LOẠI 1:BTS 3012 có 2 cách đấu và khai báo cảnh báo ngoài.

1-Trường hợp BTS 3012 dùng card DEMU slot 2 subrack 0.

Phụ lục: DEMU và màu cáp eas.

LEDs and Port on the DEMU

This describes the LEDs and port on the DEMU panel. The three LEDs on the DEMU panel indicate the operating status of the DEMU. The port on the DEMU is used to import and export Boolean and analog signals.

Panel

Figure 1 shows the DEMU panel.

Figure 1 DEMU panel

LED

Table 1 lists the LEDs on the DEMU panel.

Table 1 LEDs on the DEMU panel

LED Color Description Status Meaning

RUN Green Operating indicator of the board

On There is power supply. However, the board or software is faulty.

Off There is no power supply or the board is faulty.

Blinking once every two seconds

The board is working under current configuration.

Blinking four times per second

The board communicates with the DTMU normally.

ALM Red Indicates whether there are alarms

Blinking once every two seconds

An alarm is generated.

Off No board alarm

ACT Green Service running indicator

On There is power supply and the board is in working mode.

Off There is no power supply for the board.

Port

Table 2 describes the port on the DEMU panel.

Table 2 Port on the DEMU panel

Port Type Cable Function

IN MD68 female connector

Boolean Signal Transfer Cable of the BTS3012

Exporting and importing Boolean signals

Importing analog signals

Signal Cable Between the NPMI and the DEMU of the BTS3012AE

Parent topic: DEMU

1-The BTS3012 can be configured with the following monitoring units: DEMU, EAC (EMU), DTMU, and DPMU.

List of BTS3012 User-Defined Alarm Ports

Table 1 Mapping between the monitoring unit and the monitoring signal cable

BTS Type

Monitoring Unit

Installation

Position

Port on the

Monitoring Unit

Port No.

Monitoring

Signal Cable

Wire or Connector

Wire ColorAlarm ID

Description

BTS3012

DEMUSlot 2 of

subrack 0

NA 1

BTS3012 Boolean

input cable

W1.36/W1.2

Blue/whiteAC FAILURE

6438

NA 2W1.37/W1.3

Orange/whiteDC FAILURE

6440

NA 3W1.38/W1.4

Green/whitERECT

6442

NA 4W1.39/W1.5

Brown/whiteBTS High temp

6444

NA 5W1.40/W1.6

Gray/white 6446

NA 6W1.41/W1.7

Blue/red 6448

NA 7W1.42/W1.8

Orange/red 6450

NA 8W1.43/W1.9

Green/red 6452

NA 9W1.44/W1.10

Brown/red 6454

2-Trường hợp 2: BTS 3012 hỏng DEMU thì dùng DSAC

DSAC

CO

M1

EA

CS

YN

CC

OM

2S

1+S

1-S

2+

S2-

Interface

Type Description

COM2 DB9 (female) CBUS3 extension 2

S2+S2– Phoenix socket Alarm input 2 of the power supply lightning arrester failure

S1+S1– Phoenix socket Alarm input 1 of the power supply lightning arrester failure

COM1 DB9 (female) CBUS3 extension 1

EAC DB26 (female) Six-route Boolean value input

SYNC SMA (female) Protection access of Bits clock input

Table 7 Pin assignment for the EAC signal cable

X1 End Wire Type Wire Color Alarm Output Serial Number

X1.1 Twisted pair White Alarm input 3 BOOLAEN 3

X1.10 Blue

X1.2 Twisted pair White Alarm input 4

X1.11 Orange

X1.3 Twisted pair AC

White Alarm input 5 BOOOLEAN 5

X1.12 Green

X1.4 Twisted pair DC Low

White Alarm input 6 BOOLEAN 6

X1.13 Brown

X1.5 Twisted pair Rect

White Alarm input 7 BOOLEAN 7

X1.14 Gray

X1.6 Twisted pair

BTS HIGH TEMP

Red Alarm input 8

Boolean 8X1.15 Blue

X1.7 Twisted pair Red Alarm output 4

X1.16 Green

X1.8 Twisted pair Red Alarm output 3

X1.25 Green

X1.18 Twisted pair Red Alarm output 1

X1.26 Brown

X1.9 Twisted pair Red Alarm output 2

Table 7 Pin assignment for the EAC signal cable

X1 End Wire Type Wire Color Alarm Output Serial Number

X1.17 Gray

LOẠI 2:BTS 3900 VÀ BDS3900.

