BTS technical proposal
中国联通上海贝尔BTS维护操作手册
中国联通上海贝尔BTS维护操作手册1.0版本2010.04目录1系统结构及重要硬件介绍 (4)1.1前言 (4)1.2BTS的功能块介绍 (5)1.2.1BTS的体系 (5)1.2.2电信功能 (8)1.2.3操作和维护的功能 (9)1.2.4传输功能 (10)1.2.5天馈网络 (11)1.3BTS硬件硬件板卡介绍 (12)1.3.1概述 (12)1.3.2SUM 板 (16)1.3.3收发信机(TRE) (21)1.3.4天线网络 (31)1.3.5BTS 的外部连接 (46)1.3.6风扇单元 (48)1.3.7BTS机架 (49)2维护作业计划操作指导 (49)2.1维护作业计划概述 (49)2.2维护作业计划内容 (49)2.2.1日常维护项目 (49)2.2.2周度维护项目 (50)2.2.3月度维护项目 (50)2.2.4年度维护项目 (51)3BTS重要操作维护指导 (51)3.19110-E Micro BTS维护 (51)3.1.1BTS终端概述 (51)3.1.2BTS终端的连接 (52)3.1.3启动BTS终端 (52)3.2安全块的定义和处理 (57)3.2.1SBL 的定义 (57)3.2.2SBL 状态 (59)3.2.3SBL 状态 (59)3.2.4SBL 操作命令 (62)3.2.5SBL 与RIT之间的关系 (64)3.2.6设置TMA采用菜单: (66)3.3更新内部数据（RI） (67)3.3.1读取RI (67)3.3.2修改RI (67)3.4传输设置 (68)3.4.1使用Setting 菜单 (68)3.4.2设置Qmux 地址 (68)3.4.3检查告警表 (69)3.4.4确认Qmux 状态 (69)3.4.5环路调试 (70)3.4.6设置时钟模式 (70)3.4.7设置并检查Abis映射表 (71)4常用软硬件工具介绍 (72)5常见故障处理 (72)1系统结构及重要硬件介绍1.1前言基站收发信台（BTS）是基站子系统（BSS）的无线部分。
北京BTS培训诺西BTS简介
31117777.doc北京联通BTS维护技术培训31117777.doc目录1.培训人员要求 (2)2诺西GSM设备简介 (3)1.培训人员要求一、了解诺西基站常识。
31117777.doc二、带上电脑、LMT、笔和本子、优盘。
三、具备基站现场工作条件四、了解现场操作步骤及注意事项。
2诺西GSM设备简介2.1.1诺西设备网络结构图Um PCMB PCMS PCMAabis Asub A MSC 交换（数据处理器）31117777.docTRAU 码型转换及速率适配单元（语音信号的码型转换、数据速率适配、处理多时隙连接）BSC 基站控制器（业务信道、信令信息处理、操作维护处理及告警监控）BTS 提供与移动台MS之间的无线射频链路MS 移动台TRAU类型（TRUA、eTRAU）BSC 类型（BSC72、BSC120、eBSC）2.1.2诺西BSC容量：2.2机柜类型BS240、BS240XL、BS82、BS82II、BS6031117777.doc产品特点：BS240机柜⏹支持频段：P-GSM, E-GSM, R-GSM, GSM1800, GSM900⏹单机架支持载频数：8/16 (GCU/FlexCU)⏹加上扩展机架可支持：（可扩展2个BS240机柜）24 TRX/site 12TRX/cell，最大到6个cell (24TRX/cell)⏹发射功率：GSM900/1800的发射功率为60W/40W⏹接收灵敏度为：-116dBm⏹支持塔放TMA: all types for up to 8 TRX⏹集成Abis 交叉连接: 8 PCM lines⏹在BS 240中有8条PCM线(COBA+COSA)物理参数：⏹尺寸（H*W*D）：1600*600*450 mm⏹体积：432 Litres⏹最大功耗：1300 Watts⏹重量(满配时)：210 kg⏹温度范围：-5°to +55°2.2.1 BS240XL机柜31117777.doc⏹设备特点：BS240XL机柜⏹可扩展1个BS240XL机柜TRXs/机架(max.) 12 / 24 (GCU/FlexCU)⏹TRXs/站点(max.) 24 (72 with BR6.0)⏹TX 输出功率：GSM 900 60 W GSM 1800 40 W⏹在BS 240XL中有8条PCM线(COBA+COSA)⏹接收灵敏度up to -116 dBm⏹提供与BS-240 完全相同的功能⏹适合于更新现有的BS-60 基站⏹物理参数：⏹尺寸(HxWxD)：2025x600x450 mm⏹重量(max) ：ca. 250 kg⏹电源：-48V DC / 400 V AC (with SR）⏹最大功耗：2814 W⏹电池备份1个机架应急配置可支持10 小时⏹湿度范围：-5 → +45/55 ︒C (12/8 TRX)2.2.2BS60机柜31117777.doc支持P-GSM, E-GSM, R-GSM, GSM1800在BS 60中带有60W高功率放大器或35W功率放大器. 室内允许温度: BS60 : -5° C ... +45°C2.2.3 BS82II31117777.doc⏹设备特点：⏹室内室外应用⏹单机架2 TRX（BR 7.0）⏹单机架4 TRX（BR 8.0）⏹最大支持12 TRX（FlexCU & 2 扩展机架）⏹完全支持GPRS/EDGE⏹最大发射功率42 W⏹立柱/ 墙面安装⏹物理参数：⏹尺寸(W x D x H): 58 x 43 x 80 cm⏹体积: < 200 l⏹重量: < 99 kg⏹温度范围: -33°C to + 50°C2.3 BS240XL机柜的类型内部的构造、槽位模块位置等31117777.docBS240XL机柜平面图注明：A是COBA槽位、B是COSA槽位；C是备用COBA槽位、D是备用COSA槽位。
BTS设备检修作业指导书——【作业指导书(公布版20170630)】
由通信段维护
5.作业注意事项、安全风险提示
5.1作业注意事项
5.1.1按规定穿戴好绝缘鞋和防护服，做好劳动安全防护。
5.1.⒉作业前由作业负责人详细布置施工人员分工、作业要求、作业项目、试验内容及安全卡控措施等要求。
5.1.3作业前检查工具、仪表齐全良好并正确使用。
5.1.4准备相应板件备件。
DWBZ/TZ.15.1.4.4
4
设备清扫
DWBZ/TZ.15.1.4.5
5
基本业务测试
DWBZ/TZ.15.1.4.6
6
集中检修
基站环倒换
DWBZ/TZ.15.2.4.1
7
主控板切换
DWBZ/TZ.15.2.4.2
8
发射机平均频率误差测试
DWBZ/TZ.15.2.4.3
9
发射机均方根相位误差测试
DWBZ/TZ.15.2.4.4
6.作业前准备
6.1穿戴机房专用工作服，准备工作日志、《通信设备维修工作计划完成表》，核对好作业内容，携带《网管系统维护作业记录本》进入机房。
6.2联系登记：作业前需与网管联系，得到网管许可后方可操作。
7.单项作业操作过程
7.2BTS设备巡视,查看设备运行状态(DWBZ/TZ.15.1.4.2)
7.2.1操作方法：通过查看设备运行指示灯的状态，判断设备直观的运行情况，周期为每季，操作人为2人。
（1）检查CC（主控板）、UBPG（基带处理板）、SA(现场告警板)、SE(现场告警扩展板)、PM(电源模块)、FA(风扇模块)、RSU02E（双载波射频模块）等单板指示灯显示（如下图）。各单板RUN（运行）灯常亮，ALM（告警）灯灭。
7.2.3质量标准：网管运行正常，无告警信息。
BTS312经典教材
华为BTS312经典教材周达收集资料目录第1章产品概述 (1)系统概述 (1)系统特点 (1)1.2.1 集成射频组件技术 (2)1.2.2 成熟的射频技术 (2)1.2.3 先进的E-Abis技术 (2)1.2.4 强大的操作维护功能 (3)BTS312应用优点 (3)1.3.1 广覆盖 (3)1.3.2 轻松节省投资费用 (3)1.3.3 迅速实现平滑扩容 (3)1.3.4 支持多种传输方式 (3)结构概述 (4)1.4.1 逻辑结构 (4)1.4.2 软件结构 (5)1.4.3 机柜结构 (6)主要功能 (7)1.5.1 软件基本功能 (7)1.5.2 硬件基本功能 (8)技术指标 (9)第2章硬件结构 (10)概述 (10)载频合分路框 (11)2.2.1 合分路单元（CDU） (12)2.2.2 增强型双工单元（EDU） (13)2.2.3 大功率合分路单元（ECDU） (14)2.2.4 简单合路单元（SCU） (14)2.2.5 收发信机单元（TRX） (14)公共资源框 (18)2.3.1 供电单元（PSU） (18)2.3.2 电源监控板（PMU） (18)2.3.3 定时传输管理板（TMU） (19)2.3.4 传输扩展供电板（TES） (22)机柜其它部件 (23)2.4.1 时钟分配板（TDU） (23)2.4.2 风扇监控单元（FMU） (25)2.4.3 开关盒（SWITCH BOX） (26)天馈系统 (26)2.5.1 天线 (26)2.5.2 馈线 (27)2.5.3 天馈避雷器 (28)电源系统 (28)2.6.1 概述 (28)2.6.2 总体结构 (29)监控系统 (30)防雷系统 (31)2.8.2 直流电源防雷 (31)第3章机柜电缆的安装 (33)需要安装的机柜电缆种类 (33)6.1.1 射频成套电缆 (34)6.1.2 并柜电缆 (34)6.1.3 电源线 (34)6.1.6 传输电缆 (35)射频成套电缆的安装 (36)并柜电缆的安装 (38)电源线的安装 (39)6.4.1 安装一体化防雷板 (39)6.4.2 电源线制作 (40)6.4.3 电源线与机柜的连接 (41)6.4.4 电源线的布放 (44)接地线的安装 (44)6.5.1 接地和防雷要求 (44)6.5.2 机柜保护地线的连接 (45)第4章配置概述与典型实例 (47)配置概述 (47)6.1.1 小区配置 (47)6.1.2 公共资源框满配置 (48)6.1.3 载频合分路框配置 (48)6.1.4 注意事项 (49)6.1.5 主要天馈部件的配置原则 (49)典型配置实例 (49)6.2.1 S（4/4/4）的典型配置 (49)6.2.2 S（2/2/2）的典型配置 (51)6.2.3 O6 的典型配置 (52)6.2.4 O4 的典型配置 (53)BTS3X收发信前端系统介绍 (54)1 收发信前端系统概述 (54)室外天馈系统 (55)合分路单元原理 (55)CDU (55)1.2.1 结构原理介绍 (55)1.2.2 前面板说明 (56)2.1.1 原理概述 (58)2.1.2 原理框图 (59)2.1.3 CDU、SCU和EDU插损与价格比较 (59)合分路单元功能 (60)2.2.1 功能概述 (60)2.4.3.1 基站合分路单元不同配置实现思路 (60)2.4.3.3 基站合分路单元的基本组合举例 (61)2.4.3. 基站合分路单元与载频单元（TRX）及其天线连接关系举例 (61)[举例] (61)基站不同配置(站型)的射频成套电缆的安装介绍 (63)第1章产品概述系统概述基站收发信台（BTS）属于基站子系统的无线部分，它在系统中的位置如图1-1所示。
核电常用缩略语大全
B/L
装船提单，运货证书 Bill of Landing
BCL
回填土检查单
Backfilling Check List
BF
扁钢
Flat Bar
BHO
厂房移交
Building Hand Over
BNI
核岛配套设施
Balance of Nuclear Island
BO
隔离办
Blocking Office
FSS
全范围模拟机
Full Scope Simulator
FTG
岗位培训导则
Function Training Guide
FU
供使用（文件状态）For Use
FW
装修工程，收尾工程 Finishing Work
FW
现场焊
Field Weld
FW
角焊缝，填角焊焊缝 Fillet weld
GAF GCR GCR
气冷反应堆
Gas Cooled Reactor
网控室
Grid Control Room
通用电气公司（英 General Electric Corp.
