OI-506300 SUBSYSTEM DESCRIPTION Table 3-3 TRP Composition (ejw FAN Type} Equipment Unit Name. TX Power Freq.
SUBSYSTEM DESCRIPTION OI-506300 Table 3-3 TRP Composition (e/w FAN Type) Equipment x nc Freq. Name Unit Name Power Freq.
OI-806300 = SUBSYSTEM DESCRIPTION DC-DC CON) PS) (SYNTH) #9) he HOOT TR UNIT Crewmen @ View CAUTION or own Hopis minutiae (BOOSTER cab? AMP} © > [PARTERRE] (RF OKT) ee (CONT) View B-6 INSIDE OF THE TRP Fig.
SUBSYSTEM DESCRIPTION OI-506300 Table 3-3 TRP Composition {w/o FAN Type) Equipment " sus .
ROIL-S06300 SUBSYSTEM DESCRIPTION Table 3-3 TRP Composition {w/o FAN Type) Equipment Unit Name an Freq. Domain os, . HIGHWAY A L 48V HI0028 B L 11002 C L HI002D D L TR UNIT H1002E A u IGF B H H1902G © H HI002H n H H23268 BOARD — — Unit Name ND System HI1005A.
SUBSYSTEM DESCRIPTION OI-508300 2 {IF CKT) 1 (RF CKT} 6124 GHz View B PS FS INSIDE OF TRP INSIDE OF TRP 5.8/6 GHz TRP (N-Type Feeder interface) 6124 GHz TRP Feeder Interface) n Lite INSIDE OF QDU GHz TRP Feeder interlace) Note: Do not open the cover of the TRP usually. The Silica Gel Pack must be replaced and the air leakage test operation must be performed using the air leakage tester (NEC bade, sold separately} when the cover is opened price. Fig. 3-8 TRP Component Unit Arrangement (Split Type) 3.
SUBSYSTEM DESCRIPTION 3.4 Functional Operation The block diagram of the TRP is shown in Fig. 3-7. Functional operations of the TRP are described separately for the transmitter section and receiver section, 3.4.1 Transmitter Section The alarm/control signal and DC ‘component which compose: the IF signal are applied from the MDP to the JFL jack. They are separated through the multiplexer (MPX) serenity in the RF CKT. The separated alarm/control signals are applied to the CONT module.
R OI-806301-083F March, 2008 CONTENTS GHz 15/28/50 MB PDH DIGITAL MICROWAVE RADIO SYSTEM Nitrite L (PDH SYSTEM) SECTION II OPERATION CONTENTS 341 TITLE PAGE GENERAL 421 INTERFACE TERMINALS AND JACKS sonorousness 2.4 CONTROLS, INDICATORS AND TEST JACKS 3-1 MDP 3.9 TRE 35 EQUIPMENT START-UP AND SHUT-Downstream 4.1 Start-up Ju Shut-down 4u2 SETTING, CONTROL AND MONITORING WITH LC resonator 5.f General 5.4 LCT Menu 5.3 LCT 5 LCT System Configuration Setting 5.
ROISTERER GENERAL 1. GENERAL This section provides operating instructions for the GHz 15/28/50 MB N Lite L digital microwave radio system, This part describes the interface terminals and jacks, controls, indicators, Jacks, equipment start-up, arid equipment shut-down. Use of the LCT is required for local operation, control, monitoring and setup; ‘This manual is described for the tinware version of as follows, SW UNIT: 2.44 MD UNIT: 1.
ROL-S06301 INTERFACE TERMINALS AND JACKS 2. INTERFACE TERMINALS AND JACKS The MDP has interface terminals and jacks to interconnect data signals, alarm, IF signals and line power with the associated equipment. These interface terminals and jacks arg located on front of the equipment as shown in Fig. 2-1 and Fig. 2-2. The details of terminals and jacks for signal interface are described in Table 2-1.
ROL-S06301 INTERFACE TERMINALS AND JACKS 2. INTERFACE TERMINALS AND JACKS The MDP has interface terminals and jacks to interconnect data signals, alarm, IF signals and line power with the associated equipment. These interface terminals and jacks arg located on front of the equipment as shown in Fig. 2-1 and Fig. 2-2. The details of terminals and jacks for signal interface are described in Table 2-1.
