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UL 1012-2009

Subject1012May1,2009 SUMMARY OF TOPICSThe following changes in requirements to the Standard for Power Units Other Than Class2,UL 1012,are being proposed:1.New requirements for batteries with integral chargers2.New requirements for power units for installation in air-handling spacesSTP BALLOTS&COMMENTS DUE:JUNE15,2009For your convenience in review,proposed additions to existing requirements are shown underlined and proposed deletions are shown lined-out.1.New requirements for batteries with integral chargersRATIONALEProposal submitted by:Kent Donohue,Underwriters LaboratoriesUL proposes new requirements for batteries with integral chargers.The proposal clariﬁes requirements applicable to batteries with integral chargers,and includes new requirements applicable to units witha solar cell feature.PROPOSALRECHARGEABLE BATTERIES WITH INTEGRAL CHARGERS92Scope92.1These requirements supplement and in some cases modify the requirements of Sections7–61. These requirements apply to indoor use,household,and commercial rechargeable battery packs(RBP’s) of the alternating current supplied type,solar cell supplied type,or combination supplied type.92.2These requirements do not apply to a rechargeable battery for recharging from a separable battery charger.Requirements for this type of rechargeable battery are speciﬁed in the Standard for Household and Commercial Batteries,UL2054.92.3These requirements do not apply to a rechargeable battery intended for use in uninterruptible power supply applications.Requirements for this type of rechargeable battery are speciﬁed in the Standard for Uninterruptible Power Supply Equipment,UL1778.92.4These requirements do not apply to a rechargeable battery with an integral load,such as arechargeable night light,rechargeableﬂashlight,a rechargeable shaver,a rechargeable screwdriver,and the like.Requirements for these types of products are speciﬁed in other Standards appropriate to the intended use.93Glossary93.1For the purpose of the requirements in Sections92–98,the following deﬁnitions apply.93.2ALTERNATING CURRENT SUPPLIED–During recharge,the RBP is connected to a nominal120or240V,15or20A branch circuit receptacle.The RBP may be either direct plug-in or cord-andplug-connected.93.3COMBINATION SUPPLIED–A direct plug-in or cord-and plug-connected RBP that also employsa solar cell integral to the RBP enclosure.During recharge,the RBP receives energy from either analternating current supply,from sunlight,or from both sources.93.4RECHARGEABLE BATTERY PACK(RBP)–A unit with an enclosure housing a battery chargercircuit,a rechargeable battery,control circuitry,and a polarized output connector integral to theenclosure or terminating on an output cord.During recharge the energy source is via an alternatingcurrent supply,or a solar cell.During discharge the output is connected to the load equipment.93.5SOLAR CELL–A photovoltaic assembly that converts sunlight directly into electricity.93.6SOLAR CELL SUPPLIED–During recharge,the RBP receives energy via a solar cell integral tothe RBP enclosure.94General94.1The RBP shall comply with the applicable requirements of Sections7–61,modiﬁed by theconstruction and performance requirements for secondary battery packs speciﬁed in the Standard for Household and Commercial Batteries,UL2054.95Construction95.1Enclosure95.1.1Polymeric enclosure materials of a solar cell or combination supplied RBP shall comply with theultraviolet light exposure requirements of the Standard for Polymeric Material–Use in Electrical Equipment Evaluations,UL746C.This PDF Standard downloaded from 95.2Battery95.2.1A battery intended for installation and replacement by other than trained technicians shall employa rigid mechanical enclosure that complies with the enclosure construction and test requirements of the Standard for Household and Commercial Batteries,UL2054.95.2.2A RBP with a battery intended for installation and replacement by other than trained technicians shall:a)Be designed to prevent misaligment,reverse polarity,damage upon connection,andaccessiblity of uninsulated parts during use;andb)Provide a battery securement means to prevent inadvertent disconnection or damage duringuse.95.3RBP’s with a lithium battery95.3.1Compatibility between a lithium-ion battery and the charging system shall be veriﬁed and documented by the RBP manufacturer.Veriﬁcation documentation shall include:a)The battery manufacturer’s speciﬁcations noted in95.3.2;andb)Failure modes and effects analysis determining that the battery manufacturer’s speciﬁcationsnoted in95.3.2are not exceeded.95.3.2The RBP manufacturer shall address in the product design the following speciﬁcations from the lithium-ion cell manufacturer:a)Rated charging current,charging voltage and cutoff current,with compliance veriﬁed in theRBP under normal and single fault conditions within the system;b)Rated discharge current/rate and endpoint voltage,with compliance veriﬁed in the RBPunder normal and single fault conditions within the system;c)Maximum charging current and charging voltage limit(established as part of the batteryabnormal charging test),with compliance veriﬁed in the RBP under double fault conditionswithin the system;andd)The upper and lower ambient temperature ranges for charging and discharging,withcompliance veriﬁed in the RBP.95.4Supply connections95.4.1The supply cord of a combination supplied RBP shall comply with the outdoor use requirements ofthe Standard for Cord Sets and Power Supply Cords,UL817.95.4.2Polymeric materials of the appliance inlet of a combination supplied RBP intended for use with adetachable power supply cord shall comply with the ultraviolet light exposure requirements of the Standard for Polymeric Material–Use in Electrical Equipment Evaluations,UL746C.The appliance inlet shall also comply with the Standard for Attachment Plugs and Receptacles,UL498.95.5Solar cell protection95.5.1Means for protecting the solar cell from reverse current shall be provided under normal and singlefault conditions,and the overall construction shall comply with the solar cell reverse current overload test of96.3.96Performance96.1Power input test96.1.1The RBP shall comply with Section40,Power Input Test,when tested in accordance with96.1.2.96.1.2Prior to the test,the RBP is to be discharged in accordance with40.3–40.5.The RBP is to thenbe connected to the alternating current supply and,if the construction permits,the RBP output is to be resistively loaded to deliver the maximum rated output current.The input current is to be measured when temperatures peak.96.2Normal temperature test96.2.1The RBP is to be operated under the most severe normal conditions through two complete cyclesof charging and discharging in accordance with(a)–(d).The temperature measurements are to be made at the least favorable ambient temperature within the speciﬁed operating range for the RBP.Temperatures shall not exceed the limits speciﬁed in Section40,Power Input Test,and the temperature of the battery at any time under conditions of charging and discharging shall not exceed the value speciﬁed in Table96.1.a)Prior to the test,the RBP is to be discharged in accordance with40.3–40.5.b)During the charging cycles the RBP output is to be resistively loaded,if the constructionpermits,to deliver the maximum rated output current.c)During the discharge cycles the RBP is to be discharged with the resistive load initiallyadjusted to draw the maximum rated output current.Without further load adjustment,the RBP isto be discharged until temperatures peak.d)During theﬁrst charge cycle,the RBP is to be operated until temperatures peak.The RBP isto then be disconnected from the supply source(alternating current supply or solar cell supply)and discharged until temperatures peak.The RBP is then subjected to the second charge/discharge cycle.The test is terminated when temperatures peak or temperatures stabilize,whichever occursﬁrst during the second cycle.This PDF Standard downloaded from Table96.1Battery case temperature limitsBattery location or use Temperature limitUser accessible battery,intended for user contact1The least of notes2,4,and5User accessible battery,not intended for contact in normal use The least of notes3,4,and5Battery that is not-user accessible or subject to casual contact The lesser of notes4and51Example:separable battery pack intended for handling by the user to facilitate recharge after use of battery operated product. 2Enclosure surface temperature limit for parts intended to be grasped.3Enclosure surface temperature limit for parts subject to casual contact.4Pack enclosure material relative thermal index.5Cell manufacturer’s temperature speciﬁcation.96.3Solar cell reverse current overload test96.3.1There shall not beﬂaming or charring of the cheesecloth in contact with the solar cell when a reverse current under normal and single fault conditions is caused toﬂow through the solar cell.96.3.2The RBP solar cell is to be draped with a single layer of cheesecloth.The cheesecloth is to be untreated cotton cloth running14–15square yards/lb(26–28m2/kg)and having what is known to the trade as a count of32by28.96.3.3The RBP is to be operated under normal and single component fault conditions that result in maximum reverse current through the solar cell due to a fully charged battery.a)If an overcurrent protective device operates,the test is to be repeated with a reverse currentat135percent of the overcurrent protective device rating.b)If a thermal or positive temperature coefficient resistor protector operates,the test is to berepeated with the protector bypassed and a reverse current adjusted to result in the protectorbody temperature at the trip point measured during the maximum reverse current test.96.3.4For a combination supplied RBP,test conditions are to include operation with the alternating current supply connected,and operation with the alternating current supply disconnected.96.3.5Each test is to be conducted in an area free of drafts,and the irradiance on the solar cell is to be less than5mW/cm2.96.3.6Each test is to be continued for2hours or until ultimate results are known,whichever occursﬁrst.96.4Mechanical strength tests96.4.1The applicable tests of Section44,Mechanical Strength Tests for Metal Enclosures,and Section68,Performance,shall not result in any of the following:a)Breaking of the enclosure resulting in exposure of cells or circuitry;b)Damage to internal protective components and circuitry;c)Damage to the securement means of the pack or the external connectors that could result ina short circuit or other hazardous condition;d)Chemical leaks caused by cracking,rupturing or bursting of the cell casing or packenclosure;e)Explosion resulting in a cell casing or battery pack enclosure violently opening orcomponents of the cell or battery pack being forcibly expelled;norf)Emission ofﬂame or expulsion of molten metal.97Markings97.1The enclosure of a solar cell or combination supplied RBP shall be marked where readily visible withthe following:“CAUTION–Do Not Expose To Rain.Store indoors when not in use.”97.2The enclosure of an alternating current supplied RBP shall be marked as speciﬁed in60.1.4.97.3A RBP provided with a user replaceable battery shall be marked with the following statement orequivalent in a location readily visible during battery replacement:“CAUTION–Replace Battery with (responsible company name and battery designation)e of Another Battery May Present a Risk of Fire or Explosion.See instruction manual.”98Instructions98.1The operating instructions shall provide appropriate information regarding use and storagetemperature limits.98.2The operating instructions of a RBP employing a battery intended for replacement and installationby the user shall include complete details for safe replacement and disposal of a used battery.The instructions shall include the marking speciﬁed in97.3and the following or equivalent:“Do not incinerate.”98.3The operating instructions of a RBP with a non-user replaceable battery shall include details for thesafe disposal of the RBP.The instructions shall include the following or equivalent:“CAUTION–Do not incinerate.”98.4The instructions for a RBP that employs a battery intended for replacement or servicing only by atrained technician shall include the following or equivalent:“Servicing to be performed only by manufacturer’s qualiﬁed personnel”.This PDF Standard downloaded from 2.New requirements for power units for installation in air-handling spaces RATIONALEProposal submitted by:Kent Donohue,Underwriters LaboratoriesUL proposes new requirements applicable to units speciﬁed for plenum installation.These requirements apply only to permanently connected equipment since the National Electrical Code Article400.8(5) does not permitﬂexible cords to be concealed byﬂoors or ceilings.Units with integral batteries are not permitted due to concerns with battery servicing and substitution with batteries for which UL2043 compliance is undetermined.PROPOSALPOWER UNITS FOR INSTALLATION IN AIR-HANDLING SPACES99Scope99.1These supplemental requirements apply to a power unit intended for installation in air handling spaces,such as above suspended ceilings or belowﬂoors.100General100.1A power unit shall be a permanently connected type for input and output connections.100.2A power unit shall not employ an integral battery.100.3A power unit shall comply with the Standard for Fire Test for Heat and Visible Smoke Release for Discrete Products and Their Accessories Installed in Air-Handling Spaces,UL2043.101Marking101.1A power unit may be marked with the following:“Suitable for Use in Other Environmental Air Space in Accordance with Section300.22(C)of the National Electrical Code”or“Suitable for Use in Air-Handling Spaces.”Copyright©2009Underwriters Laboratories Inc.No Text on This Page This PDF Standard downloaded from 。