国）
通用电气/阿尔斯通 GEC Alsthom
公司
广东省环保局
Guangdong Environmental Protection Bureau
广东火电
广东省电力总公司 Guangdong General Power Company
气体保护金属极电 Gas Metal Arc Welding
弧焊
说明书（文件编码用 General Notes
语）
广东核电投资有限 Guangdong Nuclear Power Investment Co.Ltd
TUBE-TECH CL 1B压缩器说明书
LYDKRAFT ApSMose Allé20,DK2610RødovreDenmark 1Owners manualTUBE-TECHCL1B CompressorDESCRIPTION.The TUBE-TECH compressor CL1B differs from many other compressors,in that the gain-reduction element is made from a non-semiconductor element,which in itself has a very low harmonic distortion and none of the non-linearity problems involved when using most semiconductor elements.Furthermore there is no long-term degradation of the element thus giving it almost infinite life.This element is placed after the input-transformer of the compressor and followed by an all tube-based amplifier with a gain of-∞dB to+30dB.Thus the signal is not fed through any semiconductor circuitry on its way to the output.The amplifier consists of two tubes(valves)in push-pull configuration(one ECC83as thepre-amp and phase splitter,and one ECC82as the output stage),and an output transformer. The power supply for the pre-amp and phase splitter are stabilized and the heaters of both tubes (valves)are fed with a stabilized DC voltage.The whole amplifier(including input and output transformer)and the power supplies are placed on one PC-board.Both input and output are balanced(600Ω)and fully floating.The in/out key switches the compressor in and out without clicks.THE SIDECHAIN:The side chain is the only part of the compressor that contains semiconductors.They are used for three reasons:First they do not affect the sound reproduction,second they have a high slew rate,which is of importance for the performance of the compressor and third they don't take up much room.It contains two J-FET quad op-amps,one npn-transistor and one FET-transistor,which handles the signal for the gain-reduction element.The compressor contains two time constants circuits:1.Fixed attack and release times2.Variable attack and release timesThe attack/release select switch makes it possible to use these two circuits separately or combine their functions.This gives a feature not normally obtained in other compressors:In the combined(fix./man.)state the attack-and release controls make it possible toobtain a complex release-time slope.(See page4)(140919jgp)LYDKRAFT ApSMose Allé20,DK 2610RødovreDenmark2COMPRESSOR INTERCONNECTION:The side chain sockets for interconnection of several compressors are located on the rear panel.A switch (BUS SELECT)on the front selects which compressors are interconnected,and on which bus they are connected.If you e.g.have 10compressors in a rack,you can selectcompressor 1,5,7and 8on bus 1,and compressor 2,3,6and 9on bus 2,leaving compressor 4and 6in the off position.Compressors 1,5,7,8are now interconnected and all four will perform the exact samecompression.This applies to compressor 2,3,6and 9as pressor 4and 6are independent.The interconnection implies,that the unit,which performs the most compression,is controlling the others.To choose which one you want to control,select the attack/release time,the threshold and the ratio on that unit,and turn the threshold fully counter clockwise on the reminding compressors.It is of course possible to have all the interconnected compressors control each othersimultaneously.NB:Remember to set the ratio control and the gain control in the same position on the"slaves".Otherwise the stereo image could be shifted during compression.Theattack/release-control on the slaves will have no effect.The input/output capability of the side chain-circuit allows up to ten compressors to be linked together.They are connected in parallel with a standard 1/4"stereo jack/-jack cord (tip:bus 1,ring:bus 2).The two jack socket on the rear panel is connected in parallel and both are input/output.(980112)LYDKRAFT ApSMose Allé20,DK2610RødovreDenmark 3CONTROLS:GAIN:The gain control is used to"make up"for the gain loss,which takes place when the unit is compressing.It is placed after the gain-reduction circuit andtherefore has no influence on the threshold setting.The gain-control iscontinuously variable from off to+30dB.RATIO:The ratio control varies the ratio by which the input signal is compressed.If the ratio selected is to2:1,and the input signal increases10dB,the outputsignal is only increased by5db.The ratio control is continuously variablefrom2:1to10:1.THRESHOLD:The threshold is the point where the compressor begins its action.It isdefined as the point where the gain is reduced by1dB.The threshold is continuously variable from+20dBU to-40dBU.METER:The VU-meter switch has three positions:1.Input The meter is reading the level at the input socket.pressionThe VU-meter is reading gain reduction.Its rest position is"0VU",and the amount ofcompression is shown as a decreasing deflection in dB.3.Output The VU-meter is reading the level at the output socket."0VU"is equivalent to+4dBU.NB:Leave the meter switch in position compression as it might introducedistortion if left in the input or output position.IN/OUT:This leverswitch switches the compressor in and out of the signal path.The out position bypasses the entire compressor.ATTACK:The attack control chooses how fast/slow the compressor responds to an increase in the input signal.The attack control is continuously variable from0.5to300milliseconds. RELEASE:The release control chooses how fast/slow the compressor responds to a decrease in the input signal.The release control is continuously variable from0,05to10seconds.(980112)LYDKRAFT ApSMose Allé20,DK 2610RødovreDenmark4ATTACK/RELEASE SELECT:This switch selects how the compressor reacts to an increase (attack )ordecrease (release )of the input signal.There are three settings of the switch:1.Fixed.Attack time:1msecRelease time:50msec2.Manual.Attack time:from 0.5msec to 300msecRelease time:from 0.05sec to 10sec3.Fix/man.This setting combines the release times of fixed and manualmode.The attack time is as in the fixed mode.The fix/man mode always has a fast attack,but it is possible to obtain a release time depending on the input signal,e.g.get a fast release when the peak disappears,then superseded shortly thereafter by the release time selected by the release control.From the time the peak disappears,until the selected release time takes over,is dependent upon the setting of the attack control.The more CW the attack control is turned,the longer time before the selected release control takes over.The more CCW the attack control is turned,the shorter time before the selected release control takes over.This function is valid only if the time of the peak is shorter than the setting of the attack control.If the peak of the program is longer than the setting of the attack control,or if the attack control has reached the full CCW position,it will respond as in the manual mode.The fix/man mode acts as an automatic release function with a constant fast attack time and fast release time for short peaks and a longer release times for longer peaks.This setting is mainly intended for use on program material (overall compression).BUS SELECT:Interconnects several compressors on bus 1or bus 2.If the compressor is left in the off position,it works entirely independently.