The 364 battery is equivalent to several silver-oxide batteries, such as SR621, SR621SW, SR60, and D364. Its dimensions are 6.8 x 2.1 mm. Follow device guidelines for correct installation. The 364 shares voltage with the 377 but has lower amp hours, resulting in a shorter run time.
Equivalent batteries to the 364 include the 362, 371, and 373 models. These batteries may have slightly different specifications, but they often serve the same purpose. For precise replacements, check specifications like voltage and size. Most button batteries have a 1.55V rating, so it is essential to match this to maintain device functionality.
When replacing the battery, handle it with care. Use a tool to safely open the battery compartment. Ensure the battery is correctly oriented, aligning the positive and negative sides. Always dispose of old batteries properly to prevent environmental harm.
In conclusion, can you replace a 364 button battery? Absolutely, with careful consideration of equivalent options. In the next section, we will explore how to identify signs that indicate battery replacement is necessary, as well as tips on battery maintenance for optimal performance.
What Is a 364 Button Battery and Its Purpose?
A 364 button battery is a small, circular battery commonly used in various electronic devices such as watches, calculators, and small medical devices. It is classified as a silver oxide battery, which provides a stable voltage and a consistent power source.
The American National Standards Institute (ANSI) recognizes the 364 battery as one of the standard sizes for button cells. This classification helps users identify compatible batteries across different brands and applications.
The 364 button battery consists of a silver oxide chemistry, which offers a nominal voltage of 1.55 volts. Its compact size and lightweight design facilitate easy installation in devices with limited space. The battery typically provides a long shelf life and reliable performance, making it ideal for low-drain devices.
According to the Battery Association, similar button batteries include sizes 362 and 371. Each size may have slightly different dimensions or chemical compositions, but they serve analogous purposes in electronic devices.
Key factors affecting the battery’s performance include temperature, humidity, and load conditions. Prolonged exposure to extreme conditions can reduce lifespan and effectiveness.
Research indicates that approximately 1.5 billion button batteries are sold annually in the United States alone. The demand for such batteries is projected to grow due to the increasing prevalence of electronic devices.
The widespread use of button batteries raises concerns about environmental impact, particularly regarding battery disposal and potential hazards to children if ingested.
To address these issues, organizations like Call2Recycle advocate for proper recycling practices. Battery recycling programs help reduce landfill waste and mitigate environmental risks.
Technologies such as battery recycling facilities and public awareness campaigns aim to improve battery disposal methods. Educational efforts on the safe use of button batteries in households can also minimize accidental ingestion.
What Are the Common Applications of a 364 Button Battery?
The common applications of a 364 button battery include various devices that require compact power sources.
- Watches
- Hearing aids
- Calculators
- Remote controls
- Medical devices
- Digital thermometers
- Key fobs
- Electronic toys
Understanding the applications of a 364 button battery helps in recognizing its significance in daily life and technological advancements.
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Watches: The 364 button battery powers many watches, especially quartz models. This battery’s small size makes it ideal for the slim profile of wristwatches. According to a 2021 study from the National Watch and Clock Museum, approximately 80% of modern watches use this type of battery because of its longevity and reliability.
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Hearing Aids: The 364 battery is commonly used in hearing aids due to its compact size and sufficient power output. Hearing aids require small batteries to maintain convenience and comfort for users. The American Speech-Language-Hearing Association highlights that advancements in hearing aid technology rely significantly on efficient battery use.
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Calculators: Many calculators utilize 364 batteries for their compact design. These batteries provide the necessary power for basic scientific and financial calculators, allowing for portability and ease of use.
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Remote Controls: The 364 battery is popular in remote controls for televisions and other devices. Its size fits well with the design of slim remote controls. The Consumer Electronics Association notes that remote control usage continues to evolve, maintaining reliance on compact batteries like the 364.
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Medical Devices: Various medical devices, such as glucometers and blood pressure monitors, use the 364 battery. These devices require a small, reliable power source for accurate health monitoring. Studies from the Journal of Medical Devices indicate that reliable batteries are essential for consistent health monitoring and patient care.
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Digital Thermometers: Many digital thermometers utilize 364 batteries for their efficiency. The battery supplies a steady current that supports precise temperature readings. The World Health Organization emphasizes the importance of accurate measurements in healthcare settings.
