BCI Battery Group Size Chart (Group 24, 27, 31, etc)

What is the difference between Group 27 and Group 31?
Group 27 and Group 31 batteries differ primarily in size and capacity. Group 31 batteries are larger and typically have higher capacity ratings compared to Group 27 batteries. Group 31 batteries are commonly used in larger vehicles like trucks and buses, whereas Group 27 batteries are often found in mid-size vehicles such as SUVs and some boats.

How many CCA is a Group 27 battery?
The Cold Cranking Amps (CCA) rating of a Group 27 battery can vary depending on the specific brand and model. However, Group 27 batteries typically have CCA ratings ranging from around 600 to 1000 amps.

Is a Group 31 battery better than a Group 24?
Group 31 batteries are generally larger and have higher capacity and CCA ratings compared to Group 24 batteries. Therefore, in terms of performance and power output, a Group 31 battery may be considered better suited for heavy-duty applications or larger vehicles than a Group 24 battery.

What is the difference? Group 24 VS  Group 27 battery
The main difference between Group 24 and Group 27 batteries is their physical size and capacity. Group 27 batteries are typically larger and have higher capacity ratings compared to Group 24 batteries. As a result, Group 27 batteries may provide more power and longer life than Group 24 batteries, but they may also be more expensive and require additional space for installation. Click to know more.

Can I replace a Group 24 battery with a Group 27 battery?
In many cases, it is possible to replace a Group 24 battery with a Group 27 battery if there is enough space in the vehicle’s battery compartment to accommodate the larger size of the Group 27 battery. However, it’s essential to ensure that the electrical specifications, such as voltage and CCA rating, are compatible with the vehicle’s requirements. Click to know more.

What does 51R mean on a battery?
The “51R” designation on a battery refers to its group size according to the Battery Council International (BCI) standard. Group 51R batteries are typically smaller and have specific dimensions and terminal configurations suitable for vehicles with limited space for the battery, such as compact cars and some hybrids.

What is the difference between Group 35 and 51R?
Group 35 and 51R batteries differ primarily in size and capacity. Group 35 batteries are larger and typically have higher capacity and CCA ratings compared to Group 51R batteries. Therefore, Group 35 batteries are often used in larger vehicles with higher electrical demands, while Group 51R batteries are more suitable for compact cars and vehicles with limited space for the battery.

What are the dimensions, features, and recommendations for Group 47 (H5, L2, 55L2) batteries?
Group 47 (H5, L2, 55L2) batteries are classified as medium-sized batteries commonly utilized in automotive and light industrial settings. These batteries serve multiple purposes, including starting mid-range diesel and gas engines and providing power to various electric and electronic devices when the engine is not running. Typically, Group 47 batteries are spill-proof and maintenance-free, with many models available on the market adhering to these standards. It is recommended to select a BCI Group 47 battery that is designed with AGM (Absorbent Glass Mat) technology for improved performance and longevity.

What are the dimensions, features, and recommendations for Group 34 batteries?
Group 34 batteries are known for their medium-large size and considerable power output. These batteries typically have a 20-hour capacity falling within the 50-75 Ah range, providing a cold cranking amps (CCA) rating between 750-900. They also boast a reserve capacity of 100-145 minutes. The weight of Group 34 batteries varies depending on factors such as the chemistry, battery type, and internal construction, typically ranging from 37 to 51 pounds (16.8 – 23.1 kg).

When it comes to applications, BCI Group 34 batteries find common use in a variety of fields including automotive, marine, industrial, and off-the-grid settings. They are available in different types such as starting, dual-purpose, and deep cycle batteries, each offering distinct benefits. These batteries are especially valued for their good starting and cranking characteristics, a high number of charging and discharging cycles, and impressive deep cycle recovery abilities.

For optimal performance and longevity, it is recommended to choose a Group 34 battery that aligns with the specific demands of the intended application. Additionally, regular maintenance and adherence to manufacturer guidelines for charging and discharging practices can further enhance the lifespan and efficiency of these batteries.

