User Manual

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ADCP-75-179 • Preliminary Issue A • September 2004 • Section 2: Description

Page 2-12

Table 2-2. Typical Spectrum Transport Module User Interface

REF

USER INTERFACE

DESIGNATION

DEVICE

FUNCTIONAL

DESCRIPTION

1FWD

(PORT 1)

SC connector

(single-mode)

Input connection point for the forward path opti-

cal fiber.

2REV

(PORT 2)

SC connector

(single-mode)

Output connection point for the reverse path pri-

mary optical fiber.

3 I/0 On/Off rocker

switch

Provides AC power on/off control.

4 No designation 3-wire AC power

cord connector

Connection point for the AC power cord.

5 No designation 2- wire DC power

cord connector

Connection point for the back-up battery power

cord.

6 AUXILIARY DB-9 connector

(female)

Connection point for the RS-232 auxiliary com-

munications interface cable.

7 SERVICE DB-9 connector

(female)

Connection point for the RS-232 service inter-

face cable.

8 AC POWER Multi-colored LED

(green/red)

Indicates if the STM is powered by the AC power

source (green) or the back-up battery system

(red). See Note.

9 STANDBY Multi-colored LED

(green/yellow/red)

Indicates if the system is in the Normal state (off)

Standby state (blinking green), Test state (blink-

ing red), or Program Load state (blinking yel-

low). See Note.

10 HOST UNIT Multi-colored LED

(green/yellow/red)

Indicates if no alarms (green), a minor alarm

(yellow), or a major alarm (red) is reported by the

HU. See Note.

11 STM Multi-colored LED

(green/yellow/red)

Indicates if the STM is normal (green) or faulty

(red). See Note.

12 PA Multi-colored LED

(green/yellow/red)

Indicates if the power amplifier is normal

(green), over temperature (yellow), has a fan fail-

ure (yellow), is turned off (red), or faulty (red).

See Note.

13 VSWR Multi-colored LED

(green/yellow/red)

Indicates if the forward path VSWR is above

(red) or below (green) the fault threshold.

14 FWD/REV

(PORT 1/PORT 2)

Multi-colored LED

(green/red)

Indicates if the forward path optical signal from

the HU are normal (green), if no signal is

detected (red), or errors are detected (red). See

Note.

15 ALARM IN MINOR

ALARM IN MAJOR

Screw-type terminal

connector (14–26

AWG)

Connection point for two external alarm inputs.

The door-open switch lead wires are typically

connected to the major alarm terminals.

16 ANTENNA N-type female RF

coaxial connector

Connection point for the antenna.

Note: A more detailed description of LED operation is provided in Section 4.

Summary of content (33 pages)

