Wi-Fi Array PoE Outdoor Enclosure

Transcription

1 Wi-Fi Array PoE Outdoor Enclosure XE-4000-POE Installation Guide The Wi-Fi Array Poer over Ethernet Outdoor Enclosure is intended for all outdoor applications here securing any Wi-Fi Array from harsh environments is required. The Outdoor Enclosure (referred to as the enclosure in this guide) protects against rain, heat, cold, direct sun, and ind hile providing an additional layer of physical security. The key features of the enclosure include: Revision B Weatherproofing and lightning protection. Heater for cold eather locations (runs only as needed). Fan cooling ith filters (runs only as needed). Flexible mounting options for pole, all, and ceiling mount capabilities. Uses poer supplied by Xirrus Poer over Gigabit Ethernet (PoGE) module(s). General Considerations General and Environmental Product Specifications Poer Input: Uses Xirrus Poer over Gigabit Ethernet (PoGE) injectors. One PoGE injector port poers the enclosure s fans and heater (72W minimum required), and may supply data to an Array data port if desired. A second injector port supplies poer and data to all Array models. For the XN12/ XN16, if you ish to supply a redundant poer source or use a loer-poered injector, then you ill need to provide a third PoGE port. ODE Poer Consumption: 10W typical, 70W maximum (ithout Wi-Fi Array). Dimensions: 14 inches tall x 24 inches diameter (ithout accessories). Weight: 47 lbs (21.3 Kg) ithout Wi-Fi Array; 56 lbs (25.4 Kg) ith Array. Operating Conditions: Temperature: -40 C to +55 C ith internal heater option, or 0 C to +55 C ithout heater. Humidity: 10% to 90% non-condensing. Wind Survivability: >165 mph. Junction Box: (optional) installed ithin 10 feet of the unit. Installer Note: Total Cat 5e or Cat 6 cable length from the enclosure to the Ethernet sitch providing your Internet connection must be no more than 100 m, including all cable segments regardless of injector location. The injector is not a repeater or a hub, so its position ith respect to cabling and Array ill not extend the 100 m limit.

2 Choose Your Preferred Mounting Option The enclosure can be mounted to a vertical structure or mounted on a pole (if no suitable vertical structure is available at the location). Mounting the enclosure to an existing vertical structure ith a flat surface (for example, a all), the enclosure s mounting arm can be attached directly to the structure ith four mounting scres. Installer Note: Ensure that the mounting scres used can support a vertical load of at least 100 lbs (alloing for the outdoor enclosure, Wi-Fi Array and sno load). If the enclosure is to be mounted on a pole, the pole mounting kit is required. This kit is included ith the enclosure, as shipped. After the installation mounting method has been determined, follo the instructions in Install PoGE Injectors and Run Cables on page 4 and then either XE-4000 Pole Mounting Instructions on page 13 or XE-4000 Wall Mounting Instructions on page 18, depending on the mounting method chosen. WARNING: The enclosure must remain hite! Do not paint it any other color as that may cause the Array to overheat beyond the operating temperature range. Basic Installation Tools Required To properly and safely install the enclosure, at least to people are required. Additionally, the folloing tools may be required for a pole mount, depending on your particular installation site and the current configuration of the surface on hich the enclosure is to be mounted (for example, the pole may already have an access opening for data and poer). Torx T-15 scredriver Socket set ith 7/16 and 1/2 sockets 1/2 Box-end rench Spirit-level Hammer Drill motor 2-1/2 hole sa Flat scre driver 12 channel lock pliers Tie-Wraps (optional) Band-It tensioner tool for pole mount only (Model C001 or equivalent. See.BAND-IT-IDEX.com) The accessory kits used in both types of mountings are described in the folloing sections. 2

3 Wall Mount Accessory Kit The enclosure includes an accessory kit ith the folloing parts: (1) XE-4000 Mounting Arm (1) XE-4000 Wall Mounting Bracket (1) 1 Watertight Conduit Connector (6) ¼ 20 x ¾ SS Bolts /ashers (2) ½ 20 x 1.25 SS Bolts (2) ½ SS Lock Washers (2) ½ SS Flat Washers (1) ODE to Arm Gasket Installation Guide (i.e., this document) Pole Mount Accessory Kit Included ith the enclosure is an accessory kit that includes the folloing parts: (1) XE-4000 Mounting Arm (1) XE-4000 Pole Mounting Bracket (2) ¾ x 36 Band-It Straps (1) 1 Watertight Conduit Connector (6) ¼ 20 x ¾ SS Bolts /ashers (2) ½ 20 x 1.25 SS Bolts (2) ½ SS Lock Washers (2) ½ SS Flat Washers (1) ODE to Arm Gasket Installation Guide (i.e., this document) The flexible straps are used ith the tensioner tool. See also Fastening the Flexible Stainless Steel (BAND-IT) Straps on page 31. Installer Note: Use a proper tensioner tool ith flexible straps to ensure a long lasting and secure installation. Do not use hose or orm-drive clamps that can vibrate loose over time. Tensioner Tool Straps 3