(150426)LYDKRAFT ApSMose Allé20,DK2610RødovreDenmark 5SUGGESTED APPLICATIONSOFTUBE-TECH COMPRESSOR CL1BIn the following,you will find suggestions on various applications of the TUBE-TECH compressor CL1B.They are given as a convenient guide to enable you to familiarise yourself with the different aspects of using the compressor.We have not mentioned specific settings of gain and threshold as they are dependent upon input levels.Instead we have specified how much compression in dB,we feel,is needed for the various examples.OVERALL COMPRESSION:FINAL MIXCOMPRESSION NEEDED:3-4dBAttack/release select:Fix/manAttack:2o'clockRelease:10o'clockRatio:9o'clockSTANDARD COMPRESSION:BASS,PIANO,GUITAR,KEYBOARDS AND VOCALSCOMPRESSION NEEDED:4-5dBAttack/release select:ManualAttack:2o'clockRelease:10o'clockRatio:10-2o'clockHEAVY COMPRESSION ON INSTRUMENTS:LINE GUITAR AND PIANOCOMPRESSION NEEDED:10dBAttack/release select:ManualAttack:7o'clockRelease:1o'clockRatio:3o'clockCOMPRESSION OF DRUMS:SNARE AND BASS DRUMCOMPRESSION NEEDED:2-3dBAttack/release select:FixedRatio:9-12o'clock(980112)LYDKRAFT ApSMose Allé20,DK 2610RødovreDenmark6ADJUSTMENT PROCEDURE:CAUTION:Before making any adjustment let the unit heat-up at least 15min.Observe that the offset-voltage measured at the side chain jack socket,when the THRESHOLD is off,is not greater than +/-15mV DC in both position "fixed"and "manual".(tip is bus 1and ring is bus 2).If the voltage exceeds this value,replace either IC1or IC2.For serial no.up to 15891THE GRE SHALL BE MARKED BETWEEN 1.225-1.285For serial no.15892and onwardsTHE GRE SHALL BE MARKED BETWEEN W1.20-W1.50ADJUSTMENT OF BASIC GAIN:1)Apply a signal of 1kHz,-30,0dBU into the input of the compressor.2)Turn the GAIN-control fully clockwise.3)Set the RATIO-control at 2:14)Adjust the pre-set GAIN (located on amp/psu PCB)to an output-reading of 0,0dBU.ADJUSTMENT OF COMPRESSION TRACKING :1)Turn the THRESHOLD -control fully counter-clockwise.2)Set the RATIO-control at 2:1.3)Set the BUS-select -switch at 1.4)Apply a signal of 1kHz,0,0dBU into the input of the compressor.5)Adjust the GAIN -control to an output-reading of 0,0dBU.6)Apply a DC-voltage of +250,0mV into the side chain jack socket (tip)and observe that the output level has dropped to -10,0dB.7)If this is not the case,adjust the level with P 2(P 1)*,to obtain a drop of exactly -10,0dB.*The trimpots in parenthesis refers to PCB 870316-0,1,2(180515)LYDKRAFT ApSMose Allé20,DK2610RødovreDenmark 7ADJUSTMENT OF THE VU METER READING"COMPRESSION":1)Turn the THRESHOLD-control fully counter-clockwise.2)Switch the METER-selector to Compression.3)Set the RATIO-control at2:14)Apply a signal of1kHz,0,0dBU into the input of the compressor.5)Adjust the GAIN-control to an output-reading of0,0dBU.6)Adjust P4(P2)*until the meter is reading0VU.7)Apply a DC-voltage of+250,0mV into the side chain jack socket and observe that theoutput level has dropped to-10,0dBU.If this is not the case,adjust the compressiontracking(see above)8Adjust P3until the meter is reading-10,0VU.9)Remove the DC-voltage from the side chain jack socket.10)Repeat step6-9.NB:The VU-meter accuracy should be within+/-0,5dB when reading compression. ADJUSTMENT OF THE RELEASE CONTROL:1)Set the METER switch in position compression.2)Set the attack/release SELECT switch in position manual.3)Apply a signal of1kHz,0,0dBU into the input of the compressor.4)Adjust the THRESHOLD-control to a reading of-10VU of the VU-meter5)Set the ATTACK-control at fast.6)Set the RELEASE-control at slow.7)Switch off the1kHz and observe that the VU meter moves to0VU in approx.10sec.8)If this is not the case,adjust P1(P5)*,to obtain a release time of approximately10sec. *The trimpots in parenthesis refers to PCB870316-0,1,2(950119)LYDKRAFT ApSMose Allé20,DK 2610RødovreDenmark8Over view of the sidechain PCBPCB 870316-0,1,2P2P3P1P50VU -10VU -10dBRel.10Sec.PCB 870316-3P4P3P2P10VU -10VU -10dB Rel 10Sec.101115LYDKRAFT ApSMose Allé20,DK2610RødovreDenmark 9TECHNICAL SPECIFICATIONS CL1B:Input impedance:600OhmsOutput impedance:<60OhmsFrequency-response:5Hz-25kHz+0.5/-3dB Distortion THD@40Hz:0dBU:<0,15%10dBU:<0,15%maximum output(1%THD):+26,0dBUmaximum input(1%THD):+21,0dBUNoise Rg=200Ohm:Output Gain0dB+30dB Unweighted-85,0dBU-75,0dBUCCIR468-3-75,0dBU-65,0dBUCMRR@10KHz<-60dBGain:off to+30dBCompressorRatio:2:1to10:1Threshold:off to-40dBUAttack:0,5mS to300mSRelease:0,05S to10STracking between interconnected compressors:(0to30dB compression):<+/-1dBTubesECC821ECC831DimensionsHeight:3units132m m/5,2”Width:483m m/19”Depth:170m m/6,7”WeightNet:4,1Kg/9,0lbsShipping:5,9Kg/13,0lbsPower requirements@115V/230V AC,50-60Hz30-40WAll specifications at RL=600Lydkraft reserves the right to alter specifications without prior notice(051018jgp)LYDKRAFT ApSMose Allé20,DK 2610RødovreDenmark 10DRAWINGSforTUBE-TEC H CL 1B(081218jgp)CircuitDrawing no.Overview CL 1BTE 130-40OUTPUT AMP.-PSU CL 1B TE 100-41FRONT CONTROLS TE 130-42SIDECHAIN CL 1BTE 130-43PCB layout PSU -AMPlifier PCB 900621-5PCB layout Front controls PCB 870314-3PCB layout Sidechain PCB 870316-3。
BTS手册(调测)
BTS使用手册1.BTS开新站流程（1）设QMUX地址：settings－transmission－initial settings说明：1，QMUX地址可以通过OMCR获得。
2，如果只有一个BTS，选择chain-end postion如果有两个BTS，共用一路传输，第一个BTS选择chain-middle postion，第二个选择chain-end postion 3，设置好之后，点transmit。
可以选择get config来查看设置（2）设置OML时系注o MU1时系地址通过OMCR获得，一般只有一个BTS时，地址为2，QMUX地址为1。
把TRE时系全部清空，自动会下载。
设置好之后，点transmit。
可以选择get config来查看设置(3)地址和时系下载好之后，等待数据下载，正常情况下，SUMA板上ABIS1和OML灯常亮，O&M灯闪亮，表示正在下载数据，等O&M灯长亮，表明数据下载完成。
（4）等ANC,TRE全部起来之后，如果发现TRE上的RSL,OP灯亮闪，第一看频点时系有没有下载，如果没有下载下来，和omcr 对时系，手动输入；第二看bts－tel，如果是OPR，就把tel激活，方法：按F3，选择对应的tel（第一扇区选择BTS-tel1,第二扇区选择BTS－tel2），点INIT激活2.BTS扩容（1）扩频点一，选择Cmds——Modify HW Configuration二，把要扩容的频点插入槽位，连好连线三，选择Cmds—end modification of HW config四，会跳出一个bts terminal for windows框,选择yes五，以选择show----sector mapping查看频点有没有加进去如果能在sector mapping里看到了加进去的频点，那就已经扩容好了，只要等频点的起来；如果还看不到，可以再重复操作。
如果真的扩不上去，可以选择开关电（2）减频点一，把要减掉的频点打死，然后把频点拔出来。
核电常用缩略语
缩略词中文说明英文说明AC交流(电)Alternating CurrentACC无意见接收Accepted Without CommentAEN带意见接收Accepted With CommentAIA议标协议Award Intention AgreementAL铝AluminumAMS行政事务管理系统Administration Management SystemANSI美国国家标准协会American National Standards InstituteASME美国机械工程师学会American Society of Mechanical EngineersASTM美国材料试验学会American Society for Testing and Materials0 B! M. Z' E# b% h2 xATP开工令Authorization to ProceedAWN额外工作通知Additional Work NoticeAWS美国焊接协会American Welding SocietyB/L装船提单，运货证书Bill of LandingBCL回填土检查单Backfilling Check ListBF扁钢Flat BarBHO厂房移交Building Hand OverBNI核岛配套设施Balance of Nuclear IslandBO隔离办Blocking OfficeBOD董事会BoardBOP电站配套设施Balance of the PlantBOQ工程量表Bill of QuantitiesBS英国标准British StandardBSI英国标准协会British Standard InstituteBTS技术规范Book of Technical SpecificationBW对接焊，对接焊焊缝Butt WeldBWR沸水堆Boiling Water ReactorC&F离岸加运费价格Cost and FreightCAE竣工状态（文件管理用语）Certified as ExecutedCAR纠正措施报告（质保用语）Corrective Action ReportCCC货物状态证书Cargo Condition CertificateCCL灌浆检查单Concreting Check ListCCP商务变更建议Contractual Change Proposal$ d X+ V0 Y: n4 T3 n) O( ~* UCEMDS设备或材料在现场交货条件Condition of Equipment or Material upon - Y f i% x5 W% p% E# MDelivery on-SiteCEAR建筑安装工程一切险Construction & Erection all RisksCFA可以使用Clear for ActionCFC可供施工使用（文件状态）Certified For ConstructionCFT冷态功能实验Cold Function TestCFT-RVO冷试-压力容器开盖Cold Function Test - Reactor Vessel OpenCHOC土建交接证书Civil Hand Over CertificateCI常规岛Conventional IslandCIF到岸价格Cost, Insurance & FreightCIN设备问题处理通知Component Intervention NoticeCLP中华电力有限公司China Light & Power Co. Ltd.CM施工经理Construction ManagerCNEIC中国原子能工业公司China Nuclear Energy Industrial Co. CNNC中国核工业总公司(中核总)China National Nuclear Corporation CO商业运行Commercial OperationCOD商业运行日期Commercial Operation DateCP建造许可证Construction PermitCPL符合性消缺单Conformity Punch ListCPT临界前冷试Cold Precritical TestCQU电厂质量放行Plant Quality ReleaseCRF澄清问题申请单Clarification Request FormCRI临界CriticalityCRTC中国汽车运输总公司China Road Transportation CompanyCS碳钢Carbon SteelCTT安全壳试验Containment TestsCW土建工程Civil WorkCWJ焊接接头目录Catalog of Welded JointDCM调试(日)例会Daily Commissioning MeetingDCR设计变更请求Design Change RequestDDD国内直拨（电话）Domestic Direct DialingDEN设计修改通知Design Evolution NoticeDES描述性(文件类别)DescriptionDMS文件资料管理系统Document Management SystemDOC资料中心Documentation CenterDP着色探伤Dye PrintingDPS大亚湾公安分局Daya Bay Public Security BranchDR偏差项报告Deviation ReportsDS设计规范（文件编码用语）Design SpecificationsDWG图纸DrawingECC设备状态证书Equipment Condition CertificationEDF法国电力公司Electricite De France (法语)EEC安装竣工证书End of Erection CertificationEESR安装竣工报告End of Erection Status ReportEIR环境影响报告Environmental Impact ReportEMC制造完工合格证End Manufacturing CertificateEMP机电（工程）包Electro Mechanical PackageEMR制造完工报告End of Manufacturing