R OI-S06301 INTERFACE TERMINALS AND JACKS N PRINTOUT TRAFFIC JOUSTING ont fo Giz CHS to CHAINSAWS Outfit | | PMT rE / Snout No.1 CH (Optional TRAFFIC OUT" Bela AE v THA IEE EET == dy sco seabed Fla a. ie TRE = = mm] Ses IN 1 fo Puma te Oo NE1NE2 ViT LAN, MALRAUX OUT! POMS SC INPUT CLUSTER MALRAUX IN {From TRP} MD P-50MB6T-2D For 28 x DS1 System e/w LAN System LAN in Out WS IN/OUT. FIN OUT © PENMAN ere TRAFFIC IN {Optional No.
INTERFACE TERMINALS AND JACKS R OI-S06301 To SD RX {Rear View) MAIN SADR* ELIXIR asa RE SW CTR DC IN (No.1) IFL (No.2) DCN (No.2) CLUSTER MALRAUX IN (To MDP} CLUSTER MALRAUX IN (Utes Interface} Notes: 1.The TX/RX port orientation can be changed (see Section 11). IFL Wavering Range is not provided in HS/HS system. ) All Indoor, 2 x TRP e/w FAN Type Fig.
OI-506301 INTERFACE TERMINALS AND JACKS SYS 1 8YS2 SD RX" MAIN TX/RX SORX™ MAIN TX BORER ja ON rem fs FL (Kot) / RFSWCTRL DC IN (No.2) DC IN (No.1) FL (No.1) RF SW CTR FL (No.2) DC IN (No.2) CLUSTER MALRAUX IN CLUSTER MALRAUX IN, (No.1) (To MDP) {To MDP} FL (No.1) (No.1) CLUSTER MALRAUX IN CLUSTER MALRAUX IN (User Interface) {User interface} Notes: 1. SD RX Wavering Flange is not provided in HS/HS system. 2. The ELIXIR part orientation can be changed {sec Section LJ).
INTERFACE TERMINALS AND JACKS OR-506301 fo ° _— SELL SELL o*4p 5 IF JOUSTING INPUT SEL V: FG IF INF OUT MAIN EXURB SADR* ED RX {Only for Space Diversity System) View A Note: Position of the TX/RX port varies depending on the wave guide orientation. Fig.
OI-506301 INTERFACE TERMINALS AND JACKS CIE JOUSTING {N-type Interface) (REAR VIEW) RF IN/OUT RF IN/OUT (WIG Interface) (Athenian Mounting Type Interface) (REAR VIEW) (REAR VIEW) GHz BAND TRP Fig.
INTERFACE TERMINALS AND JACKS OI-506301 iF JOUSTING RX REV MON RF INGOT (FRONT VIEW) (REAR VIEW) GHz BAND TRP Fig.
R OI-S06301 INTERFACE TERMINALS AND JACKS Table 2-1 Interface Terminals and Jacks on the MDP (1/13) Terminal Description TRAFFIC IN/OUT CHI-8 DS1 data input/output from/to DTE (1.
INTERFACE TERMINALS AND JACKS R OI-S06301 Table 241 Interface Terminals and Jacks on the MDP (2/13) Terminal Description TRAFFIC PRINTOUT CH-16 DSi data input/output from/to DTE {15M INTACT) {for system only) {D-sub Connector, 37 Pins) Pins [ (Hand 2{-) CHI data input Pins 3 and 4 CHS data input Pins 6 and 7 CH data input Pins § and 9 CHI data input Pins 11 and 12 CHICHI data input Pins 13 and 14 CHI data input Pins 16 and 17 CHI data input Pins 18 and 19 CH data input Pins 20 and 21 CH data output Pins 22
OI-506301 INTERFACE TERMINALS AND JACKS Table 2-1 Interface Terminals and Jacks on the MDP (3/13) Terminal Description CHI 7-CH24 DS1 data input/output from/to DTE (LSM INTACT) {CHIT to CH) (for system only) (D-sub Connector, 37 Ping} Pins I and 2 CH data put Pins 3 (Hand 4 CH data input Pins 6 and 7 CH data input Pins 8 and 9 CH data input Pins {1 and 12) CH data input Pins 13 and 14 CHI data input Pins 16 and 17 CHS dale input Pins 18 and 19 CH data input Pins 20 (Hand 21 CH data output Pins 22 and 23 CH
INTERFACE TERMINALS AND JACKS Table 2-1 Interface Terminals and Jacks on the MDP (4/13) OI-806301 Terminal Description Pin 13 CH25-CH28 {1.
