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High Amperage Output: With a substantial 30A output, this charger is capable of delivering a high volume of current to batteries, making it one of the most potent options available for quick battery charging.
Versatile Voltage Compatibility: It accommodates both 12V and 24V lead-acid batteries, providing a flexible charging solution for a variety of battery types and configurations.
Advanced Charging Circuitry: Incorporates advanced circuitry that manages the charging process with precision, including initial bulk charging, followed by absorption, and concluding with float charging to ensure full and safe battery charging.
Robust Safety Features: Ensures safety with a robust set of features that guard against over-voltage, over-charging, short-circuits, and reverse polarity, protecting both the charger and the batteries.
Application Scenarios of AC to DC 12V 24V 30A Battery Charger:
Marine and RV Charging: Perfect for charging batteries in marine and recreational vehicles, providing reliable power for leisure trips and long journeys.
Renewable Energy Systems: Ideal for integrating with solar or wind power systems to charge and maintain lead-acid batteries used in off-grid energy storage.
Telecommunications: Ensures dependable charging for backup batteries in telecommunications equipment, supporting continuous operation during power interruptions.
Agricultural Machinery: Designed to charge batteries in agricultural machinery, helping ensure that farming operations maintain a steady power supply.
Input Voltage: Supports 220V AC input for both 12V and 24V models.
Input Frequency: Operates at 50Hz/60Hz for stable performance in various regions.
Output Voltage: Provides 12V for the 12V model and 24V for the 24V model.
Max. Output Voltage: 14.5V ± 0.5V for the 12V model, 29V ± 0.5V for the 24V model.
Floating Voltage: 13.7V ± 0.5V for the 12V model, 27.5V ± 0.5V for the 24V model.
Constant Charging (100% Mode): Delivers 30A ± 2A for both models to ensure efficient charging.
Conversion Efficiency: Achieves over 83% efficiency, reducing energy loss during operation.
Charging Indication: Red light indicates active charging.
Fully Charged Indication: Green light indicates the battery is fully charged.
Reverse Connection Protection: Built-in protection prevents damage from reverse battery connections.
Fan Operation Mode: The fan activates when the temperature exceeds 40°C, ensuring proper cooling.
| Battery Charger Model | 12V30A | 24V30A |
| Input Voltage | 220V | 220V |
| Input Frequency | 50Hz/60Hz | 50Hz/60Hz |
| Output Voltage | 12V | 24V |
| Max.Output Voltage | 14.5V±0.5V | 29V±0.5V |
| Floating Voltage | 13.7V±0.5V | 27.5V±0.5V |
| Constant Charging(100% Mode) | 30A±2A | 30A±2A |
| Conversion Efficlency | >83% | >83% |
| Charging Indication | Red light on when charging | Red light on when charging |
| Fully Charged Indication | Green light on | Green light on |
| Reverse Connection Protection | YES | YES |
| Fan Operation Mode | Fan start to work above 40"℃ | Fan start to work above 40"℃ |
1. What is the input voltage for the JYINS 12V 24V 30A battery charger?
The JYINS 12V 24V 30A battery charger supports an input voltage of 220V AC, making it suitable for use with standard power sources.
2. What applications is this battery charger suitable for?
This charger is ideal for marine and RV charging, renewable energy systems, telecommunications backup batteries, and agricultural machinery, providing reliable charging in various industries.
3. How does the charger indicate when the battery is fully charged?
The charger has a dual-light system: a red light indicates charging is in progress, and a green light turns on when the battery is fully charged.
4. Is there protection against reverse connection?
Yes, the JYINS charger includes built-in reverse connection protection to safeguard the unit from potential damage caused by incorrect battery connections.
5. When does the charger’s fan activate?
The charger’s fan begins to operate when the temperature exceeds 40°C, ensuring that the unit remains cool and prevents overheating during extended use.
High Amperage Output: With a substantial 30A output, this charger is capable of delivering a high volume of current to batteries, making it one of the most potent options available for quick battery charging.
Versatile Voltage Compatibility: It accommodates both 12V and 24V lead-acid batteries, providing a flexible charging solution for a variety of battery types and configurations.
Advanced Charging Circuitry: Incorporates advanced circuitry that manages the charging process with precision, including initial bulk charging, followed by absorption, and concluding with float charging to ensure full and safe battery charging.
Robust Safety Features: Ensures safety with a robust set of features that guard against over-voltage, over-charging, short-circuits, and reverse polarity, protecting both the charger and the batteries.
Application Scenarios of AC to DC 12V 24V 30A Battery Charger:
Marine and RV Charging: Perfect for charging batteries in marine and recreational vehicles, providing reliable power for leisure trips and long journeys.
Renewable Energy Systems: Ideal for integrating with solar or wind power systems to charge and maintain lead-acid batteries used in off-grid energy storage.
Telecommunications: Ensures dependable charging for backup batteries in telecommunications equipment, supporting continuous operation during power interruptions.
Agricultural Machinery: Designed to charge batteries in agricultural machinery, helping ensure that farming operations maintain a steady power supply.
Input Voltage: Supports 220V AC input for both 12V and 24V models.
Input Frequency: Operates at 50Hz/60Hz for stable performance in various regions.
Output Voltage: Provides 12V for the 12V model and 24V for the 24V model.
Max. Output Voltage: 14.5V ± 0.5V for the 12V model, 29V ± 0.5V for the 24V model.
Floating Voltage: 13.7V ± 0.5V for the 12V model, 27.5V ± 0.5V for the 24V model.
Constant Charging (100% Mode): Delivers 30A ± 2A for both models to ensure efficient charging.
Conversion Efficiency: Achieves over 83% efficiency, reducing energy loss during operation.
Charging Indication: Red light indicates active charging.
Fully Charged Indication: Green light indicates the battery is fully charged.
Reverse Connection Protection: Built-in protection prevents damage from reverse battery connections.
Fan Operation Mode: The fan activates when the temperature exceeds 40°C, ensuring proper cooling.
| Battery Charger Model | 12V30A | 24V30A |
| Input Voltage | 220V | 220V |
| Input Frequency | 50Hz/60Hz | 50Hz/60Hz |
| Output Voltage | 12V | 24V |
| Max.Output Voltage | 14.5V±0.5V | 29V±0.5V |
| Floating Voltage | 13.7V±0.5V | 27.5V±0.5V |
| Constant Charging(100% Mode) | 30A±2A | 30A±2A |
| Conversion Efficlency | >83% | >83% |
| Charging Indication | Red light on when charging | Red light on when charging |
| Fully Charged Indication | Green light on | Green light on |
| Reverse Connection Protection | YES | YES |
| Fan Operation Mode | Fan start to work above 40"℃ | Fan start to work above 40"℃ |
1. What is the input voltage for the JYINS 12V 24V 30A battery charger?
The JYINS 12V 24V 30A battery charger supports an input voltage of 220V AC, making it suitable for use with standard power sources.
2. What applications is this battery charger suitable for?
This charger is ideal for marine and RV charging, renewable energy systems, telecommunications backup batteries, and agricultural machinery, providing reliable charging in various industries.
3. How does the charger indicate when the battery is fully charged?
The charger has a dual-light system: a red light indicates charging is in progress, and a green light turns on when the battery is fully charged.
4. Is there protection against reverse connection?
Yes, the JYINS charger includes built-in reverse connection protection to safeguard the unit from potential damage caused by incorrect battery connections.
5. When does the charger’s fan activate?
The charger’s fan begins to operate when the temperature exceeds 40°C, ensuring that the unit remains cool and prevents overheating during extended use.
