RadioRouter® Base Station Indoor Installation Guide for the RR1000 Date: 03-28-2005 Version 1.7 Flarion Technologies, Inc. Bedminster One 135 Route 202/206 South Bedminster, NJ 07921 Web: www.flarion.com email: info@flarion.com Tel: (908) 947-7000 Fax: (908) 947-2050 Flarion Proprietary and Confidential © 2005 Flarion Technologies Inc.
Preface COPYRIGHT AND TRADEMARK STATEMENT Copyright © 2005 Flarion Technologies, Inc. All rights reserved. Flarion®, FLASH-OFDM®, RadioRouter®, Vector-LDPC® and FlashView™ are among the trademarks of Flarion Technologies, Inc. Trademarks of other companies contained herein are the property of their respective owners. Data subject to change without notice. Printed in USA.
Copyright and Trademark Statement Regulatory Compliance Information The Flarion® RadioRouter® base station complies with the following regulatory compliance requirements: • • • Safety - UL 60950 — Underwriters Laboratories, Inc. - CAN/CSA-C22.2 No.
Preface Canadian Class A Statement This Class ‘A’ digital apparatus complies with Canadian ICES-003. Cet appareil numerique de la classe ‘A’ est conforme á la norme NMB-003 de Canada.
How to Use this Manual HOW TO USE THIS MANUAL About this Document This guide is intended for use by qualified engineering personnel only. The RadioRouter® Base Station Indoor Installation Guide covers all of the necessary information required to install the hardware of an indoor RadioRouter base station. Intended Audience This guide is intended primarily for qualified engineering personnel who will use it to complete the base station installation process.
Preface • • • Bold italics screen font is used for the variables that the user must supply. Bold is used for command names such as Show, non-printing characters, and function keys such as Enter. The plus sign (+) is used for keys that the user must press and hold together such as Shift+Tab and Ctrl+Alt+Delete. A list of abbreviations used in this manual can be found at the end of the document in Appendix A - List of Abbreviations.
Table of Contents TABLE OF CONTENTS Chapter 1. Overview ........................................................................................ 1-1 1.1. Base Station Characteristics.................................................................... 1-1 1.2. Special Equipment............................................................................... 1-2 Chapter 2. Verifying the Site Preparation ................................................................ 2-1 2.1.
Preface Chapter 10. Verifying the Installation ................................................................... 10-1 LIST OF TABLES Table 6-1: Table 6-2: Table 6-3: Table 8-1: Pin Assignments for Predefined Alarms .................................................... Pin Assignments for Customer Definable Outputs ........................................ Pin Assignments for Customer Definable Inputs .......................................... Power On Expected LEDs .......................................
Table of Contents Figure 6-3: Figure 6-4: Figure 6-5: Figure 7-1: Figure 7-2: Figure 7-3: Figure 7-4: Figure 7-5: Figure 7-6: Figure 8-1: Figure 8-2: Figure 8-3: Figure 8-4: Figure 9-1: Summary, Critical, Major, and Minor Alarm Connections .............................. Customer Definable Alarm Output Connections ......................................... Customer Definable Alarm Input Connections ........................................... Top of Cabinet with Cable Access Plate Removed....................
Preface RadioRouter Base Station Indoor Installation Guide xi © 2005 Flarion Flarion Proprietary and Confidential
Overview Chapter 1. Overview The RadioRouter® Base Station Installation Guide covers all of the necessary information required to physically install the RadioRouter base station hardware. This guide assumes that a suitable site has already been prepared. A checklist is provided in Chapter 2. Verifying the Site Preparation to assess the site prior to installation. Once the physical installation is complete, the base station can be configured and commissioned.
Chapter 1: Overview WARNING: THE RADIOROUTER BASE STATION INDOOR CABINET WEIGHS APPROXIMATELY 650 LB AND IS TOP HEAVY. CARE MUST BE TAKEN TO HANDLE THE CABINET PROPERLY WITHOUT DANGER TO THE INSTALLATION PERSONNEL OR OTHER NEARBY EQUIPMENT. IT IS THE RESPONSIBILITY OF THE INSTALLER TO ENSURE THAT ALL LOCAL, STATE, AND FEDERAL SAFETY REQUIREMENTS ARE FOLLOWED.
Verifying the Site Preparation Chapter 2. Verifying the Site Preparation Before you begin the physical installation of the base station, confirm that the site preparation is complete. The checklist below identifies all items that must be in place before the installation can begin. WARNING: IF PROPER SURGE ARRESTORS ARE NOT IN PLACE, DAMAGE TO THE EQUIPMENT MAY RESULT. 2.1.
