LR1130, AG10, 389, 390 Battery Alternatives and Substitutes

LR1130, AG10, 389, and 390 batteries are commonly used button cell batteries found in various electronic devices. Understanding their specifications and compatible alternatives can help you find the right replacement for your needs. This guide covers the characteristics of these batteries and their substitutes.

LR1130 is a widely used button/coin cell battery, commonly found in various devices such as remote controls, car keys, garage openers, micro LED flashlights, calculators, and toys.

Due to its popularity, LR1130 batteries are manufactured by numerous battery brands and may be labeled under different names, including LR1131, LR54, SR1130, SR1130SW, AG10, 390, 389, 387, 189, among others. This variety of labels can sometimes cause confusion among consumers.

Among the most commonly used labels for LR1130 batteries are LR1130, AG10, 389, and 390.

LR1130 Battery Features and Specifications

The LR1130 battery is a type of alkaline button/coin cell battery, featuring physical dimensions of 11.6 x 3.1 mm (0.4567 x 0.1220 inches), a nominal voltage of 1.5 volts, and a cutoff voltage ranging from 0.8 to 1.0 volts. Its nominal capacity typically falls between 50 and 80 mAh, but this can vary depending on factors such as current drain and the cutoff voltage of the device it powers.

In addition to LR1130, this type of alkaline battery may be labeled under other common names such as LR1131 (according to the IEC standard), AG10, LR54, and alkaline 189, 387, 389, or 390, among others.

It’s worth noting that when using numerical labels, not all manufacturers specify that the battery is alkaline. In such cases, consumers can identify the type of battery by checking for alphanumeric labels indicating the chemistry (e.g., LR for alkaline), as well as the nominal voltage (1.50V for alkaline batteries).

LR1130 batteries are known for their affordability and reliability as power sources, although they do have a relatively short shelf life of around 2-3 years and exhibit a rapid decline in output voltage over time.

To address these issues, many sensitive electronics and devices on standby mode utilize silver-oxide 11.6 x 3.1 mm batteries instead.

The SR1130 battery, a silver-oxide variant with the same dimensions, boasts a nominal voltage of 1.55 volts and a capacity ranging from 80 to 100 mAh.

In the past, SR1130 batteries were categorized as either “low-drain” or “high-drain,” catering to different types of devices:

• SR1130W or 389 battery: Classified as a high-drain battery, suitable for powering devices like analog and digital watches equipped with alarms and LED lights.
• SR1130SW or 390 battery: Considered a low-drain battery, it may not be ideal for devices with alarms and lighting but offers an extended operating lifespan compared to the high-drain variant.

However, advancements in electronics and battery chemistry have led to the development of modern SR1130 batteries known as “multi-drain” batteries. These versatile batteries are designed to power both low-drain devices like wristwatches and high-drain devices like remote controls, toys, and micro-LED flashlights effectively.

Other common labels used for silver-oxide 11.6 x 3.1 mm batteries include SR1131 (IEC standard), SR1131SW, SR1130, SR1130W, SR54, 189, 387, 389, 390, SG10, and others.

While SR1130 batteries typically come at a slightly higher cost compared to LR1130 batteries, they offer distinct advantages. With a larger capacity, more stable output voltage, and a longer shelf life ranging from 4 to 6 years (sometimes even more), SR1130 batteries are better suited for powering sensitive electronics, standby devices, everyday carry (EDC) items, wearable electronics, and similar applications.

LR1130, AG10, 389, 390 Batteries Comparison Chart

Below is a comparison chart featuring some of the most common alkaline and silver-oxide 11.6 x 3.1 mm batteries, along with their key features and specifications:

Of course, there are other alkaline and silver-oxide 11.6 x 3.1 mm batteries on the market as well.

LR1130 Battery vs. CR1130 Battery

The CR1130 battery, also called DL1130 or BR1130, is a lithium battery with a voltage of 3.0V, perfect for high-drain devices. In contrast, the LR1130 battery is an alkaline type with a voltage of 1.5V, suitable for low-drain devices. Always check compatibility before replacing them to avoid damaging your device.

While CR1130/BR1130 batteries may fit into battery compartments intended for LR1130/SR1130 batteries, it’s important not to replace LR1130/SR1130 batteries with CR1130/BR1130 batteries unless explicitly allowed by the device manufacturer. The voltage differences (1.50/1.55 volts vs. 2.8/3.0 volts) can easily damage sensitive devices that are not designed for such battery replacements.