PAGE 1
ADCP-75-179 • Preliminary Issue A • September 2004 • Section 2: Description Table 2-2. Typical Spectrum Transport Module User Interface REF NO USER INTERFACE DESIGNATION DEVICE FUNCTIONAL DESCRIPTION 1 FWD (PORT 1) SC connector (single-mode) Input connection point for the forward path optical fiber. 2 REV (PORT 2) SC connector (single-mode) Output connection point for the reverse path primary optical fiber. 3 I/0 On/Off rocker switch Provides AC power on/off control.
PAGE 2
ADCP-75-179 • Preliminary Issue A • September 2004 • Section 2: Description 4 35 WATT LINEAR POWER AMPLIFIER The 35 Watt Linear Power Amplifier (LPA), shown in Figure 2-5, works in conjunction with the STM to amplify the forward path RF signal. The STM is interfaced with the LPA through the Dsub connectors and wiring harness located at the rear of the RU outdoor cabinet or indoor mounting shelf.
PAGE 3
ADCP-75-179 • Preliminary Issue A • September 2004 • Section 2: Description 4.2 Mounting The 35 Watt LPA mounts within the RU outdoor cabinets and the indoor mounting shelf. Runners on the top and bottom of the LPA mesh with tracks within the cabinet or mounting shelf. The runners and tracks guide the LPA into the installed position. The electrical interface between the STM and LPA is supported by a D-sub female connector located on the rear side of the LPA.
PAGE 4
ADCP-75-179 • Preliminary Issue A • September 2004 • Section 2: Description (1) RESET SWITCH (3) FAIL LED (4) SHUTDOWN LED (2) RF ON/OFF SWITCH (5) DIGITAL DISPLAY 19730-B Figure 2-6. Linear Power Amplifier User Interface (Typical) Table 2-3.
PAGE 5
ADCP-75-179 • Preliminary Issue A • September 2004 • Section 2: Description 5 REMOTE UNIT MOUNTING SHELF This section provides a brief description of the remote unit indoor mounting shelf. For complete information, refer to the Installation and Maintenance Manual for the mounting shelf. 5.
PAGE 6
ADCP-75-179 • Preliminary Issue A • September 2004 • Section 2: Description The AC power, fiber optic, and antenna cables route to the front of the indoor mounting shelf for connection to the STM front panel. A lightning protector kit (accessory) is available separately if lightning protection is required. A grounding lug is provided on the side of the mounting shelf for connecting a grounding wire.
PAGE 7
ADCP-75-179 • Preliminary Issue A • September 2004 • Section 2: Description The slim-style cabinet is weather-tight, but contact with salt-air mist should be avoided as it may degrade the Mean Time Between Failure (MTBF) of the product. Drain hole openings in the bottom of the cabinet allow any moisture that does enter the cabinet to drain out. The cabinet door may be padlocked to prevent unauthorized entry.
PAGE 8
ADCP-75-179 • Preliminary Issue A • September 2004 • Section 2: Description On an optional basis, the cabinet is available either with or without a battery compartment. The battery compartment version provides a mounting tray for a back-up battery. The slim-style cabinet is designed for use in an outdoor environment but may be mounted indoors if required. Opening the hinged door provides full access to the interior of the enclosure to facilitate module and cable installation.
PAGE 9
ADCP-75-179 • Preliminary Issue A • September 2004 • Section 2: Description (15) CIRCUIT BREAKER RESET SWITCH (9) FIBER SLACK SPOOLS BOTTOM VIEW OF CABINET 19296-B (10) FIBER CABLE CONNECTOR (11) PRIMARY LIGHTNING PROTECTOR CONNECTOR (14) 3/4-INCH NPT THREADED HOLE (13) GROUNDING LUG (12) DIVERSITY LIGHTNING PROTECTOR CONNECTOR (ACCESSORY) Figure 2-11. Slim-Style Single-STM Cabinet User Interface - Bottom Front View 6.
PAGE 10
ADCP-75-179 • Preliminary Issue A • September 2004 • Section 2: Description 20.7 IN. (526 MM) 40.4 INCHES (1026 MM) WITH BATTERY 31 INCHES (787 MM) W/O BATTERY 19573-A 18.8 IN (478 MM) Figure 2-12. Slim-Style Dual-STM Cabinet On an optional basis, the cabinet is available either with or without a battery compartment. The battery compartment version provides a mounting tray for a back-up battery.
PAGE 11
ADCP-75-179 • Preliminary Issue A • September 2004 • Section 2: Description (4) BATTERY TRAYS (5) WDM/CWDM MOUNTING SLOTS (6) CWDM POWER CORD (7) DOOR SWITCH (3) STM MOUNTING SLOTS (8) AC POWER CORDS (2) LPA MOUNTING SLOTS 19424-B (1) AIR INLET FILTER Figure 2-13. Slim-Style Dual-STM User Interface - Top Front View Page 2-22 © 2004, ADC Telecommunications, Inc.
PAGE 12