Chapter 2: Verifying the Site Preparation - For T1 installations: 2–pair shielded for E1 installations: 2–pair shielded or coaxial For Ethernet installations: CAT 5 cable Alarm sensor cables RadioRouter Base Station Indoor Installation Guide Page 2-2 © 2005 Flarion Flarion Proprietary and Confidential
Preparing the Floor 2.2. Preparing the Floor Before the cabinet can be placed into position, mounting holes must be drilled into the floor. There are a total of 8 clearance holes in the base of the cabinet — 2 in each corner. Figure 2-1: Clearance Holes in Cabinet Base — Schematic View shows the positioning of the holes. Figure 2-1: Clearance Holes in Cabinet Base — Schematic View © 2005 Flarion Flarion Proprietary and Confidential Version 1.
Chapter 2: Verifying the Site Preparation Figure 2-2: Clearance Holes in Cabinet Base shows the holes as viewed from inside the front corner of the cabinet. Figure 2-2: Clearance Holes in Cabinet Base Only one hole per corner is required to mount the cabinet. All holes must have threads to accommodate 1/2” diameter bolts with flat washers, 1” minimum length.
Installing the Cabinet Chapter 3. Installing the Cabinet The base station cabinet is shipped assembled, shrouded in cardboard, and mounted on a shipping pallet. The pallet is 35” L x 30” W x 6.75” H. WARNING: THE RADIOROUTER BASE STATION INDOOR CABINET WEIGHS APPROXIMATELY 650 LB AND IS TOP HEAVY. CARE MUST BE TAKEN TO HANDLE THE CABINET PROPERLY WITHOUT DANGER TO THE INSTALLATION PERSONNEL OR OTHER NEARBY EQUIPMENT. Equipment that can be used to move the base station is described in Chapter 1. Overview.
Chapter 3: Installing the Cabinet 3. Locate the pallet’s side support braces. See Figure 3-1: Side Brace and Screws. Unscrew the braces and remove them. Figure 3-1: Side Brace and Screws 4. Open the front door of the cabinet. Lift the door upwards and remove the door from its hinges. 5. Unfasten all the screws on the rear panel and remove the panel. Note: Reinstallation of the rear panel is optional.
Removing the Cabinet from the Pallet 7. Unscrew the cabinet-to-pallet mounting screws. These are located on the inside corners of the cabinet. See Figure 3-2: Cabinet-to-Pallet Mounting Screws. Figure 3-2: Cabinet-to-Pallet Mounting Screws © 2005 Flarion Flarion Proprietary and Confidential Version 1.
Chapter 3: Installing the Cabinet 3.2. Lifting the Cabinet Once the cabinet is near its final position, it can be moved into place. It is recommended that the cabinet be lifted by a hoist or crane using heavy duty structural straps with 1000 lb load capability. Note: Before lifting the cabinet into place, make sure all necessary holes have been drilled. See Section 2.2. Preparing the Floor. Make sure the back panel and front door have been removed. 1. Remove the 1U blank panel at the top of the cabinet.
Mounting the Cabinet to the Floor 3.3. Mounting the Cabinet to the Floor Once the cabinet has been moved to its final location, it must be bolted to the floor. Note: Reinstallation of the rear panel is optional. If the rear panel is to be reinstalled, make sure that there is sufficient rear clearance to reinstall in place or reinstall prior to final positioning of the cabinet. 1. Align the clearance holes in the base of the cabinet to the threaded holes in the floor.
Chapter 3: Installing the Cabinet 1. Locate the coaxial cables connecting the LNAs and PAs on the front of the base station. Figure 3-4 shows the location of the cables. Figure 3-4: Front View of LNAs and PAs 2. Disconnect the lower end of each cable which is the end connected to the PA. 3. On each LNA and PA, loosen the four captive mounting screws until they pop out. 4. Reseat all of the LNAs and PAs: 4.a.
Connecting the Power System Chapter 4. Connecting the Power System The RadioRouter base station indoor cabinet requires a connection to DC power. This chapter contains procedures for routing the power cables and connecting to power and ground. WARNING: WHEN PERFORMING ANY TASKS INVOLVING THE POWER SYSTEMS, MAKE SURE THAT THE POWER IS NOT LIVE. ALL POWER OPERATIONS SHOULD BE PERFORMED BY QUALIFIED PERSONNEL ONLY. Two different power configurations are available. Each is described separately.
