p)com No. 68132 Revision A January 1939 Tel-Link Point-To-Multi point Sector Terminal Installation Manual Every effort has been made to ensure that the information contained herein is complete and accurate, However, the information contained In this manual is subject to change without notice and P-COM reserves the right to change specifications of hardware and software without prior notice and assumes no responsibility for any damages resulting from any errors or omissions in this manual.
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Pp)cam January 1998 Tel-Link Point-to-Multi point Sector Terminal Installation Manual Contents General Information 1.1 Manual Organization 1.2 FCC Requirements Summary 1.2 1.3 Requesting Changes 1-2 1.4 Special Notations .. 1-2 1.5 General Safety Reminder 1.8 PMP Terminology. Sector Terminal Overview 2.1 Indoor Unit (IDU) 2.2 Hub IF Combiner 2.3 Outdoor Unit (OD 24 Antenna... 2.5 IF Cable Run Tools and Test Equipment Required Site Preparation 4.14 Antennae Installation Preparation . 4.
January $999 R)com 8.1.2 DC Power Supply... 8.1.3 Sector IDU Inter facility Coaxial Cabling Installation 8.1.4 Network Interface Card (NIC) Interface Cable. 8.2 Hub IF Combiner Cabling and Wiring Installation 8.2.1 AC Power Supply. 8.2.2 DC Power Supply. 8.2.3 Sector IDU IF Coaxial Cable Installation 8.2.4 IFL Coaxial Cabs Installation Procedure. 9.0 Sector Terminal IDU Board Installation. 10.0 Sector Terminal Initial Power Application .. 10.1 DC Power Application 10.2 AC Power Application 11.
January 1999 List of Figures Figure 2-1 Example of Simplified Base Station Site Figure 8-1 Sector ODU & Figure 8-1 Sector Terminal IDU (AC Input) Rear View. 8-1 Figure 8-2 AC Plug Close-up. 8-2 Figure 8-4 DC Plug Close-up. 8-4 Figure 8-5 NIC pin outs.
January 1999 List of Tables Table 2-1 LR-400 Performance Characteristics Table 2-2 ~ IFL Signals Table 3-1 Required Tools and Equipment {Commissioning} Table 3-2 Required Tools and Equipment Table 3-2 ~ Required Tools and Equipment (installation) (Continued). Table 3-3 — Required Tools and Equipment Table 5-1 = PMP Sector Terminal Equipment Parts Lis! Table 11-1 — Board LED Indications Table 12-1 —Recommended Spare Parts CY : PE BLOOMINGDALE iv 68132 Tl-Link Point-To-Multiplication, Rev.
camper 1.0 General Information January 1999 Before installing and operating a Tel-Link Point to Multi point (PMP) System, P-COM recommends that installation personnel read this section in its entirety, before installing. Once this is accomplished, the user can proceed directly to the section or subsection of interest. This manual provides the installation procedures and guidelines for installing hardware associated with a Tel-Link Point to Multi point (PMP) System.
P)com vey om 1.2 FCC Requirements Summary Operators must be familiar with the requirements of the Federal Communications Commission (FCC) Parts 2 and 101 Regulations prior to operating any link using the equipment. For installations outside the United States, contact local authorities for applicable regulations. 1.3 Requesting Changes We welcome your suggestions for improving this manual.
Comdr — 1.5 General Safety Reminders | To prevent possible personal injury or equipment damage, always observe the following rules: Installation and operations personnel should be familiar with the safety requirements before attempting installation or operation of the equipment covered by this manual. Failure to follow the requirements could result in death or injury to personnel and/or damage to the equipment.
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r)cam 2.0 Sector Terminal Overview January 1999 The PMP network is designed around a series of Base Station sites strategically located within the desired coverage area, with each site supporting line-of-sight connections to many Remote Terminals. A Base Station provides 360° coverage through the use of segmented sectors, each providing coverage around the Base Station (refer to Figure 2-1). Each Base Station also interfaces to the Public Switched Network (PSN) through concentrated access links.
Pp)com The system utilizes a cell-multiplexed, continuous carrier to transmit data from a Sector Terminal to the Remote Terminals. A separate carrier is used by each Sector Terminal to deliver these cells to the Remote Terminals. These carriers are typically transmitted at slightly different frequencies to avoid interference. Frequency Division Multiple Access (MADMAN) method is used by the Remote Terminals to transmit information to a Sector Terminal.
