PSA 240V Smoke Alarm With 9V Backup Advanced Sensor Photoelectric

Launched in September 2023, the new and enhanced Lifesaver 6800 model features state-of-the-art photoelectric sensing technology and design improvements for optimal performance.

Its brand new design also incorporates the Advance Sensor chamber a key addition that makes the device more resilient to false alarms in Australia’s high heat and extreme humidity levels.

Tested and approved to Australian Standards, LIF6800 is the result of a year-long rigorous testing and trial in over 40 problematic sites across Australia, which yielded zero failures during the 18 month test period.

• New design advanced photoelectric sensing technology and intelligence to reduce sensitive activations
  
• Easy maintenance and installation with the QUICK SLIDE base
  
• Increased resilience to electrical interferences and dirty power
  
• Chamber monitoring feature and first to alarm memory
  
• 240V AC with 9V battery back up
  
• Surface mount smoke alarm
  
• Improved airflow
  
• Switch-mode power supply uses less power and operates safer
  
• Compatible with 5000, 5800 & 6000 series baseplate
  
• Stand alone or can be interconnected with up to 24 units
  
• Wireless interlinking capability when used with LIF6000WB (wireless RF interlink baseplate)
  
• Remote test/hush functionality with the LIF6000THL (wireless smoke alarm controller)
  
• Low battery hush feature
  
• Single button operation
  
• 5-year warranty
  
• ActivFire Certified, Approved to AS3786:2014
  
• SAI Global Certified

Resistance To Moisture Triggers

• The Advance Sensor has been specially designed to be resistant to moisture-related triggers that commonly occur during high-humidity events.

Anti Static Chamber

• The chamber of the new Advance Sensor is equipped with an anti-static feature, effectively repelling dust, minimising the chance of dust accumulation and false alarms.

Reduced Insect Mesh

• The insect mesh of the Advance Sensor has been minimised, to decrease the chance of bugs triggering false alarms, without compromising the detection performance of the alarm.