Chapter 4: Connecting the Power System Figure 4-1: Cable Entry Port RadioRouter Base Station Indoor Installation Guide Page 4-2 © 2005 Flarion Flarion Proprietary and Confidential
Routing the Cables 1. To route a cable through a cable entry port, the cable channel covers must be removed. Figure 4-2: Channel Cover with Mounting Screw shows the cable channel cover in place. Remove all three mounting screws and remove the channel cover. Figure 4-2: Channel Cover with Mounting Screw © 2005 Flarion Flarion Proprietary and Confidential Version 1.
Chapter 4: Connecting the Power System 2. Route the cable through the channel to the lower portion of the cabinet. See Figure 4-3: Cable Routed in Channel. Figure 4-3: Cable Routed in Channel 3. Route the cable through the holes in the cabinet structure to access the connection point. See Figure 4-4: Cable Routed Through Structure. Figure 4-4: Cable Routed Through Structure 4. When all cables have been routed, reinstall the channel covers.
Routing the Cables 4.1.2. Routing Cables Through the Cable Access Plate In some base station configurations, the cable access opening is located across the top of the cabinet as shown in Figure 4-5: Antenna Cable Access Plate on Top of Cabinet. Figure 4-5: Antenna Cable Access Plate on Top of Cabinet In some base station configurations, the cable access opening is replaced with a series of antenna connectors as shown in Figure 4-6: Top-Mount Antenna Connectors — Rear View.
Chapter 4: Connecting the Power System 4.2. Connecting the Power — PDU Option The power distribution panel with the power connections is located at the bottom of the cabinet. The power distribution panel contains circuit breakers and is visible from the front. The power connections are on the bottom of the distribution panel as shown in Figure 4-7: Access to Power Connections — Front View. Figure 4-7: Access to Power Connections — Front View To reach the connections, the front access panel must be off.
Connecting the Power — PDU Option WARNING: WHEN PERFORMING ANY TASKS INVOLVING THE POWER SYSTEMS, MAKE SURE THAT THE POWER IS NOT LIVE. ALL POWER OPERATIONS SHOULD BE PERFORMED BY QUALIFIED PERSONNEL ONLY. 1. Locate the DC power connection point and the DC return connection point. See Figure 4-8: Power Connections Viewed from inside the Cabinet and Figure 4-9: Schematic View of Power Connections.
Chapter 4: Connecting the Power System DC POWER DC RETURN Figure 4-9: Schematic View of Power Connections 2. Connect the power cable to the connectors with 6 AWG wire with a 2–hole lug for a 1/4” diameter stud. 3. Fasten the lug on to the stud with the nuts provided. Tighten nuts to 40–50 in-lb torque. 4. Connect the other end of the cable to the DC power source.
Connecting the Power — DC–to–DC Converter Option 4.3. Connecting the Power — DC–to–DC Converter Option In a base station with a DC-to-DC power converter, the power is connected in the lower rear of the cabinet as shown in Figure 4-10. Figure 4-10: Power Connection in Lower Rear of Cabinet The base station power connector is labeled with a minus sign (–) for the –48 V side and a plus sign (+) for the return. In addition, the –48 V cable is labeled with a minus sign (–) on the cable itself.
Chapter 4: Connecting the Power System Figure 4-11: Parts Kit on Front of Cabinet The contents of the parts kit are shown in Figure 4-12.
Connecting the Power — DC–to–DC Converter Option Figure 4-12: Power Connector Parts Kit 1. With the appropriate tool, crimp the contact pins from the power connector parts kit to the end of the customer cable. 2. With the rounded side of the blue connector housing facing up, insert the crimped contacts into the connector through the D-shaped openings in the housing. The contacts should be inserted with the “A” at the top of the pin facing up toward the rounded side of the opening.
Chapter 4: Connecting the Power System 4.4. Connecting to Ground The cabinet must be connected to earth ground at the installation site. CAUTION: Failure to properly connect the cabinet to ground could result in permanent damage to the equipment. If this connection is made, all of the following conditions must be met: • This equipment shall be connected directly to the d.c. supply system earthing electrode conductor or to a bonding jumper from an earthing terminal bar or bus to which the d.c.
Connecting to Ground 1. Locate the ground bus bar. See Figure 4-13: Cabinet with Ground Bus Bar — Rear View. Figure 4-13: Cabinet with Ground Bus Bar — Rear View © 2005 Flarion Flarion Proprietary and Confidential Version 1.
