112233445566DDCCB BA ATitleSizeDocument NumberRevDate:Sheetof52APage 011.0CS5211 RefHPD_DET_DP0DP_IN_AUX_P DP_IN_HPDDP_IN0_N DP_IN1_PDP_IN1_N DP_IN0_P DP_IN_AUX_N LVDSA_DAT0_NLVDSA_DAT1_N LVDSA_DAT2_N LVDSA_CLK_N LVDSA_DAT3_N LVDSB_DAT0_N LVDSB_DAT1_N LVDSB_DAT2_N LVDSB_CLK_N LVDSB_DAT3_N LVDSA_DAT0_P LVDSA_DAT1_P LVDSA_DAT2_P LVDSA_CLK_P LVDSA_DAT3_P LVDSB_DAT0_P LVDSB_DAT1_P LVDSB_DAT2_P LVDSB_CLK_PLVDSB_DAT3_P RX_DP0_PRX_DP0_N RX_DP1_NRX_DP1_PRX_DP_AUX_P RX_DP_AUX_NEN_BKLTEN_Panel_VCCPanel_BKL_ENPanel_PWM_OUTPanel_BKL_ENPanel_PWM_OUTPanel_PWMCPU_PWM_DIMDP_IN_HPDR260RR244.7k1G3D2S Q22N7002_NMOS1G3D2S Q1AO3401AC60.1uF C50.1uF R14NA/100R C710uF/16VR7NA/100R R23NA/0RGND26GND15BKLT_PWM4BKLT_EN3BKLT_PWR22BKLT_PWR11J7WF1x6-RR10NA/100R1G 3D2SQ52N7002_NMOS1G 3D2SQ32N7002_NMOSR201KR21M R13NA/100R R21NA/0RC810uF/16VR1910KR9NA/100R11442233JP1SIP 3+1_2.54mmR164.7kR2510KR2810KR11MR41KR12NA/100R R5100KC20.1uF R15NA/100RR170RC40.1uFR8NA/100R 112233JP2SIP 1x3_2.54mmML_Lane_3n1ML_Lane_2n4ML_Lane_1n7ML_Lane_0n10ML_Lane_3p3ML_Lane_2p 6ML_Lane_1p 9ML_Lane_0p 12GND2GND 5GND8GND11CONFIG113CONFIG214GND 16Hot_Det18AUX_CHp15AUX_CHn 17DP_PWR 20PWR_RTN 19G121G222G323G424MH25J1R6NA/100R C10.1uF C30.1uF R224.7kR11NA/100R LCD_VCC11LCD_VCC33GND25LVDSA_DAT_N07LVDSA_DAT_N19LVDSA_DAT_N211GND413LVDSA_CLK_N 15LVDSA_DAT_N317LVDSB_DAT_N019LVDSB_DAT_N121LVDSB_DAT_N223GND625LVDSB_CLK_N27LVDSB_DAT_N329LCD_VCC22GND14GND36LVDSA_DAT_P08LVDSA_DAT_P110LVDSA_DAT_P212GND514LVDSA_CLK_P16LVDSA_DAT_P318LVDSB_DAT_P020LVDSB_DAT_P122LVDSB_DAT_P224GND726LVDSB_CLK_P28LVDSB_DAT_P330J5CON_LVDS_OUT1G3D2S Q42N7002_NMOS12V_IN5V3.3V3.3VLCD_BKLT_VCCLCD_VCCLCD_VCCLCD_BKLT_VCCEN_Panel_VCCEN_BKLTPWM_OUT1/GPIO(4)PWM_OUT0Standard DP inputPanel V oltage and backlight controlLVDS output12V_INRX_DP_AUX_P RX_DP_AUX_NLVDSA_DAT0_N LVDSA_DAT1_N LVDSA_DAT2_NLVDSA_CLK_NLVDSA_DAT3_N LVDSB_DAT0_NLVDSB_DAT1_N LVDSB_DAT2_N LVDSB_CLK_NLVDSB_DAT3_NLVDSA_DAT0_P LVDSA_DAT1_P LVDSA_DAT2_P LVDSA_CLK_PLVDSA_DAT3_P LVDSB_DAT0_P LVDSB_DAT1_P LVDSB_DAT2_P LVDSB_CLK_PLVDSB_DAT3_P 3.3V 5V RX_DP1_N RX_DP1_P RX_DP0_PRX_DP0_N R1230R R1240RR1250R R1260RIN_DP1_N IN_DP1_P IN_DP0_PIN_DP0_N LCD_VCCLCD_VCCLVDS 线差分布线，阻抗100ohmDP 线差分布线，阻抗100ohm Panel backlight Connector终端匹配电阻100ohm ，一般Panle 都自带，可以不焊接。