道依茨资料

柴油机烧瓦抱轴原因分析发布时间：2009-2-24 17:43:11被阅览数：687次来源：石家庄北方道依茨柴油机维修有限公司●曲轴与瓦的质量不好，轴颈与瓦的光洁度差，尤其是大修更换过轴瓦的车辆。

* 大、小瓦安装不正确，间隙调整不当。

* 机油泵的齿轮严重磨损失效，供油压力减小，机油难以供应到指定润滑位置，造成轴瓦干摩擦。

* 机油油道被不洁杂质堵塞，使通往曲轴的机油受到阻隔，形成轴瓦干摩擦。

* 机油管路发生泄漏，机油循环供应系统压力下降，机油难以供应到指定润滑位置，形成轴瓦干摩擦。

* 发动机严重超负荷运转，出现长时间低速高扭矩工况，因发动机转速低时机油泵转速也低，供油量不足，但轴与瓦之间却形成高温，造成"抱死"。

* 使用了劣质空气滤清器，造成空气中的颗粒物大量进入发动机，产生磨粒磨损，甚至引起抱瓦。

* 润滑油粘度选择不当。

●发动机故障的声响判断发布时间：2009-2-24 17:39:03被阅览数：753次来源：石家庄北方道依茨柴油机维修有限公司1. 活塞敲缸（1）现象①在气缸体的上部发出一种有节奏的“嗒嗒嗒”的金属撞击声，响声严重时，会从曲轴箱加油口处冒黑烟。

②怠速时响声明显、清晰；加速时多个活塞敲缸，响声嘈杂。

③无负荷突然加速时声响显著，中速以上时，响声减弱或消失。

④发动机温度过低时响声明显，温度升高后，响声减弱或消失。

（2）判断方法①将油门置于响声较强位置，对发出异常响声的工作缸断缸时，响声即可减弱或消失。

在加机油或在气缸上部两侧用改锥、金属棒、听诊器、故障探测仪倾听时，发出响声的气缸附近响声较强，并有振动。

②向可疑气缸内加注30-40g浓机油，慢慢摇转曲轴4-5圈，约待1min 后再启动，若启动后敲击声减弱或消失，水冷柴油机的合理使用要点发布时间：2009-2-24 11:30:33被阅览数：636次来源：石家庄北方道依茨柴油机维修有限公司（1）冷却水需防垢水冷柴油机散热器常常会加注井水、河水等，随着时间的延长水道内逐渐结垢，影响散热效果，致使柴油机温度升高，功率下降，甚至“开锅”，缩短了柴油机的大修周期，因此应预防冷却水形成结垢。