Chapter 4: Connecting the Power System 2. Connect the ground cable to the connectors with 2 AWG wire with a 2–hole lug for a 1/4” diameter stud. See Figure 4-14: Ground Bus Bar. Figure 4-14: Ground Bus Bar 3. Fasten the lug onto the stud with the nuts provided. Tighten the nuts to 40–50 in-lb torque. 4. Connect the other end of the cable to the master ground bar or other suitable ground source available at the installation site.
Connecting the Core Network Cables Chapter 5. Connecting the Core Network Cables The RadioRouter base station can access the core network through either T1, E1, or Ethernet connections. This section describes connectivity for each backhaul option. 5.1. Connecting to the Network via T1 T1 connections are made using cables terminated in RJ-48 connectors. 1. Locate the T1 connectors on the rear of the cabinet. See Figure 5-1: Cabinet with T1 Connectors — Rear View.
Chapter 5: Connecting the Core Network Cables 2. Remove the DSX cables from the connectors. Figure 5-2: DSX Cables in T1 Connectors shows the cables in the connectors. Figure 5-3: DSX Cables Removed from T1 Connectors shows the connectors with the cables removed. Note: Removing the DSX cables will disable the DSX-1 panel. The DSX cables must be reconnected to use the DSX-1 panel.
Connecting to the Network via T1 Figure 5-3: DSX Cables Removed from T1 Connectors 3. Insert the first RJ-48 plug into the top jack which is labeled 1. 4. Insert any additional plugs from the top down. © 2005 Flarion Flarion Proprietary and Confidential Version 1.
Chapter 5: Connecting the Core Network Cables 5.2. Connecting to the Network via E1 E1 connections are made using cables connected to the Backhaul Access Panel (BAP). Depending on the specific configuration, the connectors may be BNC or SMZ. 1. Locate the E1 connections on the front of the cabinet. See Figure 5-4. Figure 5-4: Backhaul Access Panel — Front View 2. Insert the first BNC or SMZ connectors into the leftmost connectors on the access panel which are labeled “1”.
Connecting to the Network via Ethernet 5.3. Connecting to the Network via Ethernet Ethernet connections are made using RJ-45 connectors. Figure 5-5: Cabinet with Ethernet Connection — Front View shows the location of the Ethernet connector on the front of the cabinet. Figure 5-5: Cabinet with Ethernet Connection — Front View © 2005 Flarion Flarion Proprietary and Confidential Version 1.
Chapter 5: Connecting the Core Network Cables 1. Insert the RJ-45 connector into the top Ethernet port. See Figure 5-6: Ethernet Port.
Connecting to the Network via Ethernet 2. Route the Ethernet cable to the side cable channel and up the channel through the cable entry port in the top of the cabinet as shown in Figure 5-7: Route of Ethernet Cable — Front View. Figure 5-7: Route of Ethernet Cable — Front View © 2005 Flarion Flarion Proprietary and Confidential Version 1.
Chapter 5: Connecting the Core Network Cables RadioRouter Base Station Indoor Installation Guide Page 5-8 © 2005 Flarion Flarion Proprietary and Confidential
Installing the Alarm Connections Chapter 6. Installing the Alarm Connections 6.1. Alarm Connector The base station provides the following types of external alarm connections: • • • Outputs — predefined: Summary, Critical, Major, Minor Outputs — customer definable outputs: 4 Inputs — customer definable inputs: 14 Connection to the system alarm contacts is through a 50–pin AMP connector (part no. 554954-2). The connector is typically site specific depending on which alarms are used in a given installation.
Chapter 6: Installing the Alarm Connections Figure 6-1: Cabinet with Alarm Connector — Rear View Figure 6-2: Alarm Connector 6.2. Predefined Alarm Connections The predefined alarms, summary, critical, major and minor, use dry contacts. They are presented as normally closed contacts which open under alarm conditions.
Predefined Alarm Connections alarm pin. The alarm connections for the predefined alarms are shown in Figure 6-3: Summary, Critical, Major, and Minor Alarm Connections. Note that the Summary and Critical alarms share a common pin, as do the Major and Minor alarms.
Chapter 6: Installing the Alarm Connections 6.3. Customer Definable Alarm Outputs The customer definable alarm outputs use dry contacts. Connections are made to these alarms by attaching the external device between the desired alarm pin and its associated common alarm pin. Connections can be made to Normally Open (N/O) or to Normally Closed (N/C) pins. The Customer definable alarm connections are shown in Figure 6-4: Customer Definable Alarm Output Connections.
