AW 96 Series Installation & Maintenance Manual Version # 1.5 June 2006 Prepared By AirWalk Communications, Inc. 1830 North Greenville Ave Richardson, TX, 75081 Phone: (972) 638-9400 Fax: (972) 638-9401 www.airwalkcom.
AW 96 Series System Installation Manual Revision History Version 0.1 0.2 0.3 1.0 1.1 1.2 1.3 1.4 1.
AW 96 Series System Installation Manual Table of Contents TABLE OF CONTENTS..................................................................................................................................3 1 INTRODUCTION.....................................................................................................................................6 1.1 PROPRIETARY INFORMATION NOTICE ..................................................................................................6 1.
AW 96 Series System Installation Manual 5 AW 96 COMPONENTS .........................................................................................................................24 5.1 AW-96 MAIN UNIT ............................................................................................................................24 5.2 INTEGRAL OMNI RU (REMOTE RF UNIT) [OMNI CONFIGURATIONS] .................................................25 5.3 SECTOR RU (REMOTE RF UNIT) [SECTOR CONFIGURATIONS]..............
AW 96 Series System Installation Manual 10.4.2 Clean-up site. ............................................................................................................................57 10.4.3 Update Installation Checklist. ...................................................................................................57 10.4.4 Customer Signoff. ......................................................................................................................57 10.5 REQUIRED TOOLS AND SUPPLIES ...
AW 96 Series System Installation Manual 1 INTRODUCTION 1.1 Proprietary Information Notice THIS DOCUMENT IS THE PROPERTY OF AIRWALK COMMUNICATIONS, INC. THE RECIPIENT MAY USE IT ONLY FOR THE PURPOSE FOR WHICH IT WAS TRANSMITTED AND WILL BE RETURNED UPON REQUEST OR WHEN NO LONGER NEEDED BY RECIPIENT. IT MAY NOT BE COPIED OR COMMUNICATED WITHOUT THE WRITTEN CONSENT OF AIRWALK COMMUNICATIONS, INC. 1.
AW 96 Series System Installation Manual • System User Manual_022404. • System Installation Manual_030104. 1.6.2 Telecom Standards • TIA/EIA/IS-2000 Series Revision: C - Introduction to CDMA2000 Spread Spectrum Systems, 05/00/02 • Personal Station – Base Station Compatibility Requirements for1.8 to 2.0 GHz CDMA PCS.
AW 96 Series System Installation Manual 2 AW 96 Series Model Structure 2.1 AW 96 1900 MHz Configurations (PCS Band) AW96R19AJ7A01 AW96R1DAJ7A01 AW96R19AB3A01 AW96R19AJ3A01 AW96C19AJ3A01 AW96R1DAJ3A01 AW96C1DAJ3A01 AW10R19AF1A01 Assembly Part Number AW96R19AF7A01 Group AW96R19AB7A01 High Level Model Structure Chart (AW-96 Series 1900 MHz Band Configurations) AW96R19AA1A01 This model chart covers all 1900 MHz (PCS band) configuration models. Not all models are available in all markets.
AW 96 Series System Installation Manual 2.2 AW 96 800 MHz Configurations AW96R80AJ7A01 AW96R80AB3A01 AW96R80AJ3A01 AW96C80AJ3A01 AW10R80AF1A01 Assembly Part Number AW96R80AF7A01 Group AW96R80AB7A01 High Level Model Structure Chart (AW-96 Series 800 MHz Band Configurations) AW96R80AA1A01 This model chart covers all 800 MHz (conventional Cellular band) configuration models. Not all models are available in all markets.
AW 96 Series System Installation Manual 2.3 AW 96 450 MHz (NMT Band) Configurations CDPB CDPB CDPB CPIB & PCPM 96 CE CPIB & PCPM 32 CE (obsolete) CPIB & PCPM PB Only PBA0004 PBA0003 PBA0006 XCVB XCVB XCVB 1.9 GHz Dual Mode 1/50mW PCS 800 Dual Mode 1/50mW Cell Band 450 Dual Mode 1/50mW NMT (A/H) XCVB SUB0004 Assy SUB00xx SUB00xx SUB00xx XCVB XCVB XCVB XCVB 2100 MHz 1mW (Japan Band) 1800 MHz 1mW (Korea Band) 1.9 GHz xmit ONLY (PB) 800 MHz Xmit ONLY (PB) SUB00xx RCPB SUB00xx Assy RCPB RCPB 5.