R OI-S06301 INTERFACE TERMINALS AND JACKS Table 241 Interface Terminals and Jacks on the MDP (5/13) Terminal Description LAN PORT, 2 (Optional) LAN outputting (R145, 8 Pins) Pin | TXDHRXD+ Pin 2 Pin 3 RXDHTXD+ Pin NC Pin 5 N.
INTERFACE TERMINALS AND JACKS OI-506301 Table 2-1 Interface Terminals and Jacks on the MDP (6/13) Terminal Description Pins 9 22 {Ground} {e/w FAN Type only} Pins 10 23 (Ground) (e/w FAN Type only) Pins 11 24 Pins 12 25 Pin 13(G) ALM OUT {D-sub Connector, 37 Pins) Pins 18 (COM), 36 (NC) and 37 (NO) —RLI Pins 35 (COM), 16 (NC) and 17 (NO) — RL2 Pins 15 (COM), 33 (NC) and 34 (NO) — RL3 Pins 13 (COM), 31 (NC) and 32 (NO) — RL4 FAN ALM 21 alarm input (TR UNIT No.
OI-806301 INTERFACE TERMINALS AND JACKS Table 2-1 Interface Terminals and Jacks on the MDP (7/13) Terminal Description Pins 30 (COM), 11 (NC) and 12 (NO) — RLS Pins 10 (COM, 28 (NC) and 28 (NO) RL Pins § (COM), 26 (NC) and 27 (NO) — RL7 Pins 25 (COM), 6 (NC) and — RLS *5 Pins § (COM), 23 (NC) and 24 (NO) — RL *5 Pins 3 (COM), 21 (NC) and 22 (NO) BERLIN *5 Pins 20 (COM), 1 (NC) and 2 (NO) — MARLIN *5 Pins 4, 9, 14 and 19 MDP alarm 1/MDP alarm 2 output *2 or equipment alarm output Between Between Pins and 11
INTERFACE TERMINALS AND JACKS R OI-S06301 Table 241 Interface Terminals and Jacks on the MDP (8/13) Terminal Description PENMAN Gasoline network management terminal (PENMAN) data input/ (Modular Connector} output (RS-232C) Pin { PENMAN DCD Pin PENMAN TXD Ind PENMAN RXD Ind PENMAN DSR Pin 3 Ground Pin 6 PENMAN DTR Pin 7 PENMAN CTS Pin & PENMAN RTS wr Local craft terminal (LCT) data input/output (RS-232C) {Modular Connector) Pin LCT TXD Pin 3 LCT RXD Pins Ground Pin 7 LCT CTS Pin 8 LCT RTS EOW] Engineering or
R OI-S06301 INTERFACE TERMINALS AND JACKS Table 241 Interface Terminals and Jacks on the MDP (9/13) Terminal Description MEOW BOWWOW signal interdenominational for branching connection (Modular Connector) between DPs (VF and CALL signal) Pin 1 EXT MEOW output Pin 2 EXTERIOR output Pin EXT CALL? output Ind EXT EOW? input Pins EXT MEOW input Pin Ground Pin 7 EXT CALL input Ping Ground NEI Gasoline network management system (POMS) data input/ {Modular Connector} output for back-to-back connection between DPs (
INTERFACE TERMINALS AND JACKS Table 2-1 Interface Terminals and Jacks on the MDP {10/13} R OI-S06301 Terminal Description POMS Vil POMS data (V11} input/output {Modular Connector) Pin 1 NMS TXD + Pin NMS TXD ~ Pin 3 NMS RXD + Pin 4 NC Pins N.C Pin 6 NMS RXD Pin Ground Pin 8 Ground POMS LAN POMS data (LAN) input/output (Modular Connector) Pin NMS TD + Pin NMS TD — Pin NMS RD + Pin NC Pin§ NC Pin 6 MANSARD — Pin 7 NC Pin 8 N.C 2.