What are the dimensions, features, and recommendations for Group 48 (H6, L3, 66L3) batteries?
Group 48 (H6, L3, 66L3) batteries, also known as BCI Group 48 batteries, are versatile mid-range power sources widely utilized in automotive, marine, and light industrial applications. These batteries serve as reliable starting or dual-purpose energy providers and are commonly employed to operate various electric and electronic devices when the primary engine is switched off or when electricity is unavailable.

Specially designed for durability and efficiency, most Group 48 batteries are crafted as maintenance-free, spill-proof AGM (Absorbent Glass Mat) batteries. Their advanced construction provides enhanced resistance to vibrations and mechanical shocks, surpassing the durability of traditional wet/flooded lead-acid batteries.

For those seeking a dependable power solution with robust performance capabilities, a Group 48 battery is a recommended choice due to its versatility, reliability, and cutting-edge design features. Ensuring peace of mind and optimal power supply, these batteries offer a reliable solution for a wide range of applications in various industries and settings.

What are the dimensions, features, and equivalents for Group 41 (T65, 54LB) batteries?
Group 41 (T65, 54LB) batteries are a specific type of automotive starting, lighting, and ignition (SLI) battery. These batteries are engineered with dimensions that correspond to the Group 41 standard, ensuring they fit properly in compatible vehicles. The features of Group 41 batteries include a capability to deliver a high starting current, enabling efficient engine cranking and quick recharging.

Moreover, Group 41 batteries find application in various settings beyond automotive use. They are commonly employed in light industrial and marine environments where batteries with 600-650 Cold Cranking Amps (CCA) are essential. This versatility makes Group 41 batteries a popular choice across different industries.

What are the dimensions, features, and recommendations for Group 31 batteries?

Group 31 batteries are known for their large size and high power capacity. They typically have a 20-hour capacity within the range of 75 to 125 Ampere-hours (Ah) and offer a cold cranking amps (CCA) rating between 750 and 1250. Additionally, these batteries provide a reserve capacity (RC) of 150 to 250 minutes. The physical dimensions of Group 31 batteries are approximately 13 x 6 13/16 x 9 7/16 inches (or around 330 x 173 x 240 mm).

These batteries are commonly utilized in marine, automotive, off-the-grid, and various other applications due to their versatility and performance. However, specific features of Group 31 batteries can vary based on factors such as the design, intended use, and chemistry of the battery. It is essential to consider these factors and the individual requirements of your application when choosing a Group 31 battery.

Considering their popularity and widespread use in different industries, Group 31 batteries are recommended for those seeking a reliable power source with substantial capacity and performance. Whether you need a dependable battery for marine operations, automotive vehicles, or off-grid power systems, Group 31 batteries have proven to be a popular and effective choice.

What are the dimensions, features, and recommendations for Group 65 batteries?

Group 65 batteries, commonly utilized in automotive, marine, and industrial applications, are mid-sized batteries that offer versatility as they are designed as dual-purpose AGM batteries. These batteries are capable of functioning both as starting and deep cycle batteries, owing to the advancements in AGM SLA battery technology.

Group 65 batteries typically come with a 70-75 Ah 20h capacity, offering 130-150 minutes of Reserve Capacity (RC), and provide 750-950 Cold Cranking Amps (CCA). Some models even boast MCA (Marine Cranking Amps) values of nearly 1100 Amps. In terms of weight, these batteries usually range from 45 to 55 pounds (20 – 25 kg).

It is important to note that these figures may vary slightly depending on the specific manufacturer and model. Therefore, it is recommended to refer to the latest information provided by the manufacturer for the most accurate details.

What are the dimensions, features, and recommendations for Group 94R (H7, L4, 77L4) batteries?

Group 94R batteries, also known as H7, L4, and 77L4 batteries, are commonly used in passenger vehicles, SUVs, luxury cars, and light commercial vehicles. These batteries are specifically designed for vehicles produced by well-known brands such as BMW, Mercedes, Audi, Volkswagen, and others. Group 94R batteries are characterized by their maintenance-free design, robust starting current even in cold temperatures, rapid charging capability, ability to power various onboard electronics, and durability under automatic start-stop conditions.