化工专业学生必备各种仪器分析的基本原理及谱图表示方法化学专业学生必备：各种仪器分析的基本原理及谱图表示方法！！紫外吸收光谱UV分析原理：吸收紫外光能量，引起分子中电子能级的跃迁谱图的表示方法：相对吸收光能量随吸收光波长的变化提供的信息：吸收峰的位置、强度和形状，提供分子中不同电子结构的信息荧光光谱法FS分析原理：被电磁辐射激发后，从最低单线激发态回到单线基态，发射荧光谱图的表示方法：发射的荧光能量随光波长的变化提供的信息：荧光效率和寿命，提供分子中不同电子结构的信息红外吸收光谱法IR分析原理：吸收红外光能量，引起具有偶极矩变化的分子的振动、转动能级跃迁谱图的表示方法：相对透射光能量随透射光频率变化提供的信息：峰的位置、强度和形状，提供功能团或化学键的特征振动频率拉曼光谱法Ram分析原理：吸收光能后，引起具有极化率变化的分子振动，产生拉曼散射谱图的表示方法：散射光能量随拉曼位移的变化提供的信息：峰的位置、强度和形状，提供功能团或化学键的特征振动频率核磁共振波谱法NMR分析原理：在外磁场中，具有核磁矩的原子核，吸收射频能量，产生核自旋能级的跃迁谱图的表示方法：吸收光能量随化学位移的变化提供的信息：峰的化学位移、强度、裂分数和偶合常数，提供核的数目、所处化学环境和几何构型的信息电子顺磁共振波谱法ESR分析原理：在外磁场中，分子中未成对电子吸收射频能量，产生电子自旋能级跃迁谱图的表示方法：吸收光能量或微分能量随磁场强度变化提供的信息：谱线位置、强度、裂分数目和超精细分裂常数，提供未成对电子密度、分子键特性及几何构型信息质谱分析法MS分析原理：分子在真空中被电子轰击，形成离子，通过电磁场按不同m/e分离谱图的表示方法：以棒图形式表示离子的相对峰度随m/e的变化提供的信息：分子离子及碎片离子的质量数及其相对峰度，提供分子量，元素组成及结构的信息气相色谱法GC分析原理：样品中各组分在流动相和固定相之间，由于分配系数不同而分离谱图的表示方法：柱后流出物浓度随保留值的变化提供的信息：峰的保留值与组分热力学参数有关，是定性依据；峰面积与组分含量有关反气相色谱法IGC分析原理：探针分子保留值的变化取决于它和作为固定相的聚合物样品之间的相互作用力谱图的表示方法：探针分子比保留体积的对数值随柱温倒数的变化曲线提供的信息：探针分子保留值与温度的关系提供聚合物的热力学参数裂解气相色谱法PGC分析原理：高分子材料在一定条件下瞬间裂解，可获得具有一定特征的碎片谱图的表示方法：柱后流出物浓度随保留值的变化提供的信息：谱图的指纹性或特征碎片峰，表征聚合物的化学结构和几何构型凝胶色谱法GPC分析原理：样品通过凝胶柱时，按分子的流体力学体积不同进行分离，大分子先流出谱图的表示方法：柱后流出物浓度随保留值的变化提供的信息：高聚物的平均分子量及其分布热重法TG分析原理：在控温环境中，样品重量随温度或时间变化谱图的表示方法：样品的重量分数随温度或时间的变化曲线提供的信息：曲线陡降处为样品失重区，平台区为样品的热稳定区热差分析DTA分析原理：样品与参比物处于同一控温环境中，由于二者导热系数不同产生温差，记录温度随环境温度或时间的变化谱图的表示方法：温差随环境温度或时间的变化曲线提供的信息：提供聚合物热转变温度及各种热效应的信息示差扫描量热分析DSC分析原理：样品与参比物处于同一控温环境中，记录维持温差为零时，所需能量随环境温度或时间的变化谱图的表示方法：热量或其变化率随环境温度或时间的变化曲线提供的信息：提供聚合物热转变温度及各种热效应的信息静态热―力分析TMA分析原理：样品在恒力作用下产生的形变随温度或时间变化谱图的表示方法：样品形变值随温度或时间变化曲线提供的信息：热转变温度和力学状态动态热―力分析DMA分析原理：样品在周期性变化的外力作用下产生的形变随温度的变化谱图的表示方法：模量或tgδ随温度变化曲线提供的信息：热转变温度模量和tgδ透射电子显微术TEM分析原理：高能电子束穿透试样时发生散射、吸收、干涉和衍射，使得在相平面形成衬度，显示出图象谱图的表示方法：质厚衬度象、明场衍衬象、暗场衍衬象、晶格条纹象、和分子象提供的信息：晶体形貌、分子量分布、微孔尺寸分布、多相结构和晶格与缺陷等扫描电子显微术SEM分析原理：用电子技术检测高能电子束与样品作用时产生二次电子、背散射电子、吸收电子、X射线等并放大成象谱图的表示方法：背散射象、二次电子象、吸收电流象、元素的线分布和面分布等提供的信息：断口形貌、表面显微结构、薄膜内部的显微结构、微区元素分析与定量元素分析等原子吸收AAS原理：通过原子化器将待测试样原子化，待测原子吸收待测元素空心阴极灯的光，从而使用检测器检测到的能量变低，从而得到吸光度。
COMMISSION NO.DRAWING NO.CLIENT SITE::::Kirin Brewery Co. Ltd.ZHUHAI 35346552925CONTENTPLANT LOC.PAGE PAGE DESIGNATION COMMENTB1G B1G B1G B1G B1G B1G B1G B1G B1G B1G B1G B1G B1G B1G B1G B1G B1G B1G001002005010010.1011012013014015020021030031101102103104COVERCONTENTREVISION OVERVIEWPAGE NUMBERS GENERALPAGE NUMBERS POWER SECTIONDESIGNATION SYSTEMWIRING INSTRUCTIONSWIRE A. LINE CROSS SECTION DIRECT STARTINGWIRE A. LINE CROSS SECTION STAR-DELTA STARTINGTERMINAL STRIP DESIGNATIONCONNECTOR PIN ASSIGNMENT PROFIBUS DPPOTENTIAL EQUALIZATION FLOW METERPOTENTIAL