ATV Battery Charger
✱Input Voltage Range:AC90-264V,
✱Output Voltage:DC48V/60V/72V/84V/96V...
✱Input/Output Plug(optional),
✱Charging Indicator(optional),
✱CAN BUS or not(optional),
✱Size:294*210*111mm,
✱Net weight:5.9kg(13lb),
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Product Details ofATV Battery Charger
ATV Battery Charger Datasheet
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Model:
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SMHC3-3.3KW Aluminum Alloy Fully Sealed Charger
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Features:
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Waterproof | Shockproof | Dustproof
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AC Input:
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AC90-264V with USA/EU/ZA...Plug(Optional)
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DC Output:
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DC16A~40A with Anderson/M10/REMA connector(Optional)
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AC Input Frequency Range:
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40~70HZ With APFC function
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Power Factor:
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≥0.98 full load
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Efficiency:
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≥93%
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IP Level:
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66/67
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Working Temperature:
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- 20 ℃ ~ + 85 ℃
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Storage Temperature:
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- 30 ℃ ~ + 90 ℃
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CAN Communication:
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CAN 2.0B Optional
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12V3A Auxiliary Power Supply:
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Optional
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Indicator:
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YES, buit-in or external
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Noise:
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≤45dB
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Overall Size:
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294 * 210 * 111 (mm)
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Net Weight:
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5.9kg
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| Models | Input Voltage Range | Rated Output Voltage | Max Output Voltage | Max Output Current |
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SMHC3-4840A/4821C
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AC90-264V
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48V
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66V
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40A/20A
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SMHC3-7240A/7220C
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AC90-264V
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72V
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99V
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40A/20A
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SMHC3-8040A/8020C
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AC90-264V
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80V
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110V
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40A/20A
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SMHC3-9632A/9616C
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AC90-264V
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96V
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132V
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32A/16A
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Our advantages
Strong Protective Functions
Output over voltage protection
Output over current protection
Output short-circuit protection
Output reverse connection protection
Input under-voltage&over-voltage protection
Charger over temperature protection
Battery over temperature protection
Fully charged automatically shutdown
Independent R&D Team
Latest production lines
Technical support
Over 1- million capacity per year
Battery charger design & application
Charging system solutions
Sweet after-sales services
All We Need to Know About ATV Battery Charger
Whether you are an old hand at repairing your ATV or you are just beginning to do it, there are a few things you should know about ATV battery chargers. There are two basic types: automatic and manual, and you need to choose the type that best suits your needs.
Automatic vs. manual
Whether you are looking for a manual or automatic ATV battery charger, there are some things to keep in mind. You want to use a charger that can provide the right voltage for the battery. Using a high current booster charger can cause a spike in the voltage. This could damage your bike's electronics.
When it comes to charging, the ATV system isn't as efficient as the charging system in an automobile. If you're not riding your ATV very often, you may not be able to get a full charge on the battery. You can jump start the ATV battery from the car's battery, but the ATV battery doesn't last long. The ATV battery needs to be charged when it's not in use.
The type of charger you use will depend on the size and condition of the battery. For a 15Ah battery, you want to use a charger with a power output of no more than 1.5A. You also need a higher duty-cycle battery charger if you are going to charge the battery more often.
The type of charger you use will depend on the size and condition of the battery. For a 15Ah battery, you want to use a charger with a power output of no more than 1.5A. You also need a higher duty-cycle battery charger if you are going to charge the battery more often.
Compatibility with lead-acid and lithium batteries
Whether you choose to power your ATV with lead-acid or lithium batteries, there are some important safety concerns that you need to understand. You'll need to know how to properly charge, store, and maintain these types of batteries to ensure that they last as long as possible.
The first thing to remember about lead-acid and lithium ATV batteries is that you should never store them at full charge. This can lead to overheating and fire. This is why most lithium battery manufacturers recommend that you charge them at a Bulk and Absorb rate of 14V.
In addition to not requiring a full charge, lithium batteries are also much lighter than lead-acid batteries. This is advantageous for those who want a smaller battery bank that will give them more fuel efficiency.
Unlike lithium batteries, lead-acid ATVs require filling. Fortunately, this process is not difficult. You simply need to ensure that the acid levels within the battery are within the fill lines.
Average life expectancy
Typically, ATV batteries last for 3 to 5 years with proper care. However, there are factors that can significantly impact the battery's lifespan. These include temperature, battery type, and battery charger.
The best temperature for an ATV battery is between 20 and 22 oC. In cold conditions, the electrolytes inside the battery freeze, which can shorten the battery's life. In addition, the high temperature speeds up the internal corrosion process, causing the battery to discharge sooner.
Battery usage also plays a role in the battery's lifespan. If the battery is regularly drained, it will shorten its life. For example, if the battery is used weekly, it will be less likely to have a long life. This can be avoided by not riding the ATV for long periods of time.
The type of charger used will also affect the battery's lifespan. A low quality charger will increase the risk of overcharging. In addition, a smart charger will detect low voltages and turn off to prevent overcharging.
Smart Summit Charger Product Series
Whether you are looking for a battery charger for your ATV, golf cart or motorcycle, there are a number of options available. If you are unsure about which type of battery charger is best for your application, you can take a look at Summit Charger Product Series or consult our sales representative.
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