502540 LiFePO4 3.2V 370mAh Battery for Temperature Stability

Name: 502540 LiFePO4 3.2V 370mAh Battery for Temperature Stability
Brand: Ufine
SKU: UFX0526-08
Price: 1.4 USD
Availability: InStock
Rating: 4.8 (9 reviews)

Model: 502540 SKU: UFX0526-08

Power your devices with the ultra-reliable 502540 LiFePO4 battery, engineered for stable performance even in extreme temperatures.

Consistent 3.2V output for flawless operation of IoT devices and sensors.
Lightweight 370mAh design maximizes space efficiency without sacrificing power.
Built to last with long cycle life, reducing downtime and replacements.
Operates from -10℃ to 80℃, perfect for temperature-sensitive applications.
Ideal for compact electronics, outdoor modules, and high-demand portable devices.

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3.2V 370mAh LifePO4 Battery UFX0526-08 01

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Product Details
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FAQs

Compact 3.2V 370mAh LiFePO4 502540 for High-Temp & Long-Cycle Use

Engineered for compact electronics and temperature-sensitive devices, the 3.2V 370mAh LiFePO4 Battery 502540 delivers stable voltage, long cycle life, and reliable operation in moderate to harsh temperature ranges. Ideal for 502540 battery setups, IoT devices, and other low-to-medium power applications, it combines high reliability with a lightweight form factor (~10g) for space-constrained designs.

compact 3.2 v 370mah lifepo4 502540 for high temp and long cycle use

Performance Highlights — Stable Output & Extended Life

Explore how the 502540 cell performs in voltage stability, cycle durability, temperature tolerance, and low self-discharge for professional-grade applications.

Stable Voltage
Extended Cycle Life
Temperature Resilience
Low Self-Discharge

Stable voltage 3.2v 370mah battery 502540

Consistent Voltage for Sensitive Electronics

Designed for devices that require precise voltage regulation, this LiFePO4 cell maintains 3.2V nominal under varying loads, reducing system stress and improving performance reliability.

Nominal voltage: 3.2V, safe cutoff: 2.2V
Standard current: 185mA, max current: 370mA
Internal resistance ≤200mΩ for minimal voltage drop

Learn More About Discharge 

Durable Cycles for Long-Term Use

Engineered for longevity, the 502540 cell supports thousands of charge/discharge cycles while retaining high capacity, minimizing maintenance and replacement frequency.

1000 cycles: ≥92% capacity retention
1500 cycles: ≥88% capacity retention
2000 cycles: ≥80% capacity retention for long-term applications

Learn More About Cycle Life 

Reliable Performance Across Temperatures

This LiFePO4 cell operates across a wide temperature range, from cold storage conditions to high-temperature environments, making it ideal for IoT sensors, outdoor devices, and embedded electronics.

Charge: 0℃ to 45℃
Discharge: -10℃ to 80℃
Storage: -20℃ to +60℃ (depending on duration)

Learn More About Temperature Range 

Long-Term Storage Without Energy Loss

Optimized for low self-discharge, the 502540 battery retains most of its energy during extended storage, suitable for backup power, seasonal devices, or spare inventory.

Minimal capacity loss in ambient storage
Storage up to 1 year at -20℃ to +30℃
Supports standby operation for low-power devices

Learn More About Self-Discharge 

Core Strengths of the 502540 LiFePO4 Battery

Reliable, lightweight, and engineered for long-lasting performance under variable temperature and moderate load conditions.

Key Advantages for Engineers and Integrators

Highlights making the 3.2V 370mAh cell ideal for compact electronics, IoT, and sensor modules.

Stable 3.2V output for sensitive circuits
Low IR under standard and peak currents
Compact 502540 form (~10g) for tight spaces
High cycle retention up to 2000 cycles
Temperature tolerance for broad operating conditions

Request Your Custom Pack

core strengths of 502540 lifepo4 battery

Production Highlights for 502540 Cells

Precision assembly, thermal control, and quality verification ensure reliable LiFePO4 performance in low-to-medium current applications.

View more production details 

Optimized Winding

Precise coil alignment ensures stable current delivery and minimal voltage drop.

Thermal Management

Careful monitoring of temperature during production enhances battery safety and longevity.

Assembly Optimization

Controlled welding and insulation methods maintain electrical consistency for small-format cells.

Batch Verification & Testing

Each batch undergoes testing for voltage stability, IR, and discharge performance.

502540 LiFePO4 Battery vs Standard 370mAh Cell

Comparison for engineers and procurement teams selecting a 3.2V 370mAh cell for compact, temperature-resilient applications.

502540 LiFePO4

Stable 3.2V output under standard and peak load
Low internal resistance (≤200mΩ)
Lightweight (~10g) for compact designs
Batch traceable for quality assurance
Cycle life up to 2000 cycles
Operating temp: -10℃ to 80℃
Custom pack assembly available

Standard 370mAh Cell

Higher IR and voltage variation
Lower cycle stability
Limited temperature tolerance
No traceable batch verification

Customization for 502540 LiFePO4 Packs

Flexible solutions for compact, temperature-resilient modules.