RAL标准电子色标卡

RAL2004 淡橙
RAL2008浅红橙
RAL 2009交通橙
RAL2010信号橙
RAL 20 n深橙色
RAL2012鲑鱼橙e
RAL 3000火焰红
RAL3001信号红
RAL 3002胭脂红
RAL3003宝石红
■
RAL 3004紫红色
RAL3005葡萄酒红
RAL 3007黑红色
RAL3009氧化红
RAL 3011红玄武士色
RAL5008灰蓝色
RAL5009天青蓝
RAL5010龙胆蓝色
RAL 50n钢蓝色
RAL5012淡蓝色
RAL 5013钻蓝色
RAL5014鸽蓝色
RAL 5015天蓝色
RAL5017交通蓝
RAL 5018绿松石蓝
RAL5019卡布里蓝色
RAL5020海蓝色
RAL5021不来梅蓝色
RAL5022夜蓝色
RAL5023冷蓝色
RAL8003 土棕褐色
RAL8004铜棕色
RAL8007鹿褐色
RAL8008橄榄棕色
RAL8011深棕色
RAL8012红褐色
RAL8014乌贼棕色
RAL8015粟棕色
RAL8016桃花心木褐
RAL8017巧克力棕色
RAL8019灰褐色
RAL8022黑褐色
RAL8023桔黄褐
RAL8024米棕色
RAL8025浅褐色
RAL 8028浅灰褐色
RAL9001彩黄色
RAL9002灰白色
RAL9003信号白
RAL9004信号黑
RAL9005墨黑色
RAL9010纯白色
RAL 90n石墨黑
RAL9016交通白

GS101201;中文规格书,Datasheet资料

Dimensions mm DescriptionThe GS1012 series gear tooth sensors are Hall Effect devices designed for use in applications where ferrous edge detection or near zero speed sensing (without power up recognition) is needed.Features and Benefits∙Immune to rotational alignment∙ESD resistant to 4kV (contact discharge)∙Mating connector: Delphi 12162280 and 12162279∙Discrete wire version: 20awg, tin plated polyolefin insulation.Applications∙Exercise equipment∙Food processing equipment∙SpeedometerMechanical Specifications AirgrapApplication dependentMaximum Installation Torque 50 in-lbs (for a ¼ - 20 Hex Cap screw)Electrical Specifications Operating Voltage Range 5 - 24 VDC Supply Voltage 5 - 24 VDC Supply Current6 mA max Output Saturation Voltage 400 mV max Output Current20 mA max Operating Temperature-40° to +125°C Storage Temperature Range -40° to +125°C Output Rise time 5μS Output Fall time5μSElectrostatic Discharge Immunity +3kV indirect contact, +4kV direct contactElectric Field Radiated Immunity At 10V/m (using 80% amplitude modulation @ 1kHz) from 26Mz to 1000 MHz Electrical Fast Transient Test +2kV on DC power supplyImmunity to Magnetic Fields SAE J1113-22 (600 microT AC field; 5Hz to 2kHz; .2mT & 1mT DC field) Conducted Immunity Test Injected with 10Vrms from 150kHz to 80 MHzDielectric Withstand Voltage MIL-STD-202F, Method 301 1000V applied for a minimum of one minute. Insulation ResistanceMIL-STD-202F, Method 302, Test Condition B 500V applied for one minute.Water Immersion MIL-STD 202F, Method 104, Test Condition A Salt SprayMIL-STD-202F, Method 101, Test Condition BSinusoidal Vibration MIL-STD-202F Method 204, Test Condition C from 55-2000 Hz Random Vibration MIL-STD-20F Method 214, Test Condition IC Mechanical Shock 18 shocks at 50g’s 11ms per Mil Std 202FRecommended external pull-up resistor: Open Collector Sinking Block DiagramSpecifications subject to change without notice.ContactCall, fax or visit our website For more information.ZF Electronics Corporation11200 88th AvenuePleasant Prairie, WI 53158Phone: 262.942.6500 Web: E-Mail: cep_sales@ Fax: 262.942.6566© 2008 ZF Electronics Corporation Revised 020212分销商库存信息: CHERRYGS101201。

1012拨打测试

2011-10-12 2011-10-12 2011-10-12 2011-10-12 2011-10-12 2011-10-12 2011-10-12 2011-10-12
1:05 1:05 1:08 1:08 1:06 1:06 1:07 1:07
7s 5s 7s 8s 4s 5s 4s 6s
OK OK OK OK OK OK OK OK
OK OK OK OK OK OK OK OK
计费验证人（签名）:
测试人员（签名）：被叫号码( 被叫号码(B)
张智超测试日期通话时间 (月日时分) 通话时长
测试人员联系电话：拨测结果计费验证结果
13807012524 备注
13970192424 18870164422 13177590183 18870164422 6221008 18870164422 13307018744 18870164422
（签名）:
18870164422 13970192424 18870164422 13177590183 18870164422 6221008 18870164422 13307018744
测试人员联系电话：拨测结果计费验证结果
13807012524 备注
测试网元：YITBSC11G 测试项目移动拨打移动移动拨打移动移动拨打联通联通拨打移动移动拨打固定电话固定电话拨打移动移动拨打电信C网电信C网拨打移动主叫号码( 主叫号码(A)
18870164422 13970192424 18870164422 13177590183 18870164422 6221008 18870164422 13307018744
13970192424 18870164422 13177590183 18870164422 6221008 18870164422 13307018744 18870164422