ERST Figure 2.-2 Sector Indoor Unit Chassis Physical Tot Numbers January 1999 elelalal88 8 3 gl1glgljglg|als elclz|2 8 |= |lziz 12 |g |g Sly |w|d (gd |C|C |g ads 5815 1888 Figure 2-3 — Sector Station IDU Interior Figure 2-4 shows a simplified block diagram of the IDU. 68132 Tel-Link Point-To-Multi paint, Rev.
rPR)cam IMPULSE RS232 #F Link January 1999 oy Controller Sagacious Modulator i modulator nx TUES UIM Figure 2-4 — IDU Block Diagram A single, or dual for redundancy, power source required to provide power fo the Sector Terminal. An optional external battery back-up unit can provide from 4 to 8 hours of operation in the presence of a primary power failure (refer to Figure 2-5). G Figure 2-5 AC Power Source 2-4 £8132 Tel-Link Point-To-Multi point, Rev.
January 1899 2.2 Hub IF Combiner The Hub IF Combiner is used to combine multiple (up to four) Sector IDU signals and to route them to a single Outdoor Unit (MODULO. These Sector Baidu signals include Transmit IF and Receive IF signals and also carry telemetry information. After these signals enter the HUB IF Combiner they are coupled together with a high stability frequency oscillator and a +48 VDC signal.
P)com 2.3 Outdoor Unit (ODU) Figure 2-8 illustrates the RF/Antenna configuration for the Sector Terminal Outdoor Unit. The packaging includes the following components: + ODU Enclosure » RF Electronics » ODU Controller Card responsible for controlling and monitoring ODU functions and for interfacing with the IDU The ODU is frequency agile so that the same ODU can typically be used throughout the entire allocated frequency band.
January 1998 Figure 2-9 — Sector Terminal ODU & Base plate 2.4 Antenna The antenna is a lenses-horn antenna. For 24-26 GHz, two hons are used for transmit and receive functions. At 38 GHz, a single hom antenna is used. Specific antennae are used for horizontal or vertical polarization and for azimuth beam widths of 15°, 22.5°, 45° or 90°. The elevation beam width is typically 6°. The antennae are mounted onto a rectangular mounting plate with mounting hinges used to install on a pole.
r)cam January 198% Table 2-1 LR-400 Performance Characteristics Property LR-400 Dielectric Cellular PE (low loss closed cell polyethylene foam} 0.285" nominal diameter Shield Aluminum laminated tape bonded to the dielectric with tinned/copper over braid. Diameter: 0.320" nominal [Jacket Black PE Nominal jacket thickness: 0.045" [Capacitance 23.0 pit Impedance 50 Q Velocity of propagation 85% DCR Conductor 1,39 0/1000 ft. Attenuation 30 MHz: 0.70 dB/100 ft 220 MHz: 1.80 dB/100 # 450 MHz: 2.
P)com January 1999 Table 2-2 IFL Signals IFL Signal Frequency Variation IDU Transmit 205 MHz £25 MHz IDU Receive 490 MHz 25 MHz Telemetry 500-800 kHz 300 kHz Reference Signal 10 MHz 1 ppr IFL Power Voltage Variation ODU Power = +48 Vdc +40 to +57Vde IFL Connector Termination 1 Termination 2 Type N male IFL Combiner obu Type BNC N male IFL Combiner DU ©8132 Tel-Link Point-To-Multi point, Rev.
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January 1999 3.0 Tools and Test Equipment Required Tables 3-1, 3-2 and 3-3 are the recommended list of tools and test equipment necessary for the installation of a P-COM Point-to-Multiple radio subsystem: NOTE: This is a Typical Installers tool Kit , on some installations additional tools may be necessary.