AW 96 Series System Installation Manual 3 AW 96 Safety And Compliance Information 3.1 Statement Of Intent The AirWalk AW 96 RAN is intended for use in a CDMA cellular infrastructure radio access network. The responsible body shall be made aware that, if the equipment is used in a manner not specified by the manufacturer, the protection provided by the equipment may be impaired. 3.
AW 96 Series System Installation Manual 3.3 Maintenance Information 3.3.1 Cleaning The AirWalk AW 96 units are protected by a high performance paint which does not require normal maintenance. If paintwork is soiled, it can be cleaned using a damp cloth after AC power has been disconnected. Do not use liquids or spray cleaning substances on the unit since property damage or personal injury may result. 3.3.
AW 96 Series System Installation Manual 3.4 Labeling 3.4.1 Grounding Proper grounding is recommended to ensure good RF performance in addition to personnel safety. Antenna systems should also be suitably grounded for good RF performance. Grounding connection points on the chassis are identified by this symbol: 3.4.2 Label: Model Identification, FCC Identification, Power The following label is applied to the AW 96 unit to provide model identification, FCC identification and rated power supply information.
AW 96 Series System Installation Manual 3.5 Regulatory Compliance Information The FCC regulatory compliance information provided in this section is applicable only to models equipped with an FCC identification number (FCC ID). 3.5.1 Radio Interference (FCC 15.19 Statement) This device complies with part 15 of the FCC Rules.
AW 96 Series System Installation Manual 4 AW 96 System Introduction 4.1 Overview The AirWalk AW 96 (CDMA-2000 IP-Base Station) product is unique in the way that it combines both BTS and BSC functionality in one compact platform. This product is designed for efficiency and optimized to reduce the service providers CAPEX, and OPEX and at the same time, it increases the number of users per assigned spectrum.
AW 96 Series System Installation Manual 4.3 Hardware Configuration The IP-BS is a unique modular and stackable combination BSC and BTS platform that is differentiated from other systems. Other systems have separate BTS and BSC platforms which adds to cost and complexity. The AirWalk RAN has a structure that combines and arranges the BSC interface with one 1FA/3Sector BTS in a single package.
AW 96 Series System Installation Manual 4.3.2 Typical Configurations The following shows typical component configurations for common applications. Refer to the model charts for the contents of specific model numbers.
AW 96 Series System Installation Manual Figure 4-3 – Typical AW 96 with Omni RU (Rack Mounting) Figure 4-4 – Typical AW 96 & 3 Sector RU (Rack Mounting) Figure 4-5 – Typical AW 96 & 3 Sector RU with Cabinet Mounting Option ___________________________________________________________________________ AirWalk Proprietary and Confidential Page 18 of 72 6/14/2006
AW 96 Series System Installation Manual 4.
AW 96 Series System Installation Manual 4.5 System Capacities and Specifications 4.5.1 AW 96 Technical Specification Item Capacity and Specification Up-Link: 2175 ~ 2180 MHz Down-Link: 1985 ~ 1990MHz Up-Link: 1850 ~ 1910 MHz Frequency Band Down-Link: 1930 ~ 1990 MHz Up-Link: 824 ~ 849 MHz Down-Link: 869 ~ 894 MHz Refer To Model For Sub-Band 3 Sectors/FA Sector/FA 3FA/Omni Channel Elements / IP-BS 96CE 3FA (32 CE Omni) Handoff Softer H/O, soft H/O.
AW 96 Series System Installation Manual 4.5.2 Integrated Omni RU (Remote RF Unit) Technical Specification Tx 2160 ~2185 MHz 1850 ~1890 MHz 1890 ~ 1910 MHz 824 ~ 849 MHz Refer To Model For SubBand 43dBm, 20 Watt 53 ± 1.0dB 1.5: 1 23 ± 1.0dB Frequency Output Power Gain In/Out VSWR Coupling Value 1970 100dBc ~1995MHz Fc±885KHz Spurious Emission Fc±1.98MHz @43dBm(20W)_1FA Fc±2.