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Key Fobs: Key fobs for cars often use the 364 battery, providing the necessary power for secure access and electronic functionalities. According to a 2022 report by the Automotive Electronics Association, keyless entry systems heavily depend on these compact batteries for operation.
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Electronic Toys: Many children’s electronic toys use the 364 battery due to its small size and light weight. These toys rely on efficient, portable power to enhance play experiences. Research from Toy Industry Association indicates that the demand for small batteries in toys continues to grow alongside the market.
In summary, the 364 button battery has diverse applications across various industries and forms of technology, showcasing its significance and utility.
Which Batteries Can Replace a 364 Button Battery?
The batteries that can replace a 364 button battery include several types, primarily known by different alphanumeric codes.
- 362 Battery
- 363 Battery
- 370 Battery
- 371 Battery
- SR621SW Battery
- LR621 Battery
These alternatives may vary in characteristics such as thickness and voltage output, and not all may function identically in every device. Users should consider the performance and longevity of these replacements.
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362 Battery:
The 362 battery is a silver oxide battery. It is commonly used in watches, calculators, and small electronic devices. The voltage output is typically 1.55 volts. This battery can serve as a direct replacement for the 364 battery in many scenarios due to similar dimensions and voltage. -
363 Battery:
The 363 battery is another silver oxide option. It features a similar design and voltage characteristics to the 364 battery. Often used in watches and hearing aids, it provides reliability and performance. Users should ensure compatibility, especially in high-drain devices. -
370 Battery:
The 370 battery is a smaller variant typically offering 1.55 volts. It may fit into applications requiring a 364 battery but may have less capacity. It is important to verify size and voltage since not all devices handle minor variations well. -
371 Battery:
The 371 battery is often discussed alongside the 364 and is comparable in dimensions. It features a similar voltage level of around 1.55 volts. However, its overall performance may vary slightly, depending on the device’s energy needs. -
SR621SW Battery:
The SR621SW battery is another commonly referenced alternative. It is a silver oxide battery offering stable voltage over its lifespan. Its compatibility with devices designed for a 364 battery makes it an effective replacement option. -
LR621 Battery:
The LR621 battery is a lithium variant of the button battery series. It offers approximately 1.5 volts but may lack the same longevity or performance under load as a silver oxide battery. Users should be cautious when substituting this type for a 364 battery.
Overall, it’s essential for users to check their specific devices for compatibility before making a substitution.
Are There Direct Replacement Options for a 364 Button Battery?
Yes, there are direct replacement options for a 364 button battery. The 364 battery is commonly used in small electronic devices, such as watches and hearing aids. When replacing this battery, consumers can look for equivalent options like the SR621SW or LR621 batteries, which provide the same voltage and size specifications.
The 364 button battery has several equivalent types that vary in chemistry and lifespan. For instance, silver oxide batteries like the SR621SW offer stable voltage and longer life compared to alkaline batteries like the LR621. Both types have a diameter of 6.8 mm and a height of 2.1 mm, making them suitable substitutes in most applications. However, using a silver oxide battery may provide better performance in high-drain devices.
The positive aspects of using direct replacement options include convenience and availability. Equivalent batteries are widely available in stores and online. According to industry data, silver oxide batteries maintain a voltage of approximately 1.55 volts throughout their lifespan. This helps ensure consistent performance in devices. Furthermore, many manufacturers provide warranties on these batteries, enhancing consumer confidence.
On the negative side, some replacements may vary in performance due to differences in chemistry. Alkaline batteries often have a shorter lifespan and may leak, which can damage your device. According to Battery University, alkaline batteries exhibit a higher self-discharge rate compared to their silver oxide counterparts. For critical devices requiring reliability, choosing the right type is essential to avoid potential issues.
When selecting a replacement for a 364 button battery, consider the device’s requirements. If longevity and performance are priorities, opt for silver oxide batteries like the SR621SW. For less critical applications, alkaline counterparts may suffice. Always verify compatibility with your device and consult the manufacturer’s recommendations when possible.
What Are the Equivalent Models for a 364 Button Battery?
The equivalent models for a 364 button battery include several alternatives that can provide similar performance in devices.