1- Trường hợp 1: BTS 3900,BDS3900 Dùng card UEIU:

DÙNG CÁP RJ45 nối vào port exter 0 trên card UEIU :

Để đấu cáp mạng vào thiết bị mạng người ta sử dụng một đầu kết nối gọi là Đầu RJ-45 (RJ-45 Connector). Đầu RJ-45 có 8 chân, chân số 1 được tính từ bên trái sang khi đầu RJ-45 để ngửa mặt chân tiếp xúc lên, khe đưa cáp vào hướng vào người (Xem hình bên).

- Figure 1 Panel of the UEIU

EXT-ALM0 RJ45 Four dry contact signals

-

AC :TRẮNG –CAM :CHÂN 1-2 Cáp RJ 45

DC: TRẮNG- LỤC : CHÂN 3-6

RECT :TRẮNG –DƯƠNG: CHÂN 5-4

ĐÔI THỨ 4 :TRẮNG –Nâu :boolean 8 =BTS HIGH TEMP:Chân 7-8 ( loop lại nếu chưa dùng) ( Màu dây VÀ chân cáp RJ 45 XEM BẢN GỐC PHỤ LỤC tô màu đỏ)

2-Trường hợp 2: Nếu dùng card UPEU

exter 1 : Alarm Shield Flag2 : FO

Extended SW of input alarm =yes

Alarm Voltage Definition2 : F0

Boolean 16 =BTS HIGH TEMP ( loop lại nếu chưa dùng)

Figure 1 Panel of the UPEA

EXT-ALM1 RJ45 Four dry contact signals

AC :TRẮNG –CAM:Chân 1-2 cáp RJ 45

DC: TRẮNG- LỤC:CHÂN 3-6

RECT :TRẮNG –DƯƠNG:CHÂN 5-4

ĐÔI THỨ 4 :TRẮNG –Nâu :boolean 16 =BTS HIGH TEMP:CHÂN 7-8 ( loop lại nếu chưa dùng) (màu dây VÀ chân cáp RJ45 xem phụ lục gốc tô màu đỏ)

3-Trường hợp 3: BTS 3900 dùng card DEMU ở subrack 2 slot 1 của tủ BTS 3900.

Việc khai báo giống DEMU của BTS 3012 nhưng phần port đấu AC,DC LOW,RECT, BTS High temp xem bảng phụ lục Monitoring Unit DEMU.

Phụ Lục: Cáp màu dây dùng,Port dùng DEMU BTS 3900 , UEIU port RJ45 EXTER 0, UPEU port RJ45 EXTER 1.

List of BTS3900 Series User-Defined Alarm Ports

The BTS3900 series can be configured with the following monitoring units: EMUA, APMI, UPEU, UEIU, FMU, and DPMU.

List of BTS3900 Series User-Defined Alarm Ports

Table 1 Mapping between the monitoring units and the monitoring signal cables

BTS Type

Monitoring Unit

Port on the

Monitoring Unit

Installation

Position

Port No.

Monitoring

Signal Cable

WireWire Color

Description

AlmID

BTS3900,

BTS3900A, or

DBS3900

The physical hardware is EMUA, which is

displayed as DEMU

on the LMT.