AW 96 Series System Installation Manual 4.5.3 Sector RU (Remote RF Unit) Technical Specification Tx 2160 ~2185 MHz 1850 ~ 1890 MHz 1890 ~ 1910 MHz 824 ~ 849 MHz Refer To Model For SubBand 43dBm, 20 Watt 53 ± 1.0dB 1.5: 1 23 ± 1.0dB Frequency Output Power Gain In/Out VSWR Coupling Value 1970 100dBc ~1995MHz Fc±885KHz Spurious Emission Fc±1.98MHz @43dBm(20W)_1FA Fc±2.
AW 96 Series System Installation Manual 4.5.
AW 96 Series System Installation Manual 5 AW 96 Components 5.
AW 96 Series System Installation Manual Figure 5-4 AW-96 – Line Diagram (Back View) 5.2 Integral Omni RU (Remote RF Unit) [Omni Configurations] This is the IP-BS (Internet Protocol BTS System) RF interface system. The main functions include a 20W power amplifier, RF filtering for Tx and Rx paths, a duplexer function for to allow connection to an antenna system, and a power supply. All components are packaged in a unified 4 rack unit package.
AW 96 Series System Installation Manual Figure 5-7 Integrated Omni RU (RF Unit) Photo (Rear View) RF RX_B OUT RF TX IN RX_B TP RF RX_A OUT RX_B ANT TX/ RX_A ANT TX_TP RX_A TP RJ- 45 Figure 5-8 Integrated Omni RU (RF Unit) - Line Diagram (Back View) 5.3 Sector RU (Remote RF Unit) [Sector Configurations] This is the IP-BS (Internet Protocol BTS System) sector RF Shelf.
AW 96 Series System Installation Manual Figure 5-9 Sector RU Photo (Front View) Figure 5-10 Sector RU Line Diagram (Front View) Figure 5-11 Sector RU Line Diagram (Rear View) ___________________________________________________________________________ AirWalk Proprietary and Confidential Page 27 of 72 6/14/2006
AW 96 Series System Installation Manual Each AC powered Sector RU system is also equipped with a separate Power Supply Unit which provides conditioned power for the RU system.
AW 96 Series System Installation Manual 5.4 Component LED Configuration 5.4.1 CDPB (Common Digital Processing Block) LED status indicators are provided on the AW-96 CDPB module. LED functions are described in the following pictures and tables.
AW 96 Series System Installation Manual XCVB The XCVB module is equipped with 2 indicators. LED functions are described in the following pictures and tables.
AW 96 Series System Installation Manual 5.4.2 Sector RU Power Supply Unit (PSU) [AC powered models only] The RU PSU (Power Supply Unit) is equipped with both indicators and a small numeric display. The indicator and display functions relate only to power supply operation for the RU and are described in the following pictures and tables. Note that only AC powered models are equipped with the PSU module.
AW 96 Series System Installation Manual 6 AW 96 Integrated Omni RU Interface Cabling 6.1 RF Cabling – Integrated RU Omni Configuration The AW 96 transmitter exciter output and diversity receiver inputs are connected to the RU which contains the duplexer, LNA and HPA functions. Connect using jumper cables as shown in Figure 6-1 (1). Use suitable cables as provided with the AW 96 system and shown in figure 6-2. Connect external diversity antenna systems as shown in Figure 6-1 (2).
AW 96 Series System Installation Manual L RG316DS Coaxial Cable Figure 6-2 AW-96 to RU RF Cable Specification 6.2 Electric Power Cable Wiring Connect AW-96 and Integrated Omni RU to suitable AC power sources as shown in Figure 6-3. Use only the AC power cable provided with AW 96 unit for safe operation.
AW 96 Series System Installation Manual 6.3 Ethernet Cable Wiring Connect Integrated Omni RU to AW-96 using supplied Ethernet cable as shown in Figure 6-4 (1). Connect external Ethernet connections to the BTS and BSC Ethernet ports on the AW-96 (2).
