1General

ROI-S04604-058E CONTENTSMarch, 2005

7-38 GHz 4/8/17/34 MBDIGITAL MICROWAVE RADIO SYSTEM

PASOLINK

GENERAL SYSTEM DESCRIPTION

CONTENTS

TITLE PAGE1 GENERAL ••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••• 1-11.1 Notice (Operation)••••••••••••••••••••••••••••••••••••••••••••••• 1-12 SYSTEM CONFIGURATION •••••••••••••••••••••••••••••••••••••• 2-13 SYSTEM PERFORMANCE •••••••••••••••••••••••••••••••••••••••• 3-14 RADIO FREQUENCY ASSIGNMENT ••••••••••••••••••••••••••• 4-15 ALARM AND CONTROL••••••••••••••••••••••••••••••••••••••••••• 5-15.1 Alarm Indication and Reporting ••••••••••••••••••••••••••••• 5-15.2 Network Management (Optional) •••••••••••••••••••••••••••• 5-1

CL-1

CONTENTS ROI-S04604

(This page is intentionally left blank.)

CL-22 pages

ROI-S04604 GENERAL

1. GENERAL

This section provides information on the NEC PASOLINK 7-38 GHz 2/4/8/16 x 2 MB and/or 2 x 10/100Base-T(X) LAN signals transmissiondigital microwave radio system. Included herein are notice for systemoperation, system configuration, system performance, RF channelassignment, and alarm and control.

1.1 Notice (Operation)

1. To prevent accidental IDU power switch lever movement,the power switch lever is locked. When set the powerswitch to on/off, it must be pulled out power switch leverknob to unlock the switch lever.

2. After turning ON the equipment, wait at least 10 secondsor more before turning it OFF again. Repeatedly turningthe power ON and OFF within a short interval may causethe IDU to fail.

3. Do not disconnect I/F cable between the IDU and theODU in power ON condition, to avoid damaging the IDUand ODU. Do not connect/disconnect the I/F cable withIDU power ON, turn IDU power OFF before connecting/disconnecting the I/F cable.

4. Persons performing servicing must take necessary steps toavoid electro-static discharge which may damage themodules on the IDU or cause error. Wear a conductivewrist strap connected to the frame ground (FG) terminalon the front of the equipment shelf. This will minimizestatic build-up during servicing.

5. In back -to-back connection, the interface conditions ofthe PM CARD must be matched between two IDUs. Then,check the setting of the interface if it is RS-485 or RS-232C before connecting the cable.

6. Do not turn on the power of the IDU leaving cableconnection between the PC and RA PORT of the IDU.

7. When the radio frequency is changed in maintenance, first,set frequency in the opposite station. If you set radiofrequency in the local station at first, you can not changeradio frequency of the opposite station using PC menu atthe local station. Because the opposite station can notreceive the control signal to be set radio frequency.

1-1

GENERAL ROI-S04604

8. The equipment is applied only SEL V (Safety Extra-LowVoltage) power supply, do not apply a voltage that variessharply. This may cause abnormal operation.

9. In 1+1 system, when neither No.1 nor No.2 channel isworking, first set the OPE SEL switch to the desired(No.1 or No.2) position and power on the selected MDUnit or set the OPE SEL switch to neutral (Auto) positionand power on both MD units.

In 1+1 system, when either No.1 or No.2 channel isworking, set the OPR SEL No.1-No.2 switch on the IDUto the working channel side, then, turn on the powerswitch of the not working channel.

10. In 1+1 system, when demounting the ODU from theantenna direct mounting HYB, mount the attachedSHORT PLATE to the demounted port of the HYB toavoid RF power leaking from the hybrid and forwaterproofing.

11. In 1+1 system, to avoid occurrence of bit errors due tomicrophonic properties, when installing the standby ODUon to the antenna direct mounting HYB, protect theworking ODU from mechanical knocks.

