Filters
Manufacturer
Battery Chargers
Battery chargers restore the charge of a battery, guaranteeing its operation. They are available in either manual or automatic versions, with automatic ones transitioning to maintenance mode once the battery is fully charged. DC to DC chargers are effective in charging vehicle batteries. Choosing the appropriate charger and taking into account aspects such as the type of battery and voltage rating can ensure efficient charging and extend the battery's lifespan.
part#
description
manufacturer
HEP-600C-12
AC-DC Single output 3 stage battery charger with PFC for lead acid batteries; Adjustable output 11.5-15.1VDC 17.5-35A; Up to 10G Vibration
MEAN WELL
Quick Quote
NPB-120-24TB
AC-DC Single output battery charger with PFC; 2 or 3 stage charging; Universal AC input; Output 28.8Vdc at 4A with terminal block
MEAN WELL
Quick Quote
DRC-60B
AC-DC Industrial DIN rail with UPS function; Output 27.6Vdc at 1.4A + 27.6Vdc at 0.75A; with battery charger output
MEAN WELL
Quick Quote
NPB-120-24XLR
AC-DC Single output battery charger with PFC; 2 or 3 stage charging; Universal AC input; Output 28.8Vdc at 4A with 3 pin power pin
MEAN WELL
Quick Quote
NPB-240-48TB
AC-DC Single output battery charger with PFC; 2 or 3 stage charging; Universal AC input; Output 57.6Vdc at 4A with terminal block
MEAN WELL
Quick Quote
NPB-120-12AD1
AC-DC Single output battery charger with PFC; 2 or 3 stage charging; Universal AC input; Output 14.4Vdc at 6.8A with anderson connector
MEAN WELL
Quick Quote
NPB-360-48AD1
AC-DC Single output battery charger with PFC; 2 or 3 stage charging; Universal AC input; Output 57.6Vdc at 6A with anderson connector
MEAN WELL
Quick Quote
SC-150-54
AC-DC Enclosed battery charger; Output 54Vdc at 2.8A; SC-150-54 is succeeded by LRS-150-48.
MEAN WELL
Quick Quote
SC-150-13.5
AC-DC Enclosed battery charger; Output 13.5Vdc at 11.2A; SC-150-13.5 is succeeded by LRS-150-12.
MEAN WELL
Quick Quote
DBR-3200-24CAN
AC-DC 19 inch rack front end charger unit with PFC; Output 27.6VDC at 110A; 1U profile; Hot-swap; protocol CANBus
MEAN WELL
Quick Quote
PB-360P-12
AC-DC Single Output battery charger with PFC; Input with 3 pin IEC320-C14 socket; Output 14.4VDC at 24.3A with terminal block; 3 stage charging with cooling fan
MEAN WELL
Quick Quote
PB-360P-24
AC-DC Single Output battery charger with PFC; Input with 3 pin IEC320-C14 socket; Output 28.8VDC at 12.5A with terminal block; 3 stage charging with cooling fan
MEAN WELL
Quick Quote
PB-300P-48
AC-DC Single Output battery charger with 3 pin IEC320-C14 input socket; Output 57.6VDC at 3.2A with terminal block; 3 stage charging with cooling fan
MEAN WELL
Quick Quote
PB-230-48
AC-DC battery charger with active PFC; Input 3 pin IEC320-C14 input socket; Output 57.6VDC at 4A with 4 pin XLR plug; 3 stage charging with cooling fan; PB-230-48 is succeeded by GC220A48-AD1.
MEAN WELL
Quick Quote
PB-600-12
AC-DC Single output intelligent battery charger with 3 pin IEC-320-C14 input socket; Output 14.4VDC 40A with terminal block; Selectable 2-3-8 stage smart charging with cooling fan
MEAN WELL
Quick Quote
ENC-240-12
AC-DC Single output battery charger with PFC; 3 stage charging; Universal AC input; Output 14.4VDC at 16A
MEAN WELL
Quick Quote
ENC-180-24
AC-DC Single output battery charger with PFC; 3 stage charging; Universal AC input; Output 28.8VDC at 6A
MEAN WELL
Quick Quote
ENC-360-12
AC-DC Single output battery charger with PFC; 3 stage charging; Universal AC input; Output 13.8VDC at 24A
MEAN WELL
Quick Quote
ESC-240-13.5
AC-DC Desktop type charger with 3 pin IEC320-C14 input socket; Output 13.5VDC at 16A with banana plug; Under/Over voltage and polarity protection; Cooling by built-in DC fan; ESC-240-13.5 is succeeded by ENC-240-12.
MEAN WELL
Quick Quote
ESC-120-27
AC-DC Desktop type charger with 3 pin IEC320-C14 input socket; Output 27VDC at 4A with banana plug; Under/Over voltage and polarity protection; Cooling by built-in DC fan; ESC-120-27 is succeeded by ENC-120-24.
MEAN WELL
Quick Quote
Items per page:
Battery Chargers
General Guide & Overview
Battery chargers are essential devices that play a crucial role in keeping our batteries charged and functioning properly. Whether it's for our phones, laptops, vehicles, or other electronic devices, a battery charger is an indispensable tool.
Understanding how a battery charger works is essential when selecting the right one for your needs. Battery chargers come in various types, each designed for specific purposes. Some key factors to consider when choosing a battery charger include the battery type, voltage rating, and charging current.
When it comes to battery chargers, one common question that arises is the difference between a battery charger and a battery maintainer. While a charger is designed to replenish the battery's charge, a maintainer is intended to keep the battery at optimal levels and prevent overcharging.
In this guide, we will explore the different types of battery chargers available and how to choose the right one for your needs. By understanding the basics of battery chargers, you can ensure optimum performance and longevity for your batteries.