- 362 battery
- 363 battery
- 371 battery
- SR721SW battery
- LR721 battery
Understanding the alternatives can help in choosing the right battery based on availability or specific application needs.
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362 Battery:
The 362 battery serves as an equivalent to the 364 button battery. It offers similar voltage and dimensions, typically providing 1.55 volts if it is a silver oxide battery. This can be useful in watches and other small electronic devices. -
363 Battery:
The 363 battery also aligns closely with the 364 specifications. It provides the same form factor and voltage, making it similarly suitable for devices like calculators and hearing aids. Users often find it readily available as a substitute in retail stores. -
371 Battery:
The 371 battery is another alternative to the 364 battery. It has the same size but may have a slightly different chemistry that can affect its longevity and performance in specific applications. This battery is also popular in watch replacement. -
SR721SW Battery:
The SR721SW battery is a direct replacement with the same dimensions of 7.9 mm and 2.1 mm in height. It typically supplies a 1.55-volt output and is a preferred choice for high-demand devices like digital watches that require consistent power. -
LR721 Battery:
The LR721 battery is a type of alkaline battery that can replace a 364 button battery in certain situations. However, it may have a different voltage output, which could affect the performance of sensitive devices. Therefore, thorough research is needed before substituting it for other types in critical applications.
These equivalents allow users flexibility when replacing a 364 button battery, ensuring devices continue to function efficiently.
How Do You Identify Compatible Replacement Batteries for a 364 Button Battery?
You can identify compatible replacement batteries for a 364 button battery by checking for equivalent designations and specifications, such as voltage, size, and chemistry type.
To ensure a suitable replacement, consider the following key points:
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Battery designations: The 364 battery may have alternative designations like 2016, 302, or SR621SW. Alternative designations can vary by manufacturer.
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Voltage: Standard 364 batteries typically provide 1.55 volts. When selecting a replacement, confirm it matches or closely resembles this voltage.
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Size specifications: The physical dimensions of the battery are crucial. A 364 battery generally has a diameter of 6.8 mm and a height of 2.1 mm. Check that the replacement fits within these size parameters.
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Chemistry type: The chemistry of the battery, often silver oxide for a 364, influences performance. Using a compatible chemistry type can ensure optimal function and lifespan. Common alternatives could be alkaline or lithium batteries, but they may deliver different results.
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Manufacturer guidelines: Different manufacturers might offer specific recommendations for compatible batteries. Reviewing the product manual or manufacturer’s website can yield valuable information.
By evaluating these factors, you can find a suitable and effective replacement for a 364 button battery.
What Key Specifications Should You Check When Replacing a 364 Button Battery?
When replacing a 364 button battery, it is crucial to check the battery’s specifications to ensure compatibility. The key specifications include:
- Battery size
- Voltage rating
- Battery chemistry
- Compatibility with devices
- Expiration date
These specifications play a significant role in determining the correct battery replacement. Different batteries may share a common size but differ in other attributes, such as voltage or chemistry, which can affect device performance.
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Battery Size: The battery size refers to the physical dimensions of the battery. In this case, a 364 battery is typically known as a 3.6 mm diameter and 6.8 mm height. Ensuring that the replacement matches these dimensions is essential for proper fit in the device.
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Voltage Rating: The voltage rating indicates the electrical potential the battery provides. A standard 364 battery usually has a voltage of 1.5 volts. Using a battery with a different voltage can lead to malfunction or damage to the device.
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Battery Chemistry: The chemistry refers to the chemical composition of the battery, typically silver oxide or alkaline for button batteries. Silver oxide batteries tend to offer better performance and a longer lifespan compared to alkaline batteries. Choosing the right chemistry can influence device functionality and durability.
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Compatibility with Devices: It is important to check if the battery is compatible with your device. Some devices are sensitive to the type of battery used. Consulting the device’s manual or manufacturer recommendations can clarify which battery types are suitable.
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Expiration Date: Button batteries have a limited shelf life. It’s advisable to check the expiration date on the packaging to ensure the battery is fresh. Expired batteries may exhibit reduced performance or failure to function.
Understanding these key specifications helps in making an informed decision when replacing a 364 button battery, ensuring continued device performance.
