Huawei BTS312 Manuals

Manuals and User Guides for Huawei BTS312. We have 1 Huawei BTS312 manual available for free PDF download: Hardware Description Manual

Huawei BTS312 Hardware Description Manual (111 pages)

M900/M1800 Base Transceiver Station

Brand: Huawei | Category: Transceiver | Size: 0.79 MB

Table of Contents
1
Overview of the Hardware
9
Hardware Structure
10
Indoor Base Station
10
Outdoor Base Station
10
Figure 1-1 Hardware Structure of the BTS30/BTS312
10
Hardware Description
11
Indoor Base Station
11
Figure 1-2 Hardware Structure of the BTS3006A/BTS3012A
11
Table 1-1 Hardware Structure of the BTS30/BTS312
11
Outdoor Base Station
12
Table 1-2 Hardware Structure of the BTS3006A/BTS3012A
12
Cabinet
13
Cabinet Configuration
14
Bts30
14
Bts312
15
Figure 2-1 Typical Configuration of the BTS30
15
Bts3006A
16
Figure 2-2 Typical Configuration of the BTS312
16
Figure 2-3 Typical Configuration of the BTS3006A
17
Bts3012A
18
Figure 2-4 Storage Battery Cabinet Without Front Door
18
Functional Subsystem
19
Overview
19
Figure 2-5 Typical Configuration of the BTS3012A
19
Table 2-1 Composition and Functions of each Functional Subsystem of the BTS3X
20
Common Subsystem
21
Figure 2-6 Position of the Common Subsystem in the BTS30/312
22
Figure 2-7 Common Subsystem of the BTS3012A/BTS3006A
22
Signal Processing Subsystem
23
Figure 2-8 Position of the Signal Processing Subsystem
23
Antenna Feeder Subsystem
24
Figure 2-9 Position of the Antenna Feeder Subsystem in the BTS System
24
Technical Specifications
25
Dimension
25
Weight
25
Power Supply
25
Table 2-2 Dimension of the BTS3X Cabinet
25
Table 2-3 Weight of the BTS3X Series
25
Table 2-4 Power Supply of the BTS3X Series
25
Power Consumption
26
Table 2-5 Power Consumption of the BTS3X Series
26
Board
27
Overview
28
Table 3-1 BTS3X Boards
28
Abb
29
Functions
29
Panel
29
Figure 3-1 ABB Working Principle
29
Figure 3-2 ABB Panel
30
Table 3-2 Indicators on the ABB Panel
30
DIP Switch
31
Figure 3-3 ABB Layout
31
Table 3-3 Functions of ABB DIP Switch S2
31
Cdu
32
Functions
32
Structure and Principle
32
Front Panel
33
Figure 3-4 CDU Structure
33
Figure 3-5 CDU Front Panel
34
Table 3-4 CDU Indicators
34
Table 3-5 CDU Ports
35
Rear Panel
36
Figure 3-6 CDU (Type A) Rear Panel
36
Figure 3-7 CDU (Type B) Rear Panel
37
Table 3-6 Mapping between the Knob Setting and Current Strength of the TMA (Type B)
37
Figure 3-8 CDU (Type C) Rear Panel
38
Table 3-7 Mapping between the Knob Setting and Current Strength of the TMA (Type C)
38
Figure 3-9 CDU (Type D) Rear Panel
39
Table 3-8 Mapping between the Switch Setting and the Current Strength of the TMA (Type D)
39
Cmb
40
Figure 3-10 CDU (Type E) Rear Panel
40
Figure 3-11 CMB Layout
41
Table 3-9 CMB DIP Switch Description
41
Ecdu
42
Functions
42
Structure and Principle
42
Front Panel
43
Figure 3-12 ECDU Structure
43
Figure 3-13 ECDU Front Panel
43
Table 3-10 ECDU Indicators
44
Table 3-11 ECDU Ports
44
Rear Panel
45
Figure 3-14 ECDU (Type A) Rear Panel
46
Figure 3-15 ECDU (Type B) Rear Panel
47
Table 3-12 Mapping between the Knob Setting and Current Strength of the TMA (Type B)
47
Figure 3-16 ECDU (Type C) Rear Panel
48
Table 3-13 Mapping between the Knob Setting and Current Strength of the TMA (Type C)
48
Edu
49
Functions
49
Structure and Principle
49
Figure 3-17 EDU Structure
49
Front Panel
50
Figure 3-18 EDU Front Panel
51
Table 3-14 EDU Indicators