AW 96 Series System Installation Manual GPS Antenna GPSANT T_EVEN RF RXB(a) RF RXA(a) RF TX (a) T_10MHz RF RXB(b) RF RXA(b) RF TX (b) RF RXB(r) RF RXA(r) RF TX (r) RU IF BSC IF ENV IF BTS IF Figure 6-5 GPS Antenna Cable Wiring 6.5 Photograph Of Typical Cable Wiring Figure 6-6 shows the actual cabling found in a typical system installation.
AW 96 Series System Installation Manual 7 AW 96 Sector RU Interface Cabling 7.1 RF Cabling – Sector RU Configuration (3 Sector) The AW 96 transmitter exciter output and diversity receiver inputs are connected to the Sector RU which contains the duplexer, LNA (Low Noise pre-Amplifier) and HPA (High Power Amplifier) functions. Connect using jumper cables as shown in Figure 7-1. Use only the cables supplied with the RU system for interconnection to the AW-96. Cables are labeled for ease of installation.
AW 96 Series System Installation Manual It is important to ensure transmit and receive connections are made correctly to prevent damage or field operational problems such as: - Damage due to transmitting into a receiver port - Crossed over diversity receive ports - Crossed over sectors which could disrupt RF system design/optimization Connect the external transmission lines from the diversity antenna systems to the RU Antenna connections as shown in Figure 7-1. External connectors are “N-Type”.
AW 96 Series System Installation Manual 7.4 Electric Power Cable Wiring Connect AW-96 and Sector RU system to suitable AC power sources as shown in Figure 7-3. Use only the AC power cables provided with AW 96 unit and the RU unit to ensure continued safe operation.
AW 96 Series System Installation Manual 7.5 GPS Antenna Cable Wiring Connect the external GPS antenna RF cable to the GPS antenna port on the AW-96 unit as shown in Figure 7-5. The GPS connector is an “TNC” connector. The AirWalk GPS antenna kit (AWANC001GPCA01) includes a GPS antenna, mounting hardware and a 25m cable (RG-58 or better). Note the GPS antenna must located outside in a position to see the general sky.
AW 96 Series System Installation Manual 7.6 Photograph Of Typical Cable Wiring Figure 7-6 shows the cabling found in a typical Sector RU system installation.
AW 96 Series System Installation Manual 8 AW 96 Low Power (PicoCell/MicroCell) Cabling The following connections are required for AW 96 stand-alone applications, including PicoCell and MicroCell. AW 96 units for these applications are normally configured for 50mW power output and are equipped with an internal duplexer function which requires only a single antenna for normal operation.
AW 96 Series System Installation Manual 9 Frequency Setting Procedures 9.1 BSM Management The AW-96 series base stations are normally managed by the centrally located BSM (Base Station Manager) system which communicates with the AW-96 over an IP connection. The BSM will download system software and configuration information which includes the physical FA (Frequency Assignment) for each base station. The base station will tune to the correct frequency as defined by the BSM configuration files.
AW 96 Series System Installation Manual 9.2.2 FA Change Procedure The following menu driven commands will permit local change of the FA. Step 1 At the prompt enter the following: > pn3383 // this will take you to the menu screen which looks something like this: ================= PN 3383 ==================== 1. Tx Test 2. Rx Test 3. ParameterSetup 4. Rf Gain Display 5. xcvbSetup 6. ampSetup 7. Normal Gain Display 8. MakeTestCall 9. callClear 10. Overhead Calibration Control 11.
AW 96 Series System Installation Manual Enter the following: Select number => 5 // it will take you to the below menu screen. ================= Xcvb Setup ==================== 1. Change Ch 2. Tx On 3. Tx Off 4. Rx_Main_AGC ON 5. Rx_Main_AGC OFF 6. Rx_Sub_AGC ON 7. Rx_Sub_AGC OFF 8. Set RxMain ATT 9. Set RxSub ATT 10. Set Tx Att 11. Xcvb Status 12. showXcvrAttGain 0.
