Difference between revisions of "Installing an Axis Q8414 with a Louroe Verifact A Microphone"

Revision as of 10:04, 17 April 2020

Locate the network drop above the ceiling either being a male Ethernet end (service loop) or a biscuit jack. This will have been ran back to the POE switch. If the switch does not have POE, a POE injector will need to be installed at the network closet.
Depending on the material of the ceiling, use a 1" paddle bit or a wall dozer to drill a hole in the corner of the ceiling to run the network drop and 3.5 mm audio cable.
Remove the camera from the wall mount casing. Remove the gaskets from the back and side panels. With the mount placed in it's install location, make marks for the side and top screws.
Drill holes for the mounting screws. Place the gaskets back into the side holes.
Run the network drop and 3.5 mm audio cable through the ceiling. Secure the mount into place. As you do this, you will want to run the network cable through the top back hole, and the audio cable through the bottom hole. Drill the screws into the side holes, using the washers provided.
Pull the network and audio cables through the gaskets, and drag the gaskets into place in the back holes.
Guide the network and audio cable through the cable tunnels to the back of the camera, and plug them in (the pink port is AUDIO IN).
Carefully adjust the cables, feeding them back into the ceiling if need be, to keep them from being pinched behind the camera as we mount it to the bracket. Make sure the IR window is in the 6 o'clock position; attach the camera using the T20 bit.

Drill a hole into the piece of ceiling tile that the Louroe Verifact-A will be mounted to. Feed one end of the the 22/2 audio cable through the hole. Using toggle bolts, secure the microphone.
At the microphone, connect the 22/2 cables as follows: AUDIO: Red to B, Black to C POWER: Red to A, Black to C
At the camera, connect the 22/2 cables as follows: AUDIO: Red to 3, Black to 1 on audio terminal block, POWER: Red to 3, Black to 1 on I/O terminal block

@@ Line 19: / Line 19: @@
 #Locate the network drop above the ceiling either being a male Ethernet end (service loop) or a biscuit jack. This will have been ran back to the POE switch. If the switch does not have POE, a POE injector will need to be installed at the network closet.
-#Using a set of wall dog screws, mount the Louroe IFPX above into the drywall above drop ceiling. (Note, if no drop ceiling make other arrangements to mount the IFPX.)
-#Connect the network drop into the RJ-45 (f) on the IFPX that reads '''Power+Data In'''. When connected, you should see activity on the link lights. If no link lights appear, ensure that POE is enabled on your POE switch and that the network drop is plugged in.
-#Attach the CAT5/6 patch cable to the RJ-45 (f) on the IFPX labeled '''Power+Data Out'''. This will eventually plug into the Q8414 camera.
-#Take the 3.5mm Male to Male audio cable and connect it to the 3.5mm jack labeled '''AUDIO OUT''' on the IFPX. This will eventually feed the camera. (See Picture)
-#:[[File:IFPX_to_3365.JPG|400x300px]]
 #Depending on the material of the ceiling, use a 1" paddle bit or a wall dozer to drill a hole in the corner of the ceiling to run the network drop and 3.5 mm audio cable.
 #Remove the camera from the wall mount casing. Remove the gaskets from the back and side panels. With the mount placed in it's install location, make marks for the side and top screws.