ADCP-75-179 • Preliminary Issue A • September 2004 • Section 2: Description (9) FIBER SLACK SPOOLS (15) CIRCUIT BREAKER RESET SWITCH 19425-B (10) FIBER CABLE CONNECTOR BOTTOM VIEW OF CABINET (11) PRIMARY LIGHTNING PROTECTOR CONNECTORS (13) 3/4-INCH NPT THREADED HOLE (14) GROUNDING LUG (12) DIVERSITY LIGHTNING PROTECTOR CONNECTORS (OPTION) Figure 2-14.
PAGE 13
ADCP-75-179 • Preliminary Issue A • September 2004 • Section 2: Description of the heating element and a circuit breaker provides overcurrent protection. The back-up battery kit includes a wiring harness for connecting the battery to the STM. During normal operation, the STM provides charging current to maintain the battery charge level. During an AC power outage, the battery provides DC power to the STM to maintain system operation.
PAGE 14
ADCP-75-179 • Preliminary Issue A • September 2004 • Section 2: Description 17013-A Figure 2-17. WDM Remote Module Each WDM module consists of either one (remote module) or two (host module) bi-directional wavelength division multiplexers mounted within a powder-paint coated sheet metal enclosure. An SC-type optical connector port is provided for connecting the forward/reverse path optical fiber to the WDM module.
PAGE 15
ADCP-75-179 • Preliminary Issue A • September 2004 • Section 2: Description 18647-A Figure 2-19. CWDM Host Module and Host Module Mounting Shelf 8 DIGIVANCE ELEMENT MANAGEMENT SYSTEM The Digivance Element Management System (EMS) is a software-based network management tool that provides control and monitoring functions for the Digivance system.
PAGE 16
ADCP-75-179 • Preliminary Issue A • September 2004 • Section 2: Description EMS CD-ROM: The EMS software, the Java 2 Version 1.3.1 Runtime Environment software, and the Control and FPGA software (HU and RU firmware files) are loaded on the EMS CDROM. The EMS software provides local monitor and control functions through a Graphical User Interface (GUI) and remote monitor and control functions through the NOC/NEM interface.
PAGE 17
ADCP-75-179 • Preliminary Issue A • September 2004 • Section 2: Description 8.2 Software Installation Software installation consists of inserting each software CD-ROM into the computer’s CDROM drive and then running the software install programs. This places the EMS, Java 2 Runtime Environment, and SNMP Proxy Agent software files in assigned folders on the computer’s hard drive. Software installation instructions are provided in the Digivance Element Management System User Manual (ADCP-75-151). 8.
PAGE 18
ADCP-75-179 • Preliminary Issue A • September 2004 • Section 2: Description 8.5 Digivance EMS User Interfaces The Digivance EMS provides three user interfaces: the EMS Graphical User Interface (GUI), the Network Operation Center–Network Element Manager (NOC/NEM) interface, and the SNMP GUI interface. The EMS GUI, the NOC interface, and the SNMP GUI provide the same basic functions. However, the NOC interface and the SNMP GUI cannot be used to download new system software to the Digivance system.
PAGE 19
ADCP-75-179 • Preliminary Issue A • September 2004 • Section 2: Description Figure 2-22. NOC/NEM Interface Typical Commands The SNMP interface is a GUI that is used for remote control and monitoring operations (except software download and site number assignment). The SNMP interface uses a Management Information Base (MIB) to define a list of identifiers that are supported by the SNMP agent. The SNMP manager communicates with the SNMP agent over a LAN.
PAGE 20
ADCP-75-179 • Preliminary Issue A • September 2004 • Section 2: Description 9 SPECIFICATIONS Refer to Table 2-4 for the Digivance SMR LRCS system nominal specifications. All specifications apply after a five minute warm-up period. Table 2-4.
PAGE 21
ADCP-75-179 • Preliminary Issue A • September 2004 • Section 2: Description Table 2-4. 800/900 MHz SMR System Nominal Specifications, continued PARAMETER SPECIFICATION Gain variation ± 3 dB over temp and unit-tounit Propagation delay 6 µs Configurable propagation delay Range Step size Up to 63 µs 0.
PAGE 22
ADCP-75-179 • Preliminary Issue A • September 2004 • Section 2: Description Table 2-4. 800/900 MHz SMR System Nominal Specifications, continued PARAMETER SPECIFICATION Spurious (in-band self generated) –110 dBm referred to input Intermodulation –62 dBc System noise figure 8 dB at mid-band Configurable RF output Range Step size 31 dB 1 ± 0.
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ADCP-75-179 • Preliminary Issue A • September 2004 • Section 2: Description Blank Page 2-34 © 2004, ADC Telecommunications, Inc.
PAGE 24
