Minus 20 to 35 degrees Celsius rated LiSOCL2 battery pack offering 2 percent

Product Description:

The Li SOCL2 Battery, model ER261020M, is a high-performance non-rechargeable battery designed to deliver reliable power in demanding applications. Operating at a nominal voltage of 3.6V, this Li-SOCL2 battery is engineered to provide consistent and long-lasting energy, making it an ideal choice for devices that require dependable power over extended periods.

One of the standout features of the Li SOCL2 Battery is its impressive working temperature range, which spans from -40°C to 165°C. This wide operating temperature range ensures that the battery can perform efficiently in extreme environmental conditions, whether in freezing cold or high heat. Such resilience makes the ER261020M model particularly suitable for use in industrial, military, and other harsh environment applications where temperature fluctuations are common.

In addition to its robust temperature tolerance, the Li SOCL2 Battery boasts a pulse current capability of 600mA. This high pulse current rating means the battery can handle short bursts of high power demand without compromising its overall performance or longevity. This characteristic is vital for devices that experience intermittent power surges, such as sensors, communication equipment, or emergency devices, ensuring they remain operational when needed most.

The battery’s discharge cut-off voltage is set at 2.0V, which defines the minimum voltage at which the battery is considered fully discharged. This parameter is crucial for maintaining the battery’s health and preventing damage due to over-discharge. By adhering to this cut-off voltage, the Li-SOCL2 battery ensures optimal performance throughout its lifespan, delivering reliable energy without premature failure.

As a non-rechargeable battery, the Li SOCL2 Battery offers the advantage of a stable and maintenance-free power source. Unlike rechargeable batteries, it does not require periodic recharging or complex management systems, which simplifies device design and reduces overall maintenance costs. This makes the ER261020M model an excellent choice for applications where battery replacement is infrequent or challenging.

The Li-SOCL2 chemistry used in this battery provides a high energy density, which translates into longer run times and smaller battery sizes compared to other types of primary batteries. This efficiency is particularly beneficial for compact devices where space is limited but reliable power is essential. Furthermore, the battery’s inherent safety features reduce the risk of leakage or rupture, adding an extra layer of security in critical applications.

In summary, the Li SOCL2 Battery ER261020M stands out as a powerful, reliable, and versatile non-rechargeable battery solution. With its 3.6V nominal voltage, wide operating temperature range of -40°C to 165°C, pulse current capacity of 600mA, and a safe discharge cut-off voltage of 2.0V, it meets the rigorous demands of various high-performance applications. Whether used in industrial equipment, military devices, or specialized electronics, this Li-SOCL2 battery ensures consistent, long-lasting power that users can depend on.

Choosing the Li SOCL2 Battery means investing in a trustworthy energy source that combines advanced lithium-thionyl chloride technology with robust design parameters. Its unique attributes make it a preferred option for engineers and designers seeking to optimize device performance while minimizing maintenance and replacement frequency. The ER261020M model exemplifies the cutting-edge capabilities of non-rechargeable batteries in today’s technology landscape, delivering exceptional value and reliability.

Features:

• Product Name: Li SOCL2 Battery
• Type: LiSOCL2 battery pack
• Model Numbers: ER261020M, ER261020
• Battery Voltage: 3.6V
• Discharge Cut-off Voltage: 2.0V
• Self-life Rate: 2%
• Working Temperature Range: -40 to 165℃

Technical Parameters:

Applications:

The SER ER26100 Li SOCL2 battery is a high-performance power source designed for a wide range of demanding applications. With a robust capacity of 13000mAh and a discharge cut-off voltage of 2.0V, this MWD battery ensures reliable and long-lasting energy output even in the most challenging environments. Manufactured in China, the ER battery boasts certifications including CE and ROSH, guaranteeing safety and environmental compliance for industrial and commercial use.

One of the primary application occasions for the SER ER26100 LiSOCL2 battery pack is in Measurement While Drilling (MWD) systems used in the oil and gas industry. Its exceptional working temperature range of -40°C to 165°C allows it to perform consistently under extreme downhole conditions, providing critical power for transmitting real-time data from the drill bit to the surface. The battery's low self-discharge rate of 2% ensures long shelf life and reliability during extended deployments.

Beyond the oilfield, this LiSOCL2 battery pack is well-suited for use in other industrial devices requiring stable and durable power sources. Applications include utility metering, security systems, medical devices, and military equipment, where dependable, maintenance-free batteries are essential. Thanks to its storage temperature range of -20°C to 35°C, the SER ER26100 ER battery can be safely stored and transported without performance degradation.

The SER ER26100 is available with a minimum order quantity of 100 pieces, packaged conveniently with 100 pieces per carton. Priced competitively between 3 to 5 USD per unit, it offers an excellent balance of cost and quality for bulk buyers. With a supply ability of 100,000 pieces and a delivery time of just 7 days, customers can rely on timely fulfillment of orders. Payment terms are typically TT in advance, ensuring smooth and secure transactions.

In summary, the SER ER26100 LiSOCL2 battery is an ideal choice for industries requiring high-capacity, durable, and certified power solutions. Its application in MWD battery systems and other ER battery-powered devices underscores its versatility and reliability in harsh and critical operational scenarios.