AG10 batteries are also known as LR1130, LR54, and 189. Other names include A389, GP189, RW89, and G10. These alkaline batteries have a voltage of 1.5 volts and usually provide a capacity of 80 mAh. Different brands may use various designations, but these batteries are interchangeable.
In addition to compatibility, it’s essential to consider performance and longevity. Some users may opt for silver oxide batteries, which tend to last longer than their alkaline counterparts. While AG10 batteries are abundant, their efficiency can vary between brands. Therefore, checking the specifications and compatibility is crucial before substituting one for another.
Understanding the options available for AG10 batteries can help consumers make informed choices. This knowledge is particularly beneficial when shopping for replacements. In the next section, we will explore how to identify the right battery for specific devices, ensuring optimal performance and longevity.
What Are the Different Designations and Names for the AG10 Battery?
The AG10 battery is also known by several other designations and names.
- A10 Battery
- LR54
- 389 Battery
- 390 Battery
- SR54
- SR927W
- V10GA
- AG54
- LR927
- DA10
These designations reveal the diverse naming conventions used for the AG10 battery. Understanding these names helps consumers identify compatible batteries effectively.
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A10 Battery:
The A10 battery is often simply another designation for the AG10. It serves the same function and is interchangeable with other names listed. -
LR54:
The LR54 is a common designation that indicates an alkaline version of the AG10 battery. These batteries are widely used in watches and small electronic devices. -
389 Battery:
The 389 battery, like the AG10, is primarily utilized in watches. It is also suitable for small calculators, toys, and remote controls. -
390 Battery:
The 390 battery is another interchangeable type, featuring similar dimensions and voltage to the AG10. This battery can also work in various low-drain devices. -
SR54:
The SR54 is a silver oxide version of the AG10 battery. This type offers higher energy density and is commonly used in wristwatches. -
SR927W:
The SR927W, also a silver oxide battery, serves the same purposes as the SR54. It provides reliable power for watches and other devices. -
V10GA:
The V10GA designation is a less common name for the AG10 battery, used primarily in specific brands of electronic devices. -
AG54:
The AG54 is an alternative name that indicates compatibility with AG10 specifications. It can be used interchangeably. -
LR927:
Similar to LR54, the LR927 designation pertains to alkaline batteries and serves compatible devices like watches and small electronics. -
DA10:
The DA10 is another designation, though less frequently encountered. It serves similar applications as the other batteries listed above.
Understanding these different designations allows users to better navigate battery options for their devices. By recognizing the interchangeable nature of these batteries, consumers can find the appropriate power source more efficiently.
What Are Some Recommended Alternatives to the AG10 Battery?
The recommended alternatives to the AG10 battery include several different battery types. Here are the main options:
- LR54 Battery
- SR54 Battery
- AG5 Battery
- LR48 Battery
- SR48 Battery
These alternatives vary in voltage, chemistry, and specific applications, which can provide useful options for various devices.
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LR54 Battery:
The LR54 battery is an alkaline coin cell battery. It produces a voltage of 1.5 volts and is often used in watches and small electronics. Users favor it for its accessibility and affordability in many retail sectors. -
SR54 Battery:
The SR54 battery is a silver oxide battery. It produces a stable voltage of 1.55 volts. The silver oxide chemistry provides longer shelf life and better performance in devices that require consistent energy output. It is commonly used in watches. -
AG5 Battery:
The AG5 battery is also known as the 391 battery. This alkaline battery provides 1.5 volts and is often used in devices like calculators and small toys. The AG5 has similar dimensions but is typically not a direct replacement for the AG10 due to different performance characteristics. -
LR48 Battery:
The LR48 battery is another alternative. It is an alkaline battery producing 1.5 volts and can be used in similar applications as the AG10. This battery type provides a reasonable option for low-drain devices. -
SR48 Battery:
The SR48 battery, also referred to as 392, is a silver oxide battery that offers a voltage of 1.55 volts. It is similar in size to the AG10 but tends to last longer in demanding applications, such as in high-performance watches.
These alternatives present consumers with multiple choices based on battery chemistry, voltage, and intended device use. When selecting an alternative, it’s essential to consider the specific needs of the device to ensure optimal performance.
What Devices Commonly Utilize the AG10 Battery?
The AG10 battery is commonly utilized in small electronic devices. This includes watches, calculators, hearing aids, and toys.
- Common devices using AG10 batteries:
– Watches
– Calculators
– Hearing aids
– Toys
– Medical devices
The AG10 battery is versatile and popular, serving numerous devices across different categories.