ReportEMS电气管理系统Electrical Management SystemENG技术实施细则Engineering Procedure ManualEOMM设备运行维修手册Equipment Operation and Maintenance Manual EOMR设备出厂报告End of Manufacturing ReportEP应急准备Emergency PreparednessEPT性能试验结束End of Performance TestERFS/EESREESR签字后保留项目跟踪: d& V/ Z; u: V) k文件Reservation Follow-up Sheet after EESRETF执行跟踪档案Execution Tracing FileFAC最终验收证书Final Acceptance CertificateFBR快中子反应堆Fast Breader ReactorFC按文件作施工准备For ConstructionFCN现场变更通知Field Change NoticeFCO现场更改单Field Change OrderFCR现场修改申请Field Change RequestFD燃料交付Fuel DeliveryFL装料Fuel LoadingFOB离岸价格Free on BoardFP动火票Fire PermitFPW全透焊，全透焊焊缝Full Penetration WeldFRA法国法马通公司FramatomeFS（经验）反馈单(Experience) Feedback SheetFSAR最终安全分析报告Final Safety Analysis ReportFSS全范围模拟机Full Scope SimulatorFTG岗位培训导则Function Training GuideFU供使用（文件状态）For UseFW装修工程，收尾工程Finishing WorkFW现场焊Field WeldFW角焊缝，填角焊焊缝Fillet weldGAF货物验收单Goods Acceptance FormGCR气冷反应堆Gas Cooled ReactorGCR网控室Grid Control RoomGEC通用电气公司（英国）General Electric Corp.GEC/A通用电气/阿尔斯通公司GEC AlsthomGEPB广东省环保局Guangdong Environmental Protection BureauGEPEC广东火电GGPC广东省电力总公司Guangdong General Power CompanyGMAW气体保护金属极电弧焊Gas Metal Arc WeldingGN说明书（文件编码用语）General NotesGNIC广东核电投资有限公司Guangdong Nuclear Power Investment Co.Ltd GNPGSC广东核电服务总公司Guangdong Nuclear Power General Services Co. GNPJVC广东核电合营公司Guangdong Nuclear Power Joint Venture Co.,Ltd. GNRB核安全评审委员会General Nuclear Review BoardGQS通用质量规范General Quality SpecificationsGTAW气体保护钨极电弧焊Gas Tungsten Arc WeldingGTC合同总条款General Terms and ConditionsHFT热态功能试验Hot Functional TestHKSAR香港特别行政区Hong Kong Special Administrative Region HO总公司(总部)Head OfficeH-Point停工待检点Hold PointHPT临界前热试Hot Precritical TestHV AC暖通空调Heating Ventilation and Air ConditioningIAEA国际原子能机构International Atomic Energy AgencyIDD国际直拨（电话）International Direct DialingIEF内部经验反馈Internal Experience FeedbackII独立检查Independent InspectionISI在役检查ISO国际标准化组织International Standard OrganizationISO等轴图IsoISO14000国际环境管理标准ITT招标书Invitation to TenderJVC合营公司Joint venture Co. Ltd.KAF关键日工作进度表(格式)Keydate Achievement FormLab试验室LANPC岭澳核电有限公司LNPS岭澳核电站LBP大口径管L.C.E.LIC执照LienceLOI意向书Letter of IntentLPT液体渗透试验Liquid Penetration TestLT泄漏试验，紧密性试验Leakage Test; Leak TestLIB执照申请处Lience Application branchLWGR轻水石墨(反应)堆Light-Water Graphite ReactorMCR主控室Main Control RoomMF缩微胶片microfilmMH8 Y- d e3 z f$ s工时数Man-hoursMIN监督信息通知Monitoring Information NoticeMQ材料催交Material QueryMQP主质量计划Master Quality PlanMRF材料申请单Material Request FormMSR汽水分离再热器Moisture Separtor ReheaterMSS材料提交单General Service SectionMSTM整体螺栓拉伸机Multi-Stud Tensioning MachineMT磁粉检验，磁粉探伤Technical Assistant SectionMTR材料转移申请Material Transfer RequestNA不适用，不要求Magnetic Particle TestNC不符合项Not ApplicableNCC核回路清洗Non Conforming ItemNCR不符合项报告Nuclear Circuit CleaningNDE无损检验Non Conformance ReportNDT无损探伤Non Destructive ExaminationNEPC东北电建Non Destructive TestNFC通知施工Northeast Electrical Power Construction Co.NFU宣布可用Notified for ConstructionNI核岛Notified for UseNNSA国家核安全局Nuclear Island Erection (Branch)NPS美国标准直管螺纹National Nuclear Safety AdministrationNPT美国标准锥管螺纹American Standard Straight Pipe ThreadNQR与质量无关的American Standard Taper Pipe ThreadNRC核管会（美国）Non Quality RelatedNS核安全Nuclear Regulation CommitteeNSSS核蒸汽供应系统Nuclear SafetyNTR无可报告Nuclear Steam Supply SystemNUSS核安全标准计划Nothing to ReportOA办公自动化Nuclear Safety Standards ScheduleOAC氧乙炔切割Office AutomaticOAW氧乙炔焊Oxyacetylene CuttingOHO全面移交Contract & Supply BranchOJT在岗培训Overall Hand-overON观察通知Observation NoticeOPE运行工程师Occupational Medical ServiceOPI设备开箱检查Open Package InspectionOSR未完成的保留项Outstanding ReservationOT遗留任务，未完成项Outstanding ReservationP.W.R.压水堆Outstanding ReservationPAC临时验收证书(合同用语)Outstanding ReservationPAC等离子切割Outstanding ReservationPAF采购申请单Outstanding ReservationPCC包装状态证书Outstanding ReservationPCC部分完成证书Outstanding ReservationPCN电厂变更通知单Plant Change NoticePDI工程文件（文件类别）Projects DocumentsPDP工程指导计划Project Directing PlanPEN部分试验完成，有偏差Partial Test Completion with DeviationPHT焊后热处理Postweld Heat TreatmentPHWR重水(慢化、冷却）反应堆Pressurized Heavy-Water Moderated and Cooled ReactorPICC中国人民保险公司People's Insurance Co. of ChinaPIM工程接口（管理）程序Project Interface ManagementPO采购定单Purchase OrderPRE征求意见稿Preliminary for CommentsPS工程服务Project ServicePSA概率安全评估Probabilistic Safety AssessmentPSAR初步安全分析报告Preliminary Safety Analysis ReportPSI役前检查Pre-Service InspectionPWN追加工作通知Plant Work NotificationPWT产品焊缝试件Production Weld Test CouponPWTCR产品焊缝试件报告Production Weld Test Coupon ReportQA质量保证Quality Assurance' ~* Y( x! k- g0 WQADP质量保证文件数据包Quality Assurance Data PackageQAM质保手册Quality Assurance ManualQAP质量保证大纲Quality Assurance ProgramQASR质量监督报告Quality Assurance Surveillance ReportQC质量控制，质检Quality ControlQCE质检工程师Quality Control EngineerQDS技术评定数据表Technical Qualification Data SheetQNC非质量级别Quality Non-ClassifiedQOM质量管理手册Quality Organization ManualQP质量计划Quality PlanQPM质量计划管理Quality Plan ManagementQR与质量有关Quality RelatedQS质量监督Quality SurveillanceQSDR质量监督缺陷报告Quality Surveillance Deficiency ReportQSDR质量监督偏差报告Quality Surveillance Deviation ReportQSP质量安全计划Quality Safety PlanQSR与质量及(核)安全有关的Quality and Safety RelatedQTCWPDS用于评定试件的焊接工艺; d _; Y% J4 X8 n9 [! D数据单Welding Procedure Data Sheet for Qualification; H; j8 [' d7 ?6 R R5 vTest CouponRCCM Design & Construction Rules for Mechanical Components of PRW Nuclear Island RCR保留项消除申请Reservation Clear RequestREF参考referenceREV修改，修改版revisionRF突面法兰，凸面法兰RAISED FACE FLANGERFC试验不合格，需重作TEST REFUSED，TO BE REPERFORMEDRFC退回改正（工程文件用语）RETURN FOR CORRECTIONRFC待重新呈报（文件批复）RFI已准备好可以实施READY FOR IMPLEMENTATION核电常用缩略语（七）RIN基准标识号REFERENCE IDENTIFICATION NUMBER RP辐射防护RP固定资产REAL PROPERTYRS滚动计划Roll ScheduleRT射线探伤radiograph testRWL剩余工作清单SAR安全分析报告SBP小口径管SCAR重大纠正措施要求单SCS系统完工计划SDM系统设计手册SEPC山东电建SEPC-NP山东电建工程公司--核电SEPP标准安装程序包SER重大事件报告SIGNIFICANT EVENT REPORTSES供应商评审表SUPPLIER EV ALUATION SHEETSI现场指示书Site InstructionsSL供货边界Supply LimitSMAW(气体)保护金属极电弧焊Supply LimitSPM整定值手册Set Point ManualSPSB深圳供电局Shenzhen Power Supply BureauSPV第二方验证Second Party VerificationSR供应要求(申请)单Supply RequestSR重大事件报告Significant Incident ReportSS值长Shift SupervisorSS不锈钢Stainless SteelSSA付值长Shift Supervisor AssistantSSP专门监督计划Special Surveillance PlanST现场施工进度安排On Site Work ScheduleSTC现场调试委员会Site Testing CommitteeSUM调试经理Startup ManagerSUT调试启动队Start Up TeamSW承插焊，插套焊Socket WeldTA技术适应性修改Technical AdaptationTAC完全接受Total AcceptanceTDD技术设计室Technical Design OfficeTEN完全接受，注明的除外Technical Design OfficeTFD水压试验流程图Test Fluid Drawing2 b4 U* ?9 m. i6 ?. ZTIG气体保护钨极电弧焊Tungsten Inert Gas Arc Welding TOB隔离移交Takeover for BlockingTOC技术待召Technical On Call核电常用缩略语（八）TOM维修移交Take Over for MaintenanceTOTO临时运行移交Take Over for MaintenanceTQ培训和资格评定Take Over for MaintenanceTQC全面质量管理Total Quality ControlTQP典型质量计划Typical Quality PlanTR试验报告Test ReportTRAS试验报告分析单Test Report Analysis SheetTS技术支持Technical SupportTS试验负责人Test SupervisorTS技术规范Technical SpecificationsTS/PQR焊接工艺评定报告技术, T, B9 j! n i/ V( |: B, o规程Technical Specification for Welding Procedure* ~- m2 h; i1 X1 B# D; B$ B [Qualification ReportTS/PWTCR产品焊缝试件报告技术1 e1 L7 q' Q4 z3 P规程Technical Specification for Production Weld2 p( e3 x5 U; T9 @& @' D Test Coupon TestTS/WQR焊工评定报告技术规程Technical Specification for Welder Quali- / P1 n3 H7 x5 m d! ]- W% Afication ReportTSA技术服务协议Technical Service AgreementTSD临时专用设施Temporary Special DeviceTSI临时监督指令Temporary Surveillance InstructionUU型钢U IronsUCC机组完工证书! B' c7 q( h0 VUnit Completion CertificateUCD机组完工日期Unit Completion DateUES意外事件单（调试队发）Unexpected Event ReportsUT超声探伤Ultrasonic TestVFC已验证可施工V alid for ConstructionVFP已验证可预制Verified for PrefabricationVFT已验证可试验V alid for TestVO变更指令(合同用语)Variation OrderVT外观检验，目检Visual Examination(Inspection)WAS材料(设备)领用单Withdrawal Authorization SheetWDP焊接数据包Welding Data PackageWE带附件With EnclosureWF工作文件Work FileWFQC焊接质量跟踪管理/ b7 L( @2 v0 {- i3 f4 u& o$ jWelding Follow Up and Quality ControlWG线规Wire GaugeWN-RF焊颈突面法兰Welding Neck-Raised FlangeWNF焊颈法兰Welding Neck FlangeWOA不带（无）附件Without Attachment核电常用缩略语（九）WOE不带附件Without EnclosureW-Point见证点Witness PointWP工作计划Work PlanWPQ焊接工艺评定（注：AMSE! S6 p7 ]' T( B$ E/ B( F% N6 @ 标准称之为焊接程序评定)Welding Procedure Qualification WPQR焊接工艺评定报告Welding Procedure Qualification Report WPQT焊接工艺评定试验Welding Procedure Qualification Test WQ焊工评定，焊工资格考评Welder QualificationWQDS焊接工艺数据表Welding Procedure Data SheetWQR焊工评定报告Welder Qualification ReportWQT焊工评定试验Welder Qualification TestWR工作申请Work RequestWS工作负责人Work SupervisorWSL施工队长Work Section Leader。
