigger the ''SET'' button to save the settings.
Step 5: Trigger the ''DEC'' button, the digital display will show ''L11.8'', then trigger the ''SET'' button, ''L'' will flash, this is the Cutoff-Discharge-Voltage setting mode.
Step 6: In the Cutoff-Discharge-Voltage setting mode, trigger the ''INC'' button to increase the voltage and the ''DEC'' button to decrease the voltage. Long press ''INC'' or ''DEC'' button to quickly set the voltage.
Step 7: Set the voltage to ''L11.7'' and trigger the ''SET'' button to save the settings.
Step 8: Disconnect the port BAT +/BAT- and connect the port OUT+/OUT- to the load.
Step 9: Connect the port BAT +/BAT- again and re-power it. After 3 seconds delay, the load will be powered.
Example 2: Start-Discharge-Voltage(H) and Cutoff-Discharge-Voltage(L) has been set, Direct wiring.
Step 1: Connect port OUT+/OUT- to the load
Step 2: Connect the battery's positive and negative ports to the module's BAT+/BAT- ports (to ensure that the battery has more than 20% of the capacity); the digital tube will display the battery voltage (such as the battery voltage is 12.1V, the digital display will show ''C12 .1'')
Step 3: Power is supplied to the load after a delay of 3 seconds
Q&A:
Q1: The suitable battery voltage? Types of Batteries?
A1: This module is suitable for all batteries in the range of 6-30V, lead-acid batteries, lithium batteries and even dry batteries.
Battery type : Lead-acid /Ni-Cd / Ni-MH / Li-ION /Li-PO / LiFe /Polymer Lithium battery.
Q2: Can parameters be saved after power off?
A2: Yes, the parameters can be saved when powered off.
Q3: Why does the digital tube not display after the battery is connected?
A3: 1. It may be that the battery capacity is too low. Please charge the battery with the charger first.
2. Poor connection or reverse polarity
3. It is possible that the module has entered the Energy-Saving Mode,press and hold the ''SET'' button until the digital display.
Q4: Why can't I increase the '' Cutoff-Discharge-Voltage(L)''?
A4: Please increase the Start-Discharge-Voltage(H) first.
Q5: Why can't I discrease the '' Start-Discharge-Voltage(H) ''?
A5: Please discrease the Cutoff-Discharge-Voltage(L) first.
Q6: Why relay turn on and off frequently?
A6: 1 It may be too much load current, or the battery capacity is too small.
2 It may be Cutoff-Discharge-Voltage(L) and Start-Discharge-Voltage(H) too close.
Q7: What is the control method? Can it be used as a charge protection? Can it limit the current?
A7: 1 This is a voltage control method
2 NO! This can only be used for discharge protection. It cannot be used for charging protection. For charging protection, please use the PS46A01 module.
4 No! This module can only control the voltage and cannot control the current. Can not limit current, the current size depends on your load current and battery maximum current
A6: 1 It may be too much load current, or the battery capacity is too small.
2 It may be Cutoff-Discharge-Voltage(L) and Start-Discharge-Voltage(H) too close.
Q7: What is the control method? Can it be used as a charge protection? Can it limit the current?
A7: 1 This is a voltage control method
2 NO! This can only be used for discharge protection. It cannot be used for charging protection. For charging protection, please use the PS46A01 module.
4 No! This module can only control the voltage and cannot control the current. Can not limit current, the current size depends on your load current and battery maximum current
Q8: Does this protection board have voltage regulation function?
A8: No! This module is just a voltage controller and can only function as a switch without boost or buck function..
A8: No! This module is just a voltage controller and can only function as a switch without boost or buck function..