ADCP-75-179 • Preliminary Issue A • September 2004 • Section 3: Operation SECTION 3: OPERATION Content 1 2 Page BEFORE STARTING OPERATION . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .3-1 1.1 Tools and Materials . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .3-1 1.2 Readiness Check . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
PAGE 25
ADCP-75-179 • Preliminary Issue A • September 2004 • Section 3: Operation 1.2 Readiness Check Before starting the turn-up process, inspect the complete Digivance system to verify that all components of the system are ready to be powered-up. This will ensure that no units of the system will be damaged during turn-up and that all existing systems will continue to function properly. 1.2.1 Host Unit Installation Checks Complete the following checks at the HU prior to starting the turn-up process: 1.
PAGE 26
ADCP-75-179 • Preliminary Issue A • September 2004 • Section 3: Operation 2.1 Turn-Up Procedure Each Digivance system must be turned-up separately before being networked together with multiple systems through the CAN interface. Use the following procedure to turn-up each Digivance system: 1. Temporarily disconnect the external alarm system or notify the alarm system provider that testing is in progress. 2.
PAGE 27
ADCP-75-179 • Preliminary Issue A • September 2004 • Section 3: Operation 8. Start up the EMS Version 3.01 software program. The EMS main window will open as shown in Figure 3-1. Note: The EMS software should be installed on a PC-type computer and the PC’s COMM port should be configured to interface with the HU. For information about installing the EMS software and configuring the PC’s COMM port, refer to the Digivance Element Management System Version 3.01 User Manual (ADCP-75-151).
PAGE 28
ADCP-75-179 • Preliminary Issue A • September 2004 • Section 3: Operation 10. New Control program software and FPGA program software will be provided separately on a “as needed” basis. If new Control and FPGA software is not provided with the system, skip this step and proceed to step 11. If new Control and FPGA software is provided, check the version numbers of the new software against the version numbers of the software loaded on the Host and Remote Units.
PAGE 29
ADCP-75-179 • Preliminary Issue A • September 2004 • Section 3: Operation 23. Enter the Host Rev Att (Reverse Attenuation) values. This sets the reverse output RF signal levels at the two host unit RF OUT ports (806–824 REVERSE and 896–901 REVERSE). By default each value is set to 31 dB. Refer to Section 2.8 for details. 24. If a delay adjustment is required, enter the Host Fwd Delay and Host Rev Delay values. By default, the delay values are set to 0. Refer to Section 2.9 for details. 25.
PAGE 30
ADCP-75-179 • Preliminary Issue A • September 2004 • Section 3: Operation 2. Within the HOST display, locate the Control Program File field. 3. Click on the Select button (see Figure 3-3). The Select Control Program File window will open as shown in Figure 3-4. Browse until the folder where the Control Program files are located is selected and the software files are displayed in the window. Select the first Control program file and then click on the OK button. Figure 3-4.
PAGE 31
ADCP-75-179 • Preliminary Issue A • September 2004 • Section 3: Operation 2.3 Determine Forward Path Input Signal Level The level of the composite RF input signals received at the host unit 851–869 FORWARD RF IN and 935–940 FORWARD RF IN ports will vary depending on the EBTS, the cable loss, the number of channels present, and the required forward path composite power.
PAGE 32
ADCP-75-179 • Preliminary Issue A • September 2004 • Section 3: Operation ENHANCED BASE TRANSCEIVER STATION 806-824 RECEIVER 896-901 RECEIVER 851-869 TRANSMITTER 935-940 TRANSMITTER EXTERNAL ATTENUATORS REVERSE PATH OUTPUT SIGNAL LEVEL AS SET BY HOST REVERSE PATH ATTENUATORS 0 to 31 dB ATTENUATORS (HOST FWD ATT) 0 to 31 dB ATTENUATORS (HOST REV ATT) HOST UNIT RF, OPTICS, AND CONTROL FORWARD PATH INPUT SIGNAL LEVEL AT HOST UNIT (-25 dBm TYPICAL COMPOSITE FOR FULL POWER) FORWARD PATH SIGNAL LEVEL
PAGE 33
ADCP-75-179 • Preliminary Issue A • September 2004 • Section 3: Operation 9. Install the external attenuator in the coaxial cable that is connected to the 851–869 FORWARD RF IN port at the HU. Caution: The Host Unit can be damaged if it is overdriven by the EBTS. Always install an external protective attenuator at the Host Unit FWD RF IN port if the forward path composite input signal level is greater than –12 dBm. 10. Repeat steps 1–8 for the 935–940 forward path output port at the EBTS.