OI-806301 INTERFACE TERMINALS AND JACKS Table 2-1 Interface Terminals and Jacks on the MDP (11/13) and 3} WS (optional) (R145 8 pins) Pin | Pin Pin 3 Pin 4 Pin $ Pin Pin? Pin 8 Terminal Description SC IN/OUT Service channel data input/output {D-sub Connector, 37 Ping) (V11¥: 2CH, RS-232C: ICH) Pint SHIRTS Pin 2 OH3 DTR Pin 4 OHI TXD Pin 21 OH3 CTS Pin 23 OHI RXD Pins 6 and 25 OH2 DFP Pins 7 and 26 OH2 DCK Pins § and 27 OH2 DDT Pins 9 and 28 OH2 IFP Pins 10 and 29 HICKOK Pins 11 and 30 () OHZ IDT Pins 13 and
INTERFACE TERMINALS AND JACKS R OI-S06301 Table 2-1 interface Terminals and Jacks on the MDP (12/13) Terminal Description SC LAN (optional) * SC LAN signal input/output {RJ45 8 ping} Pin | SC LAN TX? Pin SCLANTX™ Pin 3 SC LAN RX* Pin 4 N.C Pin 5 NC Pin 6 SC LANRX™ Pin NC Png Ground Note: It is available when the SC LAN INTACT is equipped. When the 8C LAN signal is commented between two DPs, perform wiring as follows.
INTERFACE TERMINALS AND JACKS Table 2-1 Interface Terminals and Jacks on the MDP (13113) Terminal Description IF INF OUT {N-J Connector) FG G SELL *§ {Rolex M5557-4R Connector, 4 Pins) Pin 1 Pin TX IF signal, DC power output to the TRP and RX IF signal input from the TRP Caution: Do net connect other cables to this jack, because the ~43 V DC power is superimposed on this suck. Caution: Do not disconnectedness the 1FL cable before turning off the power switch.
INTERFACE TERMINALS AND JACKS OI-506301 Table 2-2 Summarized External Alarms (Form-C) ALARM ITEM INTERFACE TERMINAL ALM OUT RL4 | RLS x 2 o RL7 | RLS | RLS | RL10 | RLY TRE ALM 1/2 Q O MDP ALM §/2 TX PWR ALM 1/2 TX IN ALM 1/2 RX LEV ALM 172 APC ALM 1/2 CABLE ALM 172 MOD ALM 1/2 DEM ALM 1/2 HIGH BER 1/2 LOW BER {2 LOF 1/2 Port 112L/D MAIN INTER LOS ALM OQIOIQ OOO CI D000] 010] Clotho COCO «© QIOIO|O| =O Cloistral | 0|C «ClO COCCI CORP COC 0 OFFICIOUS COO 0 COO Sociological ClO|0|0 OIC Qloloielolelalolcialolo
ROLE-506301 INTERFACE TERMINALS AND JACKS Table 2-3 interface Terminals and Jacks for TRP e/w FAN Type Indeterminacy Description IF JOUSTING TX IF signal input and RX IF signal output {N-1 Connector) CLUSTER MALRAUX IN {D-sub Connector, 25 Ping} *{ Pins | (NO) and 14 (COM) Ping 2 (+ and 15 Pins 3,16 (G) Pins 4 (NO) and 17 (COM) Pins § and 18{-) Pins 6, 19 (G) Pins 7 20 {Ground} Pins B 21 (Ground) Pins § 22 (Ground) Warning: Do not connect/disconnect the coaxial cable while the MDP is powered on.