51
Rear Panel
52
Table 3-15 EDU Ports
52
Figure 3-19 EDU (Type A) Rear Panel
53
Escu
54
Functions
54
Figure 3-20 EDU (Type B) Rear Panel
54
Panel
55
Figure 3-21 ESCU Panel
55
Table 3-16 ESCU Ports
55
Fmu
56
Functions
56
DIP Switch
56
Figure 3-22 FMU Layout
56
Mdu
57
Structure and Principle
57
Table 3-17 FMU DIP Switch
57
Panel
58
Figure 3-23 MDU Functional Structure
58
Figure 3-24 MDU Panel
59
Table 3-18 MDU Ports
59
O2Tcb
60
Functions
60
DIP Switch
60
Figure 3-25 O2TCB Layout
61
Table 3-19 O2TCB DIP Switch
62
Pbu
63
Functions
63
Structure and Principle
63
Figure 3-26 PBU Functional Structure
64
Panel
65
Figure 3-27 PBU Panel
66
Table 3-20 PBU Indicators
66
Pmu
67
Functions
67
Table 3-21 PBU Ports
67
Panel
68
Figure 3-28 PMU Panel
68
Table 3-22 PMU Indicators
68
Psu
69
Functions
69
Panel
69
Figure 3-29 PSU Panel
70
Table 3-23 PSU Indicators
70
Pwb
71
Figure 3-30 PWB Layout of the BTS30
71
Figure 3-31 PWB Layout of the BTS312 and the BTS3012A
71
Figure 3-32 PWB Layout of the BTS3006A
72
Table 3-24 PWB DIP Switch
72
Scu
73
Functions
73
Structure and Principle
73
Panel
73
Figure 3-33 SCU Functional Structure
73
Tcu
74
Figure 3-34 SCU Panel
74
Table 3-25 SCU Ports
74
Panel
75
Figure 3-35 TCU Panel
75
Table 3-26 TCU Indicators
75
DIP Switch
76
Figure 3-36 TCU Layout
76
Table 3-27 Description of the TCU DIP Switch
76
Difference between the TCB REV.0 and the VER.B
77
Tdu
78
Functions
78
Panel
78
Figure 3-37 TDU Layout
78
Table 3-28 TDU Ports
79
Table 3-29 TDU DIP Switch Setting
80
Tes
81
Functions
81
Structure and Principle
81
Panel
82
Figure 3-38 TES Functional Structure
82
Figure 3-39 TES Panel
83
Table 3-30 TES Indicators
83
Asu
84
Functions
84
Panel
84
Figure 3-40 ASU Panel
85
Table 3-31 ASU Indicators
85
Table 3-32 RUN (ASU) Indicator Information
86
Table 3-33 ASU Ports
86
Jumper and DIP Switch
87
Figure 3-41 ASU Layout
87
Table 3-34 ASU DIP Switches and Jumpers
87
Figure 3-42 DIP Switch that Is Used to Set IP Addresses
89
Table 3-35 Tributary Related DIP Switches and Jumpers
89
Pat
90
Functions
90
Panel
90
Figure 3-43 PAT Panel
91
Table 3-36 PAT Indicators
91
Jumper and DIP Switch
92
Table 3-37 PAT Ports
92
Figure 3-44 PAT Layout
93
Table 3-38 PAT DIP Switches and Jumpers
93
Tmu
94
Functions
94
Structure and Principle
94
Figure 3-45 TMU Functional Structure
95
Panel
96
Figure 3-46 Time Sequence of Clock Signals
96
Figure 3-47 TMU Panel
97
Table 3-39 TMU Indicators
97
Table 3-40 TMU Ports
98
DIP Switch
99
Figure 3-48 TMU Layout
99
Figure 3-49 TMU DIP Switches
100
Table 3-41 Mapping of S9 Setting and OML Timeslot
101
Difference between REV.B and REV.C
102
Trb
102
DIP Switch
102
Table 3-42 Mapping of S9 Setting and OML Timeslot
102
Table 3-43 S12 Setting
102
Figure 3-50 TRB Layout of the BTS30 and the BTS3006A
103
Table 3-44 TRB DIP Switch Description of the BTS30 and the BTS3006A
104
Figure 3-51 TRB Layout of the BTS312 and the BTS3012A
105
Table 3-45 TRB DIP Switches of the BTS312 and the BTS3012A
105
Differences between REV.0 and REV.A
106
Figure 3-52 TRB Layout (REV.0)
106
Trx
107
Functions
107
Structure and Principle
107
Figure 3-53 TRX Logical Structure
107
Panel
110
Figure 3-54 TRX Panel
110
Table 3-46 TRX Indicators
111
Table 3-47 TRX Ports
111

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Huawei BTS312 Hardware Description Manual (111 pages)

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