What Is the e0583 Battery and Where Is It Used

The e0583 battery is a lithium-based coin cell commonly used in small electronic devices like calculators, medical devices, and key fobs. It delivers 3V voltage and is known for its compact size (11.6mm diameter, 5.4mm height) and long shelf life. Proper handling ensures safety, as incorrect use may lead to leakage or overheating.

How Does the e0583 Battery Compare to Other Coin Cell Models?

The e0583 shares similarities with the CR2032 but has a thinner profile (5.4mm vs. 3.2mm height). Its capacity ranges between 150-170mAh, slightly lower than the CR2025. Ideal for low-drain devices, it outperforms alkaline alternatives in temperature stability but requires careful disposal due to lithium content.

When selecting between coin cells, consider both physical dimensions and electrical requirements. The e0583’s slimmer design makes it preferable for ultra-thin devices where vertical space is limited, though engineers must compensate for its lower capacity through optimized power management. Unlike alkaline variants, lithium cells like the e0583 maintain 95% of their capacity at -20°C, making them ideal for outdoor sensors or cold-chain monitoring systems.

Why Should You Avoid Using Damaged e0583 Batteries?

Damaged e0583 batteries risk electrolyte leakage, which corrodes device contacts and compromises functionality. Swollen or discolored cells indicate internal failure, potentially releasing toxic fumes. Replace batteries immediately if deformation occurs, and clean compartments with isopropyl alcohol to prevent long-term damage.

A 2023 study by the Battery Safety Institute found that 23% of lithium coin cell-related device failures stemmed from users ignoring visible battery damage. Compromised cells can release lithium hydroxide, which reacts with moisture to create caustic burns on skin. In medical devices like hearing aids or insulin pumps, battery leaks may disrupt critical biometric sensors. Always inspect batteries during replacement cycles – a simple magnifying glass helps identify hairline cracks or early swelling signs.

What Devices Are Compatible with the e0583 Battery?

Common applications include glucose monitors, digital thermometers, car remote keys, and wearable fitness trackers. Its slim design suits space-constrained gadgets. Always check the device manual for voltage requirements, as mismatched batteries can damage circuitry. Some manufacturers label it as BR583 or DL583, but cross-referencing specifications is critical.

How to Store e0583 Batteries for Maximum Lifespan?

Store e0583 batteries in airtight containers at 15-25°C, away from humidity and metal objects. Avoid refrigeration, as condensation accelerates discharge. Keep original packaging to prevent terminal contact, and rotate stock every 2-3 years. Ideal storage charge is 40-60% for unused cells to minimize degradation.

Can the e0583 Battery Be Recharged Safely?

No, the e0583 is a primary (non-rechargeable) lithium battery. Attempting to recharge it may cause rupture, fire, or explosive gas release. For reusable applications, consider Li-ion alternatives like LIR series, but verify device compatibility first. Always follow manufacturer guidelines to prevent hazardous incidents.

What Are the Environmental Impacts of Improper e0583 Disposal?

Discarded e0583 batteries release lithium and manganese into ecosystems, contaminating soil and groundwater. Many regions classify them as hazardous waste, requiring certified recycling centers. Retailers like Best Buy or Home Depot often offer free drop-off programs. Never incinerate, as toxic fumes form dioxins affecting air quality.

Expert Views

“The e0583’s reliability in medical devices stems from its stable voltage curve,” says Dr. Elena Torres, a biomedical engineer. “However, users often underestimate its chemical risks—I’ve seen ER cases from swallowed cells. Always tape terminals before disposal and keep them away from children. For OEMs, pairing it with low-voltage detectors could prevent 70% of failure modes.”

Conclusion

The e0583 battery remains indispensable for compact electronics but demands informed handling. From selecting authentic brands to adhering to disposal protocols, user diligence ensures both device longevity and environmental safety. As IoT devices proliferate, understanding such power sources becomes increasingly critical for consumers and technicians alike.

FAQs

Can I use a CR2032 instead of an e0583?

No. The CR2032 is thicker (3.2mm vs. 5.4mm) and may not fit securely. Voltage mismatch risks device damage.

How long does an e0583 battery last?

Typically 2-5 years, depending on device power draw. Glucose meters average 6-12 months with daily use.

Are e0583 batteries allowed on airplanes?

Yes, but carry-on only. FAA permits unlimited lithium coin cells under 2g lithium content. Tape terminals to prevent short-circuiting.