Assertion: photoelectric alarm | /r/CapableOf | outperform ionization alarms
Facets:
value: regardless of type
type: OTHER
value: in all fire situations
type: LOCATION
value: usually
type: TEMPORAL
Source sentences:
text: The NFPA acknowledges that a well-designed photoelectric alarm will usually outperform ionization alarms in all fire situations, regardless of type and material.
text: Additionally, in fast-flame fires, the differences between ionization and photoelectric alarms proved slight, and the NFPA concludes that a high-quality photoelectric alarm will still likely outperform an ionization alarm.
text: The NFPA acknowledges that a well-designed photoelectric alarm will usually outperform ionization alarms in all fire situations, regardless of type and material.