12. In 1+1 system, when the SW UNIT is replaced with aspare, the service is interrupted.

13. Before the start of maintenance, including operation ofthe OPR SEL SW on the front panel of the equipment,select the equipment to maintenance mode using the LCT.

After all operation for maintenance have been completed,perform MAINT OFF setting.

14. Before connecting the I/F cable between the IDU andODU, using circuit tester, check that the resistance of theI/F cable between center conductor and insulation ismore than 100 MΩ.

15. When the LAN INTFC is used, the domestic is anenvironment where the use of broadcast radio andtelevision receivers may be expected within a distance of10 m of the apparatus concerned.

16. 16x2MB bit rate is not supported on MDP-17MB-3/4A.

1-2

ROI-S04604 GENERAL

17. It is recommended that you connect the IDU to ODUafter the TX/RX frequency and TX power control settinghas been set on the IDU.

This process is most important for the following ODUs thatmay be emitted TX power if you set the channel number to"0ch" which is not defined (excepting 13/26/38 GHz band)by the Radio Frequency Assignment.

Code No. of Corresponding ODU:H0738 (7 GHz), H0739 (8 GHz), H0330 (13 GHz),H0331 (15GHz), H0332 (18GHz), H0333 (23 GHz), H0334 (26 GHz), H0335 (38 GHz)

18. Note that the setting of the DEM Invert is important.The default value of the DEM Invert is off, though it isrequired to set to on depending when the frequency bandand shift frequency are used as shown in following table.When corresponding ODU is connected with the IDU, thechange of setting is necessary via LCT. For the settingprocedure, refer to 3.4 Equipment Setting and Monitoringin 3. OPERATION in Section III MDP EquipmentDescription.

Frequency Band(ODU Code No.)

Shift Frequency DEM Invert

7 G(H0738)

154 on161 on168 on245 on

8 G(H0739)

119 on126 on266 on

311.32 off13G

(H0330)266 off

15 G(H0331)

308 off315 off420 off490 off728 off

Frequency Band(ODU Code No.)

Shift Frequency DEM Invert

18 G(H0332)

340 off1008 off1010 off

1092.5 off1560 off

23 G(H0333)

600 off1008 off1050 off1200 off1232 off

26 G(H0334)

855 off1008 off

38 G(H0335)

700 off1000 off1260 off

1-3

GENERAL ROI-S04604


1-44 pages

ROI-S04604 SYSTEM CONFIGURATION

2. SYSTEM CONFIGURATION

This system consists of TRP-[ ]G-[ ] Transmitter-Receiver (Outdoor Unit(ODU)) (see Fig. 2-1) and MDP-[ ]MB-[ ] Modulator-Demodulator(Indoor Unit (IDU)) (see Fig. 2-2, Fig. 2-3 (1/2) and Fig. 2-3 (2/2).

The [ ]GHz (2/4/8/16 x 2 MB) MB digital radio system is used tocommunicate from 2 to 16 data streams at 2.048 Mbps and/or up to 2channels 10BASE-T/100BASE-TX LAN signals between two stations.

The system block diagrams of 2/4/8/16 x 2 MB systems are shown in Fig.2-4 and Fig. 2-5.

Fig. 2-1 Outline of ODU

FOR 7-38 GHz BAND ODU

FGIFLMONRX LEV

2-1

SYSTEM CONFIGURATION ROI-S04604

Fig. 2-2 Front View of the IDUs in 1+0 System

TRAFFIC IN/OUT (CH1 to CH8) ALM/AUX ALM OW/DSC/ASC LA PORTNMS/RA

TRAFFIC IN/OUT (CH9 to CH16)

NMS LANWS/SC LANPORT1 PORT2

100M 100M CALL RESET

MAINT

IDUODU

SELV

−

PWR

FUSE (7.5A)

EOW PASOLINK

+


NMS LANSC LANPORT1 PORT2

100M 100M CALL RESET

MAINT

IDUODU

SELV

−

PWR

FUSE (7.5A)

