The H6 term on the battery is used to define a certain size and feature of the battery. These details help to find battery type, dimensions, and compatibility. The H6 battery has other names, such as Group 48 or L3 battery, which is a famous option to use for medium-sized and larger-sized vehicles, for example, SUVs and trucks. In this post, we will go over features for H6 battery types and other factors. Let’s get started with the introduction to the H6 battery.
Introduction to H6 Battery
- The H6 battery is a lead-acid battery used in various vehicles and instruments. It is commonly used in the car industry due to its high power and reliability.
- H6 battery’s other names are group 48, L3, and 66L3 battery, which are part of different instruments of power delivery in maritime.
- These batteries are best used as starting or dual-purpose batteries for electric and electronic devices.
- The H6 battery is a modern AGM battery that comes with maintenance-free features and shock resistance, as well as vibration resistance.
H6 Battery Features
Specification | Details |
Group Size |
H6 (Group 48)
|
Voltage | 12V |
Width |
6.89 – 7.48 inches
|
Height |
7.48 inches
|
Weight |
40 – 55 lbs
|
Terminal Type | Top post |
Chemistry |
Lead-Acid
|
Cold Cranking Amps (CCA) |
600 – 800+ Amps
|
Cranking Amps (CA) |
750 to 1000+ Amps
|
Reserve Capacity (RC) |
100 to 130 minutes
|
Amp-Hour Capacity (Ah) |
60 to 80 Ah
|
Length |
10.94 – 11.02 inches
|
Energy Density
- • The H6 battery provides high energy density and has high power for a compact size. It is best to use it where space is limited with longer power. Modern types of vehicles and some portable devices use this high-energy-density battery.
Long Lifespan
- • The H6 battery works longer and has a good working life. It means it has fewer replacements and low maintenance costs. There is a need for constant features for automobiles and industrial applications that are provided by the H6 battery.
Cold Cranking Power
- • The H6 battery comes with high cold cranking amperes. That makes them good to use for cold weather conditions. Also, in harsh conditions, vehicles use H6 batteries and are best suited for extreme conditions.
Maintenance-Free
- H6 battery does not need regular checking or top-up of electrode levels. That makes this battery best suited for hassle-free devices. Handling power is easy without any supervision.
Vibration Resistance
- High vibration resistance is a good feature of the H6 battery for stability-required conditions. Off-road vehicles, boats, and heavy machines use H6 for these features. Durable features make these batteries useful for difficult conditions.
Fast Recharging
- • The H6 battery has high-speed charging features. They get full capacity quickly and reduce downtime. Commercial vehicles, emergency power systems, and industrial devices use these fast recharging features.
Environmentally Friendly
- Different H6 batteries are environmentally friendly since they use recyclable materials and follow regulations. It has a sustainable option, reduces waste, and also minimizes the carbon footprint for different uses.
High Discharge Rate
- • The H6 battery has a high discharge rate and is best to use for conditions that need high bursts of power, such as starting the engine or delivering power to high-demand electronics.
Temperature Range
- These batteries work well for different temperature conditions. Either in low or high temperatures, it works well and constantly provides power.
Compact
- • The H6 battery comes with high capacity, also has a compact and low-weight design, and is easy to install.
Uses of H6 Battery
Automotive
- • The H6 battery is used in cars and helps to start engines, providing power to lights and other electronic components. It is small in size and good to use for modern cars where many components are connected. It is used in vehicles since it works well in different conditions.
Marine
- • The H6 battery is also part of boats for starting engines and power for navigation and radios. It can handle high currents.
Recreational Vehicles (RVs)
- RVs also work for H6 batteries for delivering power to light components. It works well for longer trips without the use of extra power. Their deep cycle features help to provide longer time power.
Backup Power Systems
- It is also used as a backup battery and provides power to medical devices and communication devices.
Solar Energy Storage
- They are also part of solar power systems and store energy in the day and are used at times of night and on cloudy days. They are effective and have longer-term uses and are best for reducing grid dependence.
Off-Grid Power Solutions
- The applications where grid power is not involved H6 batteries store energy from wind or solar systems. They deliver power for lights and communication systems for remote areas.
Industrial Devices
- Different tools used in industries need reliable power, so the use of an H6 battery is the best option. They have a high capacity for operating machines constantly without any stoppage.
Electric Vehicles (EVs)
- Electric vehicles use larger batteries for operation, but some use H6 batteries for delivering power to lights and infotainment systems.
Uninterruptible Power Supplies
- • The UPS system also uses an H6 battery to provide power to computers and sensitive devices when power is short. The high-speed discharge provides less disruption, keeps our data safe, and continues operations.
H5 vs. H6 Battery
Dimensions
- The dimensions for the H5 battery are 9/16 x 6 15/16 x 7 1/2 inches, and H6 battery dimensions are 11 x 6 15/16 x 7 1/2 inches.
Capacity:
- • The H6 battery comes with a capacity of 69-72Ah, and the group H5 battery’s capacity is 60Ah.
CCA/MCA:
- H6 battery CC rating value is 725 to 800 amps, and the MCA rating is 825-925 amps, the H5 battery CCA rating is 600-650 amps, and the MCA rating is 690-800 amps.
