XH-M604 Battery Charge Control Module DC 6V-60V Digital Overcharge Protection Switch

Description:

Product Name: CNC charging module

Product model: XH-M604

Control voltage: DC6-60V

Control current: ≤30A

Control accuracy: 0.1V

Output type: direct output

Voltage error: ±0.1V

Scope of application: various battery lithium batteries

Appearance size: 81*54mm

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Instructions:

First connect the battery (no battery is not displayed)

Start button: press once to display the start value, long press the set start value

Stop button: press once to display the stop value, long press to set the stop value

When the startup value cannot be increased, please adjust the stop value first!

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Application areas:

Suitable for solar cells, new energy batteries

Suitable for car battery, electric car battery

Suitable for lithium ion batteries, polymer batteries

Suitable for lead-acid batteries, nickel-cadmium batteries, nickel batteries

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Features

High power fence terminal:

Large wiring capacity, can adapt to various wiring requirements, the highest withstand voltage 300V, current 30A

Switching voltage regulator:

Load regulation characteristics, internal integrated frequency compensation and fixed frequency generator

30A relay output:

High-power 30A relay output meets the needs of large-capacity battery charging. It is undoubtedly the best match for lead-acid batteries.

Controlled by single chip microcomputer:

Say goodbye to the cumbersome analog circuit, single machine can effectively and accurately handle the detection voltage with the digital tube display to make charging more convenient and sensitive

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Q and A

Q: How many V batteries are suitable for use? How much V voltage is suitable for this module?
Answer: This model is suitable for use in the voltage range of minimum 6V and maximum 60V, and the maximum support battery is 48V because the 48V battery is fully charged about 60V. No matter how high it is, it will burn. If your battery is higher than 48V, please choose another one!

Q: Why is there no display when the charger module is connected?
Answer: At this time, you must have not connected the battery or the battery voltage is lower than 6V, because the main board's power supply comes from the battery, and it must be connected to the battery motherboard to display it. Only the charger is not displayed!

Question: The starting voltage cannot be adjusted up
Answer: Since the module only limits the start value

Q: After power on, the relay pops! The indicator light flashes?
Answer: This is because your charging current is too large or the battery capacity is too small, causing it to be pulled to the stop value as soon as it is powered on. After the stop value, the module is powered off. After the power is turned off, the voltage quickly drops to the starting value and starts charging. If you don’t believe it, you can increase the stop value to more than 16V and power it on to see how much V the battery is pulled by your charger. At this time, you have to reduce the charging current. Usually the charging current is 10 of the capacity. 1 to 1.5, such as the charging current of a 20AH battery is about 2-3A! Note that high-current charging will cause the battery to heat up and accelerate aging, swelling or even explosion!

Q: What kind of control method can auto cycle charging? Can it be used while charging? Can it limit current?
Answer: This is voltage control. For example, if you set to start 12V and stop 14.5V, when the voltage reaches 14.5V, the power will be cut off. When the voltage drops to 12V and the charging is closed, you can use the charging while charging, and the voltage control mode can only be turned off. Turn off and on, can not limit the current, the charging current completely depends on your charger

Q: Can input 12V charge 24V battery, or input 48V can charge 12V?
Answer: This model is a simple voltage controller, which only functions as a switch and cannot transform the voltage to charge the battery, so you need to prepare any charger for which battery you want to charge!