Leaderboard

Intruder would be program, walk test, and check that items are installed to the specification and properly. If monitored, set up monitoring and test with ARC. Meter readings would be each circuit resistance, quiescent current consumption, battery current, current consumption in alarm, and calculate that the battery is an adequate size. Do the same with any PSU's. Check the bell voltage and that the holdoff is working (for longer than 10 seconds, in case the engineer has left the engineers link on the bell) charging current to the bell. If there is signalling equipment check its earthed, if it is separately housed, check any cabling between the CPU and the STU are mechanically protected, check the current readings as above. All meter readings should be done using a calibrated company multimeter. Note bell delay time (if applicable) Note Bell ring time Note entry time & exit time Number of Rearms Linefault monitoring Set the alarm fully and test entry exit is working as it should, set alarm fully and activate alarm system intruder and confirmed intruder, if there are panic buttons test them by pressing them while in day mode. Check with ARC that they recieved all signals in the order that they should have been sent. Handover should note any changes to the specification, all paperwork such as user manual certificates, and it should say that the customer has been shown how to use the alarm system and has a master code or fob, and that thy know how to add new users. I think I have covered everything for intruder. CCTV is a bit different NSI expects us to use a rotakin Fire is quite a bit more involved

Hi Cieska For starters are we talking intruder, or fire, or CCTV, or Access, or gate automation? Each have there own set checks, tests, and meter readings.