S1+/S1-

Slot 0 or 1 of

subrack 21

AC

Sensor-equipped cable

AC FAILURE

NA NA 6292

S2+/S2-2

DC

Sensor-equipped cable

DC LOW

NA NA 6294

S3+/S3-

3

RECT

Sensor-equipped cable

RECT FAILURE

NA NA 6296

S4+/S4-

4

BTS HIGH TEMP

Sensor-equipped cable

BTS High Temp

NA NA 6298

S5+/S5- 5Sensor-equipped cable

NA NA 6300

S6+/S6- 6Sensor-equipped cable

NA NA 6302

S7+/S7- 7Sensor-equipped cable

NA NA 6304

S8+/S8- 8 Sensor-equipped

NA NA 6306

Table 1 Mapping between the monitoring units and the monitoring signal cables

BTS Type

Monitoring Unit

Port on the

Monitoring Unit

Installation

Position

Port No.

Monitoring

Signal Cable

WireWire Color

Description

AlmID

cable

S9+/S9- 9Sensor-equipped cable

NA NA 6308

S10+/S10-

10Sensor-equipped cable

NA NA 6310

S11+/S11-

11Sensor-equipped cable

NA NA 6312

S12+/S12-

12Sensor-equipped cable

NA NA 6314

S13+/S13-

13Sensor-equipped cable

NA NA 6316

S14+/S14-

14Sensor-equipped cable

NA NA 6318

S15+/S15-

15Sensor-equipped cable

NA NA 6320

S16+/S16-

16Sensor-equipped cable

NA NA 6322

S17+/S17-

17Sensor-equipped cable

NA NA 6324

S18+/ 18 Sensor- NA NA 6326

Table 1 Mapping between the monitoring units and the monitoring signal cables

BTS Type

Monitoring Unit

Port on the

Monitoring Unit

Installation

Position

Port No.

Monitoring

Signal Cable

WireWire Color

Description

AlmID

S18-equipped cable

S19+/S19-

19Sensor-equipped cable

NA NA 6328

S20+/S20-

20Sensor-equipped cable

NA NA 6330

S21+/S21-

21Sensor-equipped cable

NA NA 6332

S22+/S22-

22Sensor-equipped cable

NA NA 6334

S23+/S23-

23Sensor-equipped cable

NA NA 6336

S24+/S24-

24Sensor-equipped cable

NA NA 6338

S25+/S25-

25Sensor-equipped cable

NA NA 6340

S26+/S26-

26Sensor-equipped cable

NA NA 6342

S27+/S27-

27 Sensor-equipped cable

NA NA 6344

Table 1 Mapping between the monitoring units and the monitoring signal cables

BTS Type

Monitoring Unit

Port on the

Monitoring Unit

Installation

Position

Port No.

Monitoring

Signal Cable

WireWire Color

Description

AlmID

S28+/S28-

28Sensor-equipped cable

NA NA 6346

S29+/S29-

29Sensor-equipped cable

NA NA 6348

S30+/S30-

30Sensor-equipped cable

NA NA 6350

S31+/S31-

31Sensor-equipped cable

NA NA 6352

S32+/S32-

32Sensor-equipped cable

NA NA 6354

UPEU (The

Boolean alarms of the UPEU

are reported by the GTMU.

Therefore, you

should select the

GTMU when

setting the parameter

EXT-ALM1

The UPEU is configured in slot 18 or 19

of subrack

0, and the GTMU in slot 6 of subrack

0.

13

BBU Boolean alarm cable

X1.1/X1.2

Orange-white/orange

AC FAILURE

Boolean input 5+/Boolean input 5- (GND). Note: Each Boolean input is represented by one bit.

5056

14 X1.3/X1.6

Green-white/green

DC LOW

Boolean input 6+/Boolean input 6-

5058

Table 1 Mapping between the monitoring units and the monitoring signal cables

BTS Type

Monitoring Unit

Port on the

Monitoring Unit

Installation

Position

Port No.

Monitoring

Signal Cable

WireWire Color

Description

AlmID

s of the environment alarm signal input port.)