BTS3006C培训胶片
2023/5/19
BTS3006C培训胶片
前言
• 本课程介绍了M900/1800 BTS3006C的硬件 结构、硬件配置、单板功能以及操作维护 和系统的工作过程
BTS3006C培训胶片
Page 2
参考资料
• BTS3006C技术手册 • BTS3006C性能描述手册 • BTS3006C单板手册
DAFM DDPM DDCM DSCM DATM DPSM DSEM
模块英文全称 Main Control Module for DDRM BTS BTS3006C Module Backplane Double transceivers Digital and Radio frequency Module
MSC/VLR
BTS3006C
MAP
MS BTS3006C
MS: Mobile Station HLR: Home Location Register MSC: Mobile Switching Center VM: Voice Mailbox
BTS OMC
HLR/AUC/EIR
SMC/VM
BTS: Base Transceiver Station
FAN
SMA型母头 SMA型母头 SMA型母头 SMA型母头 防水型圆形插头
载波1主集接收口或载波1第一分集接收口。 载波1分集接收口或载波1第二分集接收口。 载波2主集接收口或载波1第三分集接收口。 载波2分集接收口或载波1第四分集接收口。 风扇供电和风扇控制。
BTS3006C培训胶片
Page 19
第1章 BTS3006C产品概述 第2章 BTS3006C硬件结构 第3章 BTS3006C典型配置
核电常用缩略语
[分享]融入核电,热爱核电,学核电知识!核电常用缩略语（一）缩略词中文说明英文说明AC交流(电)Alternating CurrentACC无意见接收Accepted Without CommentAEN带意见接收Accepted With CommentAIA议标协议Award Intention AgreementAL铝AluminumAMS行政事务管理系统Administration Management SystemANSI美国国家标准协会American National Standards Institute ASME美国机械工程师学会American Society of Mechanical Engineers ASTM美国材料试验学会American Society for Testing and Materials ATP开工令Authorization to ProceedAWN额外工作通知Additional Work NoticeAWS美国焊接协会American Welding SocietyB/L装船提单，运货证书Bill of LandingBCL回填土检查单Backfilling Check ListBF扁钢Flat BarBHO厂房移交Building Hand OverBNI核岛配套设施Balance of Nuclear IslandBO隔离办Blocking OfficeBOD董事会BoardBOP电站配套设施Balance of the PlantBOQ工程量表Bill of QuantitiesBS英国标准British StandardBSI英国标准协会British Standard InstituteBTS技术规范Book of Technical SpecificationBW对接焊，对接焊焊缝Butt WeldBWR沸水堆Boiling Water ReactorC&F离岸加运费价格Cost and FreightCAE竣工状态（文件管理用语）Certified as Executed CAR纠正措施报告（质保用语）Corrective Action ReportCCC货物状态证书Cargo Condition CertificateCCL灌浆检查单Concreting Check ListCC商务变更建Contractual Change ProposalCEMDS设备或材料在现场交货条件Condition of Equipment or Material upon Delivery on-SiteCEAR建筑安装工程一切险Construction & Erection all RisksCFA可以使用Clear for ActionCFC可供施工使用（文件状态）Certified For ConstructionCFT冷态功能实验Cold Function TestCFT-RVO冷试-压力容器开盖Cold Function Test - Reactor Vessel Open核电常用缩略语（二）CHOC土建交接证书Civil Hand Over CertificateCI常规岛Conventional IslandCIF到岸价格Cost, Insurance & FreightCIN设备问题处理通知Component Intervention NoticeCLP中华电力有限公司China Light & Power Co. Ltd.CM施工经理Construction ManagerCNEIC中国原子能工业公司China Nuclear Energy Industrial Co. CNNC中国核工业总公司(中核总)China National Nuclear Corporation CO商业运行Commercial OperationCOD商业运行日期Commercial Operation DateCP建造许可证Construction PermitCPL符合性消缺单Conformity Punch ListCPT临界前冷试Cold Precritical TestCQU电厂质量放行Plant Quality ReleaseCRF澄清问题申请单Clarification Request FormCRI临界CriticalityCRTC中国汽车运输总公司China Road Transportation CompanyCS碳钢Carbon SteelCTT安全壳试验Containment TestsCW土建工程Civil WorkCWJ焊接接头目录Catalog of Welded JointDCM调试(日)例会Daily Commissioning MeetingDCR设计变更请求Design Change RequestDDD国内直拨（电话）Domestic Direct DialingDEN设计修改通知Design Evolution NoticeDES描述性(文件类别)DescriptionDMS文件资料管理系统Document Management SystemDOC资料中心Documentation CenterDP着色探伤Dye PrintingDPS大亚湾公安分局Daya Bay Public Security BranchDR偏差项报告Deviation ReportsDS设计规范（文件编码用语）Design SpecificationsDWG图纸DrawingECC设备状态证书Equipment Condition CertificationEDF法国电力公司Electricite De France (法语)EEC安装竣工证书End of Erection CertificationEESR安装竣工报告End of Erection Status ReportEIR环境影响报告Environmental Impact ReportEMC制造完工合格证End Manufacturing CertificateEMP机电（工程）包Electro Mechanical PackageEMR制造完工报告End of Manufacturing ReportEMS电气管理系统Electrical Management System核电常用缩略语（三）ENG技术实施细则Engineering Procedure ManualEOMM设备运行维修手册Equipment Operation and Maintenance Manual EOMR设备出厂报告End of Manufacturing ReportEP应急准备Emergency Preparedness EPT性能试验结束End of Performance TestERFS/EESREESR签字后保留项目跟踪文件Reservation Follow-up Sheet after EESRETF执行跟踪档案Execution Tracing FileFAC最终验收证书Final Acceptance CertificateFBR快中子反应堆Fast Breader ReactorFC按文件作施工准备For ConstructionFCN现场变更通知Field Change NoticeFCO现场更改单Field Change OrderFCR现场修改申请Field Change RequestFD燃料交付Fuel DeliveryFL装料Fuel LoadingFOB离岸价格Free on BoardFP动火票Fire PermitFPW全透焊，全透焊焊缝Full Penetration WeldFRA法国法马通公司FramatomeFS（经验）反馈单(Experience) Feedback SheetFSAR最终安全分析报告Final Safety Analysis ReportFSS全范围模拟机Full Scope SimulatorFTG岗位培训导则Function Training GuideFU供使用（文件状态）For UseFW装修工程，收尾工程Finishing WorkFW现场焊Field WeldFW角焊缝，填角焊焊缝Fillet weldGAF货物验收单Goods Acceptance FormGCR气冷反应堆Gas Cooled ReactorGCR网控室Grid Control RoomGEC通用电气公司（英国）General Electric Corp.GEC/A通用电气/阿尔斯通公司GEC AlsthomGEPB广东省环保局Guangdong Environmental Protection Bureau GEPEC广东火电GGPC广东省电力总公司Guangdong General Power CompanyGMAW气体保护金属极电弧焊Gas Metal Arc WeldingGN说明书（文件编码用语）General NotesGNIC广东核电投资有限公司Guangdong Nuclear Power Investment Co.Ltd GNPGSC广东核电服务总公司Guangdong Nuclear Power General Services Co. GNPJVC广东核电合营公司Guangdong Nuclear Power Joint Venture Co.,Ltd. GNRB核安全评审委员会General Nuclear Review Board核电常用缩略语（四）GQS通用质量规范General Quality SpecificationsGTAW气体保护钨极电弧焊Gas Tungsten Arc WeldingGTC合同总条款General Terms and ConditionsHFT热态功能试验Hot Functional TestHKSAR香港特别行政区Hong Kong Special Administrative RegionHO总公司(总部)Head OfficeH-Point停工待检点Hold PointHPT临界前热试Hot Precritical TestHVAC暖通空调Heating Ventilation and Air ConditioningIAEA国际原子能机构International Atomic Energy AgencyIDD国际直拨（电话）International Direct DialingIEF内部经验反馈Internal Experience FeedbackII独立检查Independent InspectionISI在役检查ISO国际标准化组织International Standard OrganizationISO等轴图IsoISO14000国际环境管理标准ITT招标书Invitation to TenderJVC合营公司Joint venture Co. Ltd.KAF关键日工作进度表(格式)Keydate Achievement FormLab试验室LANPC岭澳核电有限公司LBP大口径管L.C.E.LIC执照LienceLOI意向书Letter of IntentLPT液体渗透试验Liquid Penetration TestLT泄漏试验，紧密性试验Leakage Test; Leak TestLIB执照申请处Lience Application branchLWGR轻水石墨(反应)堆Light-Water Graphite Reactor MCR主控室Main Control RoomMF缩微胶片microfilmMH工时数Man-hoursMIN监督信息通知Monitoring Information NoticeMQ材料催交Material QueryMQP主质量计划Master Quality PlanMRF材料申请单Material Request FormMSR汽水分离再热器Moisture Separtor ReheaterMSS材料提交单General Service SectionMSTM整体螺栓拉伸机Multi-Stud Tensioning MachineMT磁粉检验，磁粉探伤Technical Assistant Section核电常用缩略语（五）MTR材料转移申请Material Transfer RequestNA不适用，不要求Magnetic Particle TestNC不符合项Not ApplicableNCC核回路清洗Non Conforming ItemNCR不符合项报告Nuclear Circuit CleaningNDE无损检验Non Conformance ReportNDT无损探伤Non Destructive ExaminationNEPC东北电建Non Destructive TestNFC通知施工Northeast Electrical Power Construction Co.NFU宣布可用Notified for ConstructionNI核岛Notified for UseNNSA国家核安全局Nuclear Island Erection (Branch)NPS美国标准直管螺纹National Nuclear Safety Administration NPT美国标准锥管螺纹American Standard Straight Pipe Thread NQR与质量无关的American Standard Taper Pipe ThreadNRC核管会（美国）Non Quality RelatedNS核安全Nuclear Regulation CommitteeNSSS核蒸汽供应系统Nuclear SafetyNTR无可报告Nuclear Steam Supply SystemNUSS核安全标准计划Nothing to ReportOA办公自动化Nuclear Safety Standards ScheduleOAC氧乙炔切割Office AutomaticOAW氧乙炔焊Oxyacetylene CuttingOHO全面移交Contract & Supply BranchOJT在岗培训Overall Hand-overON观察通知Observation NoticeOPE运行工程师Occupational Medical ServiceOPI设备开箱检查Open Package InspectionOSR未完成的保留项Outstanding ReservationOT遗留任务，未完成项Outstanding ReservationP.W.R.