Installation & Weatherproofing Guide for ENCOM Broadband Radios

Transcription

1 Installation & Weatherproofing Guide for ENCOM Broadband Radios

2 Read the following instructions before proceeding with your ENCOM Wireless Radio installation. Keep these instructions in safe location for referral and ensure that you heed all warnings set out within this document. Use only the accessories and attachments specified by the manufacturer. Any and all servicing of the radio is to be completed by a qualified ENCOM Wireless Technician. Any change or modification not expressly written in this manual is not approved by ENCOM Wireless and will result in the warranty of your radio unit and hardware being void. Failure to follow the above points and instructions outlined in this manual will result in the warranty being void for your ENCOM Wireless radio and hardware. Page 2

3 Table of Contents 1.0 Equipment Checklist Radio Site Surveys Fishing Ethernet Cable... 4 Ethernet Cable Pin-outs Ethernet Cable Termination Preparing your Ethernet Cable... 5 Weatherproofing ENCOM Broadband Radios Broadband 4.9GHz/5.8 GHz/BB58N2 and ENERGY IPON Connector Mounting Your ENCOM Broadband Radio Approved Installation of ENCOM Integrated Radios Approved Installation of ENCOM Non-Integrated Radios Non-Integrated ENCOM Radio Polarization Weatherproofing Non-Integrated Broadband Radio Sealing the Antenna Connection Points ENCOM Approved Seal Using Heat Shrink Page 3

4 1.0 Equipment Checklist Identify the following equipment has been received with your ENCOM broadband radio: ü ü ü ü Power Over Ethernet (P.O.E) adapter 150-ft Ethernet cable 6-ft Ethernet Crossover Cable AC Power Cord The following equipment is also needed for the installation of your ENCOM broadband radio: ü Heat Shrink Tubing 2.0 Radio Site Surveys Each radio installation is unique due to the physical environment, radio network configuration and antenna configuration. A site survey is highly recommended to determine the best RF coverage, the optimal placement and location of the radios, and to ensure that the highest network performance is achieved. Failure to perform a site survey can result in degraded performance on the RF network. 3.0 Fishing Ethernet Cable Dirt and debris can reside inside the conduit unit that houses the cables for an intersection. When it is required that the 150ft Ethernet cable is to be fished through the conduit, the cable end (RJ45 jack) must be protected against any damage to it, including any exposure to weather elements. The cable end must remain free of debris, dirt and be clean and dry before installing it through the IPON connector and into the Ethernet connection port of the ENCOM Broadband radio unit. Failure to ensure a clean and dry Ethernet cable, regardless of it being fished through a conduit or not, and having it installed into ENCOM Broadband radio unit may result in degraded RF performance and can lead to full radio failure that may void the warranty of your unit. Page 4

5 4.0 Ethernet Cable Pin-outs It is recommended to use a shielded Ethernet cable with your ENCOM Broadband product. The pin-outs and function of each pin is as follows: 4.1 Ethernet Cable Termination If there is a need to re-terminate your Ethernet cable, it is important to have a properly terminated cable in order to effectively maintain power to the radio and network connectivity. The following steps outline the correct ENCOM approved procedure for terminating your Ethernet cable end Preparing your Ethernet Cable The cable jacket offers not only physical protection, but in shielded cables, it offers an RF shielding to minimize electromagnetic interference effects. It is imperative that you do not strip back any more of the cable jacket than necessary. This is typically ½ in length. Page 5

6 Step 1 Cable Stripper Using a cable stripper cut back the jacket of the Ethernet jacket exposing the twisted wire pairs inside. The pairs of wires that are inside will need to be unwound and remain un-stripped as shown below: Step 2 Lining the Colors Using the chart (see Ethernet Cable Pin-outs above), untwist the pairs of wires and line them up according to the pin-out chart order. Trim the cables so that you maintain the ½ requirement as outlined above. Step 3 Terminating Insert the lined up Ethernet wire pairs into the Ethernet (RJ45) jack making sure not to twist or misalign any of the colors in the process. The Ethernet cable should fit firmly into the jack with each of the cables firmly pushed forward all the way. Insert the cable into the crimping tool making sure that pressure points on the crimper are lined up with the two points as shown below: Page 6