Pilcomayo January 1939 Table 3-2 ~ Tools a shipment {Installation DESCRIPTION QTY BRAND PART NO Binoculars 1 Bit Error Rate Test Set, (with correct UIM 1 interface module) Fire Bird Portable T1 Cable Cutter 1 Klein 63050 Circuit Tester 1 ideal 5-035 Compass Computer, Laptop {with LSM Software) 1 Crimp Tool (Riderless Connectors) 1 Crimp Tool, JR-x Connectors (JR-11; JR-45) 1 DE-soldering Tool 1 Ed syn AS196 Diagonal Cutters, Fish Cut 1 Permalloy S55K3 Flashlight 1 Mallory ARMLOAD-F Glasses, Safety 2 Eastern
R)com January 1989 Table 3-2 ~ Required Tools and Equipment (Installation) (Continued) DESCRIPTION QTY BRAND PART NO Soldering Iron, Solder 1 Weller SP Speed Square 1 Static Material Kit 1 Charles water 16430 Tape Measure 1 Tie Wraps 1 Wire Brush, Stiff 1 Wire Stripper, 10-18 AWG 1 Ideal 45-120 Wire Wrap Tool, 24 & 26 Gauge, Manual 1 Wire Wrap Tool, 24 & 26 Gauge, Power 1 Wrench, 8" Adjustable 1 Diam alloy 078 Wrench, SAE % % Set 1 Wrench, Socket Set (Deep) 1 Wrench, Torque Abs) 1 Table 3-3 — Required Tools
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January 1999 4.0 Site Preparation Prior to beginning physical installation of the Tel-Link Point to Multi point (PMP) equipment, the Site preparation work should be complete.
P)cam 4.2 IDU Installation Preparation Verify the location selected has the following characteristics: * Each site should be identified if the Indoor Unit (IDU) is to be rack mounted or placed on a tabletop. This information should be annotated in a completed Site Survey Checklist. s Verify the required rack or table is installed, secured to the floor, and ready to accept the IDU. + Sufficient space is provided for the installation of the Hub IF Combiner. 4.
January 1899 5.0 Equipment Receiving, Unpacking and Inspection 5.1 Introduction This procedure provides information for unpacking and inspecting the Tel-Link Point to Multi point equipment prior to physical installation. 5.2 Receiving and Unpacking the Equipment At a minimum, check for the following Step 1 Step 2 Step 3 Check the outside of the shipping crates for visible signs of damage. Crushed corners or tears in cardboard may indicate rough handling which may result in hidden damage to equipment.
p)com 5.3 Inspecting the Equipment Step 1 For each of the PMP subsystems received, verify the equipment received matches the shipping fist by Part Number and Serial Number, Report and discrepancies immediately using the field return procedure outlined in Section 13 of this manual. January 1999 The Tel-Link Point-to-Multi point (PMP) system may be ordered in different configurations, Table 3-3 shows the Part Nuremberg for all system parts.
s)com sanctuary 1090 Step 2 After unpacking the equipment, visually inspect the equipment for damage and ensure that: « All components mounted on the individual boards are secure. + The circuit boards are not cracked. * There are no loose leads. « The shelf unit has not been dented or damaged in any way. Step 3 Dispose of as much packing material as possible. P-COM suggests that the user retain at least one of each box with all packing materials.
January 1889 6.0 Sector Terminal Outdoor Unit Installation 6.1 Introduction This procedure provides instruction for installing a P-COM Tel-Link Point to Multi point Sector Terminal Antennae. 6.2 Tools Required For a listing tools required to install an antenna/mounting assembly, refer to the vendors manuals. 6.3 Materials Required« Intercommunicating assembly. This assembly typically includes all hardware needed to instant the antenna to the mount, and the mount to a pole. « Outdoor Unit (ODL) 6.
Step 5 Step 6 Step 7 Step 8 January 1893 Tx o 008080 , NS, © —B0.000, Antenna Alignment Port IF Interface Figure 6-1 Sector ODU & Base plate Install the antenna assembly with the ODU to the pole or antenna mount. Tighten the nuts sufficiently to prevent the mount from sliding. but allows movement in the azimuth direction. Prior ta securely tightening the bracket bolts, point the antenna to the desired azimuth angle as defined in the Configuration Document.
P)cam 7.0 Sector Terminal IDU & Hub IF Combiner Installation January 1998 7.1 Introduction This procedure provides instructions for installing the 10U and Hub IF Combiner chassis in a standard 19 inch common equipment rack or cabinet. A typical installation of Sector Id Us in 2 rack is shown in Figure 7-1. Prior planning of the rack layout of Diddums) should be considered, in particular where multiple Sector ID's will be installed.
January 1999 SELECTOR 1DU RS Ru SECTOR OU #3 7RY. SECTOR DUH BLANKNESS (BLOWER. IF RECURRED) Figure 7-1 — Sector IDU Rack 72 68132 Tel-Link Point-To-Multi point, Rev.