压水堆Outstanding ReservationPAC临时验收证书(合同用语)Outstanding ReservationPAC等离子切割Outstanding ReservationPAF采购申请单Outstanding ReservationPCC包装状态证书Outstanding ReservationPCC部分完成证书Outstanding ReservationPCN电厂变更通知单Plant Change NoticePDI工程文件（文件类别）Projects DocumentsPDP工程指导计划Project Directing PlanPEN部分试验完成，有偏差Partial Test Completion with Deviation PHT焊后热处理Postweld Heat TreatmentPHWR重水(慢化、冷却）反应堆Pressurized Heavy-Water Moderated and Cooled Reactor核电常用缩略语（六）PICC中国人民保险公司People's Insurance Co. of ChinaPIM工程接口（管理）程序Project Interface ManagementPO采购定单Purchase OrderPRE征求意见稿Preliminary for CommentsPS工程服务Project ServicePSA概率安全评估Probabilistic Safety AssessmentPSAR初步安全分析报告Preliminary Safety Analysis Report PSI役前检查Pre-Service InspectionPWN追加工作通知Plant Work NotificationPWT产品焊缝试件Production Weld Test CouponPWTCR产品焊缝试件报告Production Weld Test Coupon Report QA质量保证Quality AssuranceQADP质量保证文件数据包Quality Assurance Data Package QAM质保手册Quality Assurance ManualQAP质量保证大纲Quality Assurance ProgramQASR质量监督报告Quality Assurance Surveillance Report QC质量控制，质检Quality ControlQCE质检工程师Quality Control EngineerQDS技术评定数据表Technical Qualification Data SheetQNC非质量级别Quality Non-ClassifiedQOM质量管理手册Quality Organization ManualQP质量计划Quality PlanQPM质量计划管理Quality Plan ManagementQR与质量有关Quality RelatedQS质量监督Quality SurveillanceQSDR质量监督缺陷报告Quality Surveillance Deficiency ReportQSDR质量监督偏差报告Quality Surveillance Deviation ReportQSP质量安全计划Quality Safety PlanQSR与质量及(核)安全有关的Quality and Safety RelatedQTCWPDS用于评定试件的焊接工艺数据单Welding Procedure Data Sheet for QualificationRCCMDesign & Construction Rules for Mechanical Components of PRW Nuclear Is landRCR保留项消除申请Reservation Clear RequestREF参考referenceREV修改，修改版revisionRF突面法兰，凸面法兰RAISED FACE FLANGERFC试验不合格，需重作TEST REFUSED， TO BE REPERFORMEDRFC退回改正（工程文件用语）RETURN FOR CORRECTIONRFC待重新呈报（文件批复）RFI已准备好可以实施READY FOR IMPLEMENTATION核电常用缩略语（七）RIN基准标识号REFERENCE IDENTIFICATION NUMBERRP辐射防护RP固定资产REAL PROPERTYRS滚动计划Roll ScheduleRT射线探伤radiograph testRWL剩余工作清单SAR安全分析报告SBP小口径管SCAR重大纠正措施要求单SCS系统完工计划SDM系统设计手册SEPC山东电建SEPC-NP山东电建工程公司--核电SEPP标准安装程序包SER重大事件报告SIGNIFICANT EVENT REPORTSES供应商评审表SUPPLIER EVALUATION SHEETSI现场指示书Site InstructionsSL供货边界Supply LimitSMAW(气体)保护金属极电弧焊Supply LimitSPM整定值手册Set Point ManualSPSB深圳供电局Shenzhen Power Supply BureauSPV第二方验证Second Party VerificationSR供应要求(申请)单Supply RequestSR重大事件报告Significant Incident ReportSS值长Shift SupervisorSS不锈钢Stainless SteelSSA付值长Shift Supervisor AssistantSSP专门监督计划Special Surveillance PlanST现场施工进度安排On Site Work ScheduleSTC现场调试委员会Site Testing CommitteeSUM调试经理Startup ManagerSUT调试启动队Start Up TeamSW承插焊，插套焊Socket WeldTA技术适应性修改Technical AdaptationTAC完全接受Total AcceptanceTDD技术设计室Technical Design OfficeTEN完全接受，注明的除外Technical Design OfficeTFD水压试验流程图Test Fluid DrawingTIG气体保护钨极电弧焊Tungsten Inert Gas Arc Welding TOB隔离移交Takeover for BlockingTOC技术待召Technical On Call核电常用缩略语（八）TOM维修移交Take Over for MaintenanceTOTO临时运行移交Take Over for MaintenanceTQ培训和资格评定Take Over for MaintenanceTQC全面质量管理Total Quality ControlTQP典型质量计划Typical Quality PlanTR试验报告Test ReportTRAS试验报告分析单Test Report Analysis SheetTS技术支持Technical SupportTS试验负责人Test SupervisorTS技术规范Technical SpecificationsTS/PQR焊接工艺评定报告技术, 规程Technical Specification for Welding Procedure [Qualification Report] TS/PWTCR产品焊缝试件报告技术规程Technical Specification for Production Weld2 ( Test Coupon Test) TS/WQR焊工评定报告技术规程Technical Specification for Welder Qualification ReportTSA技术服务协议Technical Service AgreementTSD临时专用设施Temporary Special DeviceTSI临时监督指令Temporary Surveillance InstructionUU型钢U IronsUCC机组完工证书Unit Completion CertificateUCD机组完工日期Unit Completion DateUES意外事件单（调试队发）Unexpected Event ReportsUT超声探伤Ultrasonic TestVFC已验证可施工Valid for ConstructionVFP已验证可预制Verified for PrefabricationVFT已验证可试验Valid for TestVO变更指令(合同用语)Variation OrderVT外观检验，目检Visual Examination(Inspection)WAS材料(设备)领用单Withdrawal Authorization SheetWDP焊接数据包Welding Data Package WE带附件With EnclosureWF工作文件Work FileWFQC焊接质量跟踪管理/ b7 Welding Follow Up and Quality Control WG线规Wire GaugeWN-RF焊颈突面法兰Welding Neck-Raised FlangeWNF焊颈法兰Welding Neck FlangeWOA不带（无）附件Without Attachment核电常用缩略语（九）WOE不带附件Without EnclosureW-Point见证点Witness PointWP工作计划Work PlanWPQ焊接工艺评定（注：AMSE标准称之为焊接程序评定)Welding Procedure QualificationWPQR焊接工艺评定报告Welding Procedure Qualification Report WPQT焊接工艺评定试验Welding Procedure Qualification TestWQ焊工评定，焊工资格考评Welder QualificationWQDS焊接工艺数据表Welding Procedure Data SheetWQR焊工评定报告Welder Qualification ReportWQT焊工评定试验Welder Qualification TestWR工作申请Work RequestWS工作负责人Work SupervisorWSL施工队长Work Section Leader。
BTS校准软件需求规格说明书(更新)
BTS系列校准需求规格说明书共95页(包括封面)深圳市新威尔电子有限公司版本历史目录1 引言 (6)1.1 编写目的 (6)1.2 项目背景 (6)1.3 名词定义 (6)1.4 参考资料 (8)2 校准概述 (8)2.1校准目的 (8)2.2运行环境 (8)2.3系统用例图 (8)2.4校准原理 (9)2.4.1 DA校准和AD校准 (9)2.4.2电流、电压校准原理 (12)2.4.3温度校准原理 (13)2.5 校准状态 (14)2.6校准方式 (14)2.7校准模式 (14)2.8校准顺序 (15)3 校准系统概述 (16)3.1校准系统各部分功能概述 (16)3.1.1 中位机 (16)3.1.2 校准工装 (16)3.1.3 万用表 (17)3.1.4 下位机 (17)3.2校准主通道 (17)3.2.1 校准电压 (17)3.2.2 校准电流 (19)3.3校准辅助通道 (21)3.3.1校准电压 (21)3.3.2校准温度 (22)4 系统启动与退出 (26)4.1启动校准软件 (26)4.2退出校准软件 (26)5 人机交互界面 (26)5.1登录界面 (26)5.2软件主界面 (27)5.4菜单栏 (30)5.5工具栏 (31)5.5.1工具栏图标说明 (31)5.5.2工具栏图标功能 (31)5.6查看日志 (34)5.6.1日志说明 (34)5.6.2查看日志 (35)5.7参数设置对话框 (36)5.7.1 测试仪号/量程设置 (37)5.7.2 安全参数设置 (38)5.8校准段设置对话框 (38)5.9设备列表 (39)5.9.1手动校准界面设备列表 (39)5.9.2自动校准界面设备列表 (50)5.10 信息显示区 (52)5.11 通道KB值数据显示区 (54)5.11.1显示区定义 (54)5.11.2显示区右键菜单 (57)5.11.3 显示区控制操作 (57)5.12 校准参数显示区 (71)5.13 校准过程进度条 (72)5.14 校准曲线图 (74)5.14.1 坐标轴定义 (74)5.14.2 曲线定义 (75)5.14.3 鼠标跟随 (75)5.14.4 图形区右键菜单 (75)5.14.5 曲线设置 (75)5.15 精度测试 (76)5.15.1 精度测试的启动与退出 (76)5.15.2 主通道精度测试 (78)5.15.3 辅助通道精度测试 (80)5.16 帮助界面 (82)5.17数据另存为 (82)6 通道检验结果报表 (83)7 屏幕分辨率自适应 (85)8 校准软件操作流程 (86)8.1.1手动校准主通道 (86)8.1.2手动校准辅助通道 (87)8.2 自动校准操作流程 (90)8.3 校准完成 (91)9 系统维护 (91)10 通信协议 (92)11 错误和异常 (92)11.1错误处理 (92)11.2异常处理 (92)附录 (94)图形区系统默认颜色值 (94)错误、提示 (94)校验数据报表模板 (95)界面字体与字号 (96)1引言1.1编写目的本文档旨在对校准原理以及相配套的检测设备硬件结构特点综合分析的基础上对新版校准系统功能特性的开发进行合理、全面的需求分析。
bts扫描规则
bts扫描规则
BTS扫描规则通常涉及到网络安全领域，是一种用于检测和识别无线基站的技术。
以下是BTS扫描规则的一些要点：
1. 频率范围：BTS扫描规则通常会定义扫描的频率范围，例如900MHz、1800MHz等。
这是因为不同的运营商使用的频段不同，因此需要确定要扫描的频段范围。
2. 信道扫描：BTS扫描规则包括信道扫描，即扫描特定频段内的所有信道，以发现可用的基站。
3. 信号强度：BTS扫描规则还会考虑信号强度，即扫描到的基站的信号强度。
信号强度可以用来判断基站的覆盖范围和质量。
4. 安全性：BTS扫描规则可能会考虑基站的加密方式、认证方式等安全性因素。
这些因素可以用来判断基站的保护措施和安全性。
在编写BTS扫描规则时，需要根据实际需求和安全标准来定制。
这些规则
应该由具有专业知识的网络安全人员或团队进行编写和审查，以确保其准确性和有效性。
defence technology的latex模板 -回复
defence technology的latex模板-回复Defence Technology LaTeX TemplateDefense technology plays a critical role in ensuring the safety and security of nations around the world. It encompasses a wide range of tools, strategies, and systems designed to protect against threats and maintain military superiority. LaTeX templates provide an efficient and professional means of writing research articles related to defense technology. In this article, we will guide you through each step of using a LaTeX template for defense technology articles.Step 1: Choose a LaTeX TemplateThe first step is to select a LaTeX template suitable for defense technology research. Many online platforms and journals offer specific templates for various fields, including defense technology. These templates are designed to meet the formatting requirements and style guidelines of the target journal or publisher.Step 2: Install LaTeX DistributionTo begin using a LaTeX template, you need to have a LaTeXdistribution installed on your computer. LaTeX distributions include all the necessary files and packages required to compile LaTeX documents. Popular distributions include TeX Live, MiKTeX, and MacTeX. Choose the distribution that is compatible with your operating system and follow the installation instructions provided.Step 3: Download and Extract the TemplateOnce you have installed a LaTeX distribution, download the defense technology template from the designated source. The template is typically provided as a compressed file, such as a ZIP or tarball. Extract the contents of the file to a directory of your choice.Step 4: Open the Template in an EditorNext, open the LaTeX template file in a LaTeX editor of your choice. LaTeX editors provide a user-friendly interface to write and edit LaTeX documents. Some popular LaTeX editors include TeXmaker, TeXstudio, and Overleaf. Choose an editor that suits your preferences and open the template file.Step 5: Customize the TemplateAfter opening the template, you can personalize it by modifyingthe title, author names, abstract, and other relevant information. The template may also include predefined sections for introduction, methodology, results, and conclusion. Customize these sections to reflect the content of your research.Step 6: Add ContentNow it's time to add the actual content of your defense technology research to the template. Write your paper using LaTeX commands for formatting text, figures, tables, equations, and references. LaTeX offers a robust suite