7 With a proper crimp completed, you will see the gold plated electrical contact pierce not only all eight wires but the insulation of them to complete the contact with the copper conductor. The rear of the RJ45 jack is being held in place with the strain relief action of the plastic gripper keeping the connectors intact. 4.2 Weatherproofing ENCOM Broadband Radios In order to ensure continued and uninterrupted wireless connectivity of your ENCOM Integrated Broadband Radio network, the connection on your integrated units need to be verified as well as each external connection point properly weatherproofed Broadband 4.9GHz/5.8 GHz/BB58N2 and ENERGY IPON Connector The IPON Connector screws into the Ethernet port of the ENCOM Integrated Broadband Radio to offer structural security and a weatherproof connection point for the Ethernet cable. Locate the IPON connector: The IPON connector consists of the following four pieces as shown in the picture below. All four components are necessary in order to form a weatherproof seal for the Ethernet cable. If you do not have all of these pieces please contact your local ENCOM dealer to obtain a replacement IPON connector. Screw Cap and Main Body Inner Seal Strain Relief Page 7 Rubber Washer

8 In order to properly weatherproof the Ethernet connection, first slide the Ethernet cable through the Screw Cap/Strain Relief housing. Next, locate the split in the Inner Seal, and wrap it around the Ethernet cable. Next, slide the Main Body onto the Ethernet cable. Next, push the Inner Seal into the bottom of the Main Body. Next, connect the Ethernet cable to the Ethernet port on the bottom of the ENCOM Broadband radio. Next, screw the Main Body onto the Ethernet port on the Bottom of the ENCOM Broadband radio. Page 8

9 Next, screw the Screw Cap/Strain Relief onto the Main Body of the IPON, and tighten. 5.0 Mounting Your ENCOM Broadband Radio Always mount your ENCOM radio at the HIGHEST AVAILABLE POINT to achieve optimal line of site (LOS) and to help insure good signal strength Choose a location with no obstacles between sites to maximize the connection quality of the radio link Make sure each INTEGRATED ENCOM radio is mounted so the Ethernet port is pointing downward Always seal any external connection points on the Integrated Broadband Radio with heat shrink tubing Page 9

10 6.0 Approved Installation of ENCOM Integrated Radios The following outlines the correct installation for the ENCOM BROADBAND INTEGRATED Radios. An installation that correctly follows all of the ENCOM guidelines for installation will be covered for the duration of the warranty of the Broadband Radio. Page 10

11 7.0 Approved Installation of ENCOM Non-Integrated Radios Always mount your ENCOM radio at the HIGHEST AVAILABLE POINT to achieve optimal line of site (LOS) and to help improve signal strength Choose a location with no obstacles between sites to maximize the connection quality of the radio link Make sure each NON-INTEGRATED ANTENNA is mounted with the same polarization; vertical or horizontal Always seal any external connection points on the Integrated Broadband Radio with heat shrink tubing The following outlines the correct installation for the ENCOM Non-Integrated Broadband Radio. 7.1 Non-Integrated ENCOM Radio Polarization For each link in the radio network the ENCOM Non-Integrated Broadband Radio is to have the same polarization throughout; Vertical or Horizontal. Do not mix polarizations for one radio link Page 11

12 7.2 Weatherproofing Non-Integrated Broadband Radio In order to ensure continued and uninterrupted wireless connectivity of your ENCOM Non-Integrated Broadband Radio network, the connection on your non-integrated units need to be verified as well as having each external connection point properly waterproofed. Page 12

13 8.0 Sealing the Antenna Connection Points Each antenna connection point on the non-integrated radio must be properly sealed with the heat shrink tubing. The heat shrink tubing offers protection against the weather elements while maintaining a dry internal connection. Follow the steps below: Page 13

14 9.0 ENCOM Approved Seal Using Heat Shrink The following picture shows an ENCOM approved sealing of an RF connection port on an ENCOM Broadband Radio using the heat shrink tubing: There are no exposed points on the RF connector, LMR cable, or on the RF connection point on the Broadband Radio. This is an ENCOM Approved seal using heat shrink tubing. Failure to follow these installation procedures may result in your warranty being void. ENCOM Wireless, based in Calgary, Canada, provides field-proven, cost-effective wireless data solutions for municipal and industrial clients, with applications in the areas of: * Intelligent Transportation Systems * Public safety communications * Municipal corporate security and IT networks * Water and waste water management * Electrical utilities * Oil and gas #7, Avenue NE Calgary, AB T2E 7J Arapaho Road Addison, TX Page 14