TYP1012中文资料

TYP 212--->TYP 2012April 1995SCR FOR OVERVOLTAGE PROTECTIONSymbol ParameterValue Unit I T(RMS)RMS on-state current(180°conduction angle,single phase circuit)Tc =110°C 12A I T(AV)Average on-state current(180°conduction angle,single phase circuit)Tc =110°C 8A I TSMNon repetitive surge peak on-state current (Tj initial =25°C )tp =8.3ms 315Atp =10ms 300I 2t I 2t valuetp =10ms 450A 2s I TMNon repetitive surge peak on-state current (Tj initial =25°C )Exponential pulse wave formtp =1ms750A dI/dt Critical rate of rise of on-state currentGate supply :I G =100mA di G /dt =1A/µs 100A/µs Tstg Tj Storage and operating junction temperature range-40to +150-40to +125°C °C TlMaximum lead temperature for soldering during 10s at 4.5mm from case260°CTO220AB (Plastic)KA G.HIGH SURGE CURRENT CAPABILITY .HIGH dI/dt RATING.HIGH STABILITY AND RELIABILITYDESCRIPTIONSymbol ParameterTYPUnit21251210122012V DRM V RRM Repetitive peak off-state voltage Tj =125°C2550100200VABSOLUTE RATINGS (limiting values)FEATURESThe TYP 212--->1012Family uses high perform-ance glass passivated chips technology.These Silicon Controlled Rectifiers are designed for overvoltage protection in crowbar circuits applica-tion.1/5GATE CHARACTERISTICS (maximum values)Symbol ParameterValue Unit Rth (j-a)Junction to ambient60°C/W Rth (j-c)DC Junction to case for DC1.3°C/WSymbol Test ConditionsValue Unit I GT V D =12V (DC)R L =33ΩTj=25°C MAX 30mA V GT V D =12V(DC)R L =33ΩTj=25°C MAX 1.5V V GD V D =V DRM R L =3.3k ΩTj=125°C MIN 0.2V tgt V D =V DRM I G =200mA dI G /dt =1.5A/µs Tj=25°C TYP 1µs I L I G =1.2I GT Tj=25°CTYP 60mA I H I T =500mAgate openTj=25°C MAX 50mA V TM ITM=50A tp=380µs Tj=25°C MAX 1.5V I DRM I RRM V DRM Rated V RRMRatedTj=25°C MAX0.01mATj=125°C 2dV/dt Linear slope up to V D =67%V DRM gate openTj=125°C MIN 200V/µs tqV D =67%V DRM I TM =50A V R =25V dI TM /dt=30A/µs dV D /dt=50V/µsTj=125°CTYP 100µs P G (AV)=1WP GM =10W (tp =20µs)I FGM =4A (tp =20µs)V RGM =5V.ELECTRICAL CHARACTERISTICSTHERMAL RESISTANCESTYP 212--->TYP 20122/5Fig.1:Maximum average power dissipation versus average on-state current.Fig.2:Correlation between maximum average power dissipation and maximum allowable temperatures (T amb and T case )for different thermal resistances heatsink +contact.Fig.5:Relative variation of gate trigger current versus junction temperature.Fig.6:Non repetitive surge peak on-state current versus number of cycles.Fig.3:Average on-state current versus casetemperature.1E-31E-21E-11E+01E+11E+25E+20.010.11Zth/Rth Zth(j-c)Zth(j-a)tp(s)Fig.4:Relative variation of thermal impedance versus pulse duration.TYP 212--->TYP 20123/5Fig.7:Non repetitive surge peak on-state current for asinusoidal pulse with width:t≤10ms,andcorresponding value of I2t.Fig.8:On-state characteristics(maximum values).Fig.9:Peak capacitor discharge current versus pulse width.Fig.10:Allowable peak capacitor discharge current versus initial junction temparature.TYP212--->TYP2012 4/5PACKAGE MECHANICAL DATA TO220AB PlasticCooling method :CMarking :type number Weight :2.3gRecommended torque value :0.8m.N.Maximum torque value :1m.N.AGJHDBCMLFOP=N =IREF.DIMENSIONSMillimeters Inches Min.Max.Min.Max.A 10.0010.400.3930.409B 15.2015.900.5980.625C 13.0014.000.5110.551D 6.20 6.600.2440.259F 3.50 4.200.1370.165G 2.65 2.950.1040.116H 4.40 4.600.1730.181I 3.75 3.850.1470.151J 1.23 1.320.0480.051L 0.490.700.0190.027M 2.40 2.720.0940.107N 4.80 5.400.1880.212O 1.14 1.700.0440.066P0.610.880.0240.034Information furnished is believed to be accurate and reliable.However,SGS-THOMSON Microelectronics assumes no responsability for the consequences of use of such information nor for any infringement of patents or other rights of third parties which may result from its use.No license is granted by implication or otherwise under any patent or patent rights of SGS-THOMSON Microelectronics.Specifications mentioned in this publication are subject to change without notice.This publication supersedes and replaces all information previously supplied.SGS-THOMSON Microelectronics products are not authorized for use as critical components in life support devices or systems without express written approval of SGS-THOMSON Microelectronics.©1995SGS-THOMSON Microelectronics -Printed in Italy -All rights reserved.SGS-THOMSON Microelectronics GROUP OF COMPANIESAustralia -Brazil -France -Germany -Hong Kong -Italy -Japan -Korea -Malaysia -Malta -Morocco -The Nether-lands Singapore -Spain -Sweden -Switzerland -Taiwan -Thailand -United Kingdom -U.S.A.TYP 212--->TYP 20125/5。

薇蓝有源天线1012-移动20

自主创新引领未来
薇蓝有源天线
薇蓝有源天线系统－远程供电
自主创新引领未来
远端天线采用集中远程直流供电方式（馈线供电），输入范围为36V～8V。远程供电单元支持AC220V/DC48V/DC280V等多种输入电压，输出DC24V。供电方式，集中式或分布式。供电支持能力，按单供电模块（400w）带40个从机（集中式），可满足150米（1/2馈线）、170米（50米7/8馈线+120米1/2馈线）长度供电要求，满足现有室分系统需求。对功分器、耦合器进行直流供电干扰实测，未发现在通信频带内有干扰。
EU1 AP 楼层
无源天线公共覆盖
有源天线
数据
汇接局楼宇入户特点定位：新建室内分布；无线覆盖(含WiFi）与有线宽带融合方案支持光纤/五类线方式的射频与光纤宽带入户，解决室内LTE与有线宽带覆盖，支持室外天线一体化；
自主创新引领未来
FIDS－网络架构
网络配置：1：8：8：8 ；
1个MU支持8个EU1，1个EU1 支持8个EU2 ，1个EU2支持 8个RU，系统最大可支持512个RU远端； MU、EU、RU间采用双纤传输，采用远程DC供电方式。
盖率；
4、系统容量和频率规划，无干扰和切换； 5、数字化设备，噪声系数低；
6、系统接入网管，提升运营管理；
7、支持LTE，易于升级和扩容； 8、组网简单，设计与施工难度小，资源占用低，适用场景广。
自主创新引领未来
FIDS－工程对比
传统工程
FIDS工程
•体积大、能耗高； •多网多套，独立供电； •组网复杂，方案设计难； •链路预算复杂繁琐； •资源占用高，工程受限； •故障定位与维护不易。