EOW PASOLINK

+



NMS LANWS/SC LAN

CALL RESET

MAINT

IDUODU

SELV

−

PWR

FUSE (7.5A)

EOW PASOLINK

+


NMS LANSC LAN

CALL RESET

MAINT

IDUODU

SELV

−

PWR

FUSE (7.5A)

EOW PASOLINK

+

(a) 4 × 2MB Fix Bit Rate Composition

(b) 4 × 2MB Fix Bit Rate with LAN Interface Composition

(c) 2/4/8/16 × 2MB Free Bit Rate Composition

(d) 2/4/8/16 × 2MB Free Bit Rate with LAN Interface Composition

IF IN/OUT

IF IN/OUT

IF IN/OUT

IF IN/OUT


NMS LANSC LAN

CALL RESET

MAINT

IDUODU

SELV

−

PWR

FUSE (7.5A)

EOW PASOLINK

+


NMS LANSC LAN

CALL RESET

MAINT

IDUODU

SELV

−

PWR

FUSE (7.5A)

EOW PASOLINK

+

(f) 2/4/8 × 2MB Free Bit Rate with BNC Connector Composition

IF IN/OUT

TRAFFIC IN

CH1 CH2 CH3 CH4

TRAFFIC OUT

CH1 CH2 CH3 CH4

IF IN/OUT

TRAFFIC IN

CH1 CH2 CH3 CH4 CH5 CH6 CH7 CH8

TRAFFIC OUT

CH1 CH2 CH3 CH4 CH5 CH6 CH7 CH8

(e) 4 × 2MB Fix Bit Rate with BNC Connector Composition

2-2

ROI-S04604 SYSTEM CONFIGURATION

Fig. 2-3 Front View of the IDUs in 1+1 System (1/2)

RESET IDUODUPWR

PASOLINK

MAINT

SELV

− +

RESET IDUODUPWR

PASOLINK

MAINT

SELV

− +

PASOLINK

IF

LA PORT

LA PORT

TRAFFIC IN/OUT (CH1 to CH8) ALM OW/DSC/ASC LA PORTNMS/RA

CALL

OPR

AUX ALM

RESET IDUODUFUSE (7.5A)

PWR

FUSE (7.5A)

EOW

NMS LANSC LAN RX RXTXTX

OPR ALMSELNo.1

No.2

1

2−

PASOLINK

MAINT

SELV

− +

PASOLINKRESET

RESET IDUODUPWR

PASOLINK

MAINT

SELV

− +

IN/OUT

IFIN/OUT

LA PORT

LA PORT


CALL

OPR

AUX ALM


PWR

FUSE (7.5A)

EOW

NMS LANSC LAN RX RXTXTX

OPR ALMSELNo.1

No.2

1

2−

PASOLINK

MAINT

SELV

− +

PASOLINKRESET

RESET IDUODUPWR

PASOLINK

MAINT

SELV

− +

PORT1 PORT2

100M 100M

IFIN/OUT

IFIN/OUT

LA PORT

LA PORT


CALL

OPR

AUX ALM

FUSE (7.5A)

FUSE (7.5A)

EOW

NMS LANWS/SC LAN RX RXTXTX

OPR ALMSELNo.1

No.2

1

2−

PASOLINKRESET

RESET IDUODUPWR

PASOLINK

MAINT

SELV

− +


IFIN/OUT

IFIN/OUT

LA PORT

LA PORT


CALL

OPR

AUX ALM


PWR

FUSE (7.5A)

EOW

NMS LANWA/SC LAN RX RXTXTX

OPR ALMSELNo.1

No.2

1

2−

PASOLINK

MAINT

SELV

− +

RESET

PORT1 PORT2

100M 100M

IFIN/OUT

IFIN/OUT


(a) 4 × 2MB Fix Bit Rate Composition

(b) 4 × 2MB Fix Bit Rate with LAN Interface Composition

(c) 2/4/8/16 × 2MB Free Bit Rate Composition

(d) 2/4/8/16 × 2MB Free Bit Rate with LAN Interface Composition

-43V OUTPUTPower down IDU

before disconnectionor connection of

Cable

!