of commands for advanced typesetting, ensuring a professional and consistent appearance of your article. Be sure to follow the guidelines and instructions provided by the template or target journal.Step 7: Compile the DocumentOnce you have completed writing your article, save the file and compile it using your LaTeX editor. The LaTeX compiler converts the LaTeX source code into a PDF document, applying all the formatting rules defined in the template. The compilation process may involve multiple passes to resolve references and generate a fully formatted article.Step 8: Review and ReviseAfter compiling your document, review it carefully for any errors or inconsistencies. Ensure that all figures, tables, and equations are correctly referenced and presented. Proofread the text for grammatical and typographical errors. Make necessary revisions and recompile the document until you are satisfied with the final result.Step 9: Submit Your ArticleOnce you are confident in the quality and accuracy of your defense technology article, you are ready to submit it to the target journal or publisher. Follow their submission guidelines and include all the necessary documents, such as a cover letter and any additional supplementary material.Using a LaTeX template for defense technology research provides numerous advantages, including precise formatting, seamless citation management, and easy collaboration with co-authors. By following these step-by-step instructions, you can efficiently write and publish high-quality research in the field of defense technology.。
TechnicalProposalRequirements技术建议-工程建议书（技术标书）
Section 4 - Bidding Forms 4-1Technical Proposal技术建议/工程建议书（技术标）Personnel人员Equipment设备Site Organization现场组织Method Statement施工方案4-2 Section 4 - Bidding Forms Personnel人员Form PER – 1: Proposed Personnel人员表-1被推荐人员Bidder shall provide the details of the proposed personnel and their experience records in the relevant Information Forms below for each candidate:投标人应当提供被推荐人的详情和他们相关信息的经验记录，下表是每一个候选人的信息表：:1. Title of position*职务/职称Name 姓名2. Title of position**职务/职称Name姓名3. Title of position**职务/职称Name 姓名4. Title of position**职务/职称Name姓名5. Title of position**职务/职称Name 姓名6. Title of position**职务/职称Name姓名etc.Title of position**职务/职称等等Name 姓名*As listed in Section 6 (Employer’s Requirements).*按第6部分（业主的要求）中的列表。
Section 4 - Bidding Forms4-3Form PER – 2: Resume of Proposed Personnel 人事表—2：推荐人的简历： The Bidder shall provide all the information requested below: 投标人应当提供以下要求的所有信息：投标人应当提供以下要求的所有信息：Position 职称/职务Personnel information人员信息人员信息Name 姓名Date of birth 出生日期Professional qualifications 专业资格Presentemployment现在的职业现在的职业Name of employer 业主名称Address of employer 业主地址Telephone 电话Contact (manager / personnel officer) 联系人（经理/人事主管）人事主管）Fax 传真E-mail 电邮Job title 职位名称Years with present employer跟随现业主年数跟随现业主年数Summarize professional experience in reverse chronological order. Indicate particular technical and managerial experience relevant to the project.（时间）倒序专业经历概要。
“泰瑟”技术及其反人员弹药研究
“泰瑟”技术及其反人员弹药研究摘要:“泰瑟”技术是利用高压电荷破坏人的中枢神经，使人暂时失去行为能力。
利用该技术，美泰瑟国际公司生产了一系列警用装备，典型的有M26及X26。
在此基础上，推出了泰瑟反人员弹药，为一种非致命性防护人员弹药,使用精密红外引信，可遥控激发和自主激发。
该装备可发射两枚飞镖，电压50 kV以上，输出功率18 W，作用时间5 s，作用距离6m以上，可在1～2天内使人失去对身体的控制能力。
该种反人员弹药可人工布设，也可机动布设,应用前景广阔。
关键词:TASER 泰瑟非致命技术反人员弹药TAPM美“泰瑟”国际(TASER INTERNATIONAL)公司，位于亚利桑那州Scottsdale市，泰瑟枪是一种电休克手枪，由压缩氮气弹出2枚“高压电飞镖”，实质上是一种可释放50 kV电压、带金属针倒钩的电极，以55 m/s的速度击中7～10 m距离内的目标。
只要高压电流射束接触到目标裸露的皮肤或穿透衣服后，就会电击其中枢神经系统。
公司表示，泰瑟枪所产生的电压虽高，但电流很低，持续时间短，功率小，不会对目标造成永久性伤害。
1 “泰瑟”的产品在1998年，TASER公司开始一项秘密计划，研发高能武器，用于制止好战分子有目的的非法行为。
较其他的非致命武器，M26对好战、高度危险分子具有更大的威慑作用。
在2003年5月30日，TASER 推出了其新产品TASER X26，采用成形脉冲技术(Shaped PulseTM)。
在TASER一典型产品的结构中，其中1－战斗/保险开关，并启动激光瞄准器;2－电池盒，8节AA碱性或可充电电池;3－自动扳机，自动释放能量脉冲;4－激光瞄准器，以一红点照亮目标，由战斗开关自动打开，能增加对目标的威慑作用;5－可替换弹夹，装有飞镖，导线及推进剂，不可重复使用;6－氮推进剂，因此，将TASER产品不归于轻武器类;7－飞镖，作用距离15 ft(约4.5 m)，其倒刺钩着皮肤或衣服，通过导线释放高压的TASER波。
技术建议书
技术建议书英文回答：Technical Proposal。
Introduction:Technology is rapidly changing the world we live in. From the way we communicate to the way we do business, technology is having a profound impact on every aspect of our lives. As a result, it is more important than ever for businesses to have a solid technology strategy in place.A technology strategy roadmap is a document that outlines the technology goals and objectives of a business. It should identify the specific technologies that will be used to achieve these goals and objectives, as well as the timeline for implementation.Benefits of a Technology Strategy Roadmap。
There are many benefits to having a technology strategy roadmap in place. Some of the benefits include:Improved decision-making: A technology strategy roadmap can help businesses make better decisions about their technology investments. By understanding the technology goals and objectives of the business, businesses can make more informed decisions about which technologies to invest in and how to use them.Increased efficiency: A technology strategy roadmap can help businesses improve their efficiency. Byidentifying the specific technologies that will be used to achieve the business goals, businesses can avoid wasting time and money on technologies that are not aligned with their goals.Reduced risk: A technology strategy roadmap can help businesses reduce risk. By understanding the potentialrisks associated with different technologies, businesses can make more informed decisions about how to mitigatethese risks.Improved communication: A technology strategy roadmap can help improve communication between different departments within a business. By providing a shared understanding of the technology goals and objectives, different departments can work together more effectively to achieve these goals.How to Create a Technology Strategy Roadmap。
技术建议书
技术建议书英文回答：Technical proposal for solving the problem of latencyin AI systems。
Latency is a major issue in AI systems, as it can slow down the system and make it difficult to use. There are a number of different ways to reduce latency in AI systems, including:1. Using faster hardware. The faster the hardware, the less time it will take to perform the AI calculations. This can be a significant cost, but it can be worth it if the system needs to be very fast.2. Optimizing the AI algorithm. The AI algorithm can be optimized to reduce the amount of time it takes to perform the calculations. This can be done by simplifying the algorithm, using more efficient data structures, or using amore efficient programming language.3. Parallelizing the AI algorithm. The AI algorithm can be parallelized to run on multiple cores or GPUs. This can significantly speed up the algorithm, but it can also be more difficult to implement.4. Caching the results of the AI calculations. The results of the AI calculations can be cached so that they can be reused later. This can save a lot of time if the same calculations are needed multiple times.5. Using a distributed AI system. A distributed AI system can be used to distribute the AI calculations across multiple computers. This can significantly speed up the system, but it can also be more difficult to manage.The best way to reduce latency in AI systems will depend on the specific system and the requirements of the application. In some cases, it may be necessary to use a combination of several different techniques.中文回答：人工智能系统中延迟问题的解决技术建议。
BTS防弹少年团英语介绍演讲1ppt课件
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Seven-member South Korean boy band BTS also known as Bangtan boys has only debuted five years ago but they are rewriting K-pop history with every move. They are the first Korean musicians to enter the U.K. Albums Chart and break records with their released album "WINGS." They started out in small companies with no capital and heavy liabilities, and went to the world through their own efforts. Now the company has a market value of 1 trillion won, closely following the three major entertainment companies in Korea, which is the Korean idol industry myth.