Pp)cam 7.2.3 Sector Terminal IDU Installation Procedure NOTE: P-COM highly recommends that a blower or fan be used with an enclosed rack containing three or more ID's. January 1989 Step 1 Install the IDU using screws in the eight mounting holes. NOTE: Ground alt chassis through the Earth Ground Lug located on the back of the chassis. Step 2 Ground the DU chassis by installing compression type lugs and connecting the lugs to the rack frame vertical channel by using 12 AWG (or larger) copper wire.
January 1999 7.3.3 Hub IF Combiner Installation Procedure Step 1 Step 2 Step 3 Step 4 Install the IDU using screws in the eight mounting holes. The IF Combiner(s) are typically mounted at the top of the equipment rack. Ground the IDU chassis by installing compression type lugs and connecting the lugs to the rack frame vertical channel by using 12 AWG (or larger) copper wire.
P)cam 8.0 Sector Terminal Wiring and Cabling Installation January 1999 8.1 Inter Facility Link (IFL) Combiner Cabling and Wiring The following shelf wiring is required for full system operations: » Power Supply Cable » |FL Coaxial Cable (IF Combiner to ODU) « RIFLE Coaxial Cable (Sector IDU to Hub IF Combiner) 8.1.1 AC Power Supply For AC operations, a standard ‘computer AC power cable rated for 10 Amp capacity is supplied with each IDU chassis. The AC receptacle is found on the rear of the IDU chassis.
R)com Figure 8-2 ~ AC Plug Loss-up The AC power to the Sector Terminal should be protected with a 3.0 Amp fuse or circuit breaker. DANGER! Before connecting the AC cord to the IDU, ensure that the power switch is turned off. Two cables are supplied for the Hub/Sector ID's configured for redundant operations. For redundant applications, the two cables should be routed to separate circuit breakers. 8.1.2 DGC Power Supply For DC operations, 12 AWG, 2-conductor cable is supplied.
January 1999 on #@re) Zs ote 1149 Ea C \ [mpm Tr 2 1 Stag 149 i] =e pie tan 94 [red rear, speed pone poh Ye wog EP) Fd ery rad -( ry A) ray PRS Pp)com Figure 8-3 — Sector Terminal IDU (DC Input) Rear View 83 68132 Tel-Link Point-To-Multi point, Rev, A
January 1999 Figure 8-4 — DC Plug Close-up The DC power to the Sector Terminal should be protected with a 5 Amp fuse. DANGER! Before connecting the DC cable to the IDU, ensure that the protection fuse is removed to prevent the application of power at this time. Twa sets of DC cables are required for redundant applications. These two cables should be routed to separate fuses. 8.1.
Pp)com 8.1.4 Network Interface Card (NIC) Interface Cable The interface to the 6xT1 Network Interface Card (NIC) is a 50-pin Amp Champ, female, connector. Access to this port is from the rear of the Remote Terminal IDU chassis. Figure 8-1 identifies the slot number of the boards when installed. The pin-outs of the connector on the 6xT1 NIC board are shown in Figure 8-5.
P)com 8.2 Hub IF Combiner Cabling and Wiring Installation The following shelf wiring is required for full system operations: January 1989 + Power Supply Cabling « Sector IDU IF Cables « Inter Facility Coaxial Cable (IDU to Hub IF Combiner) 8.2.1 AC Power Supply For AC operations, a standard computer AC power cable rated for 10 Amp capacity is supplied with each Hub IF Combiner chassis. The AC receptacle is found on the rear of the Hub IF Combiner chassis (refer to Figure 8-6). coco oT.
Accompany January 1998 E]=% 2a] Figure 8-7 — Hub IF Combiner Rear View DC Plug Close-up DANGER! Before connecting the DC cable to the IDU, ensure that the protection fuse is removed to prevent the application of power at this time. The DC power to the Sector Terminal should be protected with a 1.5 Amp fuse. 8.2.
January 1929 8.2.4 IFL Coaxial Cable Installation Procedure NOTE: Typically, for redundant applications, the top Antennae assembly is routed to the Hub IF Combiner assigned as “Link A” and the bot torn Antennae assembly is routed to the Hub IF Combiner assigned as “Link B.” Indoors Step 1 Connect the IFL cable to the Type-N female port of the Hub IF Combiner. Outdoors Step 2 Connect a 90° Type-N adapter to the ODU Type-N female port.
January 1999 9.0 Sector Terminal IDU Board Installation Warning! Precautions for anti-static protection should be taken whenever handling printed circuit boards. Circuit modules can be damaged by electrostatic discharge. Ensure that an approved anti-static wrist strap is connected between the wrist of the person and an electrical ground before handling any of the circuit modules.