Customer Definable Alarm Inputs Table 6-2: Pin Assignments for Customer Definable Outputs shows the pin assignments for the customer definable alarm outputs.
Chapter 6: Installing the Alarm Connections AIU RTB EXT Connector Alarm Input X Alarm Return: Input X This Connection is also required Connect external dry contact across these pins Alarm Voltage Return Alarm Voltage Supply Figure 6-5: Customer Definable Alarm Input Connections RadioRouter Base Station Indoor Installation Guide Page 6-6 © 2005 Flarion Flarion Proprietary and Confidential
Customer Definable Alarm Inputs Table 6-3: Pin Assignments for Customer Definable Inputs shows the alarm pinouts. Note that Alarm Inputs 1–4 share a single Alarm Return pin, as do Alarm Inputs 5–8, Alarm Inputs 9–12 , and Alarm Inputs 13–14.
Chapter 6: Installing the Alarm Connections RadioRouter Base Station Indoor Installation Guide Page 6-8 © 2005 Flarion Flarion Proprietary and Confidential
Connecting the Antenna Cables Chapter 7. Connecting the Antenna Cables The base station supports two different antenna connection configurations: • • Connectors mounted beneath the cable access plate Connectors mounted to the top of the cabinet Systems with a cable access plate are described in Section 7.1. Systems with a Cable Access Plate. Systems without a cable access plate are described in Section 7.2. Systems with Top Mounted Connectors.
Chapter 7: Connecting the Antenna Cables Figure 7-1: Top of Cabinet with Cable Access Plate Removed 7.1.2. Antenna Connectors There are six DIN Female connectors. When viewed from the rear from right to left, they are: 1. Alpha sector Tx/Rx 2. Beta sector Tx/Rx 3. Gamma sector Tx/Rx 4. Alpha sector RX only 5. Beta sector Rx only 6. Gamma sector Rx only It is recommended that the antenna cables that attach to the connectors be clearly labeled with color-coded bands. For example: 1.
Systems with a Cable Access Plate Figure 7-2: Antenna Connectors — Rear View TOP REAR VIEW GAMMA SECTOR RX ONLY BETA SECTOR RX ONLY ALPHA SECTOR RX ONLY GAMMA SECTOR TX/RX BETA SECTOR TX/RX ALPHA SECTOR TX/RX Figure 7-3: Antenna Connectors Schematic — Rear View © 2005 Flarion Flarion Proprietary and Confidential Version 1.
Chapter 7: Connecting the Antenna Cables 7.1.3. Connecting the Antenna Cables 1. Route the antenna cable from the top and screw mount it to the mating connector. The connector nut is 1 1/4” hex (across flats). 2. Fully seat the connector and hand tighten with an appropriate tool. The connector may be tightened from either the rear or the top. 3. Repeat Steps 1 and 2 for all antenna cables. 4. Reinstall the cable access panel. Make sure the rubber edging is tight against the cables.
Systems with Top Mounted Connectors 7.2. Systems with Top Mounted Connectors In some systems, the antenna cables are attached to connectors located at the top of the base station. Typically, there are either four or six connectors. Figure 4-6: Top-Mount Antenna Connectors — Rear View shows the location of the connectors. 7.2.1. Antenna Connectors — 6–Connector Configuration There are six DIN Female connectors. When viewed from the rear from right to left, they are: 1. 2. 3. 4. 5. 6.
Chapter 7: Connecting the Antenna Cables See Figure 7-5: Top-Mount Antennas, 6–Connector Schematic — Rear View. GAMMA SECTOR RX ONLY BETA SECTOR RX ONLY ALPHA SECTOR RX ONLY GAMMA SECTOR TX/RX BETA SECTOR TX/RX ALPHA SECTOR TX/RX Figure 7-5: Top-Mount Antennas, 6–Connector Schematic — Rear View 7.2.2. Antenna Connectors — 4–Connector Configuration There are four DIN Female connectors. When viewed from the rear from right to left, they are: 1. 2. 3. 4.
Systems with Top Mounted Connectors See Figure 7-6: Top-Mount Antennas, 4–Connector Schematic — Rear View. BETA SECTOR RX ONLY ALPHA SECTOR RX ONLY BETA SECTOR TX/RX ALPHA SECTOR TX/RX Figure 7-6: Top-Mount Antennas, 4–Connector Schematic — Rear View 7.2.3. Connecting the Antenna Cables 1. Route the antenna cable from the top and screw mount it to the mating connector. The connector nut is 1 1/4” hex (across flats). 2. Fully seat the connector and hand tighten with an appropriate tool.