LR1130/SR1130/CR1130 Batteries Safety Issues

As with all small batteries, LR1130/SR1130/CR1130 should be kept out of reach of children and pets to prevent accidental ingestion. While modern LR1130/SR1130/CR1130 batteries are free of mercury and other heavy metals like cadmium, they can still pose a danger if swallowed.

If LR1130/SR1130/CR1130 or any similar battery is ingested, it can lead to electrolytic reactions inside the body, potentially causing chemical burns. In such cases, it is important to contact the nearest emergency center immediately, provide details of the situation, and follow their instructions carefully.

What are LR1130, AG10, 389, and 390 batteries?

The LR1130 and AG10 are alkaline button cell batteries with a nominal voltage of 1.5V, while the 389 and 390 are silver oxide batteries with a voltage of 1.55V. All share similar dimensions (approximately 11.6mm in diameter and 3.1mm in height) but differ in chemistry, performance, and application.Chart: Specifications of LR1130, AG10, 389, and 390 Batteries

How do LR1130 and AG10 batteries differ from 389 and 390 batteries?

The main difference lies in their chemistry: LR1130 and AG10 are alkaline batteries, known for affordability but shorter lifespans, while 389 and 390 are silver oxide batteries, offering stable voltage output and better performance in high-drain applications.

The main differences between these battery types lie in their chemistry:

1. LR1130/AG10: Alkaline batteries that are cost-effective but have a shorter lifespan.
2. 389/390: Silver oxide batteries that provide superior energy density and stable voltage output, making them ideal for high-drain devices.

Chart: Comparison of Battery Types

Which replacements are compatible with LR1130 and AG10 batteries?

Compatible replacements for LR1130 and AG10 batteries include LR54, L1131, and sometimes AG11. These alternatives can be used interchangeably in devices designed for LR1130 or AG10, depending on the specific requirements of the device.

Compatible replacements for LR1130 and AG10 include:

• LR54
• L1131
• AG11 (in some cases)

These alternatives can be used in devices designed for alkaline batteries.

What Is An AG10 Battery?

An AG10 battery is a small, round alkaline button cell battery commonly used in low-power devices like watches, calculators, toys, and laser pointers. It typically provides 1.5 volts and offers reliable, stable power for compact electronics.

Why Use An AG10 Battery In Devices?

AG10 batteries are used for their compact size, stable voltage output, long shelf life, and cost-effectiveness. They are ideal for low-power devices that require reliable, maintenance-free power without frequent replacement.

AG10 batteries are widely used in devices because of their compact size, which makes them perfect for small electronics like watches, calculators, toys, and laser pointers. Their stable voltage output of 1.5 volts ensures consistent and reliable power delivery, which is crucial for the proper functioning of low-power devices. These batteries also have a long shelf life, often lasting up to five years, allowing devices to remain ready for use without frequent battery changes.

In addition, AG10 batteries are cost-effective and require minimal maintenance since they are non-rechargeable alkaline cells with low self-discharge rates. They operate efficiently across a broad temperature range and are easy to replace due to their common size and availability. This combination of reliability, affordability, and convenience makes AG10 batteries an ideal power source for many everyday, low-power electronic devices that demand steady, maintenance-free energy.

How To Replace An AG10 Battery Correctly?

To replace an AG10 battery, turn off the device and open the battery compartment. Remove the old battery, noting its orientation. Insert the new battery in the same direction, close the compartment securely, and test the device. Dispose of the old battery safely.

To replace an AG10 battery correctly, start by turning off the device to prevent any electrical issues. Next, locate the battery compartment, which is usually on the back or bottom of the device. Use a small screwdriver (often Phillips head) to remove the screws securing the battery cover, or gently pry open snap-on covers with a plastic tool if applicable. Carefully remove the old AG10 battery, noting its orientation and polarity—the positive (+) side should align with the markings inside the compartment. If the battery is held by clips or springs, release them gently, and use tweezers if needed to avoid direct contact with your fingers.

Insert the new AG10 battery in the same orientation as the old one, ensuring the positive side matches the device’s markings. Secure the battery in place, replace the cover, and tighten any screws to keep the compartment firmly closed. Turn the device back on and test to confirm it functions properly. Finally, dispose of the old battery safely by recycling it according to local regulations to minimize environmental impact. Always use batteries from reputable brands and avoid mixing old and new batteries to ensure reliable operation and safety.

What are suitable substitutes for 389 and 390 batteries?