January 1999 << Insert diagram of a printed circuit board identifying the motherboard connector and insertion tabs >> Figure 9-3 — Printed Circuit Board To insert a printed circuit board, vertically align the printed circuit board with the board slot of the chassis. The majority of the components on the printed circuit board should be facing towards the right of the chassis.
January 1939 << Insert diagram showing the printed circuit board being inserted into the chassis showing the tabs extended >> Figure 9-4 — Printed Circuit Board Insertion The two black tabs on the front edge of the board are to be held in an extended orientation. Slide the board into the chassis, along the guides, until the two high-density connectors are close fo mating.
January 1999 10.0 Sector Terminal Initial Power Application 10.1 DC Power Application Step 1 Step 2 Step 3 Step 4 Step 5 Remove the DC connector from the Sector IDU. Insert the appropriately sized fuse in the fuse holder assigned to the chassis. Two fuses may bs used for redundant configuration. Plug in the DC connector into the DC Power Port of the Sector IDU. Verify power is applied to the chassis by viewing the LED on the boards within the IDU chassis.
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p)cam 11.0 Initial Terminal Configuration and Testing January 1999 Proper functioning of this command and response exchange verifies that the ID's Local Site Manager (LSM) agent and other critical software components are present and operational. From the PC, the installer can use the Get and Set commands to communicate with the LSM agent in the IDU to set and interrogate the IDU configuration. Completion of the test will ensure configuration items are properly loaded. 11.
January 1999 Step 3 Connect the Local Site Manager (LSM) (laptop computer) to the LSM port on Controller #1 of the IDU. Connection is via a 10° cable with DB-9 connectors on each end. The LSM should be running the P-COM Wave View Lite software (Refer to Figure 11-1). Sector IDU 17T Wave View Lite clalelalzlalolslalolnlolele]c]e HEH EEE EEE © “EEE 8 AE |B|B | REE LSM wi Laptop Computer Step 4 Step 5 Step 6 Figure 11-1 -L.
Pp)com 11.2 Terminal (Local) Testing January 1989 11.2.1 71 Loop back Test Perform a “Remote Loop back” BER test on each T1 port. NOTE: For this test, a Bit Error Rate test set is substituted for the actual CPE. P-COM recommends the TTC Firebrand test set, model 4000 or 6000, with the data interface module. A self-loop test should be conducted on the test set prior to performing this procedure. A test is to be conducted for each of the T1 ports the IDU is configured with.
January 1999 Step 3 Allow the test to run for 20 minutes. Record results of each T1 port. Step 4 Upon completion of each test SET the Remote_Loopback register to Disabled. 11.2.2 Antenna Alignment Step 1 Enable the transmitter + Sector Terminal Set the sc_Commissioning_Complete register to “Yes” * Remote Terminal Set the sc_Commissioning_Complete register to “Yes” Step 2 Verify proper transmit level.
P)com 12.0 Technical Support January 1999 12.1 Warranty P-COM warrants Point-To-Multi point products to be free from defects in materials and workmanship for a period of twelve (12) months from the date of shipment from the factory. Extended warranty options are available. 12.2 Return Process The boards of the PMP product requiring service may be sent to P-COM Florida at any time whether the unit is under warranty or not. There is a charge for repairs after the twelve-month warranty period.
P)cam 12.3 Spares Ordering Information Spare parts may be ordered at any time. Please submit requests consisting of part description, part number and quantity to the following address: P-COM Florida Spares Ordering Department 1801 Penn Street Melbourne, Florida 32901 Spare parts pricing may be obtained by calling or faxing P-COM's Spares Ordering Department at: January 1999 Phone Number: (407) 674-3699 FAX Number: (407) 674-3799 12-2 68132 Tel-Link Point-To-Multipoint, Rev.
Protocol January 1999 12.4 Recommended Spare Parts The following table is a list of recommend spare parts: Table 12-1 — Recommended Spare Parts DESCRIPTION .
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Program sonar 98 APPENDIX A; PMP Installation Procedure Checklist 68132 Tel-Link Point-To-Midpoint, Rev.
Accompany January 1999 PMP INSTALLATION PROCEDURE CHECKLIST (To Be Completed For Each Site) Technicians Name: INTRODUCTION This Installation Procedure Checklist is provided to ensure the correct procedures for installing P-COM PMP equipment are followed. The Checklist is to be completed for each site installed and the installer is to check-off each box upon completion of each step. Upon installation completion, the installer will sign and date the Checklist.