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A Technical proposal of BTS installationFirst, Cabinets accessories installationIn the cement ground and anti-static floor cabinet accessories installation process.Under the framework of the cabinet, including accessories, brackets and support channel. Under the framework of which the cement surface for the installation, support for the anti-static on the floor of the installation, support for the channel on the ground of insufficient loading capacity installed.The choice of cabinet accessories ：1, installed cement surface of accessoriesthe installation process FigureCement surface of accessories (framework) of the installation process as shown in the following Figure:2, installation of anti-static on the floor of accessoriesthe installation process figureAnti-static on the floor of the accessories (under the framework and support) the installation process as shown3, the installation processthe installation process include:identify and dismantle the cabinet floorpositioning fixation in anti-static floor sideinstalling the frameworkadjusting levelinsulation testSecond, the installation of the main cabinet1, when the cabinet adopted the base installation, the installation of the main cabinet include:cabinet in placecabinet level adjustmentfixed Cabinetsinstallation accessoriesunloaded out pothook2, when the cabinet adopted the channel support installation, the installation of the main cabinet include:cabinet in placecabinet level adjustmentfixed Cabinetsunloaded out pothook3, cabinet installation, the installation of the cabinet and the cabinet following the installation of a single main course of the same.Third, the installation veneerThird, installation of electronic board1, noteInstalled base band veneer Note:veneer and installing the module, please make sure your motherboard and whether there is a veneer need for code switch settings. If the veneer ago, the first under the board silk screen, identify the BCIM board for code switch is correct.If the slots in the veneer has already been installed on the false panel,⌝before installing the veneer unscrew the bolts aspect of the board, be unloaded.must be based on a plate of the plate were inserted on the corresponding⌝veneer, not into the wrong;operations in the hands not touch the printed⌝ circuit board and inaddition to jumpers, for code switch away from the device;veneer to be inserted into the vertical, Pops forced to push uniform, not excessive force, so as to avoid damage to the backplane pin and single-board devices;anti-static wrist from the cabinet should be the middle column on the anti-static jack.2, the installation processThe installation process is as follows:check box for the health situation, the machine will clean up the box. Wear anti-static wrist and wristbands into the⌝ground-side door cabinet post in the anti-static jack.Check whether⌝ backplane pin-distortion, lack needles phenomenon.if distortion-correction should be carried out, emergency circumstances can be used to clamp;if needles or missing should be replaced⌝ backplane。
Fourth,installation of BTS antennasBTS radio frequency antenna and cable systems installation plans1, the Eiffel Tower antenna installation1.1 Tower antenna installation processAttentionTower installed at the antenna note the following:Antenna plane should support the installation of⌝vertical and horizontal plane;Lightning rod should be separately⌝ installed Tower mast and a high degree of lightning protection to meet all requirements of the antenna, the antenna extended Tower platform, should ensure that the lightning rod antenna in the top 30 ° angle under the protection of the dumping area, as shown in Figure 2-11;Support the installation of⌝ the antenna direction should ensure that does not affect the directional antenna transceiver performance and the direction of adjustment;If necessary, the antenna support to do some hanging measures to avoid falling into the antenna deformation;Rotation at par to solidify the required strengthening,⌝stretching and rotating-under par should be based on the length of the actual situation at the scene cut, cut off the fracture to cover welding to prevent leakage; All welding positions must firmly, without non-jointing, leakage defects⌝such as welding, frame the best use of galvanized steel, surface should be rust-proof silver spray paint.2 roof antenna installations2.1 roof antenna installation process figureRoof antenna installed at the bracket without the wall and the wall of the installation of two environments2.2 NotesInstallation of the roof when the antenna bracket note the following: strengthen connections at the⌝ installation location should not affect the antenna direction and angle adjustments;antenna must support horizontal and vertical;directional antenna installed on the roof, require installation of a lightning rod bracket, the scaffold and building lightning network will also be connected;to the whole antenna installed on the roof, the bracket is generally not⌝installed on the lightning rod, and separately install a bracket to install lightning rods;If all the support to the antenna installed on the⌝ lightning rod, the antenna installation requirements extend bracket 1 ~ 1.5 m;antenna support, all the surface to be welded parts Antirust Paint⌝spraying, welding, we should firmly, non-jointing and no leakage, such as welding defects.3, the entire installation to the antenna3.1, noteAntennas and antenna isolation and distance requirements of the entire platform to the antenna installed on the Eiffel Tower at the request of the same, in addition to the attention of:blocking of the installation should⌝be avoided as far as possible avoid signal blind spots.If the antenna is not installed lightning rods on the bracket, a separate request to install lightning rods, and all the antenna and lightning rod spacing between the level of not less than 2.5 m, the lightning rod antenna should be under 30 ° inclination within the scope of protection.If the antenna installation of a lightning rod on the bracket, called out when the antenna installation bracket 1 ~ 1.5 m.jumper deployment when bending to the natural, bend radius usually require more than 20 times the diameter jumper.Line deduction tie according to one direction, cut the line deduction at the end of a 3 ~ 5 mm of headroom to line deduction changes in temperature falling, demand the formation of shear.3.2 installation processes figureAll the antenna installation process as shown below.3.3 installation processThe installation process is as follows:determined in accordance with the plans to install antennas⌝ installed direction;antenna feed point down, jacket and around the main-bracket, the antenna will be fixed in the main support pole scaffold;Note:All antenna to the top of the jacket should be at the top of the brackets flush or slightly higher than the brackets at the top; antenna to the launch of the higher brackets at the top; antenna fixed at the level should ensure that the loading capacity tightness and anti - Wind, and not loose nor too tight, so as to avoid squish antenna jacket.point of testing⌝equipment used check whether the antenna axis vertical and horizontal, vertical if the error is greater than or equal ± 1 °, would re-adjusted after fastening;fixed antenna will be tight until the push and pull fixed;production of the antenna jumper to avoid water bending, black line deduction jumper along the antenna support bar tying and cut redundant line deduction tail.4, Directional antenna Installation4.1 NotesAntenna isolation requirements and antenna spacing requirements and directional antenna installed on the platform when the Eiffel Tower the same as, in addition to the attention of:(1) the installation of blocking should be avoided as far asλ possible avoid signal blind spots.(2) Bracket antenna must be installed onλ lightning rod.4.2 installation process FigureDirectional antenna installation processes as shown4.3 installation processthe installation process is as follows:According to project plans to install determine the direction of the antenna installation.Antenna will be fixed on the support of the main support⌝pole, elastic level should ensure that the load-bearing and wind, and will not be loose nor too tight.Antenna azimuth adjustment, the adjustment method,⌝ and directional antenna platform installed at the Eiffel Tower in the same adjustment method, usually requires azimuth error of less than or equal to 5 °.Antenna will be lower clip tightened, until the hand is not forced⌝push-pull dynamic.Antenna angle adjustment, the adjustment method, and directional antenna platform installed at the Eiffel Tower in the same adjustment method, the installation process, "usually requires the inclination error is less than equal to 0.5 °.Production of the antenna jumper to⌝ avoid water bending, black line deduction jumper along the antenna support bar tying and cut redundant line deduction tail.5, sealed windows installed feederFeeder sealed windows installed in the outdoors in general and in the top-alignment, as close as possible-alignment. If the feeder lines from the top of the building into the rooms, the feeder lines installed in the sealed windows on the top of the building roof.Installation:accordance with the⌝ requirements of design drawings and feeder sealed window size.Determine feeder on the wall sealed window installation location.Marked expansion of drilling in bolts and sealed windows L feeder location; on the wall opened a 250 mm × 250mm the square hole.Impact by drilling eight to install the expansion bolt holes6, feeder installation6.1 Feeder cutting and pasting the provisional labelFeeder cutting can be completed before the lifting, can also direct loadingin place, the lower leaves sufficient length after cutting. Feeder cutting process is as follows:According to the design drawings identified various sectors of the lengthof feeder lines.Designed to have a length of 1 m ~ 2m cushion against a⌝cutting, cuttingis prohibited in the course of bending feeder lines, and should preventpedestrians and vehicles rolling stampede.Cutting each end a⌝ feeder, the feeder lines in the middle and at both ends of the provisional label affixed with a corresponding.6.2 installing an antenna to the feeder JumperFeeder jumper and antenna installation effect map as shown, the general long jumper 3.5 m, as shown below。