The recommended features of Group 94R batteries include their strong starting power, compatibility with a wide range of vehicles, maintenance-free operation, ability to withstand cold temperatures, quick charging capability, and reliable performance under automatic start-stop systems. These batteries are suitable for use in vehicles from leading automotive manufacturers and are ideal for applications where a dependable power source is required. Additionally, Group 94R batteries are designed to ensure longevity and optimal performance in various operating conditions.

It is important to note that the dimensions of Group 94R batteries, including H7, L4, and 77L4 types, may vary slightly depending on the manufacturer. For specific sizing requirements, it is recommended to refer to the battery specifications provided by the manufacturer or consult with a professional technician to ensure proper fitment and compatibility with your vehicle.

What are the dimensions, features, and recommendations for Group 78 batteries?

Group 78 batteries, part of the BCI classification, are popularly utilized in a variety of vehicles including cars, light trucks, boats, and light industrial machinery. They are designed to serve as both starting batteries and general-purpose batteries in these applications. These batteries are specifically well-suited for “Stop-and-Go” automotive use, where they are required to consistently deliver high currents and quickly recharge, necessitating a strong and durable design for reliable performance. For the latest information about Group 78 batteries, consult the most recent updates available as of October 27, 2023.

What are the dimensions, features, and recommendations for Group 27 batteries?

Group 27 batteries are robust and large battery options known for their high power output and capacity. These batteries typically offer a 20-hour capacity within the 66-110 Ah range and provide a cold cranking amps (CCA) rating ranging from 600 to 1000. Additionally, they offer a reserve capacity (RC) of 140-220 minutes. The weight of Group 27 batteries can vary depending on their internal construction, typically falling between 54 and 70 pounds (24.5 – 32 kg).

When considering Group 27 batteries, it is important to note that their physical dimensions can vary based on the specific battery group. The available variants are Group 27, Group 27F, and Group 27H, which share similarities but may have slightly different dimensions. Despite the variations, these batteries are often commonly labeled as Group 27 Batteries.

For those seeking a reliable battery with ample power and capacity, Group 27 batteries are a suitable choice. It is recommended to check the specific dimensions of the battery group required for your vehicle to ensure a proper fit and optimal performance. Additionally, considering the weight and power output of Group 27 batteries is essential when selecting the appropriate option for your individual needs.

How do battery terminal adapters like “F1 to F2” and “F2 to F1” play a role in battery compatibility and flexibility?

Battery terminal adapters such as “F1 to F2” and “F2 to F1” play a crucial role in enhancing battery compatibility and flexibility. They enable the connection of batteries with different terminal sizes and configurations, allowing for a wider range of batteries to be used with various devices or equipment. By providing a way to adapt between different terminal types, these adapters ensure that users can easily interchange batteries without being limited by terminal variations. This flexibility not only simplifies battery replacement and installation processes but also eliminates the need to search for specific battery sizes with matching terminals. Ultimately, battery terminal adapters contribute to the efficiency and convenience of using batteries across different devices and applications.

What are the nominal capacities and dimensions of various small 12V general-purpose batteries listed in the comparison chart?

The comparison chart provides detailed information on the nominal capacities and dimensions of various small 12V general-purpose batteries. These batteries range from 2.9Ah to 80Ah in nominal capacity. The dimensions are listed in both inches and millimeters, including the length, width, and height of each battery model. The terminals for each battery are also specified, such as F1, F2, T2, T3, and NB. Some batteries have mostly one type of terminal, while others may have a mix. The smallest battery listed is 3.11 x 2.20 x 3.90 inches (79 x 56 x 99 mm) with a nominal capacity of 2.9Ah, while the largest one measures 10.16 x 6.65 x 8.20 inches (258 x 169 x 208 mm) with a nominal capacity of 80Ah. These variations in capacity and dimensions allow users to select the battery that best suits their specific needs and applications.

What are the popular models of small 12V general-purpose batteries and their dimensions and terminals?

