A battery size chart is an essential tool that lists various battery group sizes, categorized by the Battery Council International, or BCI, along with critical specifications like dimensions, Cold Cranking Amps (CCA), and Reserve Capacity (RC). These charts are invaluable for identifying which batte Contact online >>
A battery size chart is an essential tool that lists various battery group sizes, categorized by the Battery Council International, or BCI, along with critical specifications like dimensions, Cold Cranking Amps (CCA), and Reserve Capacity (RC). These charts are invaluable for identifying which battery fits your vehicle''s requirements.
This is a list of the sizes, shapes, and general characteristics of some common primary and secondary battery types in household, automotive and light industrial use. The complete nomenclature for a battery specifies size, chemistry, terminal arrangement, and special characteristics.
Common Battery Sizes by Vehicle Type. The BCI designations include the group definition, dimensions, measurements, types, sizes, and other characteristics. The battery conversions chart can help you to cross-reference battery sizes, but it is also useful to understand the various group sizes that are designated for different types of vehicles.
The size chart indicates the battery polarity and dimensions such as width, height, and length. Every number on the chart corresponds to a size set. This article explores various aspects of the battery size chart and a guide to choosing the best battery size for your applications.
Batteries are classified into numbered group sizes according to their voltage, maximum overall dimensions, terminal arrangement, and special features that may affect battery fit. Given every vehicle''s specific electrical needs, BCI Group Sizes ensure that the replacement battery put in your vehicle is equipped to keep it running like new.
BCI Group Sizes are issued to identify the correct battery for automotive applications. Batteries are classified into numbered group sizes according to their voltage, maximum overall dimensions, terminal arrangement, and special features that may affect battery fit.
Given every vehicle''s specific electrical needs, BCI Group Sizes ensure that the replacement battery put in your vehicle is equipped to keep it running like new. BCI Group Sizes cover vehicles across the board including passenger cars, trucks, lawn mowers, ATVs, motorcycles, snow mobiles, jet skis, farm equipment, and industrial equipment.
Companies across the automotive industry use BCI Group Sizes to ensure proper battery fitment for each vehicle. Manufacturers build their batteries to these specifications in order to properly market their batteries to the aftermarket, and work with automakers to create the right battery for each vehicle. Retailers then are able to cross reference the BCI Group Size when replacing a customer''s battery to ensure proper fit and performance.
BCI also issues a comprehensive vehicle replacement database, which assigns the proper BCI Group Sizes to mass market vehicles. The database covers over 160,000 vehicles from over 85 years and is available in a variety of print and digital formats.
There are four characteristics that identify a battery as a certain group size. The first is the size of the battery, and more specifically the dimensions. Batteries within a certain group size must be the same physical size (i.e., within 2mm) in order to ensure the proper fitment in a vehicle. The second characteristic is performance, depending on the age of the vehicle, we measure this through cold cranking amps or amp hours. The third characteristic is the position of the terminals, which ensures a vehicle''s electrical cables properly align to the battery. Lastly, batteries are classified into group sizes by chemistry.
By default, the battery is assumed to use lead chemistry with flooded technology. Designations are assigned for higher-performance variants including EFB (enhanced flooded battery) or AGM (absorbed glass mat). Lithium-ion batteries are also noted with a chemistry designation in their group size (i.e., "LFP"). BCI group sizes align with other international battery standards including DIS, EN, and JIS sizes.
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When selecting a battery for any application, understanding the battery group size is crucial. The group size refers to the physical dimensions, terminal placement, and overall power capacity of the battery, ensuring it fits correctly into your vehicle or device. For those navigating the wide array of battery types available, this guide will serve as a detailed resource, covering the most common battery group sizes and their applications.
The battery group size is a standardized system developed by the Battery Council International (BCI) to categorize batteries based on their physical dimensions (length, width, and height) and terminal configurations. These group sizes are crucial when choosing a replacement battery because they ensure the battery will physically fit in the designated space and provide the necessary power output.
Most manufacturers print the group size directly on the battery label. Additionally, vehicle and equipment manuals often specify the required group size for replacement. It''s essential to check the battery compartment to confirm the dimensions, as incorrect sizing can lead to fitment issues or even performance problems.
Understanding the different group sizes can help consumers choose the right battery for their needs. Here, we outline the most common BCI group sizes, their dimensions, and typical uses.
Dimensions: 10.25 x 6.81 x 8.88 inchesCommon Uses: Passenger cars, small trucks, marine applications, and backup power systems tails: Group 24 batteries are versatile and commonly used in automotive applications due to their reliable power output. They are typically found in medium-sized vehicles and offer a balance between capacity and physical size.
Dimensions: 12.06 x 6.81 x 8.88 inchesCommon Uses: Marine vessels, RVs, large automobiles, and solar energy systems tails: Group 27 batteries are larger and provide a higher reserve capacity, making them suitable for vehicles and systems that require prolonged power supply without frequent recharging. They are ideal for users needing deep cycle capabilities.
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