4 Install PoGE Injectors and Run Cables Cable Usage The XE-4000-POE must be used only ith Xirrus Poer over Gigabit Ethernet (PoGE) injectors. The enclosure requires connections to to PoGE ports, one to poer the enclosure and one to poer the Array. See the Installation Wiring Diagrams in the Appendix on page 30. Also, see the PoGE Installation Guide ( ) for more details, such as hich Arrays and PoGE injectors are compatible. You must supply cable runs to connect to the folloing cables hich exit the XE-4000 POE: BLUE Cat5e cable carries poer to the enclosure fans and heater. At the same time, it may also carry data to feed the Gigabit2 port (for XN8/XS8/XS16) or the Ethernet0 port. RED Cat5e cable carries poer and data from a PoGE port to the Array Data and Poer IN1 port for Gigabit1 (also called Gigabit POE on 4-radio Arrays). GREEN Serial cable an RS-232 connection to the Array s Console port. In order for ODE temperature/humidity status to be fed to the Array, the green Console cable must be connected beteen the Array Console port and the serial output of the enclosure. See page 6 for more information on using this cable. User-supplied Cat5e cable This is used ith the XN12/XN16 if you ish to supply a redundant poer connection to the Array, or if you are using injectors ith less than 95W of poer to drive the Array. In these cases, you must supply your on cable to feed into the enclosure and carry poer and data from a third PoGE injector port to the Array Data and Poer IN2 port for Gigabit2. Run Cables Run cables from PoGE ports in your Intermediate Distribution Frame (IDF your data closet) to your junction box to connect to the cables listed above. Poer is supplied via the Ethernet cables; do not run additional poer lines. Xirrus PoGE injectors are intended for indoor use. We recommend that you locate them in your data closet. Note that the total length of all segments of cable runs from your Ethernet sitch to the enclosure must not exceed 100m. 1. Externally, the BLUE cable must be fed by a PoGE port providing at least 72W of poer for the enclosure. This cable ill not poer the Array, but it may carry data for the Gigabit2 port on an XN8/XS8/XS16 or data for the Ethernet0 port on any Array except an XS4/XN4. 2. The enclosure s RED cable must be fed by a PoGE port supplying the proper poer for the Array model being installed. This PoGE port must also supply Gigabit data to an Array Data and Poer IN port. 4

5 3. The GREEN cable provides RS-232 or RS-422 access to the Array Console port. 4. The user-supplied cable is used only on XN12/XN16 model Arrays. It must be fed by a PoGE port supplying the proper poer for the Array model. This PoGE port may also supply Gigabit data to the Array s second Data and Poer IN port. Prepare the Enclosure Kit Parts Used in Mounting Arm Assembly The common parts used in the mounting assembly are shon to the right. Unpack the Housing 1. Unpack your ne XE-4000 Housing. The housing should look similar to the picture to right. 2. Using a pair of cutters, remove the tie-rap around the cables and unroll them as shon. Installer Note: The use of these cables is described on page 4. 5

6 Open the Enclosure 1. Using a Torx T-15 scredriver, release the six locking scres located on the dome. Installer Note: Never remove any of the six dome locking scres. These are captive scres, ensuring that they ill not be lost. 2. Sing the dome cover open. Changing the Serial Connection to RS-422 from RS-232 (Optional) The enclosure provides a Green serial cable ill be connected to the Array s CONSOLE port. By default, this is an RS-232 connection that supports a cable length of up to 25 ft to the IDF. If you need access to the console port from a greater distance, the enclosure provides an RS-422 option. This ill support cable lengths up to 1000 m or more to the IDF. You may use a Cat 5e cable to run RS-422. RS-422 RS-232 The green CONSOLE cable must be installed for ODE temperature/humidity status to be fed to the Array. The serial connection is RS-232 by default. To sitch to an RS-422 connection, you must move a connector inside the enclosure. 1. To remove the black foam-padded cover plate from the enclosure s Environmental Control Electronics area, use a ratchet ith a 7/16 socket. Carefully remove the eight mounting bolts holding the cover plate in place. Feed the cables through gently as you remove the cover. 2. Find the Green cable connector plugged into the port labeled RS-232 In, as shon above. Move it to the port labeled RS-422 In. 3. Replace the cover plate, feeding the cables through carefully. Secure the mounting bolts to hold it in place. Do not overtighten. 6

