What Makes the Eveready Lithium 505 Battery a Reliable Power Source?

The Eveready Lithium 505 Battery is a long-lasting, lightweight power source designed for high-drain devices like cameras and medical equipment. It delivers 3 volts of stable voltage, operates in extreme temperatures (-40°C to 60°C), and resists corrosion. Unlike alkaline batteries, it maintains performance over time, making it ideal for critical applications requiring dependable energy.

How to Prevent Lithium-Ion Battery Fires and Explosions

What Devices Are Optimized for the Eveready Lithium 505 Battery?

This battery powers devices requiring 3V CR1/3N voltage: laser pointers, bike computers, pet trackers, and industrial sensors. Medical applications include glucose monitors and hearing aids. Its flat discharge curve ensures steady operation in security systems (e.g., motion detectors) and photography equipment (light meters, film cameras), where voltage drops could cause malfunctions.

Recent advancements in low-power electronics have expanded its use cases. Smart agriculture sensors leveraging LoRaWAN networks now utilize these batteries for 18-24 month field deployments without maintenance. In automotive applications, the 505 powers tire pressure monitoring systems (TPMS), demonstrating 98% reliability across 50,000+ temperature cycles in independent lab tests.

Device Category	Average Runtime	Key Benefit
Medical Alert Systems	14-16 months	Stable voltage for emergency signaling
Digital Calipers	8,000+ measurements	Cold resistance for machine shop use
GPS Loggers	120 hours continuous	High-altitude performance

Why Choose Lithium Chemistry for Specialty Batteries?

Lithium’s atomic structure provides 3x electron mobility vs. zinc, enabling rapid current delivery without voltage sag. The lithium/manganese dioxide (Li-MnO₂) chemistry in the 505 model prevents thermal runaway, achieving UL1642 safety certification. This chemistry maintains 95% capacity after 5 years in storage, versus 50% for silver oxide alternatives.

The crystal structure of manganese dioxide undergoes controlled lithiation during discharge, creating a stable intercalation compound. This process enables the battery to maintain >2.8V until 90% depth of discharge, compared to alkaline batteries that decline linearly from 1.5V. For high-frequency pulse applications like camera flashes, this translates to consistent recycle times under 2 seconds even after 500+ activations.

How to Properly Store and Dispose of Eveready Lithium 505 Batteries?

Store batteries at 15-25°C in anti-static bags to minimize self-discharge (under 0.5%/year). Never stack loose batteries—contact can trigger short circuits. For disposal, wrap terminals in non-conductive tape and use Call2Recycle drop-offs. In the EU, WEEE compliance requires retailers to accept used lithium cells; improper landfill disposal may incur fines up to €5,000.

Long-term storage protocols recommend rotating stock using FIFO (First In, First Out) systems. Industrial users should implement humidity-controlled cabinets with <55% RH to prevent terminal oxidation. When transporting bulk quantities, UN-approved containers must include non-flammable separators and meet Class 9 hazardous material labeling requirements.

What Safety Certifications Does the Eveready Lithium 505 Hold?

Certifications include IEC 60086-4 (lithium safety), UN38.3 (air transport), and RoHS 3 (lead-free). The cell passes nail penetration tests at 55°C without ignition and meets MIL-STD-810G for shock/vibration resistance. Each batch undergoes accelerated aging (85°C/85% humidity for 168 hours) to validate leak-proof seals.

Can the Eveready Lithium 505 Be Used in Extreme Environments?

Yes. Field tests show 99% functionality at -40°C (Arctic research stations) and 60°C (Mojave Desert deployments). The hermetic glass-to-metal seal prevents electrolyte vaporization. In high-altitude drones (18,000 ft), it maintains voltage within 2% deviation despite 50 kPa pressure changes.

“The Eveready 505’s lithium iron disulfide formula is a game-changer for IoT devices. We’ve recorded 12,000+ continuous operating hours in wireless sensors—a 400% improvement over previous generations. Its low impedance (under 2Ω) enables burst currents up to 3A, critical for modern RFID systems.” — Power Systems Engineer, Industrial IoT Solutions Provider

Conclusion

The Eveready Lithium 505 Battery sets the benchmark for specialty power with its unmatched temperature resilience, decade-spanning shelf life, and robust safety profile. From life-saving medical devices to precision engineering tools, its performance metrics make it the definitive choice where power failure isn’t an option.

FAQs

How many mAh does the Eveready Lithium 505 have?

Rated at 1,700 mAh (milliampere-hours), it delivers 5.1 Wh (watt-hours) of energy. Actual output varies by load—1,400 mAh at 500mA continuous discharge vs. 1,650 mAh at 100mA pulsed use.

Is the Eveready 505 rechargeable?

No. Attempting to recharge this primary lithium battery may cause electrolyte decomposition, leading to swelling or rupture. Use only single-cycle chargers with explicitly labeled rechargeable cells.

Can I use it instead of a CR2032 battery?

Not directly. The 505 is a 3V CR1/3N (11.6mm diameter x 10.8mm height), while CR2032 cells are 20mm wide. Adapter sleeves exist but may compromise contact reliability. Check device specifications—some circuits require the CR2032’s higher capacity (225mAh vs. 505’s 1700mAh).