Chapter 7: Connecting the Antenna Cables RadioRouter Base Station Indoor Installation Guide Page 7-8 © 2005 Flarion Flarion Proprietary and Confidential
Powering Up the Cabinet Chapter 8. Powering Up the Cabinet The cabinet requires DC power to operate. Before attempting to power up the cabinet, verify that DC power is available. It may be necessary to wait for a maintenance window to connect the cabinet to DC power and perform this procedure. WARNING: ALL POWER OPERATIONS SHOULD BE PERFORMED BY QUALIFIED PERSONNEL ONLY. BEFORE ATTEMPTING TO POWER UP THE SYSTEM, CONFIRM THAT ALL POWER CONNECTIONS HAVE BEEN MADE PROPERLY. 8.1.
Chapter 8: Powering Up the Cabinet Figure 8-1: Distribution Panel with Circuit Breakers — Front View RadioRouter Base Station Indoor Installation Guide Page 8-2 © 2005 Flarion Flarion Proprietary and Confidential
Powering Up the Cabinet 1. Before turning on the power, confirm the voltage and polarity: 1.a. Connect the common lead of the volt meter to the DC return connector on the power distribution panel. See Figure 8-2: Power Distribution Panel with Volt Meter Connections. 1.b. Connect the positive lead of the volt meter to the DC power connector which is labeled POWER IN. 1.c. Confirm that the voltage is the expected voltage for this base station.
Chapter 8: Powering Up the Cabinet 2. Turn on the RRC breaker. The RRC breaker is on the left as you face the cabinet. See Figure 8-3: Circuit Breakers — Front View and Figure 8-4: Circuit Breakers Schematic — Front View. Figure 8-3: Circuit Breakers — Front View Figure 8-4: Circuit Breakers Schematic — Front View 3. Turn on the LNA breakers which are located next to the RRC breaker. 4. Turn on the PA breakers. The PA breakers are on the right of the LNA breakers.
Powering Up the Cabinet 5. Verify that the LEDs on the front of the cabinet match Table 8.1 Power On Expected LEDs. If the LEDs do not match the table, power the system down and check the wiring. Table 8-1: Power On Expected LEDs Unit Name Condition PDU Fan Tray FAN Green RRC FAN STATUS Green RRC FAN STATUS Green PCU1 ON (GREEN) FAIL (RED) Green PCU2 ON (GREEN) FAIL (RED) Green © 2005 Flarion Flarion Proprietary and Confidential Version 1.
Chapter 8: Powering Up the Cabinet RadioRouter Base Station Indoor Installation Guide Page 8-6 © 2005 Flarion Flarion Proprietary and Confidential
Powering Down the Cabinet Chapter 9. Powering Down the Cabinet The base station is powered down using a PC or terminal connected to the COM1 port on the Master Control Unit (MCU) board. This helps ensure that all system files are closed before the power is shut off. Attach the PC or terminal using a serial cable with a null-modem adapter. The PC should be running a terminal emulation such as Microsoft® Windows® HyperTerminal.
Chapter 9: Powering Down the Cabinet 9.1. Powering Down 1. Connect a PC to the serial port of the MCU. See Figure 9-1: COM Port on MCU. Figure 9-1: COM Port on MCU 2. Run a terminal emulator such as Microsoft Windows HyperTerminal. 3. At the Login: prompt, type root and press Enter. 4. At the Password: prompt, type the root login password and press Enter. 5. At the BS_Name#> prompt, type halt and press Enter.
Verifying the Installation Chapter 10. Verifying the Installation Verifying the proper installation of the cabinet must be done before the installation can be considered complete. Verify that all of the following requirements are met: • • • • • Clearance requirements are met — at least 24” front and 6” rear. There must be room to open the cabinet doors for service. The base station is powered up. All the LEDs in Table 8.1 Power On Expected LEDs must reflect the states listed in the table.
Chapter 10: Verifying the Installation RadioRouter Base Station Indoor Installation Guide Page 10-2 © 2005 Flarion Flarion Proprietary and Confidential
List of Abbreviations APPENDIX A. List of Abbreviations AA ........................................................................ Authentication and Authorization ADC ............................................................................ Analog-to-Digital Converter BBU ............................................................................................. Baseband Unit BHU ............................................................................................. Backhaul Unit DAC .........