P)cam January 1999 PMP INSTALLATION | PROCEDURE CHECKLIST : ] OUTDOOR UNIT Tod U) INSTALLATION SEQUENCE ANTENNAE INSTALLATION PREPARATION Verify pole the Antennae assembly is to be mounted on has been installed in the designated location identified in the Site Survey Form Verify the pole has been securely mounted and that a 10-12 AWG copper wire connects the pole to earth ground Perform a continuity test between the pole and earth ground.
R)cam January 1999 [ Site Name: PMP INSTALLATION PROCEDURE CHECKLIST DOOR UNIT (DU) INSTALLATION SEQUENCE i {DU INSTALLATION PREPARATION: Each site should be identified if the Indoor Unit (IDU) should be rack mounted or placed on a tabletop. This information is found in the P-COM Site Survey Form.
January 1989 [PMP INSTALLATION PROCEDURE. CHECKLIST [HUB IF COMBINER INSTALLATION: The Hub IF Combiner should be installed at least 1 rack uni above each Sector bank of DUS to prevent air flow restriction 0 Properly install the Hub IF Combiner in accordance with the P-COM Installation and Operation Manual Site Name: HUB IF COMBINER INTERCONNECT: [7] For a Sector with one or more Id Us, connect IDU #1-IF Port #1 to Hub IF Combiner #1 Port #1. Connector IDU #1-IF Port #2 to Hub IF Combiner #2-Port #1.
January 1999 PMP INSTALLATION PROCEDURE CHECKLIST Site Name: TERMINAL: Apply power to the Remote IDU Terminal. Allow the terminal to warm up for five minutes Verify each card has completed its self-test process and the LED on the front of each care are in an operational Green condition. Interpretation of LED conditions may be found in Table 4-1, Board LED Indications of the P-COM Installation and Operations Manual.
Pp)cam January 1588 PMP INSTALLATION PROCEDURE CHECKLIST INTRODUCTION This Installation Procedure Checklist is provided to ensure the correct procedures for installing POM PMP equipment are followed. The Checklist is to be completed for each site installed and the installer is to check-off each box upon completion of each step. Upon installation completion, the installer will sign and date the Checklist.
P)com January 1839 PMP INSTALLATION PROCEDURE CHECKLIST Site Name: _ OUTDOOR UNIT (ODU) INSTALLATION SEQUENCE | ANTENNAE INSTALLATION PREPARATION dO Verify pole the Antennae assembly is to be mounted on has been installed in the designated location identified in the Site Survey Form O Verify the pole has been securely mounted and that a 10-12 AWG copper wire connects the pole to earth ground ae Perform a continuity test between the pole and earth ground.
r)com January 1999 DOOR UNIT (IDU) INSTALLATION SEQUENCE IDU INSTALLATION PREPARATION: Each site should be identified if the Indoor Unit (IDU) should be rack mounted or placed an a tabletop. This information is found in the P-COM Site Survey Form.
January 1393 PMP INSTALLATION PROCEDURE CHECKLIST The Hub IF Combiner should be installed at least 1 HUB IF COMBINER INSTALLATION: rack unit above each Sector bank of Id Us to prevent air flow restriction [J Property instate the Hub IF Combiner in accordance with the P-COM installation and Operation Manual HUB IF COMBINER INTERCONNECT: For a Sector with one or more dusts, connect IDU #1-IF Part #1 to Hub IF Combiner #1 Port #1. Connector (DU #1-IF Port #2 to Hub IF Combiner #2-Port #1.
Accompany January 1998 PMP INSTALLATION PROCEDURE CHECKLIST Site Name: REMOTE TERMINAL: Apply power to the Remote IDU Terminal. Allow the terminal to warm up for five minutes Verify each card has completed its self-test process and the LED on the front of each care are in an operational Green condition. Interpretation of LED conditions may be found in Table 4-1, Board LED indications of the P-COM Installation and Operations Manual.
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camera APPENDIX B: Site Survey Checklist January 1999 68132 Tel-Link Point-To-Multi point, Rev.
Compo January 1999 | ENGINEER: SITE SURVEY CHECKLIST _(To Be Completed For Each Site} DATE: CUSTOMER: ADDRESS: CONTACT NAMES(S): TELEPHONE NUMBERS: SITE CHARACTERISTIC: 3 establish viability of path selected.
