Installing an Axis P3235 with a Shure MX202i Microphone

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Revision as of 08:25, 10 April 2020 by IVSWikiBlue (talk | contribs) (Installation Instructions)
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Required Parts And Tools

  • Axis P3245
  • RDL STM-1
    STM-1.JPG
  • XLR-F Pigtail
    PigTail.JPG
  • Shure MX202i Microphone
    MX202i.JPG
  • S2 TT20 Torx security bit
  • Wire Stripper
    Wire Stripper and Starbit Driver.JPG
  • Anchors and Screws (If wall mounted)
    Screws and Anchors.JPG
  • Toggle bolts (If mounting to drop ceiling tile)
  • 1/2" paddle bit
  • 3.5mm Audio Cable
  • 1 blank single gang wall plate
    Blankplate.JPG
  • Toggle Bolts for mic mount
    Toggle Bolts.JPG
  • Drill bit and drill
    Drill and Brill Bits.JPG
  • Phillips head drill bit or Phillips head screwdriver
  • Small Flat head screwdriver
    Small Flathead Screwdriver.JPG
  • Hole Saw
    Hole Saw.jpg
  • B Connectors
    BCONN.png
  • Stud Finder
  • Cat5/6 Patch Cable (7ft-15ft recommended)
    Cat6 Patch Cable.JPG
  • 22/2 Gauge Wire
    Audio Cable.JPG
  • Fish Tape or Glow Rod
    15-4-57-m-mid-flex-glow-rod-set-tools-to-k56415-to-k56415-19671-228x228.jpg
  • Wind Screen (Inside MX202i Box)
    Mic Windscreen.JPG
  • Rubber Stopper (Inside MX202i Box)
    Mic Rubber.JPG
  • 4 pin XLR-M to XLR-M Adapter (Inside MX202i Box)
    Shure Adapter.JPG

Installation Instructions

  1. 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.
  2. Remove the P3245 camera from its base using the T20 security bit. Using a stud finder, ensure there aren’t any studs any behind the camera base. Using a pencil, mark the 2 areas on the wall where the screws will be, and mark the opening where any cabling will pass through.
  3. Using the drill bit, drill the 2 screw markers, and place the anchors inside. Using the hole saw (recommended size 2” inches or less), drill a hole into the area where any cabling will pass through.
  4. Above drop ceiling, locate the network drop. If it is on a biscuit, a patch cable will be needed. Using the hole saw, drill a hole above the drop ceiling in line with the hole drilled where the camera will be mounted. If there isn’t any drywall above the ceiling, adjust accordingly to your circumstance.
  5. Using glow rods or fish tape, fish the network drop and 2 sections of 22/2 audio cable down the drywall. The sections of cable should be long enough to reach the destination where the STM-1 preamp microphone will be mounted in the drop ceiling. One cable will be for audio; the other will be to power the STM-1.
  6. Mount the Axis P3245 base to the wall using the screws associated with the anchors.
  7. Strip the jacket off the 22/2, revealing the red and black wires on both cables. Remove the string and strip the red and black jackets off the wire exposing the copper. Cut copper evenly. Remove the common (bare wire) completely.
  8. Connect the power cable to the IO phoenix connector (Red to 2, Black to 1).
  9. Connect the audio cable to the AUDIO phoenix connector (Red to 3, Black to 1- this is a shared ground).
    3235 connectors.jpg
  10. Plug in the network drop to the PoE NIC, the audio phoenix connector into the AUDIO port on the camera, and the IO phoenix connector to the IO port.
  11. Another shorter piece of 22/2 cable will also be needed (approx. 1 inch). Strip the jacket from the cable and remove all contents keeping only the red cable. On both ends of the red cable, strip off a piece of the jacket (See picture).
    Phantom Power Jumper.JPG

Connecting the STM-1

  1. Connect one end of the 1 inch audio cable to the +PWR terminal and connect the other end into the +PHNTM terminal.
    Phantom PWR STM.JPG
  2. Connect the other end of the 22/2 ran for power to the PWR terminals (Red to +, Black to the other terminal) of the STM-1.
    STM Powered Connected.JPG
  3. Connect the cable we ran for audio to the HI-Z OUTPUT terminals (Red to +, Black to ground) of the STM-1.
  4. Another length of 22/2 cable wil be needed for the microphone; connect it to the input terminals of the STM-1 (Red to +, Black to -, ground to the ground terminal). Using the Velcro that comes with the STM-1, attach the STM-1 to the wall above drop ceiling hidden from sight.

(NOTE; If there are 2 cameras in the room, duplicate these steps to get to the 2nd camera. HI-Z output can feed 2 cameras, but no more. If there are 2 Shure MX202i Microphones, duplicate steps. An STM-1 can power and gather audio from 2 Shure 202i mics.)

Connecting and Mounting the Microphone

  1. Strip the jacket of the XLR pigtail revealing the red, black and common (silver) cables inside. Strip away a portion of the red and black cables inside the pigtail, revealing the copper wire inside. (This is typically already done before shipment from the office.) At the end of the 22/2 cable (connected to the STM-1 input), twist the wires together with the pigtail (red to red, black to black, common to common). Secure these with B-Connectors (See Pictures). Repeat this process if necessary for 2 microphones.
    Audio spliced with pigtail.JPG Pigtail Splice with B Connectors.JPG
  2. Drill a hole into the center of the single gang plate using the ½” paddle bit, and a hole into the desired location for the microphone on your drop ceiling tile with a 1" paddle bit. Then secure this single gang plate to the desired location of the microphone on your drop ceiling tile using a pair of toggle bolts.
    Plate Mounted to Ceiling.JPG
  3. Run your MX202i through the ½” hole in the ceiling tile and single gang plate. Connect the 4 Pin XLR-F end of the MX202i, to the 4 pin XLR-M adapter. Next, connect the XLR-F (that is ran back to the STM-1), to the XLR-M of the adapter. Lastly, use the rubber stopper to plug the ½” hole in the single gang plate.
  4. Adjust the length of the cable of the microphone to your desired length, hiding the remainder in the ceiling near the STM-1. Attach the windscreen to the MX202i.
    Mic hanging from ceiling.JPG