Cable

!



Cable

!



Cable

!



Cable

!



Cable

!



Cable

!



Cable

!

2-3

SYSTEM CONFIGURATION ROI-S04604

Fig. 2-3 Front View of the IDUs in 1+1 System (2/2)

IF

LA PORT

LA PORT


CALL

OPR

AUX ALM


PWR

FUSE (7.5A)

EOW

RX RXTXTX

OPR ALMSELNo.1

No.2

1

2−

PASOLINK

MAINT

SELV

− +

PASOLINKRESET

RESET IDUODUPWR

PASOLINK

MAINT

SELV

− +

IN/OUT

IFIN/OUT

(e) 4 × 2MB Fix Bit Rate with BNC Connector Composition



Cable

!



Cable

!

TRAFFIC IN

CH1 CH2 CH3 CH4

TRAFFIC OUT

CH1 CH2 CH3 CH4NMS LANSC LAN

IF

LA PORT

LA PORT


CALL

OPR

AUX ALM


PWR

FUSE (7.5A)

EOW

RX RXTXTX

OPR ALMSELNo.1

No.2

1

2−

PASOLINK

MAINT

SELV

− +

PASOLINKRESET

RESET IDUODUPWR

PASOLINK

MAINT

SELV

− +

IN/OUT

IFIN/OUT

(f) 2/4/8 × 2MB Free Bit Rate with BNC Connector Composition



Cable

!



Cable

!

NMS LANSC LANCH1 CH2 CH3 CH4 CH5 CH6 CH7 CH8 CH1 CH2 CH3 CH4 CH5 CH6 CH7 CH8

TRAFFIC IN TRAFFIC OUT

2-4

RO

I-S04604SYSTEM

CO

NFIG

UR

ATIO

N2-5

.).

C is equipped (option) or (option) e.22 or RS-485 selectable)

ion.

TRAFFICIN/OUT

ASC *1

DSC1 *3DSC2 *4

D

IDU

DPU

INTFC

EOWIN/OUT

IN/OUT

INTFC

SC

M

ALM *2

PORT1/2IN/OUTINTFC

LAN

INTFCWS WS

IN/OUT*5

Fig. 2-4 System Block Diagram of 1+0 System

ANTANT

TRAFFICIN/OUT

ASC *1

DSC1 *3DSC2 *4

DC-DC

MOD

CONV

IDU ODU

TRX

PS

RX LEV MON

DPU

INTFC

EOWIN/OUT

IN/OUT

INTFC

SC

DEM

(EOW)

ALM *2

PORT1/2IN/OUT INTFC

LAN

INTFCWSWS

IN/OUT*5

Notes: *1 ASC 2CH , when ASC INTFC is equipped (option)*2 ALM 2 CH , when ALM INTFC is equipped (option*3 64kbps DSC 1CH (G.703 or V11), when 64K INTF

9.6 kbps DSC 2 CH, when DSC INTFC is equippedOnly one option from *1, *2 and *3 can be used at onc*4 Standard equipped: 1 CH 9.6 kbps (RS-232C, RS-4

and 1 CH 9.6 kbps (RS-232C)*5 WS 1 CH provides in only 16 x 2 MB system as opt

IFCKT

VCO

RF CKT

MPX MPX BPF

CTRLALM

DC-DC

MO

CONV

ODU

TRX

PS

DE

(EOW)

IFCKT

VCO

RF CKT

MPXMPXBPF

CTRLALM

RX LEV MON

SYSTEM C

ON

FIGU

RA

TION

RO

I-S04604

2-66 pages

CH 9.6 kbps (RS232C)