INTERFACE TERMINALS AND JACKS OI-508301 Table 2-3 Interface Terminals and Jacks for TRP e/w FAN Type (Cont'd) Terminological Description Pins 10 23 (Ground) Pins 11 24 Pins 12 25 Pin 13 (G) SELL (Rolex M3557-4R Connector, 4 Pins) Pin 1 Pin EG MAIN TX/RX, SB RX Feeder Port (6 GHz : CPR-137F) FAN ALM 22 alarm input (TR UNIT No.
ROKS06301 INTERFACE TERMINALS AND JACKS Table 2-4 Interface Terminals and Jacks for TRP wio FAN Type Terminological Description IF IN/OUT (N-J Connector) SEL V {Rolex M5557-4R Connector, 4 Pins} Pin | Pin FG RF INPUT (6 GHz : CPR-137F) (11 GHz : CPR-90F) TX IF signal input and RX IF signal output Warning: Do not connect/disconnect the coaxial cable while the MDP is powered power input Note: Power for the TRP is supplied from the SEL ¥ terminal and also WF cable firm the MDE therefore, both connections ave n
R OI-S06301 CONTROLS, INDICATORS AND TEST JACKS 3. CONTROLS, INDICATORS AND TEST JACKS The controls, indicators and test jacks of the MDP and TRP are described in this chapter. 3.1 MDP The controls, indicators and jacks of the MDP are shown in Fig. 3-1. Their functions are described as follows: FOLLICLE LINK/ACT RESET No.l PWR No.1 PWR MAIN No it TX STATUS i Git RX STATUS No it TRP ALM No:t MOP ALM No:2 MOP ALM No.2 TR? ALM Noisy RX STATUS Noisy TX STATUS No.2 PWR si RSW L No.
CONTROLS, INDICATORS AND TEST JACKS OI-306301 32 No.l PWR indicator: Lights when the PWR switch of No.1 CH is turned on. No.2 PWR indicator: Lights when the PWR switch of No.2 CH is turned on. No.l PWR switch: Tues on or off the input DC power for No.1 CH. No.2 PWR switch: Turns on or off the input DC power for No.2 CH. No.
OI-506301 CONTROLS, INDICATORS AND TEST JACKS + DC power failure — No.2 DC-DC CON (When No.1 MDP is provided.) + LAN port Link down occurs. (For the LAN INTACT) No.1 TRP ALM indicator: Lights when: Transmit RF power of No.l CH TRP decreases approx, —3 dB from normal + Receiver input level of the No.l CH TRP falls below squelch level * APC loop of focal oscillator in No.1 CH TRP is clocked IF signal from the MDP at No.1 CH TRP is lost + Communication between the No.l CH TRP and No.l CH MDP is ghost No.
CONTROLS, INDICATORS AND TEST JACKS OI-506301 RESET switch: RESET switch initializes the CPU. Note: When the indication on the LCT is frozen or the CPU is abnormal, press the RESET switch, CALL switch: Transmits the calling signal, to sound the buzzer al the opposite station. EOW jack: Continents the headset to use EOW. R SW switch: Slide the switch from the current position to the other position to use to the former program version after the MDP program is updated.
RO806301 CH27/CH28 rotary switch Adjusts respective output level of CH and CH of the 1.5M SUB INTACT according to the cable length. When the Line Length selection is performed by using LCT, set the rotary switch to any 0, 6,7, 8,9 or ¥ position. CONTROLS, INDICATORS AND TEST JACKS Note: When the LCT is used for the Line Length setting, hump together four channels firm CHIS to CHS are performed.
CONTROLS, INDICATORS AND TEST JACKS R OI-S06301 3.2 TRP The controls, test jack of the TRP are shown in Fig. 3-2 (113) to Fig. 3-2 Their functions are described as follows: (O) ® RX LEV HON terminal _ 0) @® NLL] TRP TRP GHz TRP GHz TRP Spit Type Fig. 3-2 TRP UNIT, Test Jack {1/3} RX LEV MON jack: «+ Gives access to monitor the received level in voltage. « Facilitate the transmission of EOW signal between DPs and T Rps by connecting the OW/RX LEV Monitor and headset.