7 Installer Note: Before installing the Array mounting plate, make sure that all of the connections to the enclosure s Environmental Control Electronics (shon above) are configured as desired. Install the Array Mounting Plate This procedure is the same, hether you have the small mounting plate supplied ith a 4-port Array (shon at right), or the larger plate supplied ith an 8-, 12-, or 16-port Array (shon belo). abg2 1. Use the mounting plate that as supplied ith the Array. Position it so that the Array s abg2 radio ill point toards the direction of least desired ireless coverage. We recommend that you point abg2 toards the pole or all. The abg2 radio lines up ith the side of the mounting plate that is opposite the cutout for the ports, as shon in the figures. See the Wi-Fi Array User s Guide for more details on determining the best orientation for the Array. 2. Adjust the positioning so that the four holes for the mounting bolts line up on the padded plate and the abg2 Array mounting plate. Using a ratchet ith a 7/16 socket, carefully secure the four mounting bolts holding the Array mounting plate in place. Do not over-tighten. 3. Sing the enclosure dome closed. Using a Torx T-15 scredriver, secure the six locking scres located on the dome. Do not overtighten. WARNING: Never use poer tools to tighten these scres, as that may strip the threads on the enclosure. 7

8 Mounting Arm Assembly Instructions Thread the Cables 1. Locate the accessory kit included ith the mounting kit you have selected (all or pole), and find the large black rubber gasket. 2. Thread the cables connected to the XE-4000 through the center hole of the rubber gasket being careful not to tear or damage the gasket. 3. Locate and align the rubber gasket over the six holes on the top of the XE-4000 housing. Determine the Cable Exit Hole 1. Locate the XE-4000 mounting arm provided in the mounting all or pole kit. 2. Decide hich exit hole ill be used for cabling to and from the XE a. There are to threaded holes for the supplied 1 atertight conduit - one on the side (1) and one on the back of the arm (2), as noted in the figure to right. 1 2 b. The side exit ill be used in the remainder of this section. 8

9 Prepare the Cables for Threading 1. Gently align the ends of the three cables exiting the XE-4000 so that the ends are staggered as shon. 2. Using standard electrical tape, rap the three cables as shon to ensure that they remain together. 3. Carefully insert the rapped cables in the large opening at the end of the XE-4000 mounting arm as shon. Thread the Cables 1. Pull the cables through the exit hole that you have selected, hich is the side exit in our example as shon. 2. Continue to pull all of the cables through the XE-4000 mounting arm, as shon. 9

10 Attach the Mounting Arm to the Housing 1. Pulling the cable slack through the XE-4000 mounting arm, continue to pull the cables. 2. GENTLY seat the mounting arm into the opening on the XE-4000 housing. CRITICAL: Note the orientation of the Mounting Arm ith respect to the XE-4000 housing use the housing lanyards to properly orient and mount the arm to the housing as shon. 3. Using the ¼-20 stainless steel bolts and ashers included in the accessory kit, install and tighten all six bolts as shon. 10

11 Attach Water-tight Connector 1. Locate the 1 ater-tight conduit connector included in the accessory kit. Thread the cables that exit the mounting arm hole you selected, through the atertight connector as shon. 2. Carefully thread the connector into the exit hole threads. Hand-tighten the connector. Tighten it enough to compress the black O-ring. This assures a ater-tight seal. Installer Note: Step 3 and Step 4 sho ho to assemble the connector and collar ith the conduit. You may do this no or later in the installation process. Watertight Connector O-ring Collar 3. Push the conduit up through the collar and onto the connector as far as it ill go. It ill snap in place. 4. Hand-tighten the collar onto the connector. 11

12 Attach Conduit Plug 1. Before mounting the XE-4000 into the mounting bracket, install the provided conduit plug in the rear opening of the arm to ensure that ater does not enter the XE-4000 through this opening. 2. It is recommended that silicon sealer be used in conjunction ith the 1 plug to ensure that a complete ater-tight seal is achieved. 3. Do not cross thread this plug, but make sure it is very tight. CRITICAL: It is essential that this rear plug be installed and sealed ith silicon to ensure that ater does not penetrate the housing and damage the electronics ithin. Ready for Pole or Wall Mounting The mounting arm is no ready for installation into either a pole mount or all mount bracket, as shon belo. Use the appropriate section of this document to complete your installation. Pole Mount see page 13 Wall Mount see page 18 12

13 XE-4000 Pole Mounting Instructions XE-4000 Ready to Install 1. The figure to the right shos the cable exiting the side of the XE-4000 mounting arm. 2. The figure to the right shos the cable exiting the rear of the XE-4000 mounting arm. Installer Note: ensure that you have the cable exiting the XE from the correct location on the mounting arm prior to proceeding to the next step. Prepare Pole for Mounting of the Enclosure This procedure assumes that the pole has been firmly secured in an upright position. Ensure that the Wi-Fi Array has been removed from the enclosure before beginning the installation of the enclosure. 1. Decide here the XE-4000 is to be installed. 2. If the pole is hollo and the installation calls out for the iring to be connected to the XE-4000 from inside the pole, it ill be necessary to drill a 2 ½ hole in the pole for the cabling and conduit. 3. Use a bi-metal hole sa as shon to the right. Installer Note: Although e have shon an example of the use of a hole for mounting the pole mount bracket, it is also possible to route the cable on the outside of the pole. This alternative is used in the remainder of these installation instructions. 13