江西道路交通违法行为代码

道路交通违法行为代码违法代码违法内容简称11001驾驶拼装车21001A驾驶拼装车31001B驾驶拼装车41001C驾驶拼装车51001D驾驶拼装车61001E驾驶拼装车71001F驾驶拼装车81002驾驶报废车91002A驾驶报废车101002B驾驶报废车111002C驾驶报废车121002D驾驶报废车131002E驾驶报废车141002F驾驶报废车151003肇事逃逸，构成犯罪161004重大事故，构成犯罪171005无证驾驶181005A无证驾驶摩托车、轻便摩托车的191005B无证驾驶机动车的201005C无证驾驶营运载客汽车的211006驾驶证吊销后驾车221006A驾驶证被吊销期间驾驶摩托车、轻便摩231006B驾驶证被吊销期间驾驶机动车的241006C驾驶证被吊销期间驾驶营运载客汽车的251007机动车交无证人驾驶261007A机动车交无证人驾驶271007B机动车交无证人驾驶281007C机动车交无证人驾驶291008机动车交驾驶证吊销人驾驶301008A将摩托车、轻便摩托车交由摩托车、轻311008B将机动车交给机动车驾驶证被吊销的人321008C将营运载客汽车交由被吊销驾驶证的人331009机动车交驾驶证暂扣人驾驶341009A将摩托车、轻便摩托车交由摩托车、轻351009B把机动车交给机动车驾驶证被暂扣的人361009C将营运载客汽车交由机动车驾驶证被暂371010驾驶证超过有效期后驾车381011非法安装警报器391011A非法安装警报器401011B非法安装警报器411011C非法安装警报器421011D非法安装警报器431011E非法安装警报器441011F非法安装警报器451012非法安装标志灯具461012A非法安装标志灯具471012B非法安装标志灯具481012C非法安装标志灯具491012D非法安装标志灯具501012E非法安装标志灯具511012F非法安装标志灯具521013驾驶证丢失期间驾车531014驾驶证损毁后驾车541015驾驶证扣留期间驾车551016满12分仍驾车561017无第三者责任保险571018机动车不走机动车道581019机动车违规使用专用车道591020不服从指挥601023交通拥堵处未依次交替行驶611024无设施路口未依次交替行驶621025交通拥堵处不按规定停车等候631026铁路路口不按规定行驶641031未经批准运载危险品651035客运机动车违反规定载货661035A客运机动车违反规定载货671035B客运机动车违反规定载货681036货车违规载人691037故障车未占道防碍交通701038不避让道路养护车、工程作业车的711039不按规定停车721039A不按规定停车731039B不按规定停车741040机动车喷涂、粘贴标识或者车身广告影751041道路养护施工作业车辆、机械作业时未761042不按车道行驶771043变更车道影响其他车辆行驶781044违反规定掉头791045危险路段掉头801046掉头时妨碍车辆或行驶通行811047未按规定鸣喇叭示意821048禁鸣区鸣喇叭831049驾驶室放置物品妨碍安全841050漫水路桥不低速行驶851051超限车辆在铁道路口不按指定道口通过861052超限车辆在铁道路口不按指定时间通过871053渡口不按指挥依次待渡881054上下渡船不低速行驶891055特种车辆违规使用警报器901056特种车辆违规使用标志灯具911057机动车在单位院内居民居住区内不低速921058机动车在单位院内居民居住区内不避让931059驾驶摩托车手离车把941060摩托车车把上挂物951061拖拉机进入中心区961062拖拉机驶入禁行路971063拖拉机载人981064拖拉机牵引多辆挂车991065不按指定路线学习驾驶1001066不按指定时间学习驾驶1011067使用非教练车学习驾驶1021068教练不随车学习驾驶1031069无关人员乘坐教练车1041070实习期未放置实习标志1051072安全设施不全1061073机件不全1071074不按规定倒车1081075车门、车厢没有关好时行车1091076机动车在没有划分机动车道、非机动车1101077驾驶机动车下陡坡时熄火、空档滑行的1111078机动车违反交通管制规定强行通行，不1121078A机动车违反交通管制规定强行通行，不1131078B机动车违反交通管制规定强行通行，不1141078C机动车违反交通管制规定强行通行，不1151078D机动车违反交通管制规定强行通行，不1161078E机动车违反交通管制规定强行通行，不1171078F机动车违反交通管制规定强行通行，不1181081除客运、危险物品运输车辆外，连续驾1191082使用他人机动车驾驶证驾驶机动车的1201083未按照规定安装侧面及后下部防护装置1211084未按规定时限办理变更登记1221085未按规定时限办理转移登记1231086未按照规定时限办理机动车转入1241087擅自改变机动车外形和已登记的有关技1251088以欺骗、贿赂等不正当手段办理补、换1261089客运车辆载货1271089A客运车辆载货1281089B客运车辆载货1291089C客运车辆载货1301089D客运车辆载货1311089E客运车辆载货1321089F客运车辆载货1331090违反警告标志指示1341091违反警告标线指示1351092公路客运车辆以外的载客汽车违反规定1361093驾车看电视1371094不与前车保持安全距离1381095实习期驾驶公交车1391096实习期驾驶营运车1401097实习期驾驶执行任务特种车1411098实习期驾驶危险品车1421099实习期驾车牵引车辆1431102不按规定使用灯光1441102A不按规定使用灯光1451102B不按规定使用灯光1461102C不按规定使用灯光1471103不按规定会车1481108未放置保险标志1491109未带行驶证1501110未带驾驶证1511111机动车载货长度、宽度、高度超过规定1521115未放置检验合格标志1531201超载30%以下1541201A超载30%以下1551201B超载30%以下1561201C超载30%以下1571204人行道不减速1581205人行道不停车让行1591206无信号道路不避让行人1601207不戴安全头盔1611208不按导向车道行驶1621209左转弯不靠路口中心行驶1631210信号路口不依次通过1641211信号灯路口越停车线停车1651212强行右转弯1661223驾车接拨手持电话1671225驾车时有其他妨碍安全行车的1681228交通阻塞路口不依次等候1691239运输剧毒化学品机动车超过核定载质量1701241驾驶公路客运车辆以外的载客汽车载人1711243借道超车或者占用对面车道、穿插等候1721244城市快速路上驾驶人未按规定使用安全1731301逆向行驶1741302信号路口不按规定行驶1751302A信号路口不按规定行驶1761303超速20%以上50%以下1771304右侧超车1781305超左转弯车1791306超掉头车1801307超越正在超车车辆1811308有会车可能时超车1821309超越执行任务车辆1831310特殊地段超车1841311故障车不设标志1851312环形路口不让车1861313转弯车不让直行车或行人1871314右转弯车不让左转弯车1881315无信号路口不让优先通行车辆1891316无信号路口不让右方来车1901317载货车牵引多辆挂车1911318半挂车牵引多辆挂车1921319挂车机件不全1931320小型载客车不按规定牵引挂车1941321挂车载人1951322挂车载质量超越车辆本身载质量1961323大型载客汽车牵引挂车1971324中型载客汽车牵引挂车1981325低速载货汽车牵引挂车1991326三轮机动车牵引挂车2001327故障车不按规定使用灯光2011333不避让执行任务特种车辆2021334不避让盲人2031339剧毒品运输车超速50%以下2041340上道路行驶的机动车未按规定定期进行2051341驾驶公路客运车辆以外的载客汽车载人2061342超载30％-100％（一类车）2071342A超载30%（一类车）2081342B超载40%（一类车）2091342C超载50%（一类车）2101342D超载60%（一类车）2111342E超载70%（一类车）2121342F超载80%（一类车）2131342G超载90%（一类车）2141342H超载100%（一类车）2151342J超载110%（一类车）2161343货运车辆载客2171343A货运车辆载客2181343B货运车辆载客2191344违反禁令标志指示2201345违反禁止标线指示2211346剧毒品运输车超载30％以上2221603机动车行驶超速50%以上2231603A机动车行驶超速50%以上2241603B机动车行驶超速60%以上2251603C机动车行驶超速70%以上2261603D机动车行驶超速80%以上2271603E机动车行驶超速90%以上2281609剧毒品运输车超速50%以上2291610驾驶证暂扣期间仍驾驶机动车2301610A在摩托车、轻便摩托车驾驶证暂扣期间2311610B在驾驶证暂扣期间仍驾驶机动车的2321610C驾驶证被扣期间驾驶营运载客汽车的2331611连续驾驶公路客运车辆超过4小时未停车2341612连续驾驶危险物品运输车辆超过4小时未2351613上道路行驶的机动车未悬挂机动车号牌2361614故意遮挡机动车号牌2371615故意污损机动车号牌的2381616不按规定安装机动车号牌2391617运载危险物品时不按规定的时间、路线2401618运载危险物品时未悬挂警示标志的2411619运载危险物品时未采取必要的安全措施2421621超员未达20%2431622占用应急车道行驶的24