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Watches:
The AG10 battery is widely used in quartz watches. It provides essential energy for timekeeping functions. Quartz watches are preferred for their accuracy and low maintenance. Many brands, from luxury to everyday models, rely on this battery type, demonstrating its significance in the watch industry. -
Calculators:
The AG10 battery powers basic and scientific calculators. Its compact size allows for easy integration into slim devices. Calculators require a reliable power source for optimal functionality, especially in academic settings where they are frequently used. -
Hearing Aids:
The AG10 battery is essential in powering many hearing aids. These batteries ensure that users can have enhanced hearing experiences throughout the day. The size and capacity of the AG10 make it suitable for the small form factor of hearing aids while providing reliable energy. -
Toys:
Various small electronic toys use the AG10 battery. Toys that include lights, sounds, or motors often require this battery for operation. The battery’s broad availability makes it a popular choice for toy manufacturers, ensuring children have uninterrupted playtime. -
Medical Devices:
Some medical devices, like glucose meters and thermometers, utilize the AG10 battery. These devices require precise functionality and reliability, which the AG10 provides. The ongoing development in medical technology continues to highlight the need for dependable power sources like the AG10.
The AG10 battery serves critical functions in multiple everyday devices, showcasing its importance and reliability across various applications.
How Does the AG10 Battery Compare to Other Battery Types?
The AG10 battery is a type of button cell battery commonly used in devices like watches, calculators, and toys. Here is a comparison of the AG10 battery with other common battery types:
| Battery Type | Voltage | Common Applications | Size | Capacity (mAh) |
|---|---|---|---|---|
| AG10 | 1.5V | Watches, calculators, toys | 11.6mm diameter | 40 mAh |
| AA | 1.5V | Remote controls, flashlights | 14.5mm diameter | 2000-3000 mAh |
| AAA | 1.5V | Remote controls, small electronics | 10.5mm diameter | 1000-1200 mAh |
| CR2032 | 3V | Key fobs, motherboards, watches | 20mm diameter | 220 mAh |
The AG10 battery is notable for its compact size and specific applications, differing from AA and AAA batteries, which are larger and used in more power-intensive devices. CR2032 batteries have a higher voltage and are commonly used in applications requiring more power.
What Specifications Should Users Be Aware of When Choosing an AG10 Battery?
When choosing an AG10 battery, users should be aware of several key specifications.
- Voltage: Typically 1.5 volts
- Chemistry: Alkaline, Silver oxide, or Lithium
- Size: Dimensions and compatibility with devices
- Capacity: Measured in milliampere-hours (mAh)
- Shelf Life: Duration the battery retains its charge when not in use
- Brand: Differences in quality and performance among manufacturers
- Price: Cost variations across brands and types
These specifications influence battery performance and device compatibility, making them essential for effective selection.
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Voltage: The AG10 battery typically operates at 1.5 volts. This voltage is standard for devices that require this type of battery. It’s crucial to match the voltage with the device’s requirements to avoid malfunction.
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Chemistry: AG10 batteries can come in different chemistries, such as alkaline, silver oxide, or lithium. Alkaline batteries are common and cost-effective but may have less energy density compared to silver oxide batteries, which offer higher performance and longer usage in devices like watches.
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Size: The AG10 battery has specific dimensions that fit various devices. Users must ensure the battery’s size is compatible with their devices to avoid any fitting issues. Mismatching size may lead to poor electrical contact.
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Capacity: Battery capacity is measured in milliampere-hours (mAh). A higher mAh rating indicates a longer battery life under equivalent usage conditions. For instance, a silver oxide AG10 might have a capacity of around 40 mAh, which can support prolonged use in watches.
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Shelf Life: Shelf life refers to how long a battery can retain its charge while not in use. An AG10 battery generally has a shelf life ranging between 3 to 5 years. Users should consider shelf life, especially for devices that are not frequently used.
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Brand: Different brands can have varying levels of quality and performance. Some manufacturers may use superior materials, leading to longer-lasting and more reliable batteries. Reviews and brand reputation can guide consumers in making their choice.
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Price: Prices of AG10 batteries can differ widely among brands and chemistries. While cheaper options may seem appealing, they may perform poorly or last shorter than their more expensive counterparts. Evaluating cost against performance is crucial for users looking for the best value.
Understanding these specifications helps users select the most suitable AG10 battery for their devices.
How Can You Identify and Differentiate an AG10 Battery from Similar Batteries?
You can identify and differentiate an AG10 battery by examining its size, voltage, markings, and designations, as well as comparing it to similar batteries like LR1130 and SR1130.
The AG10 battery, also known as A10, 189, or LR1130, has specific characteristics that help distinguish it from similar batteries:
- Size: The AG10 battery measures approximately 11.6mm in diameter and 3.1mm in height. This small size is common in devices like watches and small electronics.