14 Thread the Banding Straps 1. Find the to stainless steel (SS) Band-It straps, the mounting bracket and Band-It Tool (not included as part of kit). 2. Hold the pole mount bracket on the pole in the desired mounting location. a. Note that the large hole is closer to the bottom of the bracket. 3. Using one of the SS Band-It straps, thread the strap through the slot in the mounting bracket and around the pole as shon. Installer Note: You can start ith the top slot or bottom choose the easier one for you. 14

15 Tighten the Banding Straps 1. Hand tighten the Band-It strap through the pole mounting bracket, thread it through the strap buckle and then bend the strap back. 2. Using the Band-It tool, place the tool onto the strap. 3. Rotate the Band-It tool so that it can pull the excess strap through the buckle and turn the crank until the strap is very tight. 4. Once the strap is satisfactorily tight, rotate the Band-It tool back so that the strap cannot slide back through the buckle. 5. Using the built in cutting tool on the Band-It tool, cut the excess strap. 15

16 6. Your installation should no appear as shon to the right. Finish the Band Installation 1. Using a hammer, bend back and flatten the remaining strap. 2. Using a hammer, bend and flatten the to tabs on the buckle, so that they hold the flattened strap end in place. 3. Repeat these steps for the second strap to completely secure the pole mounting bracket to the pole. 16

17 Pole Mount: Mount the XE Insert the pre-ired XE-4000 ith the previously assembled mounting arm to the pole mount bracket by simply inserting the mounting arm into the large hole in the pole mount bracket. 2. At this point, you no longer need to support the XE-4000 assembly. 3. Using the to ½ 20 bolts, lock ashers and flat ashers provided in the accessory kit, align the holes on the mounting arm to the holes on the pole mount bracket. Installer s Note: Be VERY CAREFUL not to cross thread the bolts. Tighten securely. Pole Mount: Finished Proceed to Complete the Installation on page

18 XE-4000 Wall Mounting Instructions Preparation Installer Note: ensure that local building and electrical codes permit the installation of the XE-4000 in the location desired. Before installing the XE-4000, obtain all necessary building and electrical permits as and if required. 1. Identify a suitable mounting location for the XE a. The surface should be flat so as to accommodate the mounting plate. b. The mounting surface material should be solid (e.g. concrete), capable of ithstanding the eight of the XE-4000 in a rain, ind, sno, or ice driven environment. c. Obtain appropriate mounting hardare for the mounting surface. 2. Locate and tape one edge of the XE-4000 Wall Mount Bracket Drill Template to the all. 3. Using a level, make sure that the template is level on the all. 4. When the template is level on the all, tape the other corners of the template so that it doesn t move hile you are marking the drill locations. a. There are four locations to be marked and drilled. 18

19 5. Using a pencil, drift, or punch, mark the four drill hole locations for mounting the bracket, as illustrated. 19

20 Install Mounting Hardare 1. Drill appropriate size holes in four places for the hardare that you ill be using to mount the all mount bracket. Although Hilti hollo all togglers are generally not recommended for use in mounting the XE-4000, this illustration shos ½ Hilti togglers, hich require a 3/4 hole. Use hardare that is appropriate for supporting the eight of the enclosure on the mounting surface. 2. Insert the toggler into the holes. 3. Referring to the hardare installation instructions that came ith your all mounting hardare (red heads, togglers, etc.), insert and complete the installation of the mounting hardare. For the toggler, pull the toggler tight and snap off the excess material, as shon. 20

21 Attach the Mounting Bracket 1. Depending on your installation hardare, place the mounting bracket on the all and tighten the hardare, as shon. 2. If you are using togglers, you ill need very long ½ bolts, 5 or longer. 21

22 Install the Mounting Arm 1. There are three ires that are furnished connected to the XE These ires must have been pulled through the correct hole in the mounting arm. See Thread the Cables on page 9. The atertight conduit connector should also be attached. See Attach Water-tight Connector on page Before mounting the XE-4000 into the mounting bracket, ensure that the rear opening in the arm has the provided conduit plug inserted to ensure that ater does not enter the XE-4000 through this opening. See Attach Conduit Plug on page 12. Installer Note: For the balance of this instruction, the ires ill generally NOT be shon to allo for clearer illustration. Photos may sho a different kind of atertight conduit connector. 3. After the all mount bracket is securely fastened to the all, insert the XE-4000 mounting arm as shon. 4. After the XE-4000 mounting arm is inserted into the all mount bracket, fasten it securely in place using the ½ x 1 stainless steel bolts, flat ashers, and lock ashers provided. Secure the top holes first. 5. Insert the ½ x ¾ bolts, flat ashers, and lock ashers in the bottom holes. 22