OD

MD

DPU

EOWIN/OUT

EM

MD ODU

PS

RF CKT

DC-DC

OD

CONV

MDODU

PS

DPU

EOWIN/OUT

EM

RF CKT

TRAFFICIN/OUT

ASC *1

DSC1 *3DSC2 *4

INTFCIN/OUT

INTFC

SC ALM *2

PORT1/2IN/OUTINTFC

LAN

INTFCWS WS

IN/OUT*5

RX SW/HL SW

DC-DCCONV

EOWIN/OUT

SW

*6

Fig. 2-5 System Block Diagram of 1+1 System

ODU

TRX

PS

RX LEV MON(EOW)

Notes: *1 ASC 2CH , when ASC INTFC is equipped (option).*2 ALM 2 CH , when ALM INTFC is equipped (option).*3 64kbps DSC 1CH (G.703 or V11), when 64K INTFC is equipped (option) or

9.6 kbps DSC 2 CH, when DSC INTFC is equipped (option) Only one option from *1, *2 and *3 can be used at once.*4 Standard equipped: 1 CH 9.6 kbps (RS232C, RS422 or RS485 selectable) and 1*5 WS 1 CH provides in only 16 x 2 MB system as option.*6 SD system

IFCKT

VCO

RF CKT

MPX BPF

DC-DC

M

CONV

ODU

TRX

PS

D

(EOW)

IFCKT

VCO

RF CKT

MPXMPXBPF

RX LEV MON

TRX

RX LEV MON(EOW)

IFCKT

VCO

MPX BPF MTRX

D

(EOW)

IFCKT

VCO

MPXMPXBPF

CTRLALM

RX LEV MON

DC-DC

MOD

CONV

MD

DPU

DEM

MPX

MOD

DPU

DEM

MPX

CTRLALM

TRAFFICIN/OUT

ASC *1

DSC1 *3DSC2 *4

INTFCIN/OUT

INTFC

SCALM *2

PORT1/2IN/OUT INTFC

LAN

INTFCWSWS*5

IN/OUT

RX SW/HL SW

EOWIN/OUT

SW

HYBCOMB

HYBCOMB

ANT

ANT

*6

ROI-S04604 SYSTEM PERFORMANCE

3. SYSTEM PERFORMANCE

The system performance is listed in Table 3-1.

Table 3-1 Performance Characteristics

ITEM 7 GHz 8 GHz 13 GHz 15 GHz 18 GHz 23 GHz 26 GHz 38 GHz GUARANTEED

FrequencyRange [ GHz]

7.125-7.900

7.725-8.500

12.75-13.25

14.5-15.35

17.7-19.7

21.2-23.6

24.5-26.5

37.0-39.5

FrequencyPlan ITU-R

F.385-6Annex 1Annex 4

F.386-6Annex 1Annex 3Annex 4

F.497-6 F.636-3 F.595-7 F.637-3 F.748-4 F.749-2

Channel Separation

3.5 MHz (4MB) / 7 MHz (8 MB) / 14 MHz (17 MB; 13.75 MHz also for 18 GHz) / 28 MHz (34 MB; 27.5 MHz also for 18 GHz)

RF TX/RXSpacing [MHz]

154161245

119126266

311.32

266 315420490728

340100810101560

100812001232

1008 1260

Output Power at Antenna Port [dBm]

+27 +25 +23 +23 +23 +20 +15 ±1.5 dB(ATT=0)

Threshold Level (dBm measured at antenna port)