OI-806301 CONTROLS, INDICATORS AND TEST JACKS The X0818 OW/RX LEV Monitor {optional) is used for operation and maintenance is shown below. The operation range of the OW/RX LEV Monitor and its functions are described as follows: METER: eradicates a DC voltage proportional to the receiving RF level. OW indicator: Lights when the OW ON:OFF switch is set to ON. If the OW indicator is not lit even after sealing the OW switch 1o ON, replace the battery (6F22(UBY9V).
CONTROLS, INDICATORS AND TEST JACKS OI-506301 JE NE OW SWITCH ni OW INDICATOR a £ ante sore Biz — =i Co VOL CONTROL 5 TT BATTERY — HEADSET JACK LEVIER IN men HE 5 Controls, Indicators and Test Jacks of OW/RX LEV Monitor 3.
R OI-S06301 CONTROLS, INDICATORS AND TEST JACKS TX MON terminal ALM Indicator: {optional} PWR indicator ON MIRROR IO TR UNIT BR CKT Alt Indoor Type efw FAN Fig. 3-2 TR UNIT Controls, indicators and Test Jacks (2/3) ALM indicator: Lights when: * Rotation rate of the fan is lower than preset value. PWR indicator: Lights when: + DC power is supplied from DC IN to the TR UNIT.
CONTROLS, INDICATORS AND TEST JACKS OI-506301 PWR Indicator Pon Hit TR UT a ror | MADE TARN A CAUTION Eo TOR aos @ A WARNING Fn Re A PEE Fig. 3-2 TR UNIT Controls, Indicators and Test Jacks (3/3) PWR indicator: Lights when: + DC power is supplied from DC IN to the TR UNIT.
R OI-S06301 4.1 Start-up EQUIPMENT START-UP AND SHUT-DOWN 4. EQUIPMENT START-UP AND SHUT-DOWN Procedures for equipment start-up and shut-down are described below. Warning: After turning ON the equipment, wait at least 1 minute before turning it OFF again. Repeatedly turning the power ON and OFF within a short interval may cause the N Lite L to fail, The start-up procedure for the equipment is described in Chart 4-1.
EQUIPMENT START-UP AND SHUT-DOWN OI-306301 tep Procedure (cont'd) 2 Check that every modules are properly installed on to the MDP shelf, 3 “Turn on the PWR switch on the MDP {see Fig. 4-1), 4 Confirm that the PWR indicator on the MD UNIT lights. No.1 PWR No.1PWR switch indicator No.2 PWR No.2 PWR switch indicator Fig. 4-1 Power Switch and Indicator Location 4.
ROI806301 5.1 General SETTING, CONTROL AND MONITORING WITH LCT 5. SETTING CONTROL AND MONITORING WITH LCT This chapter outlines the local craft terminal (LCT) operation, system configuration phototypesetting, and provisioning setting. The operation for maintenance, ‘metalanguages monitoring and performance monitoring are referred to the Section 1V Maintenance, The LCT operator must have the security system privilege to access/ control systems. The system privilege menu item are listed as follows.
SETTING, CONTROL AND MONITORING WITH LCT OI-806301 The password can be changed when “Admin” level is logged in. For procedures to change the password, refer to Chapter $ in Section IV Maintenance. Note: Do wot forget the changed password. If you forget a password, report to NEC, Equipment setting in provisioning data can not be changed in “User” level.
OI-806301 5.2 LCT Menu Items SETTING, CONTROL AND MONITORING WITH LCT General of menu tree for the 140/1+1 system is shown below, Main Login Love Menu LOT Meths No.
SETTING, CONTROL AND MONITORING WITH LCT OI-506301 Main, Login Level Menu LCT Peru No. Administrator] User 3 [AIS Received Report [Main [Detect [Report o = INTACT [CH [Rg Report ° po Wayside [*1 Report o on NFC Not Report > = System Display Radio Equipment Configuration o> o # [Configuration Sep Radio Equipment Configuration 5 ji 5 [inventory Display Inventory Data Oo oO Data Relay! House.