23 6. Tighten all bolts. Wall Mount: Finished Proceed to Complete the Installation on page

24 Complete the Installation 1. Make sure that the outdoor conduit is connected to the mounting arm using the atertight conduit connector as described in Attach Water-tight Connector on page Tighten all connections. Installer Note: The enclosure includes a fan, but it runs only hen the temperature inside the enclosure crosses a certain threshold. Typically, you ill not observe the fan running hen you poer up the enclosure. Installer Note: Ensure that you adhere to all local installation and iring codes. 3. Make the necessary connections in the junction box to connect the cables exiting the conduit to your cable runs. Open the Enclosure 1. Using a Torx T-15 scredriver, loosen the six locking scres located on the dome. Installer Note: Never remove any of the six dome locking scres. These are captive scres, ensuring that they ill not be lost. 2. Sing the plastic enclosure dome cover open. 24

25 Connect Cables to the Array The enclosure s internal data/poer cables must be connected to the Array before mounting it. The connections differ slightly depending on the Array model. For all models other than the XN4/XS4, you ill need the short orange Ethernet cables that ere supplied ith the Array. Connect the Array (XN4/XS4): Refer to Wiring Diagram 1: XS4/XN4 Installation (95W Injector) on page 32. If using 75W injectors, refer to Wiring Diagram 2: XS4/XN4 (75W Injectors) on page Make sure that cables are fed through the access opening on the Array mounting plate. 2. Connect the RED data cable to the Array s GIGABIT POE port (older models are labeled GIGABIT1). 3. Connect the GREEN serial cable to the CONSOLE port. 4. Skip to Install the Wi-Fi Array in the Enclosure on page 28. Connect the Array (XS8/XS16, XN8): Refer to Wiring Diagram 3: XN8/XS8/XS16 Installation (95W Injector) on page 34. If using 75W injectors, refer to Wiring Diagram 4: XN8/XS8/XS16 (75W Injectors) on page Make sure that the cables are fed through the access opening on the Array mounting plate. 2. Connect the RED data cable to the Array Data and Poer IN port. NOTE: Do not connect the RED cable directly to a Gigabit port! It must be connected to an IN port (shon on the right, above). Connect Data OUT to GIGABIT1 port ith ORANGE cable Connect RED cable to DATA and POWER IN port Connect BLUE cable to GIGABIT2 port 3. Connect a supplied short ORANGE Cat 5e data cable from the DATA OUT port to GIGABIT1 as shon. If using to data connections, connect the BLUE cable directly to GIGABIT2. The blue cable may be connected directly to GIGABIT2, since poer has already been split off from this cable to supply poer to the enclosure. 4. Connect the GREEN serial cable to the CONSOLE port. 5. Skip to Install the Wi-Fi Array in the Enclosure on page

26 Connect the Array (XN12/XN16 Typical Case ithout redundant poer): Refer to Wiring Diagram 5: XN12/XN16 Installation (95W Injector) on page Make sure that the cables are fed through the access opening on the Array mounting plate. Connect Data OUT1 port to GIGABIT1 ith short ORANGE cable Connect RED PoGE cable to DATA and POWER IN1 port Connect GREEN cable to CONSOLE Connect BLUE cable to GIGABIT2 (Optional) 2. Connect the RED Ethernet cable to the Array Data and Poer IN1 port. NOTE: Do not connect the RED cable directly to a Gigabit port! It must be connected to an IN port (shon on the right, above). 3. If using to data connections, connect the BLUE cable directly to GIGABIT2. The blue cable may be connected directly to GIGABIT2, since poer has already been split off from this cable to supply poer to the enclosure. 4. Connect a supplied short ORANGE Cat 5e data cable from the DATA OUT1 port to GIGABIT1 as shon. 5. Connect the GREEN serial cable to the CONSOLE port. 6. Continue to Install the Wi-Fi Array in the Enclosure on page