Suitable substitutes for 389 and 390 batteries include SR1130W, SR1130SW, and dual-rated options like D390/D389. These silver oxide alternatives maintain similar dimensions while providing reliable performance for devices requiring stable voltage.

For the 389 and 390 battery types, suitable substitutes include:

• SR1130W
• SR1130SW
• D389/D390 (dual-rated)

These silver oxide options offer better performance in high-drain applications.Chart: Compatible Substitutes for Each Battery Type

How do battery chemistries affect performance and lifespan?

Battery chemistry significantly impacts performance and lifespan. Alkaline batteries, like LR1130, typically have shorter lifespans and less stable voltage. In contrast, silver oxide batteries offer higher energy density, longer life, and consistent voltage output, making them ideal for precision applications.

Battery chemistry significantly impacts performance:

1. Alkaline (LR1130/AG10): Generally offers lower energy density but is more affordable; best for low-drain applications.
2. Silver Oxide (389/390): Provides higher capacity with consistent voltage output; ideal for precision instruments requiring stable power.

Which brands offer reliable replacements for these battery types?

Reliable brands offering replacements for LR1130, AG10, 389, and 390 batteries include Energizer, Duracell, Maxell, and Panasonic. These brands are known for their quality and consistent performance across various battery types.

Several reputable brands provide reliable replacements for these battery types:

• Renata: Known for high-quality silver oxide batteries.
• Energizer: Offers both alkaline and silver oxide options.
• Maxell: Provides durable replacements across various models.
• Panasonic: Supplies a range of compatible alkaline and silver oxide batteries.

What tips should you follow when selecting battery alternatives?

When selecting battery alternatives, ensure compatibility with your device’s voltage requirements. Consider the chemistry type for performance needs—alkaline for low-drain devices and silver oxide for high-drain applications. Always check physical dimensions to ensure a proper fit.

1. Check Compatibility: Ensure the replacement matches the voltage and size requirements of your device.
2. Consider Chemistry Needs: Choose between alkaline or silver oxide based on your device’s power demands.
3. Opt for Reputable Brands: Select well-known manufacturers to ensure quality and reliability.
4. Evaluate Cost vs Performance: Balance initial costs with expected lifespan to find the best value.

For those seeking lithium-ion options as alternatives to traditional button cells like the LR1130 or AG10, Redway Power has excellent solutions that provide enhanced performance.

Tips for Battery Wholesale Buyers

Battery wholesale buyers should focus on sourcing from reputable manufacturers to ensure product quality. When placing OEM orders, consider:

1. Researching manufacturers with proven track records.
2. Understanding specifications to meet specific needs.
3. Requesting samples before making large purchases.

Redway Power, a well-known lithium battery manufacturer with over thirteen years of experience, is an excellent choice for wholesale buyers looking for reliable products.

Redway Power Expert Views

“Choosing the right battery alternative is crucial for optimal device performance,” states an expert at Redway Power. “Silver oxide options like the SR1130 often outperform alkaline counterparts in high-drain scenarios, ensuring longevity and reliability.”

FAQs

1. What is equivalent to an LR1130 battery?
   The LR1130 is equivalent to the AG10, LR54, SR54, and SR1130.
2. Can I use a silver oxide battery instead of an alkaline one?
   Yes, silver oxide batteries can replace alkaline ones if voltage specifications match; however, be aware of differences in performance.
3. How long do these batteries typically last?
   Lifespan varies by chemistry; silver oxide batteries generally last longer than alkaline ones under similar usage conditions.
4. Are there environmental concerns with these batteries?
   Yes, silver oxide batteries tend to be more environmentally friendly than alkaline due to fewer harmful chemicals.
5. What should I consider when buying replacement batteries?
   Always check compatibility with your device’s specifications regarding size, voltage, chemistry type, and brand reliability.

More FAQs

What battery is equal to LR1130?
The LR1130 battery is equivalent to several other batteries, including AG10, 389, 390, LR54, and LR1131. These batteries share similar dimensions and voltage specifications, making them interchangeable in many devices.

Is LR44 the same as LR1130?
No, LR44 and LR1130 are not the same. The LR44 is larger, measuring 11.6 x 5.4 mm, while the LR1130 measures 11.6 x 3.1 mm. They also have different power capacities and applications.

What is LR1130 also known as?
LR1130 is also known by several other names, including AG10, 389, 390, LR54, and LR1131. These designations can vary by manufacturer but refer to the same battery type.

