答疑：请教是一条回路连5个tp还是有5条回路？-广东安装
问题专业：安装,
提问日期：2021-03-10 08:39:59
网友“ε祈祈猫儿”提问内容：
业内专家“幸福像花一样”回复：
是有5条回路
首页 > 2021 ( 第 1644 页)
答疑：请教图中这个墙宽800也是厚度嘛-山东土建
问题专业：土建,
提问日期：2021-03-10 08:37:44
网友“人在旅途”提问内容：
业内专家“xagcc”回复：
是的。
答疑：请教大家，这几处位置没给长度，我如何手算呢-辽宁土建
问题专业：土建,
提问日期：2021-03-10 08:33:29
网友“小子”提问内容：
2021-03-10 08:36:01 补充
按1级钢，180度弯钩处理行么
业内专家“钢筋撑起半边天”回复：
半圆弯钩6.25D，半圆弯钩就是180度弯钩
DL/T 5002-2005 英文版 地区电网调度自动化设计技术规程
ICS 29.240.30
F 21
Record No. J485—2006
Electric Power Industry Standard of the People’s Republic of China
P DL / T 5002 — 2005
To replace DL 5002 — 1991
Specifications for the Design of
Dispatch Automation in District
Power Networks
Power Transmission Lines
Design of Fossil Fuel Power Plant
Issue Date: November 28, 2005 Implementation Date: June 1, 2006
Issued by the National Development and Reform Commission of the People’s Republic of China
Contents
Foreword ························································································· Ⅱ
1 Scope ··························································································· 1
2 Normative References ································································· 2
3 General ························································································ 4
4 Master Station ·············································································· 6
4.1 Overall System Structure ····························································· 6
4.2 General Functions······································································· 6
4.3 Technical Requirements ······························································· 7
4.4 Principles for Selection and Configuration of Hardware ··················· 10
4.5 Requirements for Software ························································· 13
4.6 Requirements for Power Supply and Computer Room ····················· 13
5 Plant/Substation End ·································································· 15
5.1 Telecontrol Information for Attended Plants/Substations ·················· 15
5.2 Telecontrol Information for Unattended Plants/Substations ··············· 17
5.3 Telecontrol System ··································································· 17
5.4 Information Transmission and Channel ········································· 20
5.5 Others ···················································································· 21
1 Scope
These specifications specify the principles that shall be followed in the design of dispatch automation system in district networks.
These specifications apply to the planning, design and feasibility study of dispatch automation system in district networks, district network dispatch automation engineering, and the design of small-sized hydropower stations, thermal power stations, and substations under the jurisdiction of district network centralized control station and district network dispatch center. These specifications can be used as a reference in the design of expanded/retrofitted generation and transformation projects in district networks.
2 Normative References
The following normative documents contain provisions which,through reference in this text, constitute provisions of these specifications. For dated references, subsequent amendments(excluding the contents of errata) to, or revisions of, any of these publications do not apply. However, parties to agreements based on these specifications are encouraged to investigate the possibility of applying the most recent editions of the normative documents indicated below. For undated references, the latest edition of the normative document referred to applies.
GB/T 9813 Generic Specification for Microcomputers
GB/T 13729 Remote Terminal Unit Equipment
GB/T 18700.1 Telecontrol Equipment and Systems—Part 6:Telecontrol Protocols Compatible with ISO Standards and ITU-T Recommendations—Section 503: TASE.2 Service and Protocol (idt IEC 60870-6-503: 1997)
GB/T 18700.2 Telecontrol Equipment and Systems—Part 6:Telecontrol Protocols Compatible with ISO Standards and ITU-T Recommendations—Section 802: Object Model of TASE.2 (idt IEC60870-6-802: 1997)
GB/T 18700.3 Telecontrol Equipment and Systems—Part 6-702: Telecontrol Protocols Compatible with ISO Standards and ITU-T Recommendations—Functional Profile for Providing the TASE.2 Application Service in End Systems (idt IEC 60870-6-702:1998)
GB/Z 18700.4 Telecontrol Equipment and Systems—Part6-602: Telecontrol Protocols Compatible with ISO Standards and ITU-T Recommendation—TASE Transport Profiles (idt IEC60870-6-602: 2001)
GB 50174 Code for Design of Electronic Information System Room DL/T 630 Technical Requirement for RTU with AC Electrical Quantities Input, Discrete Sampling
DL/T 634.5101 Telecontrol Equipment and Systems—Part 5-101:Transmission Protocols—Companion Standard for Basic Telecontrol Tasks (idt IEC 60870-5-101: 2002)
DL/T 634.5104 Telecontrol Equipment and Systems—Part5-104: Transmission Protocols—Network Access for IEC 60870-5-101 Using Standard Transport Profiles (idt IEC 60870-5-104: 2002, IDT)
DL/T 5003 Specifications for the Design of Dispatch Automation in Electric Power Systems
DL/T 5103 Design Code for Unattended Substation of 35 kV—110 kV
DL/T 5202 Technical Code for Designing of Electric Energy Measuring System
DL/T 866-2004 英文版 电流互感器和电压互感器选择及计算导则
ICS27.100
F21
Rec0rdNo.13612-2004
DL
Electric Power Industry Standard of the People's Republic of China
DL/T866-2004
The Guide for Selection and Calculation of
Current Transformers and Voltage
Transformers
Issue Date:March 9,2004
Implementation Date:June 1,2004
Issued by the National Development and Reform Commission of the People's Republic of China
1 Scope
This guide has specified the methods for selection and calculation of current transformers and voltage
transformers used in electric power projects,including the requirements on performance of transformers for
protection and measurement,selection of types and parameters of transformers and the relevant calculation
methods.This guide mainly purports to specify the secondary requirements of current transformers and voltage
transformers.