Popular models of small 12V general-purpose batteries include Sealed Lead-Acid (SLA) and Lithium Iron Phosphate (LiFePO4) batteries. These batteries are commonly utilized in applications such as UPS devices, alarms, toys, wheelchairs, and other similar devices. The most in-demand models are those with smaller capacities, typically ranging up to 30-35Ah. Usually, Group U1 and U1R batteries are the standard choices for these applications. Providing a detailed comparison chart showcasing the popular small 12V general-purpose batteries, including their dimensions and terminal specifications, can help consumers make informed decisions regarding the selection of the appropriate battery for their specific needs.

What are small 12V deep cycle/general purpose batteries typically used for?

Small 12V deep cycle/general purpose batteries, such as Sealed Lead-Acid (SLA) or Lithium Iron Phosphate (LiFePO4) batteries, are commonly utilized in various devices. These batteries find frequent use in applications such as uninterruptible power supply (UPS) devices, alarm systems, toys, wheelchairs, and similar equipment requiring reliable and consistent power sources.

What are some important details to consider when replacing a battery, such as orientation of terminals, terminal types, base hold-down type, and lifting edge?

When replacing a battery, it is crucial to consider several important details to ensure a successful replacement process. Some of the key factors to keep in mind include the orientation of the terminals, the types of terminals used, the base hold-down type, the lifting edge, and other minor yet significant details. It is essential to check not only the dimensions of the new battery but also verify the orientation of the terminals, the specific terminal types, the system used to hold down the battery securely in place, and any lifting edges that may be present. Paying attention to these details will help prevent issues and ensure that the replacement battery is installed correctly and functions properly.

What are the common uses and features of BCI Group GC8, GC8H, GC2, GC2H, and GC12 batteries?

BCI Group GC8 and GC8H batteries are heavy-duty deep cycle batteries that are commonly utilized in a variety of applications, such as golf carts, marine use, off-the-grid settings, and for powering medical and security systems. These batteries are designed to provide long-lasting and reliable energy sources for demanding environments. Similarly, BCI Group GC2 and GC2H batteries are known for their heavy-duty deep cycle properties and are frequently employed in golf carts, automotive settings, marine applications, off-the-grid scenarios, and for powering medical and security systems. On the other hand, BCI Group GC12 batteries are designed as deep cycle, heavy-duty batteries that are ideal for automotive, off-the-grid, and light industrial applications where durable energy sources are necessary. These batteries are built to be strong and reliable, offering a dependable power supply in various demanding situations.

What are the dimensions, features, and recommendations for Groups 51 and 51R batteries?

Groups 51 and 51R batteries serve as popular automotive starting and dual-purpose batteries that are often utilized as general-purpose or auxiliary power sources across various applications. While these batteries have defined sizes, there can be slight variations depending on manufacturer specifications. Some manufacturers may adjust the size of the batteries for specific applications, making them slightly smaller for easier fitting or larger for enhanced performance. Thus, it is advisable to verify the actual dimensions of the battery and your battery compartment before making a purchase.

How are BCI Group 49 (H8, L5, 88L5) batteries commonly used and what are some important differences to be aware of?
BCI Group 49, Group H8, Group L5, and Group 88L5 batteries are widely used in cars and trucks for different purposes. These batteries are not only utilized for starting the vehicle but are also commonly used as dual-purpose batteries. They are capable of powering various electrical loads even when the main engine is not running. Some typical applications include operating winches, pumps, multimedia devices, and other accessories.

While these batteries are generally considered interchangeable, there are some key differences that buyers should be aware of before making a purchase. Understanding these differences can help consumers make informed decisions based on their specific needs and requirements, ensuring that they get the most suitable battery for their vehicle.

What are the alternatives and recommendations for Group 58 and 58R batteries?
Group 58 and 58R batteries serve as mid-size cranking batteries suitable for various automotive applications, including passenger cars, sedans, SUVs, and boats. They are designed to provide reliable Starting, Lighting, and Ignition (SLI) functionality. While both Group 58 and Group 58R batteries share the same physical dimensions, they differ in terms of their battery terminal orientations. It is worth noting that certain brands offer internally different versions of both battery groups, with Group 58R batteries often boasting superior discharge characteristics compared to Group 58 batteries.