R OI-S06301 SETTING, CONTROL AND MONITORING WITH LCT Password Setting Program Download [MDF / CTR MDF 7 MODEM TRF Main Login Level Menu, LCT Menu No Administrator] User Maintenance [Control Min Signal Loop back (Far End) or 5 — ALL CH Off 5 — LAN Device Reset #2 [Pinto oO oe Port oO ee Canalize Control #3 [Noisy J Auto oO React o — No.
SETTING, CONTROL AND MONITORING WITH LCT OI-506301 5.3 LCT Connection MDP SIDE Ler LCT CONNECTOR SIGNAL TRON CAIN SIGNAL + NAME No. : No. NAME + crs Br g RTS | © RTS 7 CTS | ¢ DIR Bremen DIR | 1 GND Bt 5 GND | | DSR 4 rd 4 DSR | LTD 3 3 RXD | LORD DCD Tt co D-SUB CONNECTOR MODULAR CONNECTOR {9 Pins) Fig. 5-1 RS-232C Cable Pin Assignment RS-2520 CABLE! LCT 546 Fig.
R OI-S06301 SETTING, CONTROL AND MONITORING WITH LCT Table 5-1 Initial Setting rems item Remarks System Configuration Chart 5-1 in this Section Date and Time Setting Chart 5-2 in this Section Provisioning Setting Chart 5-3 in this Section SL Relay/House Keeping Setting Chart 5-4 in this Section The communication/serial port settings of the personal computer used as local craft terminal (LCT) is listed below.
SETTING, CONTROL AND MONITORING WITH LCT OI-506301 The cable connector pin assignments are shown in Fig. 5-1. The length of the cable between the personal computer and MDP should be less than 15 m. Note: Please refer to the above screenshots as an example for the Hyper Terminal Setting, Fig.
ROLE-506301 SETTING, CONTROL AND MONITORING WITH LCT 5.4 LCT System Configuration Setting Chart 8-1 System Configuration ‘This chart describes the procedure for setting the system configuration. The items to be set are as follows: + Equipment Configuration «Main Interface » RFE Frequency « TX Power Control * Frame ID Setting of the system configuration should be performed in following order. Step Procedure i Referring to Fig.
SETTING, CONTROL AND MONITORING WITH LCT R OI-S08301 Chart 51 System Configuration (Cont'd) Step Procedure 5 Press the “4” key for siting the System Configuration and press the “Enter” key, Following is an explanation of each item under the System Configuration menu. « Display Radio Equipment Configuration Selects to display radio equipment configuration, + Setup Radio Equipment Configuration Selects to set radio equipment configuration.
OI-508301 SETTING, CONTROL AND MONITORING WITH LCT Chart 5-1 System Configuration {Cont'd} Step Procedure 7 Press the “2” key for setting the Setup Radio Equipment Configuration and press the “Enter” key, -— Equipment Configuration 1. 140 (Expandable) 2.
SETTING, CONTROL AND MONITORING WITH LCT OI-506301 Chart 5.1 System Configuration (Cont'd) Step Procedure —RF Frequency New RX Frequency = X00 OX(MHz} Start RX Frequency = XXXOCOMKIMHz] Stop RX Frequency = XXX[MHz] Enter RX Frequency {[RET] = No Change) © 9 Enter transmit frequency and press the “Enter” key, TX Frequency = XXX[MHz] RX Frequency= Are You Sure 7 (YIN) © ¥ Note: The receive frequency is automatically decided by entered transmit frequency.
R OI-S06301 SETTING, CONTROL AND MONITORING WITH LCT Chart 5-1 System Configuration (Cont'd) Step Procedure i Adler setting, press the “Enter” key for setting the Frame 1D, wer Frame 1D — Current Setting: 1 Enter ID No. (1-32) {(RET] = No Change) : The Frame ID provides to discriminate the data channel, The 1D should be matched with the opposite station.
SETTING, CONTROL AND MONITORING WITH LCT ROLE-506301 5-14 Chart 5-2 Date and Time Setting This chart describes the procedure for setting date and time. When the MDP is turned off for an extended period (i.e. approx. | week), the equipment time setting could have been cleared, In such case, verify and re-enter the time sating after tuning on the MDP. Step Procedure 1 Press the “ESC” key to go back to the following Main menu, ~~ NEC PDH RADIO VER.