BER=10-3 4 MB -93.5 -93.5 -93.5 -92.5 -91.5 -91.0 -90.5 +2.5 dB

8 MB -90.5 -90.5 -90.5 -89.5 -88.5 -88.0 -87.5 +2.5 dB

17 MB -87.5 -87.5 -87.5 -86.5 -85.5 -85.0 -84.5 +2.5 dB

34 MB -84.5 -84.5 -84.5 -83.5 -82.5 -82.0 -81.5 +2.5 dB

BER=10-6 4 MB -90.0 -90.0 -90.0 -89.0 -88.0 -87.5 -87.0 +2.5 dB

8 MB -87.0 -87.0 -87.0 -86.0 -85.0 -84.5 -84.0 +2.5 dB

17 MB -84.0 -84.0 -84.0 -83.0 -82.0 -81.5 -81.0 +2.5 dB

34 MB -81.0 -81.0 -81.0 -80.0 -79.0 -78.5 -78.0 +2.5 dB

System gain (dBm measured at ant. port)

BER=10-3 4 MB 120.5 118.5 116.5 115.5 114.5 111.0 105.5 -4.0 dB

8 MB 117.5 115.5 113.5 112.5 111.5 108.0 102.5 -4.0 dB

17 MB 114.5 112.5 110.5 109.5 108.5 105.0 99.5 -4.0 dB

34 MB 111.5 109.5 107.5 106.5 105.5 102.0 96.5 -4.0 dB

BER=10-6 4 MB 117.0 115.0 113.0 112.0 111.0 107.5 102.0 -4.0 dB

8 MB 114.0 112.0 110.0 109.0 108.0 104.5 99.0 -4.0 dB

17 MB 111.0 109.0 107.0 106.0 105.0 101.5 96.0 -4.0 dB

34 MB 108.0 106.0 104.0 103.0 102.0 98.5 93.0 -4.0 dB

3-1

SYSTEM PERFORMANCE ROI-S04604

Note: * The range of DC power input depends on system requirement.

Frequency Agility (MHz without changing filters)

63 42 56 56-100 252 280

Data signal interface

Bit rate: 2.048 Mbps ±50 ppm (2 × 2 MB/4 × 2 MB/8 × 2 MB/16 × 2 MB system)

Level: Meets specification of ITU-T G.703

Code format: High density bipolar-3 (HDB-3)

Impedance: 75 ohms, unbalanced120 ohms, balanced

Electro magnetic compatibility (EMC)

• ODU/IDU: ETS300385Class B

Power requirement*:

+20 to +60 / -20 to -60 V DC

Power consumption

4 MB system:

8 MB system:

17 MB system:

34 MB system:

Approx. 50 watts (without optional module)Approx. 60 watts (equipped with optional module)Approx. 50 watts (without optional module)Approx. 60 watts (equipped with optional module)Approx. 52 watts (without optional module)Approx. 62 watts (equipped with optional module)Approx. 55 watts (without optional module)Approx. 66 watts (equipped with optional module)

Table 3-1 Performance Characteristics (Cont’d)

ITEM 7 GHz 8 GHz 13 GHz 15 GHz 18 GHz 23 GHz 26 GHz 38 GHz GUARANTEED

3-22 pages

ROI-S04604 RADIO FREQUENCY ASSIGNMENT

4. RADIO FREQUENCY ASSIGNMENT

Radio frequencies for Pasolink [ ] GHz 4/8/17/34 MB digital radio systemare as follows:

• 7 GHz band: 7.125 to 7.900 GHz

• 8 GHz band: 7.725 to 8.500 GHz

• 13 GHz band: 12.75 to 13.25 GHz

• 15 GHz band: 14.5 to 15.35 GHz

• 18 GHz band: 17.7 to 19.7 GHz

• 23 GHz band: 21.2 to 23.6 GHz

• 26 GHz band: 24.5 to 26.5 GHz

• 38 GHz band: 37.0 to 39.5 GHz For details, refer to Appendix "Frequency Allocation Table" in TRPequipment (ODU) description (Section II).

4-1

RADIO FREQUENCY ASSIGNMENT ROI-S04604


4-22 pages

ROI-S04604 ALARM AND CONTROL

5. ALARM AND CONTROL

The simplified alarm and control functions are described in accordancewith the alarm indication and reporting, and network management.