January 1983 SITE SURVEY CHECKLIST CUSTOMER: DATE: SITE NAME: OUTDOOR EQUIPMENT Roof Access (Describe): Site Access Ra of Access Dewar Ladder ride Permit Required Access Kay Required Roof Penetration Wall Penetration Special Teals Required O-site Escort Required If Yes, What Special Tools: if Yes, Who Is Needed As The Escort: Sketch/Photos Of Equipment And Site (on pages § and 6) ~ Include Site Layout (Topographical Map And Building Blueprints If Available), Location Of Antennae, And Briefly Explain How The
Phenom January 1899 | CUSTOMER: SITE NAME: INTER FACILITY POWER AVAILABILITY Available Power (Voltage and Current) NOTE: Do not mount radio equipment in the proximity of machinery that can either generate large electromagnetic fields or large voltage spikes as they cycle on/off (i.e. air conditioners, elevator motors, etc.).
January 1939 SITE SURVEY CHECKLIST DATE: CUSTOMER: SITE NAME: INDOOR EQUIPMENT of Terminating Equipment Will Be Used {Customer Premise Equipment} What Ts Check Site For: ACID Power Provided Battery Back-up Required Phone Jack Available Fuse Panel Available Is Equipment Redundant Number of ID's Required: A Requirement? Rack Mounted P-COM Tabletop Mounted Customer DU Mounting: Rack/Table Supplied By: Yes Rack or Table Ordered? Limitations on Rack or Table Floor Space: Temperatura/Humidity Controlled Room Air
P)com January 1999 SITE SURVEY CHECKLIST CUSTOMER: DATE: SITE NAME: SKETCH OF EQUIPMENT AND SITE Page 50f6 B-§ 68132 Tel-Link Point-To-Multi point, Rav.
R)Com January 199g SITE SURVEY CHECKLIST CUSTOMER: DATE: SITE NAME: SKETCH OF EQUIPMENT AND SITE 68132 Tel-Link Point-To-Multi point, Rev.
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Camper Glossary AAU AGC AlS AMI ALMS SIC Brazos Base Station BER BNC BPV CAS ccs CHAMP LAV CPE CRC CSA BPS DFM DLL Down Link DESKTOP psp EIA EIRE EMC DEPLOY ESF TSETSE Fcc January 1999 Antenna Alignment Unit Automatic Gain Control Alarm Indicator Status Alternate Mark Inversion Above Mean Sea Level Application Specific Integrated Circuit Bipolar with Eight Zero Substitution The center of a cell where Sector Terminal(s) are installed.
P)com MADMAN FEC GAFF FSK FWA HDD Dy IFL DISDAIN LCD LED LIV CALMS LIDS LNA LOS LSM MC MCF MiB NCO Nic NMA NMS oou OTA PA PA PCB PD PMP POST January 1999 Frequency Decision Multiple Access Forward Error Correction Field Programmable Gate Array Field Shift Keyed Fixed Wireless Access High Density Bipolar Order 3 Indoor Unit Intermediate Frequency Inter facility Link Local Area Network Liquid Crystal Display Light Emitting Diode Line Interface unit Local Multi-Point Communications Services Local Multi-Paint D
Remote IDU Remote ODU Remote Terminal RF RMA ROC ROM RSI RU RX SAW SCC Sector Sector IDU Sector ODU Sector Terminal SF SNIP SPI TAC TOMS Tel-Link ™ January 1999 Public Switched Network Public Switched Network Public Telephone Network Quadrature Amplitude Modulation Quadrature Phase Shift Keyed Random Access Memory Redundancy Control Switch Remote Terminal Indoor Unit chassis located at the remote location Remote Terminal Outdoor Unit located at the remote location, connected to a directional antenna pointed
R)com um UL Up link VOM WLL January 1399 User Interface Module The RF Communications path from the Remote Terminals to the Base Station Volt-Ohm-Meter Wireless Local Loop G4 68132 Tel-Link Point-To-Multi point, Rev.
r)com sanitary 1090 Reader Comment Form We welcome your comments and suggestions for improving our manuals. Please record your suggestions below and FAX the completed form with your comments to (407) 728-9896. NOTE This form is for documentation comments only. Problems with hardware or software should be reported separately to the Technical Assistance Center at 1-877-674-3600. 1. Did you find any omissions or inaccuracies in the manual? If $0, please specify the page and the problem.
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