AW 96 Series System Installation Manual ___________________________________________________________________________ AirWalk Proprietary and Confidential Page 45 of 72 6/14/2006
AW 96 Series System Installation Manual 10 Installation Procedures This Section gives definitions and instructions for installing the AW-Series IP-RAN and for connecting it to the wireless carriers infrastructure. It contains detailed definitions needed for completing site Installation Checklist (Appendix B). 10.1 Installation Verification Before installing the equipment, it is necessary to verify the following: 10.1.1 Verify Customer Contact & Equipment location 10.1.1.
AW 96 Series System Installation Manual 10.1.1.3 Locate and verify floor space. 1) Determine where the AW-SERIES IP-RAN is to be installed (Refer to site diagram in Appendix B). 2) Verify that there is enough space to safely install it (Refer to site diagram in Appendix B). 10.1.2 Uncrate and arrange for packing material disposal 1) Carefully unpack the AW-SERIES IP-RAN and related components from packing material. 2) Check for any shipment damage.3 3) Be certain that all components match system order.
AW 96 Series System Installation Manual 10.1.3.1.3 Voltage 1) Using a power meter check for correct voltage. a) –48VDC range is 40VDC to 57VDC (if required). b) 120 VAC range is 90 VAC to 132 VAC (if required). c) 240 VAC range is 180 VAC to 264 VAC (if required). 10.1.3.1.4 Amps 1) Check cables to determine if they will handle required Amps. a) –48VDC should be able to support 27.9 Amps. b) 120 VAC should support 15 Amps, 240 VAC should support 7.5 Amps 10.1.3.1.5 LAN Facilities check.
AW 96 Series System Installation Manual Section Description 6.1 RF Cable - AW-96 to RU 6.3 Ethernet Cable – AW-96 to RU Reference 3 Figure 6-1 Use RF cables supplied with AW-96. Figure 6.4 Table 7-1 - Internal System Cable Reference 10.2.3 External System Connections5 To install new internal connections refer to the Section and Figures in the following Table for proper cable installation. Section Description Reference 6.1 External Diversity Antenna System Figure 6-2 Figure 6-3 6.
AW 96 Series System Installation Manual 10.2.6 Power-up procedure67 10.2.6.1 Power-up Main cabinet. Make sure all appropriate LED’s are illuminated. 10.2.6.2 Complete any Configuration options. a) Configure the AW-SERIES IP-RAN. i) Outgoing and incoming channels. 10.3 System Test This section contains the system tests that should be completed to determine if AWSERIES IP-RAN is operational. 10.3.1 PC to AW 96 cable A special cable is required to run the required certification tests.
AW 96 Series System Installation Manual Figure 7-2 - PC to AW 96 Cable Connection Diagram 10.3.2 System Certification Tests Start The AW-SERIES IP-RAN tests. This sequence of test cases is designed to certify the AW 96 IP-RAN installation. It is assumed the person running this checklist is familiar with the basics of configuring, running, stopping, and starting the AW 96 IP-RAN. 10.3.2.1 Test Case #1 - Image/PLD loading 10.3.2.1.
AW 96 Series System Installation Manual Figure 7-3 - Screen from PC Screen from WPM Figure 7-4 - Screen from PC 10.3.2.2 Test Case #2 – System Check 10.3.2.2.1 Test Procedure #2 • Command: Version 10.3.2.2.
AW 96 Series System Installation Manual Figure 7-5 - Version Command Screen 10.3.2.3 Test Case #3 – Tx check 10.3.2.3.1 Test Procedure #3 • Command: txReason • Expected Result of Case #3 Figure 7-6 - Tx Check Screen 10.3.2.4 Test Case #4 – Output power 10.3.2.4.1 Test Procedure #4 – RF Check • Command: showRfGain 10.3.2.4.
AW 96 Series System Installation Manual Figure 7-7 - RF Check Screen 10.3.2.5 Test Case #5 – GPS Check 10.3.2.5.1 Test Procedure #5 • Command: gpsStatus 10.3.2.5.