417021醉酒后驾车24517031醉酒后驾营运车2461705肇事逃逸（财产损失）2471705A肇事逃逸（财产损失）2481705B肇事逃逸（财产损失）2491705C肇事逃逸（财产损失）2501705D肇事逃逸（财产损失）2511705E肇事逃逸（财产损失）2521705F肇事逃逸（财产损失）2531709准驾不符2541710公路客运车辆载客超过额定乘员20%以上2551710A超员20%2561710B超员30%2571710C超员40%2581710D超员50%2591710E超员60%2601710F超员70%2611710G超员80%2621710H超员90%2631710J超员100%26417111饮酒后驾驶营运机动车的26517121酒后驾车2661713再次酒后驾车2672001肇事逃逸，未犯罪2682002违反交通管制2692003非机动车未登记2702004逆向行驶2712005不靠车行道右侧行驶2722006违规使用专用车道2732007违反交通信号指示2742008不服从指挥2752009不走非机动车道2762010醉酒上路2772011残疾人车超速2782012电动自行车超速2792013不按规定载物2802014不按规定地点停放2812015违规停放，妨碍通行2822016路口转弯时违反优先顺序2832017遇路口阻塞强行进入2842018转弯不靠路口中心右侧2852019遇停止信号停在路口内2862020强行右转弯2872021无信号路口不按标志让行2882022无信号路口不让行2892023无信号路口右转不让左转2902024横过机动车道不下车推行2912025不从人行横道横过道路2922026有行人过街设施时，非机动车不从行人2932027借道行驶不及时驶回2942028转弯时不减速或伸手示意2952029超车时妨碍被超载车辆2962030牵引车辆2972031攀扶其他车辆2982032被其他车辆牵引2992033双手离把3002034手中持物驾驶车辆3012035非机动车扶身并行3022036非机动车时互相追逐3032037非机动车时曲折竟驶3042038骑独轮自行车上路3052039骑2人以上骑行的自行车上路3062040非下肢残疾驾残疾机动轮椅3072041自行车加装动力装置3082042三轮车加装动力装置3092043在道路上学习驾驶非机动车3102044非机动车不避让盲人3112045畜力车驾驭人未下车牵引3122046畜力车并行3132047畜力车驾驭人离开车辆3142048畜力车危险路段超车3152049两轮畜力车不下车牵引牲畜3162050使用未经驯服的牲畜驾车3172051随车幼畜未栓系3182052停放畜力车时未拉紧车闸3192053停放畜力车时未栓系牲畜3202054未满12周岁驾自行车、三轮车3212055未满16周岁驾电动自行车、残疾人机动3223001行人违反交通信号3233002行人不服从交警指挥3243003行人不在人行道内行走3253004行人不靠路边行走3263005横过道路未走人行过街道3273006行人跨越道路隔离设施3283007行人倚坐道路隔离设施3293008行人扒车3303009行人强行拦车3313010行人实施妨碍交通安全行为3323011需监护人无人监护上路3333012盲人未使用导盲手段3343013行人不按规定通过铁路道口3353014使用滑行工具上路3363015车行道内坐卧、停留、嬉闹3373016有追车、抛物击车等妨碍道路交通安全3383017不按规定横过机动车道3393018列队时每横列超过2人3403019机动车乘坐人未使用安全带3413020乘坐摩托车不戴头盔3423021携带易燃、易爆等物品上车3433022乘车人向车外抛洒物品3443023有影响驾驶人安全驾驶行为3453024在机动车道上拦乘机动车3463025在机动车道上从机动车左侧上下车3473026开关车门妨碍其他车辆和行人通行3483027行驶中乘坐人员干扰驾驶3493028行驶中乘坐人员将身体任何部分伸出车3503029行驶中跳车3513030乘坐两轮摩托车未正向骑坐3524001行人进高速公路3534002拖拉机驶入高速公路3544003非机动车驶入高速公路3554004故障车上人员不及时转移3564005进入匝道不按规定使用灯光3574006匝道驶入车辆妨碍高速公路正常行驶车3584007在高速公路路肩上行驶3594008非紧急情况在应急车道行驶3604009施工路段不减速行驶3614010高速公路上骑、轧车行道分界线3624011在高速公路上试车或学习驾驶机动车的3634012违规拖曳车辆3644013低能见度条件下不按规定行驶3654014载货汽车车厢载人3664015两轮摩托车载人3674204驾驶人未按规定使用安全带的3684301低速车辆驶入高速公路3694302故障车不使用危险报警灯3704303故障车不设标志3714305超速50%以下3724306违规低速行驶3734311高速公路上不按规定超车的3744605非紧急情况下应急车道停车3754607在高速公路行车道上停车的3764608占用应急车道行驶的3774701不按规定倒车3784702逆向行驶3794703不按规定掉头38050011伪造、变造机动车登记证书38150021伪造、变造机动车号牌38250031伪造、变造机动车行驶证38350041伪造、变造机动车检验合格标志38450051伪造、变造机动车保险标志38550061伪造、变造机动车驾驶证38650071使用伪造、变造的机动车登记证书38750101使用伪造、变造的机动车检验合格标志38850111使用伪造、变造的机动车保险标志38950131使用其他车辆的机动车登记证书39050161使用其他车辆的机动车检验合格标志39150171使用其他车辆的机动车保险标志3925018强迫他人驾车造成交通事故3935018A强迫他人驾车造成交通事故3945018B强迫他人驾车造成交通事故3955018C强迫他人驾车造成交通事故3965018D强迫他人驾车造成交通事故3975018E强迫他人驾车造成交通事故3985018F强迫他人驾车造成交通事故3995019损毁交通设施造成严重后果4005019A损毁交通设施造成严重后果4015019B损毁交通设施造成严重后果4025019C损毁交通设施造成严重后果4035019D损毁交通设施造成严重后果4045019E损毁交通设施造成严重后果4055019F损毁交通设施造成严重后果4065020移动交通设施造成严重后果4075020A移动交通设施造成严重后果4085020B移动交通设施造成严重后果4095020C移动交通设施造成严重后果4105020D移动交通设施造成严重后果4115020E移动交通设施造成严重后果4125020F移动交通设施造成严重后果4135021涂改交通设施造成严重后果4145021A涂改交通设施造成严重后果4155021B涂改交通设施造成严重后果4165021C涂改交通设施造成严重后果4175021D涂改交通设施造成严重后果4185021E涂改交通设施造成严重后果4195021F涂改交通设施造成严重后果4205022非法拦截机动车4215022A非法拦截机动车4225022B非法拦截机动车4235022C非法拦截机动车4245022D非法拦截机动车4255022E非法拦截机动车4265022F非法拦截机动车4275023非法扣留机动车4285023A非法扣留机动车4295023B非法扣留机动车4305023C非法扣留机动车4315023D非法扣留机动车4325023E非法扣留机动车4335023F非法扣留机动车4345024道路设置物妨碍安全视距不排除的4355024A道路设置物妨碍安全视距不排除的4365024B道路设置物妨碍安全视距不排除的4375024C道路设置物妨碍安全视距不排除的4385024D道路设置物妨碍安全视距不排除的4395024E道路设置物妨碍安全视距不排除的4405024F道路设置物妨碍安全视距不排除的4415025道路设置物妨碍安全视距4425026擅自挖掘道路影响交通安全4435027占用道路施工影响交通安全4445028从事其他影响交通安全活动4455029出售报废机动车4465030其他机动车喷涂特种车特定标志图案4475031生产拼装机动车4485032生产擅自改装的机动车4495033销售拼装机动车4505034销售擅自改装的机动车4515035服用管制药品驾车4525036患有妨碍安全驾驶疾病仍驾车4535037过度疲劳仍继续驾驶4545038未按规定喷涂放大号4555039扣留驾驶证后不及时接受处理4565040以欺骗、贿赂手段取得机动车牌证4575041以欺骗、贿赂手段取得驾驶证4585042达12分后逾期拒不接受考试4595043车辆扣留后不及时接受处理4605044技检机构出具虚假检验结果4615044A技检机构出具虚假检验结果4625044B技检机构出具虚假检验结果4635044C技检机构出具虚假检验结果4645044D技检机构出具虚假检验结果4655044E技检机构出具虚假检验结果4665044F技检机构出具虚假检验结果4675045擅自停止使用停车场或改作他用4685046运输单位处罚后不改4695046A运输单位处罚后不改4705046B运输单位处罚后不改4715046C运输单位处罚后不改4725047擅自改号4735048占用道路从事非交通活动4745603以隐瞒、欺骗手段补领机动车驾驶证的47557011使用伪造、变造的机动车号牌的47657021使用伪造、变造的机动车行驶证47757031使用伪造、变造的机动车驾驶证47857041使用其他车辆的机动车号牌的47957051使用其他车辆的机动车行驶证4806001被牵引故障车载人4816002被牵引故障车拖带挂车4826003