RC:
- H6 battery reserve capacity rating is 120 to 140 minutes, and H5 battery RC rating is 100-115 minutes.
Weight:
- H6 AGM battery weight is 45 to 54 pounds, and H5 battery weight is 39 to 41 pounds.
H5 Battery Comparison Chart
Model | Battery Type Cell Type |
Capacity (Ah) RC (min) |
CCA MCA |
Weight (lbs)
|
ACDelco 47AGM Professional | Starting AGM |
60 115 |
630 | 39.2 lbs |
ACDelco 47AGMA Gold | Starting AGM |
60 105 |
660 | 39.24 lbs; |
Bosch S6-47 AGM Battery | Starting AGM |
60 100 |
600 690 |
39 lbs; |
Deka 9A47 Intimidator | Dual Purpose AGM |
60 100 |
600 690 |
39 lbs; |
Delphi BU9047 MaxStart | Starting AGM |
60 100 |
600 – |
38.5 lbs; |
Interstate Group 47/H5 Battery | Starting Wet/Flooded |
54 100 |
650 810 |
32.9 lbs; |
Interstate Group 47/H5 AGM Battery | Starting AGM |
60 100 |
650 750 |
39.2 lbs; |
Optima DH5 YellowTop | Dual Purpose AGM |
64 115 |
700 – |
44 lbs; – |
Tykool L2-400L-40 Battery | Starting LiFePO4 |
40 96 |
1200 Amps (HCA?) |
12.14 lbs |
UPLUS AGM-L60-UP Battery | Starting AGM |
60 105 |
660 – |
40 lbs |
Weize Group 47 Battery | Dual Purpose AGM |
60 100 |
680 – |
38.58 lbs; |
Marxon AGM-L60-MX Battery | Starting AGM |
60 105 |
660 – |
40.97 lbs; – |
Mighty Max MM-H5 Battery | Starting AGM |
60 100 |
680 – |
40.4 lbs; – |
Odyssey ODP-AGM47H5L2 | Starting AGM |
64 105 |
650 750 |
41.9 lbs; – |
H6 Battery Comparison Chart
Model | Battery Type Cell Type |
Capacity (Ah) RC (Min) |
CCA MCA |
Weight (lbs/kg)
Review |
ACDelco 48AGM Professional | Starting AGM |
70 120 |
760 – |
45.5 lbs – |
Odyssey Battery 48-720 Battery | Dual Purpose AGM |
69 130 |
723 842 |
48 lbs – |
Optima Batteries DH6 YellowTop | Dual Purpose AGM |
72 140 |
800 928 |
54 lbs |
UPLUS Group 48 Battery | Starting AGM |
70 120 |
760 – |
46.53 lbs – |
Weize Group 48 Battery | Dual Purpose AGM |
70 120 |
760 – |
47.5 lbs – |
XS Power D4800 | Dual Purpose AGM |
60 120 |
-815 | 47.6 lbs |
Deka 9A48 Intimidator | Dual Purpose AGM |
70 120 |
760 875 |
45 lbs – |
Delphi BU9048 MaxStart | Starting AGM |
70 120 |
760 – |
45.5 lbs – |
Interstate MTX-48/H6 AGM | Starting AGM |
70 – |
760 – |
45.4 lbs – |
MARXON Group 48 H6 L3 | Starting AGM |
70 120 |
760 – |
46.53 lbs – |
Mighty Max MM-H6 | Dual Purpose AGM |
70 120 |
760 – |
45.6 lbs – |
H6 vs H7: Difference
Reserve capacity
- Reserve capacity is the main factor for differentiating H6 and H7. The battery has good RC values; the battery is larger in size. The H7 battery is more costly than the H6.
Cold Cranking Amps (CCA)
- The features of the battery to start the engine in low temperatures are measured in CCA. It defines how many amps the battery can provide for 30 seconds at 0 degrees Fahrenheit. A larger battery has a high CCA value. H6 battery is smaller than the H7 battery, so H7 battery has a good CCA rating.
FAQs
How are H6 batteries different from other types?
- • The H6 battery has good size, voltage, and capacity features. They make them fit and work well for different devices such as vehicles and other devices that need H6 battery features.
Are H6 batteries safe to use?
- Yes, if it is in good condition and working, then it is safe to use for different applications. But lead-acid batteries come with some corrosive materials that need proper handling when used.
How long do H6 batteries last?
- The H6 battery normally works for 3 to 5 years based on working conditions and maintenance.
Can H6 batteries be recycled?
- Yes, the H6 battery has recycling features; lead-acid batteries come with recycling features.
What is the environmental factor for H6 batteries?
- • The H6 battery comes with some harmful components, such as lead and sulfuric acid, so the recycling rate helps to reduce their environmental impact. If we do proper recycling, it helps to keep our environment safe.
Which is better, the H6 or H7 battery?
-
- • The H6 battery is lightweight, and its small size helps to handle it efficiently. its small size also helps for easy installation. The H7 battery has a larger capacity and larger size, and it is heavyweight.