Where Can You Buy Equivalent Batteries for a 364 Button Battery Replacement?
You can buy equivalent batteries for a 364 button battery replacement at various retail locations and online stores. Check local electronics stores or specialty battery shops for immediate availability. Online platforms, such as Amazon and eBay, often list compatible batteries. Make sure to look for equivalencies like SR621SW, LR621, or AG1. Always verify the battery specifications to ensure you choose the correct replacement.
What Should You Know About Using Alternative Batteries Instead of a 364 Button Battery?
You should know that using alternative batteries instead of a 364 button battery can work, but it may involve compatibility issues, differences in power delivery, and potential impacts on device longevity.
- Compatibility: Ensure the alternative fits the device.
- Voltage Differences: Check for variations in voltage output.
- Power Delivery: Consider runtime differences in devices.
- Size Variations: Identify any size discrepancies among alternatives.
- Environmental Impact: Evaluate the ecological implications of using different battery types.
- Cost Effectiveness: Compare the price of alternatives against the original battery.
- Availability: Assess the accessibility of alternative battery types in your region.
Understanding these factors will help you make an informed decision when considering alternative batteries.
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Compatibility: Using alternative batteries instead of a 364 button battery requires careful consideration of device compatibility. Devices are designed for specific battery types. If the alternative battery does not fit securely, it could lead to poor performance or damage.
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Voltage Differences: Voltage variations can significantly affect how a device operates. The 364 battery typically has a voltage of 1.55V. If an alternative battery has a different voltage output, it may cause the device to underperform or even malfunction.
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Power Delivery: Power delivery refers to how efficiently a battery provides energy over time. Alternatives may have shorter or longer runtimes. It is essential to understand how long the device will operate on the alternative battery compared to the 364.
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Size Variations: Size discrepancies among batteries can affect their usability. Some alternatives may be slightly larger or smaller. This may impair the battery’s fit in the device, leading to connectivity issues.
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Environmental Impact: Evaluating the environmental implications of battery usage is critical. Some alternatives may be more eco-friendly. Lithium-ion batteries, for instance, have a lower environmental footprint compared to traditional alkaline batteries.
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Cost Effectiveness: Comparing the price of alternatives against traditional 364 button batteries is prudent. In some cases, alternatives may offer a more affordable long-term solution, while others may be more expensive upfront.
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Availability: Assessing the availability of alternative battery types is also vital. Depending on your location, certain batteries may be harder to find. This can lead to inconvenience and unexpected expenses when replacements are needed.
Are There Safety Considerations When Replacing a 364 Button Battery?
Yes, there are safety considerations when replacing a 364 button battery. It is important to handle button batteries with care to prevent accidents such as ingestion or leakage. Following proper replacement procedures minimizes risks and ensures a safe experience.
When comparing the safety of replacing a 364 button battery with other types of batteries, both involve careful handling. However, button batteries, like the 364, can pose specific risks due to their small size. These batteries are often found in devices like watches and hearing aids. Their compact design makes them easy to accidentally swallow, especially for children. In contrast, larger batteries, such as AA or AAA types, are less likely to be ingested but still require careful handling to avoid leaks or short-circuits.
The positive aspects of replacing a 364 button battery include the simplicity of the process. Many users can perform the replacement at home, reducing the need for professional help. Additionally, new button batteries typically offer reliable performance. According to the Battery Manufacturers Association, button batteries can hold their charge for several years depending on usage. Keeping devices functioning properly can save money and time in the long run.
However, there are negative aspects to consider when replacing a 364 button battery. Improper handling can lead to battery leakage, which is harmful to both the environment and health. If ingested, these batteries can cause severe internal damage or chemical burns. According to the National Capital Poison Center, button battery ingestion is a serious concern, especially for small children. Handling the battery with unwashed hands can also expose users to harmful chemicals that may be present on its surface.
To ensure safety when replacing a 364 button battery, it is crucial to follow some recommendations. Always work in a clean, well-lit space to avoid missing any small components. Handle the battery only by its edges to minimize the risk of exposure to any potentially harmful substances. Store used batteries out of the reach of children and follow local disposal guidelines for batteries. Additionally, consult the device’s user manual for specific replacement instructions. This approach helps mitigate risks and ensures a smooth replacement process.
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