This guide is applicable to conventional AC current transformers,electromagnetic voltage transformers,
capacitor voltage transformers,auxiliary current transformers and auxiliary voltage transformers,but is not
applicable to electronic transformers with low level output,converters exclusively used within the measuring
and protection devices,DC current transformers,exclusively-used AC operation transformers and transformers
specially designed for laboratory.
2 Normative References
The following normative documents contain provisions which,through reference in this text,constitute
provisions of this guide.For dated references,subsequent amendments (excluding the contents of errata)to,or
revision of,any of these publications do not apply.However,parties to agreements based on this guide are
encouraged to investigate the possibility of applying the most recent editions of the normative documents
indicated below.For undated references,the latest edition of the normative document referred to applies.
GB 1207 Inductive Voltage Transformers (IEC 60044-2:2003,Instrument Transformers-Part 2:
Inductive Voltage Transformers,MOD)
GB 1208 Current Transformers (IEC 60044-1:2003,Instrument Transfomers-Part 1:Current
Transformers,MOD)
GB 16847 Requirements for Protective Current Transformers for transient performance (identical with
IEC60044-6:1992)
GB/T 4703 Capacitor Voltage Transformers (equivalent to IEC 60186:1987)
DL/T 725 Specification of Current Transformer for Electrical Power for Order
DL/T 726 Specification of Voltage Transformer for Electrical Power for Order
IEC 60044-1 AMD 1-2000 Instrument transformers-Part 1:Curment transformers;Amendment 1
IEEE Standard C37.110-1996 Guide for the Application of Current Transformers Used for Protective
Relaying Purposes
3 Terms,Definitions and Symbols
3.1
Terms and Definitions of Current Transformers
For current transformers,this guide has used the relevant terms and definitions contained in GB 1208,GB
16847,together with relevant terms contained in IEC 60044-1.
答疑：这种洞口如何画-天津土建算量GTJ2018
问题专业：土建,土建算量GTJ2018,
提问日期：2021-03-09 22:14:09
网友“送你一朵小红花”提问内容：
业内专家“GXZ”回复：
用壁龛定义布置
答疑：请教图一里的两种砌体墙布置砌体加筋时应该用图二中的砖类还是小砌块作为参考呢-山东土建
问题专业：土建,
提问日期：2021-03-09 22:11:05
网友“柠檬配醋”提问内容：
业内专家“GXZ”回复：
应该是砌类。
答疑：人防区遇到集水井 电梯基坑底板需不需要拉通-北京土建
问题专业：土建,
提问日期：2021-03-09 20:40:35
网友“夜小宇”提问内容：
业内专家“独行者”回复：
不需要
答疑：大家们，这个墙是外墙吗？-河南土建
问题专业：土建,
提问日期：2021-03-09 20:15:53
网友“清风”提问内容：
业内专家“希望”回复：
箭头所指的是内墙.
DL 5334-2006 英文版 电力工程勘测安全技术规程
ICS 13.100
F 25
Record No. J516—2006
Electric Power Industry Standard of the People’s Republic of China
P DL 5334 — 2006
Safety Technical Regulations for Survey and Exploration of Electrical Power Engineering
Translation sponsored by : China Electric Power Planning & Engineering Association
Translated by : SUNTHER Consulting Co., Ltd.
Reviewed by : Northeast Electric Power Design Institute
CHINA ELECTRIC POWER PRESS
BEIJING, 2013
Contents
Foreword ························································································· Ⅱ
1 Scope ··························································································· 1
2 Normative References ································································· 2
3 General Provisions ······································································· 4
4 Engineering Survey ····································································· 7
5 Testing and Geophysical Exploration ··········································· 8
6 Engineering Geology ································································· 15
7 Hydrogeology ············································································ 25
8 Geotechnical Engineering Construction ····································· 30
9 Soil Test and Water Analysis ······················································ 43
10 Engineering Hydrometeorology ··············································· 48
11 Work on Water and Ice ····························································· 49
12 Machining and Equipment Repair············································ 51
13 Loading, Unloading and Transportation ··································· 58
14 Fuel Oil ··················································································· 62
15 Blasting ··················································································· 64
16 Electrical Safety on Exploration Site ······································· 65
17 Life Security during Field Exploration····································· 71
1 Scope
These regulations specify the basic requirements for safety-related technical regulations in electric power engineering.