Are batteries 1130 and 1131 the same?
Yes, batteries labeled as 1130 and 1131 are essentially the same. They have identical dimensions and voltage specifications, with the difference mainly in naming conventions used by various manufacturers.

What batteries are equivalent to LR1130?
Batteries equivalent to the LR1130 include AG10, 389, 390, LR54, and LR1131. These batteries can be used interchangeably in devices designed for the LR1130.

What button battery is the equivalent to the L 1130?
The L 1130 button battery is equivalent to the LR1130 battery. Other interchangeable names include AG10 and 389.

Can a 389 battery replace LR1130?
Yes, a 389 battery can replace an LR1130 in many applications. However, it’s important to note that while they share similar dimensions, their chemistry may differ.

What is an AG10 battery equivalent to?
An AG10 battery is equivalent to several other batteries including LR1130, LR54, and 389. These batteries can be used interchangeably in devices that require an AG10.

Is LR44 the same as AG10?
No, LR44 is not the same as AG10. The LR44 has larger dimensions (11.6 x 5.4 mm) compared to AG10 (11.6 x 3.1 mm) and has different power characteristics.

Can I use AG13 instead of AG10?
Using an AG13 instead of an AG10 is generally not recommended due to differences in size and voltage output. The AG13 is larger (11.6 x 5.4 mm) compared to the AG10.

What is the equivalent battery to AG10 390?
The equivalent battery for AG10 390 includes other designations like LR1130 and 389. These batteries share similar dimensions and voltage specifications.

Are AG10 and LR1130 the same?
Yes, AG10 and LR1130 are essentially the same battery type with identical dimensions (11.6 x 3.1 mm) and voltage (1.5V), making them interchangeable.

What batteries are equivalent to AG10?
Batteries equivalent to AG10 include LR1130, LR54, 389, and SR1130 (silver oxide). These can be used in devices designed for AG10 batteries.

What watch battery is equivalent to LR1130?
The watch battery equivalent to the LR1130 includes several designations such as AG10 and SR1130. These batteries fit in watches requiring a small button cell.

Is LR1130 battery the same as LR44?
No, the LR1130 is not the same as the LR44; they differ in size and power capacity. The LR44 measures larger at 11.6 x 5.4 mm compared to the smaller LR1130.

Can I use LR44 instead of AG10?
While you can physically fit an LR44 into a device designed for an AG10 due to similar diameters, it may not function properly due to differences in voltage output and capacity.

Is AG10 the same as 389?
Yes, AG10 is considered equivalent to a 389 battery in terms of size and voltage specifications; however, they may differ in chemistry which affects performance in certain applications.

What is the difference between LR44 and A10?
The primary difference between LR44 and A10 (AG10) lies in their size; the A10 (AG10) measures smaller at 11.6 x 3.1 mm while the LR44 measures larger at 11.6 x 5.4 mm.

What battery can I use instead of LR1130?
You can use several alternatives for an LR1130 battery including AG10, 389, or SR1130 depending on your device’s requirements for alkaline or silver-oxide chemistry.

Can you use a LR1130 for a LR44?
Using an LR1130 in place of an LR44 is not recommended due to size differences; while they may fit physically, their voltage characteristics differ significantly.

Is LR1130 the same as 357?
No, the LR1130 is not the same as a 357 battery; they differ in both size and chemistry specifications which may affect compatibility with devices designed for each type.

What is equivalent to an LR1130 battery?

The LR1130 battery, measuring 11.6 x 3.1 mm, is equivalent to the AG10 and LR54 batteries. You can also replace it with silver-oxide batteries like the SR1130, 389, or 390. Note that the 389/SR1130W is high-drain, while the 390/SR1130SW is low-drain, affecting performance in different devices.

Is the LR1130 battery the same as the 389?

No, they differ in chemistry and discharge features. However, the alkaline LR1130 battery can be substituted with a silver-oxide low-drain 389/SR1130W battery in low-drain applications.

What battery can replace AG10? What is equivalent to AG10?

The AG10, also known as LR1130 or LR54, is an alkaline 11.6 x 3.1 mm battery. It can also be replaced with the silver-oxide SR1130/SR54 multi-drain battery.

Is LR44 the same as AG10?

No, the LR44 battery is an alkaline 11.6 x 5.4 mm battery, also labeled as an AG13 battery. The AG10 battery, with dimensions of 11.6 x 3.1 mm, is different. While the AG10 can fit in a LR44 battery compartment, it may have lower capacity and drain currents, and loose contacts could affect reliability.