27 Connect the Array (XN12/XN16 ith redundant poer connection): Refer to Wiring Diagram 7: XN12/XN16 (Redundant Poer to Array) on page 38. If using 75W injectors, the connections are quite similar. Refer to Wiring Diagram 6: XN12/ XN16 (75W Injectors, No Redundant Poer) on page 37 install a user-supplied cable as shon in yello for the third injector. 1. Make sure that the cables are fed through the access opening on the Array mounting plate. Connect Data OUT ports to GIGABIT1 and GIGABIT2 ith short ORANGE cables Connect USER PoGE cable to DATA and POWER IN2 port Connect RED PoGE cable to DATA and POWER IN1 port Connect GREEN cable to CONSOLE Connect BLUE cable to ETHERNET0 (Optional) 2. Connect the RED Ethernet cable to the Array Data and Poer IN1 port. NOTE: Do not connect the RED or USER cable directly to a Gigabit port! It must be connected to an IN port (shon on the right, above). 3. Connect the USER Ethernet cable to the Array Data and Poer IN2 port. 4. Connect a supplied short ORANGE Cat 5e data cable from the DATA OUT1 port to GIGABIT1 as shon. Connect the other short ORANGE cable from DATA OUT2 to GIGABIT2. 5. Connect the GREEN serial cable to the CONSOLE port. 6. You may connect the BLUE cable to the ETHERNET0 port for management. 7. Continue to Install the Wi-Fi Array in the Enclosure on page

28 Install the Wi-Fi Array in the Enclosure Installer Note: The Array ill begin its boot up process, indicated by the LEDs on the face of the Array. If the Array does not boot up successfully as described belo, check the installation. If none of the LEDs light at all, check that the unit is receiving poer. 1. When all connections are complete: a. The CONNECT LED on the poer injector ill light (green) after it senses a good connection to a device using 48 VDC poer. b. The green status LED ill light first, shoing a steady flashing hile the unit boots. In the event of a boot failure, this LED ill change to flashing red. c. The Ethernet Link/Activity LEDs on the underside of the Array ill light for those ports connected to the netork. d. All IAP radio LEDs ill light simultaneously. e. As the Array boots, a sequential LED pattern ill cycle through all the radio LEDs. f. When the Array completes booting, the status LED ill sho a steady green, and all radio lights ill sho the current state of those radios. 2. Prepare to mount the Wi-Fi Array to the Mounting Plate by carefully threading the excess poer and data cables back through the access hole on the mounting plate. Align the keyed slot in the center of the Array Key Post Alignment Hole ith the key post on the mounting plate. Lug 3. Turn the Wi-Fi Array to the right to lock the unit into place similar to the assembly of a smoke detector. 28

29 Installer Note: Make sure that the Array has booted up, BEFORE proceeding to close the enclosure. Close and Seal the Enclosure Installer Note: Ensure that the large black gasket is securely and correctly seated on the enclosure opening as shon. 1. No that the Wi-Fi Array is securely mounted to the Array Mounting plate, sing the plastic enclosure dome cover closed. 2. Using a Torx T-15 scredriver, tighten the six locking scres located on the dome. WARNING: Never use poer tools to tighten these scres, as that may strip the threads on the enclosure. 29

30 Appendix Fastening the Flexible Stainless Steel (BAND-IT) Straps on page 31 Wiring Diagram 1: XS4/XN4 Installation (95W Injector) on page 32 Wiring Diagram 2: XS4/XN4 (75W Injectors) on page 33 Wiring Diagram 3: XN8/XS8/XS16 Installation (95W Injector) on page 34 Wiring Diagram 4: XN8/XS8/XS16 (75W Injectors) on page 35 Wiring Diagram 5: XN12/XN16 Installation (95W Injector) on page 36 Wiring Diagram 6: XN12/XN16 (75W Injectors, No Redundant Poer) on page 37 Wiring Diagram 7: XN12/XN16 (Redundant Poer to Array) on page 38 30

31 Fastening the Flexible Stainless Steel (BAND-IT) Straps The folloing instructions detail ho to install and fasten the provided straps, using the BAND-IT tensioning tool (not included). For more information, see the eb site:.band-it-idex.com. 1. Pull appropriate length of band from BAND-IT Tote (approx. 3 1/2 times the diameter of the pole or mast arm for a single-rapped clamp and double-rapped clamp. Add 6 8 inches for both singlerapped and double-rapped clamps to accommodate the tail and bracket design.) Cut the band using one of the BAND-IT tools ith built-in cutter. One end of the band ill be very flat and the opposite end ill be slightly bent from the cut-off. 2. Holding the buckle in one hand, ith ears pointing upard and to the right as shon, insert the bent or tisted end of the band through the buckle bridge, past the ears and bend so that at least 2 inches are underneath the buckle. 3. Squeeze the lip rap to flatten the bend preventing pull-out during tensioning. 6. Place band in open slot of tool nose and gripper block. Move into slot as far as possible to prevent buckle from sliding into tool nose. With thumb on band gripper lever, apply tension by turning handle of tool. After tension is created, it is no longer necessary to hold the band gripper lever as it locks itself under tension. When band stops moving through buckle, maximum tension has been applied. Stop turning handle. 7. To set the lock and cut off band, roll tool nose over buckle, relieving a slight amount of tension by backing off tension handle during this fold over operation. Failure to back off tension handle throughout the entire course of roll over may result in breaking band. On the other hand, releasing too much tension may result in a loose clamp. 8. Pull cutting handle to cut the band. 9. Remove tool, holding stub of band don ith thumb. 4. Wrap band through sign bracket and around the pole or mast arm and thread through bridge as shon. 10. Hold clamp tail don beteen ears hile hammering the buckle ears don to hold band stub in place. This completes the secure BAND-IT clamp. 5. Repeat a second rap of band through the bracket and buckle for a continuous double-rap application. Doublerapping develops greater radial compression than singlerapped clamps and more than doubles the holding strength for heavy objects and high ind loads. Fluted Pole Applications When tensioning a conventional clamp over a fluted pole, it is necessary to extend the length of the lip rap several inches to assure contact ith 2 or 3 flute ridges. Buckle placement over a ridge is important to provide support for the lock and prevent the lip rap from shifting. 6 31