R OI-S06301 SETTING, CONTROL AND MONITORING WITH LCT Chart 5-2 Date and Time Setting (Cont'd) Step Procedure 5 When prompted “Are You Sure? press the “Y” and press the “Enter” key, 6 After setting the time, proceed to Chart 5-3 for the Provisioning setting.
SETTING, CONTROL AND MONITORING WITH LCT OI-806301 5.5 Provisioning Setting 5-16 Chart 5.3 Display Provisioning Data This chart describes the procedure for setting the provisioning data. Step Procedure 1 Press the “ESC” key to go back to the following menu, ~~ NEG POH RADIO VER XXX XX — 0. Logout 1. Alarm / Status 2. Performance Monitor 3. Provisioning Data 4. System Configuration 5. Inventory Data 6. Relay / House Keeping 7.
SETTING, CONTROL AND MONITORING WITH LCT OI-806301 5-18 Chart 5.3 Display Provisioning Data (Cont'd). Step Procedure Notes: indicates CH is used, indicates CH is not used, indicates assigned to LAN . CH bummers are not displayed for the 14508 system. “* indicates to Report, to LAN Displayed when the LAN function for 28%. SMB or TY451B system is sof to” Main LAN”.
OI-506301 SETTING, CONTROL AND MONITORING WITH LCT Chart 5-3 Display Provisioning Data (Cont'd) Step Procedure EXTERNAL EQUIPMENT SETTING POSITION 515 53 3 8 s8|a|8|8 ala 5/2818 |3|92 BIR ER BESIEGER dla |B a we Hye Y Zn lo i4|4|a
OI-808301 SETTING, CONTROL AND MONITORING WITH LCT Chart 5-4 Set Provisioning Data Step Procedure 1 Press the “2” key and press fhe “Enter” key, Provisioning Data — 1. Display Current Data 2. Set Provisioning Data Enter Selection : 2 ~ Set Provisioning Data -. Main / LAN Si gnat configuration . BER Threshold . Wayside Interface... “4 SC Assignment . MT TX PWR, ATP Range RX Threshold . Additional ATT 10. TRP ALM Mode 1. TX SW Priority 12. RX SW Priority 14. Channel Usage Error 18.
SETTING, CONTROL AND MONITORING WITH LCT OI-506301 Chart 5-4 Set Provisioning Data (Cont'd) Step Procedure For 8/16/28 x 1.5 MB system 2 Press the “1” key tor the Main/LAN Signal configuration menu and press the “Enter” key. Then select the channel number to be set, CAN (Main stanchion — 1. Used 2. Not Used Current Setting ; 1 Mentor Selection Change) : 2 3 Press the “1” key and: press the “Enter” key when LAN is not provided, -Main interface Setting -~— HOT Usage -— 1. Used 2.
OI-506301 SETTING, CONTROL AND MONITORING WITH LCT Chart 5-4 Set Provisioning Data (Cont'd) Step Procedure 5 Press the “1” or “2” key and press the “Butler” key, HONCHO-04 Line Length Select — 0 133 { 0 40m) 133 266 ( 40 81m) 266 399% { 81 121m) 309 533 (121 162m) 533 65H (162 190m) Current Setting : 1 Enter Selection (RET] = No Change): PURLS. When the Line Length selection is performed for the CHIS to CH system, set the rotary switch CH or CH on the 1.SM SUB INTACT to any 0,6, position.
SETTING, CONTROL AND MONITORING WITH LCT OI-806301 Chart 5-4 Set Provisioning Data (Cont'd) Step Procedure -LAN Interface Melting wr Port Port? Assignment —— 1.8C 1 NA 2WS ff NAIL. 3. Main / NA. 4.50 i SC 5.86 PWS. 6. Main J SC. 7. Main J WS. 8 Main / Main. 8. 8C Shared 10. WS Shared... "1 11. Main Shared Enter Selection: 1 Note: *1: displayed only when optional WS is provided.
