Semi-Automatic AED
Semi-Automatic AEDs are external cardiac shock devices that require the user to activate the shock control when the device indicates it, based on its operating logic. They differ from fully automatic AEDs by requiring a manual activation step from the user. Deployment is defined by the facility's approved response program and local training requirements.
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About this category
This class covers cardiac-shock devices distinguished by their user-interaction logic: the device indicates the need for a shock and the user activates it. This is the defining characteristic of the class. Other model characteristics — such as display type, button arrangement, battery design, cabinet mounting size, incident logging, software updates, wireless connectivity, and enclosure ruggedness — vary across models and are defined by the specific product design and specifications. Class selection considerations: the facility's approved response-program requirements, user-training policies, operating environment type (indoor, industrial, outdoor), and integration with other on-site response points. General uses: manufacturing facilities, commercial venues, sports venues, airports, educational facilities, and first-responder teams. Operating considerations: deployment within an approved emergency-response program, user-training programs, periodic maintenance per the manufacturer's schedule, and renewal of consumables (batteries, pads) by their validity periods. A substantive difference from fully automatic AEDs: the semi-automatic class retains a manual activation step before the shock. Model specifications, training requirements, and the maintenance program are reviewed in the product documentation before selection and fit-out within the response program.
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This class covers cardiac-shock devices distinguished by their user-interaction logic: the device indicates the need for a shock and the user activates it. This is the defining characteristic of the class. Other model characteristics — such as display type, button arrangement, battery design, cabinet mounting size, incident logging, software updates, wireless connectivity, and enclosure ruggedness — vary across models and are defined by the specific product design and specifications. Class selection considerations: the facility's approved response-program requirements, user-training policies, operating environment type (indoor, industrial, outdoor), and integration with other on-site response points. General uses: manufacturing facilities, commercial venues, sports venues, airports, educational facilities, and first-responder teams. Operating considerations: deployment within an approved emergency-response program, user-training programs, periodic maintenance per the manufacturer's schedule, and renewal of consumables (batteries, pads) by their validity periods. A substantive difference from fully automatic AEDs: the semi-automatic class retains a manual activation step before the shock. Model specifications, training requirements, and the maintenance program are reviewed in the product documentation before selection and fit-out within the response program.
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