被牵引车宽度大于牵引车4836004牵引车与被牵引车未保持安全距离4846005牵引制动失效车辆未使用硬性连接4856006汽车吊车牵引车辆4866007轮式专用机械牵引车辆4876008摩托车牵引车辆4886009牵引摩托车4896010未使用专用清障车拖曳转向或照明、信4906011驾驶人未按规定使用安全带的4916012摩托车载未成年人4926013轻便摩托车载人4936014机动车载物行驶时遗洒、飘散载运物的4946015运载超限物品时不按规定的时间、路线4956016运载超限物品时未悬挂明显标志的4966017其他机动车载人超过核定人数的4976018补领机动车驾驶证后，继续使用原机动4987001行人不给执行紧急任务的警车、消防车4997002非机动车驾驶人不避让正在作业的道路5007003骑自行车、电动自行车违反规定带人的5017004违反非机动车限制通行、禁止通行规定5027005非机动车不给执行紧急任务的警车、消5037006违反分道行驶规定的5047007不按法律、法规规定驶入或者驶离高速5057008机动车在高速公路、城市快速路上发生5067009非机动车制动器失效，仍在道路上驾驶5077010设有转向灯的非机动车，转弯前未开启5087011非机动车牵引动物的5097012驾驶非机动车时以手持方式使用电话的5107013非机动车驾驶人横过机动车道不按法律5117014乘车人在高速公路上不按规定使用安全5127015接送中小学生、幼儿的车辆未按规定喷5137016摩托车载人超过核定人数的5147017不按规定办理机动车登记的5157018在机动车上安装影响交通技术监控信息5167019驾驶擅自改变结构等不符合登记内容的5177020机动车在高速公路上遇交通阻塞停车时5187021机动车在高速公路上遇交通阻塞停车时5197201不按法律、法规规定通过交叉路口的5207202机动车违反限制通行、禁止通行规定的5217301机动车在道路上发生故障或事故,不按法5227302在高速公路上超速20%以上50%以下5237303在高速公路上超速50%以上的5247303A在高速公路上超速50%以上的5257303B在高速公路上超速60%以上的5267303C在高速公路上超速70%以上的5277303D在高速公路上超速80%以上的5287303E在高速公路上超速90%以上的5297303F在高速公路上超速100%以上的5307304在高速公路上中型以上客车、货车、危强制措施类型 1:扣留机动车 2:扣留非机动车 3:扣留驾驶证 4:扣留违法内容违法规定处罚依据扣分数罚款最小值《法》第一百条第二款200驾驶拼装的机动车上道路行驶的《法》第八条《法》第一百条第二款500驾驶拼装的机动车上道路行驶的《法》第八条《法》第一百条第二款600驾驶拼装的机动车上道路行驶的《法》第八条驾驶拼装的机动车上道路行驶的《法》第八条《法》第一百条第二款700《法》第一百条第二款800驾驶拼装的机动车上道路行驶的《法》第八条《法》第一百条第二款900驾驶拼装的机动车上道路行驶的《法》第八条《法》第一百条第二款1000驾驶拼装的机动车上道路行驶的《法》第八条《法》第一百条第二款200驾驶已达报废标准的车辆上道路行驶的《法》第十四《法》第一百条第二款500驾驶已达报废标准的车辆上道路行驶的《法》第十四《法》第一百条第二款600驾驶已达报废标准的车辆上道路行驶的《法》第十四《法》第一百条第二款700驾驶已达报废标准的车辆上道路行驶的《法》第十四《法》第一百条第二款800驾驶已达报废标准的车辆上道路行驶的《法》第十四《法》第一百条第二款900驾驶已达报废标准的车辆上道路行驶的《法》第十四《法》第一百条第二款1000驾驶已达报废标准的车辆上道路行驶的《法》第十四《法》第一百零一条第0造成交通事故后逃逸，构成犯罪的《法》第七十《法》第一百零一条第0《法》第一百违反道路交通安全法律、法规的规定，发《法》第九十九条第一200未取得驾驶证驾驶机动车《法》第十九《法》第九十九条第一500未取得驾驶证驾驶摩托车、轻便摩托车的《法》第十九《法》第九十九条第一1000未取得驾驶证驾驶机动车的《法》第十九未取得驾驶证驾驶营运载客汽车的《法》第十九《法》第九十九条第一2000《法》第九十九条第一200驾驶证被吊销期间驾驶机动车的《法》第十九《法》第十九《法》第九十九条第一400摩托车、轻便摩托车驾驶证被吊销期间驾《法》第九十九条第一800驾驶证被吊销期间驾驶机动车的《法》第十九《法》第九十九条第一1500机动车驾驶证被吊销期间驾驶机动车的，《法》第十九《法》第九十九条第一200把机动车交给未取得机动车驾驶证的人驾《法》第二十《法》第九十九条第一500《法》第二十将摩托车、轻便摩托车交由未取得摩托车《法》第九十九条第一1000《法》第二十把机动车交给未取得机动车驾驶证的人驾《法》第九十九条第一2000《法》第二十将机动车交由未取得机动车驾驶证的人驾《法》第二十《法》第九十九条第一200把机动车交给机动车驾驶证被吊销的人驾《法》第九十九条第一400《法》第二十将摩托车、轻便摩托车交由摩托车、轻便《法》第二十《法》第九十九条第一800将机动车交给机动车驾驶证被吊销的人驾《法》第二十《法》第九十九条第一1500将机动车交由被吊销的人驾驶的，驾驶车《法》第九十九条第一200《法》第二十把机动车交给机动车驾驶证被暂扣的人驾《法》第九十九条第一200《法》第二十将摩托车、轻便摩托车交由摩托车、轻便《法》第九十九条第一500《法》第二十把机动车交给机动车驾驶证被暂扣的人驾《法》第二十《法》第九十九条第一1000将机动车交由机动车驾驶证被暂扣的人驾《实施条例》《法》第九十条、《江200驾驶人在驾驶证超过有效期仍驾驶机动车《法》第九十七条200非法安装警报器的《法》第十五《法》第九十七条、《500非法安装警报器的《法》第十五非法安装警报器的《法》第十五《法》第九十七条、《600《法》第九十七条、《700非法安装警报器的《法》第十五《法》第九十七条、《800非法安装警报器的《法》第十五《法》第九十七条、《900非法安装警报器的《法》第十五《法》第九十七条、《1000非法安装警报器的《法》第十五《法》第九十七条200非法安装标志灯具《法》第十五《法》第九十七条、《500非法安装标志灯具的《法》第十五《法》第九十七条、《600非法安装标志灯具的灯具的《法》第十五《法》第九十七条、《700非法安装标志灯具的《法》第十五《法》第九十七条、《800非法安装标志灯具的《法》第十五非法安装标志灯具的《法》第十五《法》第九十七条、《900《法》第九十七条、《1000非法安装标志灯具的《法》第十五《法》第九十条、《江100驾驶证丢失期间仍驾驶机动车的《实施条例》驾驶证损毁期间仍驾驶机动车的《实施条例》《法》第九十条、《江100《法》第九十条、《江200驾驶证被依法扣留期间仍驾驶机动车的《实施条例》《法》第九十条20违法记分达到12分仍驾驶机动车的《实施条例》《法》第九十八条第一0不按规定投保机动车第三者责任险的《法》第十七《法》第九十条20机动车不在机动车道内行驶的《法》第三十《法》第九十条20机动车违反规定使用专用车道的《法》第三十《法》第九十条20机动车驾驶人不服从交警指挥的《法》第三十《法》第四十《法》第九十条、《江200遇前方机动车停车排队等候或者缓慢行驶《法》第九十条200《法》第四十在没有交通信号灯、交通标志、交通标线《法》第九十条200遇前方机动车停车排队等候或者缓慢行驶《实施条例》《江西办法》第八十五100行经铁路道口，不按规定通行的《法》第四十《法》第九十条20运载危险物品未经批准的《法》第四十《法》第九十条、《江20客运机动车违反规定载货的《法》第四十《法》第九十条、《江100客运机动车违反规定载货的《法》第四十《法》第九十条、《江200客运机动车违反规定载货的《法》第四十《法》第九十条20货运机动车违反规定载人的《法》第五十《法》第九十条20未将故障车辆移到不妨碍交通的地方停放《法》第五十《法》第九十条、《江20《法》第五十不避让正在作业的道路养护车、工程作业《法》第九十三条第二20《实施条例》机动车违反规定停放、临时停车且驾驶人《法》第九十三条第二50《实施条例》机动车在道路上临时停车妨碍其它车辆、《实施条例》《法》第九十三条第二150在禁止停放机动车的道路或者禁止临时停《实施条例》《法》第九十条、《机200机动车喷涂、粘贴标识或者车身广告影响《法》第九十条、《江100《实施条例》道路养护施工作业车辆、机械作业时未开《法》第九十条、《江20机动车不按规定车道行驶《实施条例》变更车道时影响正常行驶的机动车的《实施条例》《法》第九十条、《江50《法》第九十条、《江150在禁止掉头或者禁止左转弯标志、标线的《实施条例》《法》第九十条、《江150在容易发生危险的路段掉头《实施条例》《实施条例》《法》第九十条、《江150掉头时妨碍正常行驶的车辆和行人通行的《法》第九十条、《江150机动车未按规定鸣喇叭示意的《实施条例》《法》第九十条、《江100在禁止鸣喇叭的区域或者路段鸣喇叭的《实施条例》在机动车驾驶室的前后窗范围内悬挂、放《法》第九十条、《江20《实施条例》《法》第九十条、《江150机动车行经漫水路或漫水桥时未低速通过《实施条例》《法》第九十条20机动车载运超限物品行经铁路道口时不按《实施条例》《法》第九十条20《实施条例》机动车载运超限物品行经铁路道口时不按《法》第九十条、《江150《实施条例》机动车行经渡口，不服从渡口管理人员指《法》第九十条、《江150上下渡船时，不低速慢行的《实施条例》《法》第九十条、《江150特种车辆违反规定使用警报器的《法》第五十《法》第九十条、《江150特种车辆违反规定使用标志灯具的《法》第五十《实施条例》《法》第九十条20机动车在单位院内居民居住区内不低速行《法》第九十条20机动车在单位院内居民居住区内不避让行《实施条例》。