5.1 Alarm Indication and Reporting

Alarm indication and reporting function are provided with the IDU. Alarmsignals initiated by detection circuits on the ODU are sent to the IDU.Therefore the alarm indicator for the ODU is located on the front panel ofthe IDU. The alarm indication for the IDU is also indicated by thecorresponding alarm indicator on the IDU. When the equipment isoperating normally, the alarm indicators on the IDU stay unlit. When anabnormal condition occurs, the related alarm indicator is lit and a remotealarm report is made (see Table 2-3 in MDP Equipment Description).

Fig. 5-1 Simplified Block Diagram of Alarm and Control

5.2 Network Management (Optional)

Configuration of network management system (NMS) is shown in Fig. 5-2.Network management system (PNMS) is connected with NMS/RA of IDU,and network management terminal (PNMT) is connected with LA PORT inIDU to provide monitor and control of the PASOLINK equipment andmonitoring of actual microwave link. Communication with the remotestation units is performed using one of DSC channels.

IDU

(See Fig. 2-1/2-2 ofthe IDU Equipment

Description)

(See Fig. 2-1 ofthe ODU Equipment

Description)

ODU

DATAIN/OUT

5-1

ALARM AND CONTROL ROI-S04604

Fig. 5-2 Network Management System

The recommended performances of the computer used in PNMS/PNMTare listed below.

PNMS

(a) Personal computer (IBM PC or compatible)

• CPU: Pentium-III 1 GHz or higher clock

• RAM: 256 MB or more

• HDD: 10 GB or more

• FDD: 1.44 MB, 3.5" x 1

• CD-ROM: 8 times or higher

• Sound Card + Speaker

• Keyboard

• Mouse

• OS: Windows NT Work Station Ver. 4.0 (English Version) or Windows 2000 (English Version)

PNMS PNMT

PASOLINK(PM CARD)

PASOLINK(PM CARD)

PNMS: Network Management SystemPNMT : Network Management Terminal

DSC

LA PORTNMS/RA

5-2

ROI-S04604 ALARM AND CONTROL

(b) CRT: 17" (1024 x 768) other sizes available as options

(c) Printer: Laser Printer

PNMT

Laptop PC with TFT Display (IBM PC or compatible)

• CPU: Pentium-II 500 MHz or higher clock

• RAM: 128 MB or more

• HDD: 5 GB or more

• FDD: 1.44 MB, 3.5" x 1

• CD-ROM: 8 times or higher

• Integrated Sound Card + Speaker

• OS: Windows 95 (English Version), Windows 98 (English Version),Windows NT Work Station Ver. 4.0 (English Version) orWindows 2000 (English Version)

For details information, refer to each manual of the PNMS or PNMT.

The cable information is shown in Fig. 5-3. The cable length of RS-232Cbetween the PNMS/PNMT and IDU shall be less than 3 m.

5-3

ALARM AND CONTROL ROI-S04604

(A) PNMT CABLE

(B) PNMS CABLE

Note: For details, refer to Table 3-1 of para. 3.1 in MDP EquipmentDescription.

Fig. 5-3 RS-232C Cable Pin Assignment

IDU SIDE LA PORT CONNECTOR*

SIGNALNAME

PINNo.

1112131415

CTSRTSRXDGNDTXD

PNMT SIDE

D-SUB CONNECTOR(9 PIN)

SIGNALNAME

PINNo.

78352146

CTSRTSRXDGNDTXD

D-SUB CONNECTOR(15 PIN)

SIGNALNAME

PINNo.

23567

SIGNALNAME

PINNo.

23875146

TXD/TXD+RXD/TXD-RTS/RXD+CTS/RXD-

GND

D-SUB CONNECTOR (9 PIN)

PNMS SIDEIDU SIDE

NMS/RA CONNECTOR*

D-SUB CONNECTOR (15 PIN)

TXD/TXD+RXD/TXD-RTS/RXD+CTS/RXD-

GND

5-44 pages

1General

Documents

Transcript of 1General