Types of Battery Chargers
When it comes to battery chargers, there are various types available to cater to different needs. One popular type is the DC to DC charger, which is commonly used for vehicles like cars, trucks, boats, and RVs. These chargers convert the incoming DC voltage from the vehicle's electrical system to the appropriate voltage for the battery.
It's important to consider the battery size and capacity when selecting a charger to ensure compatibility. Understanding how chargers work, including their voltage and amperage ratings, is crucial in choosing the right charger for your specific battery type.
DC to DC chargers offer advantages such as fast and efficient charging, making them a popular choice among vehicle owners.
Manual Chargers vs Automatic Chargers
When it comes to battery chargers, there are two common types that are widely used - manual chargers and automatic chargers. Each type has its own benefits and considerations, making it important to understand the differences before deciding which one suits your needs best.
Manual Chargers: Manual chargers require constant monitoring and manual control throughout the charging process. They deliver a constant current to the battery until disconnected. When using a manual charger, it is crucial to keep an eye on the ammeter or utilize tools like hydrometers or voltmeters to determine the battery's charge level. Manual chargers provide the flexibility for customized charging, allowing you to adjust the charging current as needed.
Automatic Chargers: On the other hand, automatic chargers offer a more user-friendly and convenient charging experience. These chargers are designed to detect when the battery is fully charged and automatically switch to a maintain mode or float mode to prevent overcharging. This feature provides peace of mind, especially when leaving the battery unattended during the charging process. Automatic chargers are generally recommended for their ease of use and the added protection they offer.
When deciding between a battery maintainer and a charger, it is important to consider factors such as the battery type and how you intend to use the charger. A battery maintainer is specifically designed to maintain the charge of a battery over a prolonged period, while a charger is intended for recharging a battery that has been significantly depleted. Understanding the purpose of DC chargers and how they are used can also help in making informed decisions when selecting a battery charger.
Choosing the right battery charger involves evaluating various aspects such as the battery type, voltage rating, charging current, and the specific requirements of your application. By considering these factors, you can select the appropriate charger that will effectively charge and maintain your batteries, ensuring optimum performance and longevity.
Conclusion
Choosing the right battery charger is crucial for maintaining the performance and longevity of your batteries. Factors such as the battery size, voltage rating, and charger type should be taken into consideration, ensuring compatibility and efficient charging. By understanding the differences between manual chargers and automatic chargers, you can select the most convenient option for your needs.
Manual chargers require constant monitoring and control during the charging process, while automatic chargers offer a more user-friendly experience by detecting when the battery is fully charged and switching to a maintenance mode. DC to DC chargers, on the other hand, provide fast and efficient charging for vehicles, making them a popular choice among owners.
By choosing the right battery charger, you can protect your batteries from overcharging and ensure safe and reliable performance. Whether you need a charger for your phone, laptop, vehicle, or other electronic devices, selecting the appropriate charger will help prolong the lifespan of your batteries and keep them running smoothly.
FAQ
How does a battery charger work?
A battery charger works by providing an electrical current to the battery, which converts the incoming electrical energy into chemical energy and stores it. The charger regulates the voltage and current to ensure safe and efficient charging.
What is the voltage rating of a battery charger?
The voltage rating of a battery charger refers to the maximum voltage it can deliver to the battery during the charging process. It is important to choose a charger with a voltage rating that matches the requirements of your battery.
What are the different types of battery chargers available?
There are various types of battery chargers, including manual chargers, automatic chargers, and DC to DC chargers. Manual chargers require monitoring and manual control, while automatic chargers have built-in features to detect when the battery is fully charged. DC to DC chargers are commonly used for vehicles and convert the incoming DC voltage to the appropriate voltage for the battery.
What is the difference between a battery charger and a battery maintainer?
A battery charger is designed to charge a battery and then stop once the charging process is complete. A battery maintainer, on the other hand, is designed to keep a battery at full charge without overcharging it. Maintainers are commonly used for batteries that are not in regular use, such as seasonal vehicles or backup power systems.
How do DC to DC chargers work?
DC to DC chargers convert the incoming DC voltage from a vehicle's electrical system to the appropriate voltage for the battery. They are typically used in vehicles like cars, trucks, boats, and RVs to charge auxiliary batteries while the vehicle's engine is running.
What are the advantages of using a battery charger?
Battery chargers offer several advantages, including fast and efficient charging, protection against overcharging, and the ability to maintain battery capacity and performance over time. They also provide convenience and peace of mind during the charging process.
How do I choose the right battery charger?
When choosing a battery charger, consider factors such as the battery type, size, and capacity. It's also important to match the charger's voltage rating to the battery's requirements. If you have specific needs or preferences, such as fast charging or automatic operation, be sure to look for chargers that offer those features.
What type of battery charger do I need?
The type of battery charger you need depends on the type of battery you are charging and your specific requirements. Consider factors such as the battery size, voltage rating, and the presence of any additional features you may need, such as automatic shut-off or compatibility with certain vehicles or devices.
How do battery chargers and battery maintainers work?
Battery chargers and maintainers work by providing a controlled electrical current to the battery. Chargers deliver a higher current to fully charge the battery, while maintainers deliver a lower current to keep it at full charge without overcharging. Both devices help ensure the battery remains in good condition and ready for use.
What are DC chargers used for?
DC chargers are commonly used in vehicles to charge auxiliary batteries while the vehicle's engine is running. They convert the DC voltage from the vehicle's electrical system to the appropriate voltage for the battery, ensuring efficient and effective charging.
How do I choose an external battery charger?
When choosing an external battery charger, consider factors such as the battery type, voltage rating, and charging current. It's important to select a charger that is compatible with your specific battery and can deliver the appropriate charge to ensure optimal performance and longevity.