AQ-1012-2005-煤矿在用主排水系统安全检测检验规范

AQ 1012-2005 煤矿在用主排水系统安全检测检验规范>煤矿在用主排水系统安全检测检验规范1 范围本标准规定了煤矿在用水泵及主排水系统性能检验方法。

本标准适用于全国各生产矿井在用主排水系统的技术性能的检测。

2规范性引用文件下列文件中的条款通过在本标准的引用而成为本标准的条款。

凡是注日期的引用文件，其随后所有的修改单（不包括勘误的内容）或修订版均不适用于本标准。

然而，鼓励根据本标准达成协议的各方研究是否可使用这些文件的最新版本。

凡是不注日期的引用文件，其最新版本适用于本标准。

GB 1032-85 《三相异步电机试验方法》GB 3214-1991 《水泵流量的测定方法》GB 3216-89 《离心泵、混流泵、轴流泵和旋涡泵试验方法》GB/T 5607-1995《离心泵技术条件》JB/T 8097-1999《泵的振动测量与评价方法》JB/T 8098-1999《泵的测量与评价方法》MT 114-85 《煤矿用耐磨离心水泵技术条件》<煤矿安全规程》2004版3 术语和定义以下术语和定义适用于本标准。

3.1 流量流量——单位时间内从泵出口排出并进入管路的液体体积。

3.2扬程扬程——单位质量的水经过水泵后获得的能量，其单位为m。

3.3功率功率——某一时间间隔内所传递的能量被间隔时间除的商。

3.4效率效率——指有效功率与轴功率的比值。

3.5密度密度——单位体积水的质量。

3.6流速流速——体积流量被管路横截面积除的商。

3.7转速转速——转数被时间除的商。

3.8波动波动——在一次读数的时间内，读数相对平均值的短周期变动。

3.9变化变化——同一量相邻两次读数间的数值改变。

4 主要参数及符号4.1 排水设备主要参数及符号见表1。

4.2 排水设备应是符合GB/T 5607、JB/T 8098和MT 114等相关标准化的正式产品。

表1 本标准使用符号*说明：此处的名称是单位的名称。

5技术要求5.1 性能要求5.1.1 在实际工况下测定水泵的流量、扬程、轴功率和转速，并调整工况记录水泵的流量、扬程、轴功率和转速，以获得水泵的性能曲线，该性能曲线应符合GB 3216。

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