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A iClever jump starter is a portable device that can be used to start a car battery. When the car battery is dead, the jump starter can generate enough electrical power to start the car battery. The iClever jump starter is also known as a battery jump or jump box. The iClever jump starter has become a necessary tool for many drivers. The iClever jump starter has different types, which include the following:
iClever Car Jump Starter with Air Compressor
The iClever car jump starter with an air compressor is a powerful device. The jump starter has a built-in air compressor that can inflate car tires within 90 seconds. The powerful battery capacity of the jump starter enables it to jump-start a car battery within 1,000 times. The iClever car jump starter with air compressor has a maximum peak current of 2000A and a 12V output. The jump starter also has a 10000mAh battery capacity.
iClever Portable Car Jump Starter
The iClever portable car jump starter is a small portable device. The jump starter can fit into a small bag or even a pocket. The small size of the jump starter does not affect its performance. The iClever portable car jump starter can generate a peak current of 2000A, which is enough power to jump-start a car battery. The jump starter also has a 22V power output and 30,000mAh battery capacity.
iClever Jump Starter with Power Bank
The battery capacity of the iClever jump starter with a power bank is higher than other jump starters. The jump starter has a battery capacity of 30,000mAh, which is enough to charge devices within many times. The iClever jump starter with a power bank has a maximum peak current of 2000A and a voltage output of 12V. The jump starter also has a Type-C input/output port and two USB ports.
iJump starter specifications may vary depending on the model, but generally, they have the following features:
Battery capacity
The battery capacity of an iJump starter provides power to jump-start vehicles. It is measured in ampere-hours (Ah) or milliampere-hours (mAh). A higher battery capacity means the iJump starter can provide more power and support more jump starts before recharging. For example, an iJump starter with a 10000mAh battery capacity can provide a jump start for a larger vehicle or support multiple jump starts before needing to recharge the battery.
Peak current
The peak current of an iJump starter is the maximum current it can provide during a jump start. It is measured in amperes (A). A higher peak current means the iJump starter can provide more power and jump-start larger vehicles or those with more significant engine challenges. For example, an iJump starter with a peak current of 800A can jump-start a larger truck or support multiple jump starts for smaller vehicles.
Cranking current
The cranking current of an iJump starter is the current required to start a vehicle's engine. It is usually lower than the peak current and is used to indicate the iJump starter's suitability for different vehicle types. The cranking current is also measured in amperes (A).
Size and weight
The size and weight of an iJump starter determine its portability and convenience of use. Smaller and lighter jump starters are easier to carry and store, while larger and heavier ones may provide more power or additional features. For example, a compact and lightweight iJump starter can be kept in the glove compartment, while a larger and heavier one may require a dedicated storage space.
Additional features
Some iJump starters have additional features such as built-in LED lights for emergency lighting, USB ports for charging mobile devices, or built-in safety protection circuits to prevent overcurrent, overvoltage, or short circuits.
When maintaining an iJump starter, the following aspects should be noted:
Regular charging
Even if not in use, an iJump starter should be charged regularly. It is usually recommended to charge it at least once every three months. This maintains the battery's health and ensures it is ready to use when needed.
Battery care
Take care of the iJump starter battery to extend its life. It is usually advised to avoid overcharging or deep discharging the battery. Overcharging may occur if the iJump starter is connected to the charger for too long, while deep discharging may occur if the battery level drops too low before recharging.
Keep it clean
Regularly clean the iJump starter, including the connectors and cables. Dirt and corrosion may affect its performance. Use a dry cloth or a mild cleaning solution to clean it.
Check the cables and connectors
Periodically inspect the cables and connectors of the iJump starter for wear, damage, or corrosion. If any problems are found, replace the cables or connectors as needed to ensure the proper function and safety of the iJump starter.
Follow the manufacturer's instructions
Follow the instructions and maintenance recommendations provided by the iJump starter manufacturer. Different models may have specific maintenance requirements to ensure optimal performance and longevity.
When choosing an iclever jump starter, consider the following:
Peak Current:
Peak current is the maximum current the jump starter can deliver to start a dead battery. For most petrol vehicles, a jump starter with a peak current of 400-600A is sufficient. Larger vehicles or those with larger engines may require a higher peak current (800A or more).
Battery Capacity:
Battery capacity is usually expressed in milliampere hours (mAh) or amp-hour (Ah). A jump starter with a higher battery capacity will be able to start more vehicles or provide a longer charge for portable devices. For occasional use, a model with 5000mAh is ideal. For regular use, consider a jump starter with 10000mAh or more.
Size and Weight:
A compact and lightweight jump starter is easier to carry in a vehicle. Those weighing less than 1 pound (450g) are portable. Look for dimensions of 6 x 3 inches (15 x 8 cm) or smaller.
Charging Time:
Short charging times (3 hours or less) mean the jump starter can be recharged quickly after use. Fast charging technology allows the battery to be fully charged in 1-2 hours.
Multiple Charges:
Jump starters that can charge multiple devices simultaneously are convenient. Look for 2-3 USB ports or a combination of USB and other charging ports. Some models also include wireless charging capabilities.
Additional Functions:
Additional functions such as built-in flashlights (LEDs), emergency lights, or SOS signals may be helpful during emergencies. Some jump starters also include air compressors, tire pressure monitors, or safety tools such as seat belt cutters and window breakers.
Most iJump starters are designed with the end user in mind. They are very simple to use. Users are advised to go through the user manual to understand how to use the jump starter, its features, and safety precautions.
To use an iJump starter, ensure the device is fully charged. Connect the provided jumper cables to the device and then to the vehicle with the dead battery. Turn on the device to start the vehicle. Once the vehicle is running, disconnect the cables and put the device back into the case.
Replacing an iJump starter battery is straightforward. Different models have different batteries. The first thing to do is check the user manual to see if the battery is replaceable. If it is, the manual will provide detailed instructions on how to replace it. If the iJump starter battery is not replaceable, users will know because it is sealed.
In cases where the battery is sealed and non-replaceable, users are advised to contact the manufacturer for battery replacement services. They can also recycle the old jump starter and get a new one.
Q1. How long do iJump starters last?
A1. Typically, iJump starters have a shelf life of two to three years. After this period, their effectiveness may be reduced.
Q2. How often should an iJump starter be charged?
A2. It is advisable to charge the iJump starter at least every three months, even if it is not being used. This helps maintain its battery health.
Q3. Can an iJump starter be used on a 12V battery?
A3. Yes, iJump starters are designed to be used on 12V batteries, which is the standard voltage for most car batteries.
Q4. How many times can an iJump starter jump start a car?
A4. Depending on the capacity of the battery, an iJump starter can jump start a car four to 50 times on a single charge.
Q5. What is the difference between a jump starter and a battery charger?
A5. A jump starter provides a high burst of power to start a vehicle with a dead battery, while a battery charger slowly charges the battery.