When considering alternatives and recommendations for Group 58 and 58R batteries, it is essential to take into account the specific requirements of the vehicle or marine application. Opting for a Group 58 battery may suffice for standard SLI functions in many vehicles, providing a cost-effective solution for those on a budget. However, if enhanced discharge performance is desired, selecting a Group 58R battery could be more advantageous, particularly for applications where a consistent power supply is crucial.

It is advisable to consult with automotive experts or refer to the vehicle’s manual to determine the most suitable battery option for your specific needs. Regular maintenance and proper charging practices are essential for prolonging the lifespan and maximizing the performance of Group 58 and 58R batteries. Consider factors such as cold-cranking amps, reserve capacity, and overall quality when making a decision between these two battery groups.

What are the common applications of BCI Group 35 batteries and what types of batteries are popular in this group?
BCI Group 35 batteries find widespread use in various applications such as automotive vehicles like cars, trucks, and RVs, often serving as starting or dual-purpose batteries. Beyond automotive applications, these batteries are also utilized in different settings like providing power backup for UPS systems, wheelchairs, security systems, medical equipment, and off-grid power solutions. The popular types of batteries within BCI Group 35 include Absorbent Glass Mat (AGM) Sealed Lead Acid (SLA) batteries, known for their efficiency and maintenance-free operation. Additionally, lithium iron phosphate (LiFePO4) batteries are gaining traction in the market, particularly for dual-purpose applications due to their advanced features and longevity.

What is the complete guide for Group 95R (H9/L6) batteries?
The complete guide for Group 95R (H9/L6) batteries covers their widespread popularity as automotive batteries, specifically in vehicles like SUVs, sedans, and pickups. These batteries are known for their size, capacity, and ability to start large internal combustion engines. In addition to being commonly used in automotive applications, Group 95R (H9/L6) batteries also find utility in light industrial starting and dual-purpose roles, as well as serving as backup power sources in emergency, medical, and security systems. This comprehensive guide sheds light on the various applications and advantages of Group 95R (H9/L6) batteries, offering valuable insights for consumers and industry professionals alike.

What are the dimensions, features, and recommendations for BCI Group 96R Batteries?
BCI Group 96R Batteries are primarily utilized as starting batteries in vehicles and other relevant applications, where there is a necessity for cost-effective and dependable starting batteries that can deliver 500-600 cold cranking amps (CCA). The majority of BCI Group 96R batteries available in the market are traditional wet/flooded lead-acid batteries, with limited options of AGM, Gel-Cell, or lithium batteries.

For those instances where AGM, Gel-Cell, or lithium batteries are needed, it is recommended to seek out batteries from these categories that belong to similar BCI groups. When making a selection, it is important to consider factors such as battery size, capacity, terminal types, terminal orientation, and hold-down type/shape. This information is crucial for ensuring compatibility and optimal performance with the specific application requirements.

It is advisable to keep abreast of any updates or developments in battery technology or specifications to make an informed decision. As of the latest known update on October 12, 2023, the information provided can serve as a general guideline for understanding the dimensions, features, and recommendations associated with BCI Group 96R Batteries.

Can I Install a Battery of a Different Group Size, or Will It Harm My Car?

While it’s technically possible to change the battery tray and install a different-sized battery in your car, it’s not always advisable. If you opt for a battery of a different group size, your car may still function, provided the battery has sufficient cold-cranking amps and voltage to start and run the vehicle. However, installing a smaller battery can lead to issues with electronics functionality, and in some cases, the car may not start or run properly at all.

Conversely, using a larger-than-recommended battery can pose significant risks to your vehicle. The increased size can cause power surges and spikes that may damage electronics, such as the onboard computer, blow fuses, or even harm the alternator. For optimal safety and performance, it’s always recommended to stick with the recommended battery group size whenever possible.