What

Single cells or 1S custom modules
Capacity matching for multi-cell assemblies
Thermal shields, connectors, and protective options
Protection circuits available upon request

How

01

Define target voltage and operating temperature requirements
02

Select matching tolerance for consistent voltage and IR
03

Choose connector type and mechanical assembly method
04

Prototype validation for discharge, IR, and thermal performance
05

Mass production with structured QA and batch traceability

Battery Specification

1. Mechanical Characteristics

Cell 502540 PCM Yes

NTC Yes Weight appr. 10g

Configuration 1S1P

2. Electrical Specification

Capacity	370mAh	Nominal Voltage	3.2V
Energy	1.369Wh	Internal Resistance	less than 200mΩ
Max. Charge Voltage	3.65V	Discharge Cut Off	2.2V
Max. Charge Current	370mA	Max. Discharge Current	370mA
Standard Charge Current	185mA	Standard Discharge Current	185mA
Charging Temperature	0℃ to 45℃	Discharging Temperature	-10℃ to 80℃
Storage Temp. Range	1 year at -20℃ to +30℃ 3 mos. at -20℃ to +45℃ 1 mo. at -20℃ to +60℃	Cycle life	1000 cycles ≥92% 1500 cycles ≥88% 2000 cycles ≥80%

3. Cell protection

Overcharge Detection	3.75V ±25mV (900 to 1500msec delay, release 3.6V ±50mV)	Overdischarge Detection	2.1V ±50mV (105to 75msec. delay, release 2.3V ±100mV)
Overcurrent Detection	3A to 6A (6 to 15msec. delay)	Short protection	Yes

Download Product Datasheet

When designing compact IoT devices, sensors, or specialized electronics, choosing the right battery is critical. The 3.2 V 370mAh LiFePO4 502540 battery offers stable voltage, low internal resistance, and exceptional temperature resilience, ensuring reliable operation for demanding industrial applications.

Part 1. Why the 502540 LiFePO4 battery matters for B2B applications

For engineers and system integrators, the 502540 battery provides predictable performance across long-term deployments. Its high-quality lithium iron phosphate chemistry guarantees consistent output while minimizing the risk of thermal runaway, making it ideal for devices operating in varying temperature conditions.

This battery’s compact design and lightweight form factor allow seamless integration into space-constrained modules without compromising energy efficiency or cycle life.

Part 2. Key advantages of the 502540 battery for industrial use

Stable performance under wide temperature ranges

The 502540 LiFePO4 battery operates reliably from -10℃ to 80℃, ensuring your equipment functions effectively in both hot and cold environments. Its robust thermal tolerance reduces downtime and enhances system reliability.

Long cycle life for reduced maintenance costs

With over 1000 charge-discharge cycles maintaining ≥92% capacity and up to 2000 cycles retaining ≥80%, this battery significantly reduces the frequency of replacements, lowering total cost of ownership for commercial deployments.

Compact and lightweight design

Weighing only approximately 10 grams, the 502540 battery fits easily into compact devices and modular assemblies, making it an excellent choice for IoT, wearable, and sensor applications where space is at a premium.

Built-in safety and protection

This battery comes with integrated PCM and optional NTC, providing overcharge, overdischarge, and overcurrent protection. Your systems stay safe, even in challenging operational conditions.

Part 3. Applications and integration tips

The 502540 battery is suitable for a wide range of B2B use cases:

IoT devices and environmental sensors
Compact industrial modules and measurement instruments
Temperature-sensitive electronics for field deployments
Low-power backup systems and portable monitoring devices

To maximize performance, match battery packs with devices based on discharge current requirements and operating temperature range. This ensures optimal efficiency and longevity for your projects.

Part 4. Why choose 502540 LiFePO4 battery for your business?

From high reliability under varying temperatures to long-term cycle stability, the 502540 battery is designed for industrial-grade applications where downtime is costly. Its combination of safety, energy density, and compact form makes it a preferred choice for system integrators and OEMs.

Ready to power your devices with the 502540 LiFePO4 battery? Contact our team today for custom solutions, pricing, and integration support.

FAQs

What makes the 502540 LiFePO4 battery different from standard small cells?

The 502540 battery is engineered for stable 3.2V output and wide temperature tolerance, offering reliable performance where standard small Li-ion cells may fail in temperature-sensitive applications.
What temperature range can this battery safely operate in?

The 502540 LiFePO4 battery operates reliably from -10℃ to 80℃, making it suitable for IoT devices, sensors, and outdoor electronics that experience varying environmental conditions.
How long is the cycle life of the 502540 LiFePO4 battery?

This battery is designed for long-term use, maintaining over 92% capacity after 1000 cycles and around 80% capacity even after 2000 cycles, ensuring minimal replacement and maintenance.
What is the maximum charge and discharge current?

The 502540 battery supports up to 370mA for both charging and discharging, with a standard current of 185mA, providing reliable power for compact electronics and low-drain IoT modules.
Can this battery be used in compact and portable devices?

Yes, with its lightweight design (~10g) and compact 502540 form factor, this LiFePO4 battery easily integrates into space-constrained devices without adding bulk.
Is the 502540 battery customizable for specialized applications?

Absolutely. The battery can be customized with optional PCM/NTC modules, tailored connectors, or assembled into custom packs to meet specific voltage, current, or thermal requirements for specialized applications.

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502540 LiFePO4 3.2V 370mAh Battery for Temperature Stability

Compact 3.2V 370mAh LiFePO4 502540 for High-Temp & Long-Cycle Use

Performance Highlights — Stable Output & Extended Life