- Voltage: The AG10 battery typically operates at 1.5 volts. This voltage is crucial for powering low-drain devices effectively.
- Markings: Look for the designation “AG10” or its equivalents on the battery surface. These can include labels such as LR1130, SR1130 (which is a silver oxide version), or even 189. Each label indicates a slightly different chemistry or application.
- Designation Comparison:
- LR1130: This alkaline variant offers a comparable size and voltage but might not have the same energy density as the silver oxide version.
- SR1130: This silver oxide battery has a more stable voltage output and a longer lifespan compared to its alkaline counterpart. It is essential for applications requiring reliability over extended periods.
- Compatibility: While AG10 batteries can sometimes be interchanged with LR1130 or SR1130 batteries, it’s critical to match the application requirements. Using the wrong type can lead to reduced performance or device damage.
By carefully examining these attributes, you can accurately identify and differentiate the AG10 battery from similar types, ensuring that you use the correct battery for your specific device needs.
What Are the Environmental Considerations for Disposing of AG10 Batteries?
The environmental considerations for disposing of AG10 batteries include the potential for pollution and the need for proper recycling to prevent harmful chemicals from entering the ecosystem.
- Environmental impact
- Recycling options
- Regulatory guidelines
- Community awareness
- Contaminants risk
To fully understand these considerations, let’s explore each of these points in detail.
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Environmental Impact: The environmental impact of AG10 battery disposal concerns the release of toxic substances. AG10 batteries can contain heavy metals such as mercury and cadmium, which can leach into soil and water sources if disposed of improperly. The EPA has stated that improper disposal of batteries can lead to significant environmental issues. For example, a study by the California Department of Resources Recycling and Recovery (CalRecycle, 2020) found that batteries discarded improperly contributed to 37% of hazardous waste pollution.
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Recycling Options: Recycling options are available for AG10 batteries that can mitigate their environmental impact. Many cities have designated battery collection points, and retailers often accept batteries for recycling. The International Association of Battery Recycling reports that recycling can recover approximately 90% of the materials in batteries, such as cobalt and nickel. This practice reduces the need for new raw materials, thus lessening the overall environmental burden.
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Regulatory Guidelines: Regulatory guidelines govern the disposal of AG10 batteries to ensure proper handling. In the United States, the Resource Conservation and Recovery Act (RCRA) categorizes batteries as hazardous waste due to their chemical composition. The law mandates specific disposal methods and encourages recycling. Failure to comply with these regulations can result in fines and environmental damage.
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Community Awareness: Community awareness is crucial for effective battery disposal. Educating the public about the risks associated with improper battery disposal and available recycling options can lead to better practices. Surveys, such as one conducted by the Battery Council International in 2019, indicate that communities with robust educational programs see a 50% increase in proper battery recycling behaviors.
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Contaminants Risk: The risk of contaminants from AG10 batteries can have long-term consequences for ecosystems. These batteries can release toxic substances into the environment, affecting wildlife and human health. Studies, such as one by the Environmental Science & Technology journal (2018), emphasized that heavy metals from batteries can accumulate in aquatic organisms, leading to bioaccumulation in the food chain.
In summary, the environmental considerations for disposing of AG10 batteries revolve around their potential impact, recycling opportunities, regulatory frameworks, community engagement, and risks from contaminants. Promoting responsible disposal practices is essential to minimize harm to the environment and public health.
Where Can You Find AG10 Batteries and Their Alternatives for Purchase?
You can find AG10 batteries and their alternatives at various retail locations and online platforms. Local pharmacies and convenience stores often stock AG10 batteries. Major retailers like Walmart, Target, and electronic stores like Best Buy carry them as well. Additionally, e-commerce websites such as Amazon provide a wide selection of AG10 batteries and compatible options.
For alternatives, you can look for batteries labeled as LR1130, 389, or A76, as these designs are interchangeable with the AG10. Always check the product descriptions and specifications to ensure compatibility before making a purchase.
What Advantages Does the AG10 Battery Offer Compared to Other Battery Types?
The AG10 battery offers several advantages compared to other battery types such as alkaline, lithium, and nickel-metal hydride (NiMH) batteries. These advantages include:
| Battery Type | Advantages of AG10 | Additional Notes |
|---|---|---|
| Alkaline | Longer shelf life, stable voltage output, smaller size for similar capacity | Commonly used in household items |
| Lithium | Lower cost, better performance in cold temperatures, lighter weight | Often used in high-drain devices |
| NiMH | Higher energy density, no memory effect, environmentally friendly | Rechargeable and used in many portable electronics |
Each of these advantages makes the AG10 battery a suitable choice for various electronic devices requiring reliable and consistent power.
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