32 Wiring Diagram 1: XS4/XN4 Installation (95W Injector) CONSOLE GIGABIT1 Xirrus Dual 95W PoE Injector Data & Poer Data Data & Poer Data XN4 CAT-5e/6 (1m Max) Data + Array Poer OptionalRS-232 Xirrus Console Cable (3m Max.) CAT-5e/6 (1000m Max) RS-422 Console CAT-5e/6 (95m Max) Data + Array Poer CAT-5e/6 (95m Max) ODE Heater Poer USB-to-RS422 Adapter CAT-5e/6 (2m Max) To Netork Data Within IDF Xirrus Preferred: XE4000 Installation ith an XS4, XN4 (One dual 95W PoE Injector) CAT-5e/6 (1m Max) RS-232 Console ODE Controller Within ODE Enclosure 32

33 Wiring Diagram 2: XS4/XN4 (75W Injectors) XN4 CONSOLE GIGABIT1 OptionalRS-232 Xirrus Console Cable (3m Max.) CAT-5e/6 (1m Max) RS-232 Console CAT-5e/6 (1m Max) Data + Array Poer CAT-5e/6 (1000m Max) RS-422 Console CAT-5e/6 (95m Max) Data + Array Poer CAT-5e/6 (95m Max) ODE Heater Poer USB-to-RS422 Adapter (75W Inj) Xirrus PoE Injector Data & Poer Data Xirrus PoE Injector Data & Poer Data (75W Inj) CAT-5e/6 (2m Max) To Netork Data Within IDF Xirrus Alternate-1: XE4000 Installation ith an XS4, XN4 (2 individual 75W PoE Injectors) ODE Controller Within ODE Enclosure 33

34 DATA AND POWER DATA (TO GIG 1/2) Outdoor Enclosure Installation Guide Wiring Diagram 3: XN8/XS8/XS16 Installation (95W Injector) XN8 CAT-5e/6 (1 ft jumper) Data Only IN1 OUT1 MANAGEMENT PORTS UPLINK PORTS Xirrus Preferred: XE4000 Installation ith an XS8, XS16, XN8 (One dual 95W PoE Injector) CONSOLE OptionalRS-232 Xirrus Console Cable (3m Max.) USB-to-RS422 Adapter CAT-5e/6 (1000m Max) RS-422 Console ETHERNET0 CAT-5e/6 (1m Max) RS-232 Console GIGABIT1 CAT-5e/6 (95m Max) Data + Array Poer Data & Poer CAT-5e/6 (95m Max) Data + ODE Heater Poer Data GIGABIT2 CAT-5e/6 (1m Max) Data Only Xirrus Dual-95W PoE Injector Data & Poer Data CAT-5e/6 (1m Max) Data Only ODE Controller CAT-5e/6 (2m Max) To Netork Data CAT-5e/6 (2m Max) To Netork Data Within ODE Enclosure Within IDF 34

35 DATA AND POWER DATA (TO GIG 1/2) Outdoor Enclosure Installation Guide Wiring Diagram 4: XN8/XS8/XS16 (75W Injectors) XN8 CAT-5e/6 (1 ft jumper) Data Only IN1 OUT1 MANAGEMENT PORTS UPLINK PORTS Xirrus Alternate-1: XE4000 Installation ith an XS8, XS16, XN8 (2 individual 75W PoE Injectors) CONSOLE OptionalRS-232 Xirrus Console Cable (3m Max.) USB-to-RS422 Adapter CAT-5e/6 (1000m Max) RS-422 Console ETHERNET0 CAT-5e/6 (1m Max) RS-232 Console (75W Inj) GIGABIT1 CAT-5e/6 (95m Max) Data + Array Poer Data & Poer Data Xirrus PoE Injector GIGABIT2 CAT-5e/6 (1m Max) Data Only CAT-5e/6 (95m Max) Data + ODE Heater Poer Data & Poer Data Xirrus PoE Injector (75W Inj) CAT-5e/6 (1m Max) Data Only ODE Controller CAT-5e/6 (2m Max) To Netork Data CAT-5e/6 (2m Max) To Netork Data Within ODE Enclosure Within IDF 35

