All rights reserved March 9, 2011. The information in this document is proprietary to Redline Communications Inc. This document may not in whole or in part be copied, reproduced, or reduced to any medium without prior consent, in writing, from Redline Communications Incorporated.
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Installation Procedures ............15 Overview......................15 Step 1: Assemble Antenna Bracket ..............19 Step 2: RF Connections...................23 Step 3: Ethernet Connections .................27 Step 4: Installing the RDL-2000...............31 Step 6: Antenna Alignment ................47 Reference Information............49 Protecting Cables from High Temperature & Abrasion.........49 Bench Test Setup.....................50...
Chapter 1 Important Safety & Service Notices Safety Warnings PoE power adapter for RDL-2000: Warning to Service Personnel: 48 VDC Customer equipment including personal computers, routers, etc., must be connected only to the INPUT (DATA) port on the PoE unit.
Deployment in the USA and Canada FCC & IC Notices The Model RDL-2000 and its antenna must be professionally installed. WARNING -- FCC & IC RF Exposure Warnings To satisfy FCC and IC RF exposure requirements for RF transmitting devices, the...
RDL-2000 must be installed in compliance with relevant articles in National Electrical Code-NEC (and equivalent Canadian Code-CEC) including referenced articles 725, 800 and 810 in NEC. RF coaxial cable connecting an antenna to the RDL-2000 must comply with the local electrical code. Product Information...
Ethernet network using a standard outdoor approved Ethernet cable. For each PTP link, one RDL-2000 is configured as Master Unit (MU) and controls the wireless link. This function is transparent to all Ethernet operations. The Master uses a...
RF Interference Frequency planning is an essential component of installation and it is very important to test for RF interference at every installation site. The RDL-2000 will not achieve full operational capability if there is excessive interference. RF interference may be caused by another wireless system operating on the same RF channel or adjacent channels.
If the optical path is completely blocked, it may still be possible to establish a non line-of-sight (NLOS) path using reflections and diffraction. A satisfactory multipath RF signal may be obtained by directing both RDL-2000 antennas towards a reflective structure that is within sight of both units.
RDL-2000 Installation Guidelines Deployment Information Following installation, each RDL-2000 must be configured for operation with a local Ethernet network. Contact your network system administrator for details. The following network and RF plan information is required to configure the wireless link.
76.2 mm (1.75 in to 3.00 in) mast pipe or mounts directly to a flat surface. Assembly is required. Two 75 cm (29.5 in) RF jumper cables to connect the RDL-2000 to the MIMO antenna system. 30.5 m (100 ft) Cat-5e shielded outdoor Ethernet cable with single RJ-45 connector termination (indoor connection).
4.1.2 Customer Supplied Materials Installation of the RDL-2000 equipment requires additional equipment and materials supplied by the customer. The following list is provided as a guideline only, and additional materials may be required based on local conditions at each installation site.
Installation Overview The following diagram illustrates a typical RDL-2000 installation. When using flat panel antennas, the RDL-2000 radio and antenna are both secured to the same mounting bracket. When using parabolic antennas, the radio may be mounted separately. Power and data are supplied to the RDL-2000 using an outdoor-rated Ethernet cable. The power injector (PoE) must be located inside a weatherproof enclosure, with access to reliable AC and connection to the local network.
4.2.1 Lightweight Mounting Kit The RDL-2000 lightweight mounting kit general-purpose adapter allows the RDL-2000 to be mounted on a mast pipe or flat surface. This bracket can be used with Redline flat panel antennas that mount directly to the radio or with antennas that are mounted separately (e.g., parabolic antenna).
RDL-2000 radio and antenna. Assemble the lightweight mounting bracket. See the following assembly drawings. Attach the RDL-2000 unit directly to the antenna (if applicable). Attach the lightweight mounting bracket to the RDL-2000. Figure 7: Procedures - Lightweight Mounting Kit - Bracket Arm...
Installation Guidelines Step 2: RF Connections A pair of RF cables are provided to connect the RDL-2000 to the antenna system. Both ends of the RF cables must be weatherproofed. This section describes how to connect the RF cables and the recommended weatherproofing procedures.
RF Cable Connections Two RF jumper cables are provided with each RDL-2000 unit. The RF cables conduct RF signals between the RDL-2000 and antenna system. Each 75 cm (29.5 in) cable is terminated female BNC to Type-N. Figure 11: Installation - RF Jumper Cable 4.3.3...
Important -- RDL-2000 Ethernet Cables The maximum total length of the Ethernet cable is 100 m (328 ft). For example, 98 m (322 ft) from the RDL-2000 to the PoE and an additional 2 m (6 ft) from the PoE to the network equipment.