These regulations apply to survey and exploration of electric power engineering.
2 Normative References
The following normative documents contain provisions which,through reference in this text, constitute provisions of this standard.
For dated references, subsequent amendments to, or revision(excluding the contents of errata) of any of these publications do not apply. However, parties to agreements based on this standard are encouraged to investigate the possibility of applying the most recent editions of the normative documents indicated below. For undated references, the latest edition of the normative document referred to applies.
GB 2494 Safety Rules for Bonded Abrasives
GB 3883.1 Safety of Hand-held Motor-operated Electric Tools—
Part 1: General Requirements
GB 3883.12 Safety of Hand-held Motor-operated Electric Tools—
Part 2: Particular Requirements for Concrete Vibrators (Immersed vibrators)
GB 4053.2 Safety Requirements for Fixed Steel Ladders
GB 4053.3 Safety Requirements for Fixed industrial protective railings
GB 4674 Safety Code for Grinding Machines
GB 5749 Standards for Drinking Water Quality
GB 5972 Wire Ropes for Cranes—Code of Practice for
Examination and Discard
GB 6067 Safety Rules for Lifting Appliances
GB 6722 Safety Regulations for Blasting
GB 7059.1 Safety Standard for Wood Portable Vertical Ladder
GB 7059.2 Safety Standard for Wood Portable Stepladder
GB 7059.3 Safety Standard for Light Metals Portable Stepladder
GB 9448 Safety in Welding and Cutting
JGJ 46 Technical Code for Safety of Temporary Electrification on Construction Site
答疑：广东2012修缮定额中的安全文明施工费费率为多少？-广东土建装饰其他专业预算其他软件
问题专业：土建,装饰,其他专业,预算,其他软件,
提问日期：2021-03-09 17:51:44
网友“吴若玮”提问内容：
有无相关文件说明，大佬们
业内专家“GXZ”回复：
定义好计价里面的显示就是所用的费率。
答疑：请教土建的预算书应该选哪个-河北土建预算计价软件GCCP5
问题专业：土建,预算,计价软件GCCP5,
提问日期：2021-03-09 17:51:01
网友“七月”提问内容：
业内专家“可遇难求”回复：
定额计价选“单位工程/定额”，清单计价选“单位工程/清单”。
答疑：广东预算混凝土泵送增加费，如何计取？是否包含在混凝土子目中？-河北土建
问题专业：土建,
提问日期：2021-03-09 17:46:57
网友“小李飞刀”提问内容：
广东预算混凝土泵送增加费，如何计取？是否包含在混凝土子目中？
业内专家“GXZ”回复：
是另外计算，除非采购的商品混凝土价格是已经包含，就不能再计算。
答疑：大家，墙梁、端柱、暗柱的混凝土强度及保护层厚度可不可以按剪力墙设置？-海南土建
问题专业：土建,
提问日期：2021-03-09 17:44:36
网友“高先生”提问内容：
业内专家“GXZ”回复：
就是剪力墙同样的保护层厚度。
答疑：窗户额定中55 60 70该怎么理解？-宁夏回族自治区土建
问题专业：土建,
提问日期：2021-03-09 17:42:41
网友“大先生”提问内容：
业内专家“小老百姓”回复：
窗料厚度，窗厚55mm、60mm、70mm
答疑：这个钢筋信息如何编辑？-湖北土建
问题专业：土建,
提问日期：2021-03-09 17:36:51
网友“宗介君”提问内容：
业内专家“钢筋撑起半边天”回复：
用暗梁可以直接处理。不要在其它箍筋里输入
答疑：这个女儿墙垂直和水平那个是分布筋和c8-200？-内蒙古自治区土建概算
问题专业：土建,概算,
提问日期：2021-03-09 17:33:07
网友“DJ_Angels”提问内容：
业内专家“沐然”回复：
点筋是分布筋 竖向的是C8-200
答疑：板受力筋-广东土建
问题专业：土建,
提问日期：2021-03-09 17:10:37
网友“可以的话”提问内容：
这里的板筋是用板受力筋来布置吗，布置的是底筋还是面筋
业内专家“GXZ”回复：
是板底受力筋布置。
答疑：广东省 落水管和落水斗套什么定额-广东安装设计概算计价软件GCCP5
问题专业：安装,设计,概算,计价软件GCCP5,
提问日期：2021-03-09 17:05:06
网友“万小姐”提问内容：
业内专家“GXZ”回复：
落水管就是排水管。
答疑：剪力墙变截处钢筋-广东土建
问题专业：土建,
提问日期：2021-03-09 17:01:10
网友“刘工”提问内容：
请问节点已经设置，怎么下部墙筋还往上伸入呢？
业内专家“GXZ”回复：
截图供你参考。