FAILURE (GND)

15X1.5/X1.4

Blue-white/blue

RECT FAILURE

Boolean input 7+/Boolean input 7- (GND)

5060

16X1.7/X1.8

Brown-white/brown

BTS High Temp

Boolean input 8+/Boolean input 8- (GND)

5062

EXT-ALM0

9

BBU Boolean alarm cable

X1.1/X1.2

Orange-white/orange

Boolean input 1+/Boolean input 1- (GND)

5048

10X1.3/X1.6

Green-white/green

Boolean input 2+/Boolean input 2- (GND)

5050

11X1.5/X1.4

Blue-white/blue

Boolean input 3+/Boolean input 3- (GND)

5052

12X1.7/X1.8

Brown-white/brown

Boolean input 4+/Boolean input 4- (GND)

5054

UEIU EXT- The UEIU 5 BBU X1.1/ Orange- Boolean 5040

Table 1 Mapping between the monitoring units and the monitoring signal cables

BTS Type

Monitoring Unit

Port on the

Monitoring Unit

Installation

Position

Port No.

Monitoring

Signal Cable

WireWire Color

Description

AlmID

(The Boolean alarms of the UEIU

are reported by the GTMU.

Therefore, you

should select the

GTMU when

setting the parameter

s of the environment alarm signal input port.)

ALM1

is configured in slot 18 or 19

of subrack

0, and the GTMU in slot 6 of subrack

0. Boolean alarm cable

X1.2white/orange

input 13+/Boolean input 13- (GND)

6X1.3/X1.6

Green-white/green

Boolean input 14+/Boolean input 14- (GND)

5042

7X1.5/X1.4

Blue-white/blue

Boolean input 15+/Boolean input 15- (GND)

5044

8X1.7/X1.8

Brown-white/brown

Boolean input 16+/Boolean input 16- (GND)

5046

EXT-ALM0

1

BBU Boolean alarm cable

X1.1/X1.2

Orange-white/orange

AC FAILURE

Boolean input 9+/Boolean input 9- (GND)

5032

2X1.3/X1.6

Green-white/green

DC LOW FAILURE

Boolean input 10+/Boolean input 10- (GND)

5034

3 X1.5/X1.4

Blue-white/blue

RECT FAILURE

Boolean input 11+/Boolean input

5036

Table 1 Mapping between the monitoring units and the monitoring signal cables

BTS Type

Monitoring Unit

Port on the

Monitoring Unit

Installation

Position

Port No.

Monitoring

Signal Cable

WireWire Color

Description

AlmID

11- (GND)

4X1.7/X1.8

Brown-white/brown

BTS High Temp

Boolean input 12+/Boolean input 12- (GND)

5038

The physical hardware is APMI, which is

displayed as APMU

on the LMT.

IN1

Slot 2, 3, 4, or 5 of subrack 2

1Sensor-equipped cable

NA NA 5758

IN2 2Sensor-equipped cable

NA NA 5760

IN3 3Sensor-equipped cable

NA NA 5762

DPMU Slot 2, 3, 4, or 5 of subrack 2

1Sensor-equipped cable

NA NA 6046

2Sensor-equipped cable

NA NA 6048

3Sensor-equipped cable

NA NA 6050

4Sensor-equipped cable

NA NA 6052

5 Sensor-equipped cable

NA NA 6054

Table 1 Mapping between the monitoring units and the monitoring signal cables

BTS Type

Monitoring Unit

Port on the

Monitoring Unit

Installation

Position

Port No.

Monitoring

Signal Cable

WireWire Color

Description

AlmID

6Sensor-equipped cable

NA NA 6056

7Sensor-equipped cable

NA NA 6058

BTS3900A

The physical hardware is FMUA, which is

displayed as FMU on the LMT.

SW0

Any of slots 6 through

15 in subrack 2

0Sensor-equipped cable

NA NA 9760

SW1 1Sensor-equipped cable

NA NA 9762

SW2 2Sensor-equipped cable

NA NA 9764

SW3 3Sensor-equipped cable

NA NA 9766

Parent topic: Reference Information on Setting Environment Alarms