RJ-45 connector. The RDL-2000 Ethernet port uses a custom pinout for the PoE signals. All Ethernet cables from the indoor PoE to the outdoor RDL-2000 must be terminated to match the specifications in Table 9. Table 9: Installation - Outdoor Ethernet Cable Termination RJ-45 Conn.
RDL-2000 Installation Guidelines Connect the cable to the RDL-2000 Ethernet port by inserting the RJ-45 plug into the mating RDL-2000 Ethernet port connector. Ethernet Plug Must 'Click' into Socket Inserting the RJ-45 plug into the mating socket should result in an audible 'click' from the locking mechanism.
Disconnecting the Ethernet Cable The RJ-45 connector is recessed within the RDL-2000 chassis. To disconnect the Ethernet cable from the RDL-2000, you must use a small flat blade screwdriver or similar tool release the locking tab located in the chassis recess.
All RDL-2000 systems should be installed with an Ethernet cable drip loop to reduce mechanical strain on the RDL-2000 Ethernet port. A drip loop should also be used when mounting lightning protection devices to avoid mechanical stress and excess water flow at the Ethernet wiring ports.
RDL-2000 Installation Guidelines 4.5.2 System Grounding A grounding connection is located on the RDL-2000 chassis. Use this screw to terminate a grounding wire. System Grounding Procedures Correct grounding is very important for safe operation of wireless equipment -- ensure that all grounding connections are made in accordance with local and national standards.
3 feet below any adjacent basement/vault. A grounding block should be installed where cables enter the building. This section describes mounting of the RDL-2000, recommendations for grounding and line protection equipment, and rough alignment of the antenna. Figure 21: Mounting - Grounding & lightning Protection...
RDL-2000 and the antenna mounting bracket. A lightning arrestor should be installed in series with the Ethernet cable as close to the RDL-2000 unit as practical. The grounding wire should be connected to the same termination point used for the tower or mast.
Customer equipment including personal computers, routers, etc., must be connected only to the INPUT (DATA) port on the PoE unit. Only the outdoors Ethernet interface cable connecting to the RDL-2000 can be safely connected to the OUTPUT (DATA & POWER) connector. Connecting customer premises Ethernet equipment directly to the OUTPUT (DATA &...
Redline Link Manager application. This application provides all settings necessary to configure, monitor, and troubleshoot operation of the RDL-2000 wireless link. The operator can access and control the RDL-2000 locally or remotely using IP connectivity over the network connection. The CLI interface is a general monitoring tool and does not include all commands necessary to setup and monitor the RDL-2000.
Click Tools->Select Adapter and select the applicable LAN Ethernet interface. Click S on the command bar (or press CTRL-S) to start a session. Click to highlight the RDL-2000 in the pop-up dialog. Select user type Admin, enter the password admin, and click Login to begin a session.
Click Submit to activate the license. The RDL-2000 will automatically reboot. Important: Exit from the Link Manager after changing the license file, and then re-start the Link manager application to load the new RDL-2000 settings. PTP Slave Link Configuration Screen a. Channel BW (see RF plan).
RF Channel Scan: Disable selected RF channels if required (RF plan). Click Submit (RDL-2000 may automatically reboot). Click RU or select menu item Action->Reset Unit to reboot the RDL-2000. Initial configuration of the PTP Slave is now complete. Proceed to the configuration of the PTP Master.
RDL-2000 will automatically reboot. Important: Exit from the Link Manager after changing the license file, and then re-start the Link manager application to load the new RDL-2000 settings. PTP Master Link Configuration Screen Channel BW: This must match the slave unit (RF plan).
Subnet Mask See RF Plan. Click Submit (unit may automatically reboot). Click RU or select menu item Action->Reset Unit to reboot RDL-2000. Initial configuration of the PTP Master and PTP Slave is now complete. Proceed to the antenna alignment section.
Site Survey Information on page 12). This will allow approximate alignment of antennas by using GPS or magnetic compass. Antenna Polarization The same antenna polarization must be used for both RDL-2000 units in a SISO (single antenna system) PTP link. The arrows on the rear of the antenna indicate the polarization.
Figure 36: Ref. - Bench Test Setup (No Antenna) Note: The default IP address is 192.168.25.2. The default Admin password is: admin. To avoid Layer-2 loops, only one RDL-2000 should be connected to a local LAN. 5.2.2 Assemble Test Setup Connect the units as shown in the diagram and power on all equipment.
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