36 DATA AND POWER DATA (TO GIG 1/2) DATA AND POWER DATA (TO GIG 1/2) Outdoor Enclosure Installation Guide Wiring Diagram 5: XN12/XN16 Installation (95W Injector) Xirrus Preferred: XE4000 Installation ith an XN12, XN16 (One dual 95W PoE Injector; No redundant poer) XN12 Or XN16 CONSOLE OptionalRS-232 Xirrus Console Cable (3m Max.) CAT-5e/6 (1000m Max) RS-422 Console MANAGEMENT PORTS ETHERNET0 CAT-5e/6 (1m Max) RS-232 Console CAT-5e/6 (1 ft jumper) Data Only x2 GIGABIT1 CAT-5e/6 (95m Max) Data + Array Poer UPLINK PORTS GIGABIT2 CAT-5e/6 (1m Max) Data Only CAT-5e/6 (95m Max) ODE Heater Poer IN2 Xirrus Dual-95W PoE Injector Data & Poer Data Data & Poer Data CAT-5e/6 (1m Max) Data + Poer OUT2 ODE Controller CAT-5e/6 (2m Max) To Netork Data Within ODE Enclosure USB-to-RS422 Adapter Within IDF IN1 OUT1 Optional Data Connection for Gigabit2 CAT-5e/6 (2m Max) To Netork Data 36

37 DATA AND POWER DATA (TO GIG 1/2) DATA AND POWER DATA (TO GIG 1/2) Outdoor Enclosure Installation Guide Wiring Diagram 6: XN12/XN16 (75W Injectors, No Redundant Poer) XN12 Or XN16 CAT-5e/6 (1 ft jumper) Data Only x2 IN2 OUT2 IN1 OUT1 MANAGEMENT PORTS UPLINK PORTS Xirrus Alternate-1: XE4000 Installation ith an XN12 or XN16 (3 individual 75W PoE Injectors, but no redundant poer) CONSOLE OptionalRS-232 Xirrus Console Cable (3m Max.) CAT-5e/6 (1000m Max) RS-422 Console ETHERNET0 CAT-5e/6 (1m Max) RS-232 Console GIGABIT1 CAT-5e/6 (1m Max) Optional Console Connection CAT-5e/6 (95m Max) Data + Array Poer GIGABIT2 CAT-5e/6 (95m Max) ODE Heater Poer CAT-5e/6 (1m Max) Data + Poer (75W Inj) Xirrus PoE Injector Data & Poer Data Xirrus PoE Injector Data & Poer Data Xirrus PoE Injector Data & Poer Data (75W Inj) ODE Controller CAT-5e/6 (95m Max) Data + Array Poer CAT-5e/6 (2m Max) To Netork Data Within ODE Enclosure USB-to-RS422 Adapter Within IDF (75W Inj) Optional Second Gig-E Connection CAT-5e/6 (2m Max) To Netork Data CAT-5e/6 (2m Max) To Netork Data Optional Console Connection 37

38 DATA AND POWER DATA (TO GIG 1/2) DATA AND POWER DATA (TO GIG 1/2) Outdoor Enclosure Installation Guide Wiring Diagram 7: XN12/XN16 (Redundant Poer to Array) XN12 Or XN16 CAT-5e/6 (1 ft jumper) Data Only x2 IN2 OUT2 IN1 OUT1 MANAGEMENT PORTS UPLINK PORTS Xirrus Alternate-2: XE4000 Installation ith an XN12 or XN16 (2 individual 95W PoE Injectors; provides redundant array poer) CONSOLE ETHERNET0 CAT-5e/6 (1m Max) RS-232 Console OptionalRS-232 Xirrus Console Cable (3m Max.) GIGABIT1 CAT-5e/6 (1m Max) Optional Console Connection GIGABIT2 CAT-5e/6 (1m Max) Data + Poer Xirrus Dual-95W PoE Injector Data & Poer Data Data & Poer Data Xirrus Dual-95W PoE Injector Data & Poer Data Data & Poer Data ODE Controller Within ODE Enclosure CAT-5e/6 (1000m Max) RS-422 Console CAT-5e/6 (95m Max) Data + Array Poer CAT-5e/6 (2m Max) To Netork Data CAT-5e/6 (95m Max) ODE Heater Poer USB-to-RS422 Adapter Within IDF CAT-5e/6 (95m Max) Data + Array Poer CAT-5e/6 (2m Max) To Netork Data CAT-5e/6 (2m Max) To Netork Data Optional Console Connection Optional Second Gig-E Connection 38