How to Find the Manufacture Date on Interstate Batteries

When purchasing or using Interstate batteries, it’s crucial to know the manufacture date to ensure optimal performance and longevity. To find the manufacture date on Interstate batteries, you need to look for a four- or five-digit alphanumeric code on the top or corners of the battery casing. The first digit represents the month of manufacture (A = January, B = February, etc.), and the second digit (or third if on the positive battery terminal) represents the year of manufacture (4 = 2004, 5 = 2005, etc.). The remaining digits indicate the manufacturing location. If the battery has been recharged, there may be another code on the cover, indicating the date it was recharged. The code is read the same way as the manufacture date code.

Key Takeaways:

  • The manufacture date on Interstate batteries is indicated by a four- or five-digit alphanumeric code on the battery casing.
  • The first digit in the code represents the month of manufacture, while the second digit (or third) represents the year of manufacture.
  • The remaining digits in the code indicate the specific manufacturing location of the battery.
  • If the battery has been recharged, there may be another code indicating the date of recharge.
  • Knowing the manufacture date is important for maintaining optimal battery performance and longevity.

Understanding the Alphanumeric Code System

The alphanumeric code on Interstate batteries holds valuable information, including the manufacture date and manufacturing location. This code can be found on the top or corners of the battery casing and consists of four or five digits.

The first digit in the alphanumeric code represents the month of manufacture. For example, A corresponds to January, B to February, and so on. The second digit (or third digit if located on the positive battery terminal) indicates the year of manufacture. Each number corresponds to a specific year, such as 4 for 2004, 5 for 2005, and so forth.

In addition to the date, the remaining digits in the code indicate the manufacturing location. These digits provide information about where the battery was produced, allowing users to identify the origin of their Interstate battery.

If the battery has been recharged, there may be another code on the battery cover indicating the date of recharge. It is important to note that this code is read in the same way as the manufacture date code, following the alphanumeric system.

Table: Alphanumeric Code System for Interstate Batteries

Alphanumeric CodeManufacture MonthManufacture YearManufacturing Location
A1January2001Location A
B4February2004Location B
C9March2009Location C
D3April2013Location D

Knowing how to interpret the alphanumeric code on Interstate batteries allows you to determine the manufacture date and manufacturing location of your battery. This information can be useful for warranty purposes, ensuring proper battery care, and understanding the history of your battery’s use. By decoding the code, you can make informed decisions about the performance and longevity of your Interstate battery.

Decoding the First Digit for the Month of Manufacture

The first digit in the alphanumeric code on Interstate batteries reveals the month in which the battery was manufactured. Each letter from A to L corresponds to a specific month, with A representing January, B representing February, and so on.

Alphanumeric CodeMonth
AJanuary
BFebruary
CMarch
DApril
EMay
FJune
GJuly
HAugust
ISeptember
JOctober
KNovember
LDecember

For example, if the first digit of the alphanumeric code is C, it means that the battery was manufactured in March.

Understanding the code system on Interstate batteries allows you to determine the exact month of manufacture, providing valuable information about the age of your battery.

Deciphering the Second Digit for the Year of Manufacture

The second (or third) digit in the alphanumeric code on Interstate batteries indicates the year the battery was produced. This digit corresponds to a specific year in a predetermined cycle. For instance, a code of 4 would represent 2004, 5 would represent 2005, and so on.

To better understand the year of manufacture, refer to the following table:

Alphanumeric CodeYear of Manufacture
42004
52005
62006
72007
82008
92009
02010
12011
22012
32013

Using this table, you can easily determine the year of manufacture based on the second (or third) digit of the alphanumeric code on your Interstate battery. It is important to know the age of your battery as it can impact its performance and longevity.

Next in the article, we will delve into the significance of the remaining digits in the alphanumeric code, which reveal the manufacturing location of the Interstate battery.

Understanding Additional Manufacturing Location Digits

Alongside the month and year indicators, the alphanumeric code on Interstate batteries contains additional digits that reveal the manufacturing location. These digits provide valuable information about where the battery was produced and can be helpful in identifying the origin of the battery.

The manufacturing location digits are typically found after the month and year digits in the alphanumeric code. They can vary in length, ranging from one to three digits, depending on the specific manufacturing location. These digits are assigned by Interstate Batteries and are specific to each manufacturing facility.

To decode the manufacturing location digits, referring to a reference or contact Interstate Batteries directly can be helpful. They can provide you with the necessary information to decipher the code and determine where your Interstate battery was manufactured.

Manufacturing Location DigitManufacturing Facility
1Facility A
2Facility B
3Facility C

Please note that the table above is an example and may not reflect the actual manufacturing locations of Interstate Batteries. Contact Interstate Batteries for accurate and up-to-date information.

Interpreting Recharge Codes and Dates

In some cases, Interstate batteries may have recharge codes on their covers, which can provide valuable information about the date of recharge. These codes are read in a similar manner to the manufacture date code, helping you determine when the battery was last recharged.

When inspecting the recharge code, look for a four- or five-digit alphanumeric sequence. The first digit represents the month of recharge, with A indicating January, B for February, and so on. The second digit (or third if on the positive battery terminal) signifies the year of recharge, with 4 representing 2004, 5 for 2005, and so forth. The remaining digits, if present, typically relate to the specific manufacturing location.

By deciphering the recharge code, you can gain insights into the battery’s recent history. This information can help you determine how long the battery has been in use since the last recharge, allowing you to make informed decisions about its suitability for continued use or the need for a recharge.

To ensure optimal battery performance and longevity, it is essential to be aware of both the manufacture date and recharge dates. Keeping track of these dates can help you follow recommended maintenance practices, such as regular recharges or replacing the battery after a certain period. By doing so, you can extend the lifespan of your Interstate battery and avoid unexpected power failures when you need it the most.

Month Code (First Digit)Year Code (Second Digit)Manufacturing Location Code
A = January4 = 2004Specific manufacturing location code
B = February5 = 2005Specific manufacturing location code
C = March6 = 2006Specific manufacturing location code
D = April7 = 2007Specific manufacturing location code

Ensuring Battery Performance and Longevity

By understanding the manufacture date of your Interstate battery, you can take the necessary steps to ensure optimal performance and prolong its lifespan.

Proper battery care and maintenance are essential for maximizing battery performance. Regularly cleaning the battery terminals and ensuring they are free from corrosion can help promote better electrical conductivity. Additionally, checking the battery’s voltage and electrolyte levels at regular intervals can provide valuable insights into its health.

Another crucial factor in maintaining battery performance is proper storage. Extreme temperatures can significantly impact battery life, so it’s important to store your Interstate battery in a cool, dry place. Avoid exposing it to direct sunlight or placing it near heat sources.

Furthermore, following the manufacturer’s recommendations for charging your battery can also contribute to its longevity. Overcharging or undercharging can lead to premature battery failure, so be sure to use a compatible charger and adhere to the recommended charging times and voltage levels.

By being proactive in caring for your Interstate battery and understanding its manufacture date, you can ensure that it continues to deliver reliable performance for an extended period, saving you time and money in the long run.

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