Description

XY-CD63L DC 6V-60V 30A Battery Charge Discharge Voltage Monitor

1.Description:

XY-CD63L is a DC 6V-60V 30A Battery Charge Discharge Voltage Monitor. It is a discharge protector when the battery is connected to the input terminals. It is a charge protector when the battery is connected to the output terminals. It can connect voltage from DC 6V-60V Battery and the input/output voltage are same. It can set battery discharge/charge voltage to prevent the battery from over-discharging/over-charging and causing damage. The output voltage can continue to provide voltage to the load when the battery charging voltage rises to the allowable discharge value.Therefore, it can effectively protect the service life of the battery and make the use of the battery safer and more reliable.

2.Features:

1>.30A high current drive

2>.Programmable charge/discharge operating modes

3>.Real-time battery voltage monitoring

4>.Automatically cut off the load to protect the battery

5>.Automatically start the load when charging is completed

6>.Programmable battery stop value and start value

7>.Automatic charging

8>.HD LCD display

9>.Programmable power saving mode

10>.Programmable charging time and delay time

11>.Programmable forced-on time to avoid voltage fluctuations causing erroneous operation

3.Parameters:

1>.Product name:XY-CD63L DC 6V-60V 30A Battery Charge Discharge Voltage Monitor

2>.Input voltage:DC 6V-60V

3>.Output voltage:Same to input

4>.Control precision:0.1V

5>.Power consumption:<1.5W

6>.Load current:30A(Max)

7>.Work mode:Charge and discharge mode

8>.Appropriate types:Storage battery, Lithium battery

9>.Work Temperature:-25℃~80℃

10>.Work Humidity:5%~90%RH

11>.Module Size:62*57*26mm

4.Functions:

1>.Set Work Mode

2>.Set Upper Limit Voltage Value UP

3>.Set Lower Limit Voltage Value dn

4>.Set Discharge/Charge Time OP

5>.Set Startup Delay dOP

6>.Set Forced Startup Time FOP (Only for discharge mode)

7>.Switch display percentage % and time

8>.Query set parameters value

9>.Turn ON/OFF output

10>.Turn ON/OFF Sleep Mode L-P

11>.Function Principle:

11.1>.For example: Batter discharge mode, the Lower Limit Voltage Value UP is 12V and the Upper Limit Voltage Value UP is 14V.

11.2>.It can not output voltage if the input voltage is less 12V when power ON.

11.3>.It can not output voltage if the input voltage drops below 12V during working.

11.4>.It can not output voltage if the input voltage is more 12V but less than 14V when power ON.

11.5>.It can output voltage if the input voltage is more 14V when power ON.

11.6>.There is output voltage before the input voltage drops to 12V during working.

11.7>.The input battery needs be charged to 14V once battery voltage drops to 12V. Then the output terminal can output voltage again.

5.Discharge Mode OUT:

1>.Relay turn ON and output voltage, battery starts to discharge, when Battery Voltage is more than the Upper Limit Voltage Value UP. Red indicator turn ON and flashing symbol ‘OUT’.

2>.Relay turn OFF and output no voltage, battery stops to discharge, when Battery Voltage is less than the Lower Limit Voltage Value dn. Red indicator turn OFF and keep display symbol ‘OUT’.

6.Charge Mode IN:

1>.Relay turn ON and battery starts to charge from charger, when Battery Voltage is less than the Lower Limit Voltage Value dn. Red indicator turn ON and flashing symbol ‘IN’.

2>.Relay turn OFF and battery stops to charge, when Battery Voltage is more than the Upper Limit Voltage Value UP. Red indicator turn OFF and keep display symbol ‘IN’.

3>.It display ‘nbE’if no battery is connected at the output terminal.

7.Frequently asked questions

1>.What is the control voltage range? What is the applicable battery range?

Q: Control voltage range is DC 6V-60V. But battery voltage max is 48V. Because the voltage of 48V battery is 60V after fully charged.

2>.Why relay is automatically turned on and off continuously after power on and flashing light?

Q: This is because your charging current is too large or the battery capacity is too small that cause the battery voltage to immediately exceed the Lower limit voltage ‘dn’ value and then relay will OFF.But the voltage drops quickly to the Lower limit voltage ‘dn’ after Relay OFF and then start to charging.Cycle and cycle.

At this point you have to reduce the charging current.Usually the charging current is 10-15% of the battery capacity.For example, if the battery capacity is 20AH, the charging current is 2-3A.

Note that high current charging can cause the battery to heat up, aging, bulging or even exploding.

3>.What control method?

Q: This is the voltage control.For example:Lower limit voltage ‘dn’ is set to 12.0V.Upper limit voltage ‘UP’ is set to 14.5V.It will close output when the voltage is charged to 14.5V.Relay will ON and begins to charge when the voltage is reduced to 12.0V.

4>.Can it be automatically cycled?

Q: Yes,it can.Voltage control mode only controls turn-off and turn-on.

5>.Can it limit the current?

Q: It can't limit current, the charging current is completely dependent on your charger.

6>.Can I charge a 24V battery by inputting 12V?Or charge a 12V battery by inputting 48V?

Q: This is a simple voltage controller just for ON/OFF.It can not change output voltage.So what kind of charger should you prepare for charging the battery!

8.Note:

1>.It is a charging/discharging controller but not a charger or voltage converter!

2>.Both the monitor and the load consume the power of the input terminal battery. Therefore, even if the output voltage is stopped, monitor will continue to consume the battery, which is used to monitor the battery voltage.

3>.Choose the right working mode.

4>.Please read use manual and description before use.

9.Application:

1>.Solar and wind power supply system

2>.Electric bicycle

3>.New energy vehicles

4>.Various batteries

10.Package:

1>.1pc XY-CD63L DC 6V-60V 30A Battery Charge Discharge Voltage Monitor