Energizer A76

ENERGIZER A76 

PRIMARY USES

1. Reliable Power for Compact Medical Diagnostic and Monitoring Devices
Primary Use: Provides stable 1.5V DC power for compact medical devices including glucose monitors, heart rate monitors, digital thermometers, pedometers, and other handheld diagnostic equipment requiring a reliable miniature power source .
How it helps: For the endocrinologist and primary care physician, ensuring that portable diagnostic devices function accurately is essential for chronic disease management. The Energizer A76 miniature alkaline battery delivers a nominal voltage of 1.5V with a capacity of 150-175 mAh . Its compact dimensions (11.6mm diameter x 5.4mm height, weighing only 2.4g) allow it to fit seamlessly into small, handheld medical devices where larger batteries cannot be accommodated . For the patient managing diabetes with a glucose monitor or tracking cardiovascular health with a heart rate monitor, this means consistent, reliable power for daily health monitoring without frequent battery changes.

2. Long Shelf Life for Home Healthcare and Emergency Preparedness
Primary Use: Provides up to 5 years of shelf life at 21°C, making these batteries ideal for home healthcare devices, backup medical equipment, and emergency preparedness kits where infrequent replacement and immediate readiness are essential .
How it helps: For the home health nurse and discharge planner, patients’ home medical devices may sit unused for extended periods between monitoring sessions. The Energizer A76 holds power for up to five years in storage, ensuring it is ready when needed . The leak-proof construction protects sensitive medical equipment from corrosive damage during extended storage . For the patient and caregiver, this means less frequent battery replacement and confidence that their medical monitoring equipment will function when called upon.

3. Wide Compatibility for Multiple Medical Device Types
Primary Use: Functions as a replacement for numerous battery designations including 157, 303, 357, AG13, EPX76, LR44, S76, SG13, and SR44, making it suitable for a broad range of medical and electronic devices across different manufacturers .
How it helps: For the biomedical engineer and clinical equipment manager, standardising on a single battery type across multiple device brands simplifies inventory management and reduces procurement complexity. The A76’s extensive cross-reference compatibility means it can power glucose monitors, thermometers, pulse oximeters, and other devices from various manufacturers . For the healthcare facility and patient, this means simplified battery purchasing and fewer questions about which battery fits which device.

4. Zero-Mercury Construction for Environmentally Responsible Healthcare
Primary Use: Contains zero added mercury, complying with environmental regulations for disposal and reducing toxic exposure risk in healthcare settings, clinics, and home care environments .
How it helps: For the healthcare facility environmental safety officer, eliminating mercury from batteries reduces hazardous waste disposal requirements and environmental impact. The Energizer A76 is responsibly designed with zero-mercury miniature alkaline technology, powering devices with less impact on the environment . For the healthcare facility, this means simplified disposal procedures and reduced environmental footprint while maintaining high-performance standards for medical equipment.

SECONDARY USES

1. Powering portable fitness and wellness trackers: For patients managing fitness goals or rehabilitation progress, the A76 battery powers pedometers, calorie counters, stopwatches, and activity trackers used in physical therapy and wellness programmes .

2. Operation of keyless entry systems for medical facility vehicles: For healthcare facilities with vehicle fleets, these batteries power keyless entry remotes for medical transport vehicles, delivery vans, and emergency response cars used by home health nurses and medical couriers.

3. Powering small electronic devices in clinical waiting areas and administrative offices: Powers calculators, electronic organisers, laser pointers used in medical presentations, and other small electronics in healthcare administration .

4. Operation of children’s medical education toys and models: For paediatric practices and child life programmes, these batteries power interactive medical education toys and anatomical models used to prepare children for procedures.

5. Laboratory timing and counting equipment: Powers stopwatches, timers, and counting devices used in medical laboratories, physical therapy sessions, and rehabilitation timing where precision and reliability are required .