AW 96 Series System Installation Manual 10.3.2.6 Test Case #6 – BTS Alarm Check 10.3.2.6.1 Test Procedure #6 • Command: showAlarm 10.3.2.6.2 Expected Result of Case #6 Figure 10-10 - BTS Alarm Check Screen 10.3.2.7 Test Case #7 – System Reset 10.3.2.7.1 Test Procedure #7 • Command: btsReset/bscReset/allReset 10.3.2.7.2 Expected Result of Case #7 The system is RESET 10.3.2.8 Test Case #8 – PN Check 10.3.2.8.1 Test Procedure #8 • Command: RcmCmd 1,1 10.3.2.8.
AW 96 Series System Installation Manual Figure 10-11 - PN Check Screen 10.3.2.9 Test Case #9 – System Interface Check 10.3.2.9.1 Test Procedure • Command: Ping Send Ping Command to the Following system IP Addresses 1. WPM (Wireless PBX Manager) 2. PDSN (Packet Data Serving Node) 3. CA (Call Agent) 4. MG (Media Gateway) 5. SG (Signal Gateway) 10.3.2.9.2 Expected Result of Case #X A successful PING command response from each system. 10.3.
AW 96 Series System Installation Manual 2. Landline phone Rings and call is answered. 10.3.3.2 Test Case #2 – Data Calls 10.3.3.2.1 Test Procedure 1. A Test Data Call From MS #1 to MS #2. 2. A Test Data Call From MS #2 to MS #1. 10.3.3.2.2 Excepted Result of Case #2 1. A Data Session is established between MS #1 and MS #2. 2. A Data Session is established between MS #2 and MS #1. 10.3.
AW 96 Series System Installation Manual 2) Test Equipment. a) Multi-Meter & Adapter kit, b) Cable Tester, c) Protocol Analyzer & Adapter kit, d) Telephone Test Set (Butt-set), e) Set of Banjo adapters f) Tone Generator & Inductive pick-up. 3) Supplies. a) RJ-45, b) Cat 5 Cable, c) Tie-wraps. 10.6 Troubleshooting Procedures The AW-SERIES IP-RAN is designed to provide reliability and consistently high performance in all network environments.
AW 96 Series System Installation Manual 5) Verify whether or not the problem is corrected. If not, go to Step 6 below. If the problem is corrected, continue with installation. 6) If the problem continues after completing Step 4 above, contact the AirWalk Communications, Inc. Installation Project manager, to determine the next course of action. 10.6.2 When Calling for Assistance Please be prepared to provide the following information.
AW 96 Series System Installation Manual 11 Appendix A - Acronyms Acronym 2G 3G AC Access Channel ACH AD AFEU AGC ANT AWGN Base Station (BS) BCCM BHCA BLK BS BSAP BSC BSMAP BTS CA CAI CC CCM CDMA CEC CED CLAP CPIB CPU CR CREF CSM5000 DA DC DCCH DCLI DRS DT Description Second Generation in CDMA wireless network Third Generation in CDMA wireless network Alternating Current A Reverse CDMA Channel used by mobile stations for communicating to the base station.
AW 96 Series System Installation Manual Acronym DTAP EMI ESN EVDO EVDV EVRC FA FCC F-CCH FCH F-DCCH FDCH FER FM FO Forward Traffic Channel FSCH GND GPS GRE HLR HO HPAU IF IMSI ING IOS IP IPC LAC LPA LTU MAC MAHHO MCC MG MIMO MIN MMC MMS MN Description Direct Transfer Application Part Electro-Magnetic Interference Electronic Serial Number Evolution Data Only Evolution Data and Voice Enhanced Variable Rate CODEC Frequency Assignment Federal Communications Commission Forward Common Control Channel Fundamenta
AW 96 Series System Installation Manual Acronym MS MSC MTBF MTTR NDSS NGN NMS OAM OCNS OS OTD OUNS PACA Paging Channel PBA PBX PCB PCF PCH PCM PCPM PDSN PDU PER Physical Channel Pilot Channel PLD PN PSA PSTN QCELP QOF QOF QoS RAN RC RCC RDCH Reverse Traffic Channel Description Mobile Station Mobile Switching Center Mean Time between Failure Mean Time to Repair Network Directed System Selection Next Generation Networks Network Management System Operation, Administration, and Maintenance Orthogonal channel
AW 96 Series System Installation Manual Acronym RF RLC RLP RLSD RP RPSU RRCU RRM RRP RRQ RSCH RSSI RTP RU RUpd SAP SAR SCCH SCCP SCH SDU SEU SIGTRAN Slotted Mode SMS SMV SRBP SRU SS STS Sync Channel TCC TCE TCM TCP TOD TP TPTL UART UDP Description Supplemental Code Channels. Radio Frequency Release Complete Radio Link Protocol. Connection-oriented, negative-acknowledgement-based data delivery protocol.
AW 96 Series System Installation Manual Acronym VSWR XCV XCVR Description Voltage Standing Wave Ratio Base Station Transceiver Control Block Transceiver Board ___________________________________________________________________________ AirWalk Proprietary and Confidential Page 64 of 72 6/14/2006
AW2100U System Installation Manual 12 Appendix B - Site preparation checklist AW-Series IP-RAN Site Preparation Check List for: Site Prep Date Com Guide Complete plete Section # ITEM # Description 1 Customer Contact & Equipment location a. Main Contact Customer 1.1.1 b. Other Customer Contacts 1.1.2 1. Power contact 1.1.2 2. Communications Facilities Contact 1.1.2 3. LAN Facilities Contact 1.1.2 4. MSC Security Contact 1.1.2 App. C AirWalk Series IP-RAN Site Requirements 2.1 a.
AW2100U System Installation Manual ITEM # Description Power requirements Site Prep Date Com Guide Complete plete Section # Information 2.1.3 a. Location b. Voltage c. Amps d. Connector Security 2.1.3 a. MSC Equipment Room security b. MSC Equipment room access Communications Facilities 2.1.3 a. Number of T1 circuits Connector Location LAN Facilities 2.1.3 a. Location b. Connector c. Carrier Network IP Address d.
AW2100U System Installation Manual ITEM # Description Site Prep Date Com Guide Complete plete Section # Information a. Heat dissipation b. Environmental specifications 2.1.4 c. Ambient temperature and humidity 2.1.4.2 d. Dust density 2.1.4.4 e. Altitude 2.1.4.5 f. Air conditioning 2.1.4.6 g.
AW2100U System Installation Manual 13 Appendix C - Installation Checklist AW-Series IP-RAN Site Installation Check List for: Address {Customer Name} Installer Name (s) Customer Contact (s) {AW-SERIES IP-RAN Installation Address} ITEM # 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 Install Date Manual Complete Section Description Verify Customer Contact & Equipment location Contact Customer Locate AW-SERIES IP-RAN Equipment Locate and verify Floor Space Uncrate and arrange for packing material disposal Veri
AW2100U System Installation Manual ITEM # 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 Install Date Manual Complete Section Description Time Customer Installer Contact Initials Initials Prepare IP addressable device diagram 9.1.3.1.5 Post IP diagram at: i) site; ii) customer; iii) Airwalk Customer Service 9.1.3.1.5 Install AW-SERIES IP-RAN Cabinet 9.2.1 Move AW-SERIES IP-RAN to location 9.2.1 Secure AW-SERIES IP-RAN in designated location 9.2.
AW2100U System Installation Manual ITEM # 41 42 43 44 45 46 47 48 Install Date Manual Complete Section Description Test Case #9 – System Interface Check Operation Tests Test Case #1 – Voice Calls Test Case #2 – Data Calls Operator Specific Tests (If Required) Site Clean Up & Documentation Dispose of all packing material Clean-up site Update Installation Checklist Get Customer Signature on Certification Document Time Customer Installer Contact Initials Initials 9.3.2.9 9.3.3 9.3.3.1 9.3.3.2 10.3.4 10.
AW2100U System Installation Manual 14 Appendix D - Customer Certification Document Date Subject: The subject AW-SERIES IP-RAN has been certified to be up and running today. _______________________________________ AirWalk Communications, Inc.
AW2100U System Installation Manual This Page Marks End Of Document ___________________________________________________________________________ AirWalk Proprietary and Confidential Page 72 of 72 6/14/2006