EQUALIZATIONPOTENTIAL EQUALIZATIONCABLE LISTCABLE LISTCABLE LISTCABLE LISTREVISION OVERVIEWREVISION NUMBER Index DATE EDITOR DESCRIPTION REASON FOR CHANGEPLANT DESIGNATION :(HIGHER-LEVEL ASSIGNMENT)=PLANT DESIGNATION :TECHNOLOGICAL CLASSIFICATION A =B =C =D =E =F =G =H =J =K = = = =P =Q =R =S =T =KIND OF PLANT -FUNCTIONAL DOCUMENTS-A =C =G =O =P =S =U =Y =B 1MALT AND CEREAL BREWHOUSE FERMENTATIONYEAST / REJECT BEER FILTER - PLANT BRIGHT BEER TANKS REFRIGERATION PLANT CO2 - RECOVERY WATER PLANT CIP - PLANT BOTTLING KEG - FILLING SPIN-OFF PRODUCTS STEAM / CONDENSATE AIRELECTRICITY WATER DISPOSAL SUPPLY WAYSAUTOMATIC SECTION COMPACT CONTROLGENERAL ( e.g. CABLE LISTS, PARTS LISTS)OPERATOR PANEL POWER SECTIONELECTRIC SUBDISTRIBUTORELECTRIC / PNEUMATIC - SUBDISTRIBUTOR PNEUMATIC SECTIONPPLANT DESIGNATION KIND OF PLANTPLANT - COUNT NUMBERTECHNOLOGICAL CLASSIFICATION QUALIFYING SYMBOL+LOCATION DESIGNATION :CC =CCC =CS =CPS =MCC = =P = =PS = =LOCATION :C CONTROL CABINETCOMPACT CONTROL CABINET ELECTRIC SUBDISTRIBUTORELECTRIC / PNEUMATIC - SUBDISTRIBUTOR MOTOR CONTROL CABINET OPERATOR PANEL PNEUMATIC DISTRIBUTOR TERMINAL BOXPLANTPNEUMATIC SUBDISTRIBUTOR C 01PLANT DESIGNATIONLOCATION - COUNT NUMBER (1-99)LOCATIONQUALIFYING SYMBOLPAGE NUMBER :115PAGE NUMBER3 OR 4-DIGIT PAGE NUMBERCOMPLETE DEVICE DESIGNATION :KIND OF ITEMA =B =C =D =E =F =G =H =J =K = = = =P =Q =R =S =T =U =V =W =X =Y =Z ==B1P +MCC01 -115K15UNIT, MODULETRANSMITTER, PROBE CAPACITOR RESERVEDHEATERS / LAMPS / BOILERS PROTECTIVE EQUIPMEMT (FUSE)GENERATOR RESERVED RESERVEDRELAIS, CONTACTOR (CONTROL ONLY)INDUCTOR (COIL)MOTOR , ACTUATION COIL RESERVEDMEASURING DEVICE / SIGNAL DEVICE ( e.g. HORN)POWER-SWITCHGEAR / POWER CONTACTORS RESISTOR SWITCHTRANSFORMER / FREQUENCY CONVERTER ISOLATORS FILTER CABLETERMINAL, PLUG, SOCKET RESERVED RESERVEDNUMBER OF ITEM (CURRENT PATCH)KIND OF ITEM PAGE NUMBERQUALIFYING SYMBOL LOCATION DESIGNATION PLANT DDESIGNATIONWIRING INSTRUCTIONS !1. All devices to be designated with the identification blocks for plant [=..] , location [+..] and for item [-page no.,kind of item, item number (current path)].2. All lines connected in front of the main switch are to be laid separately; in addition a warning label is required with the following text:"Attention! Energized also with main switch disconnected"3. The connection of protective devices to the busbar on tapering cross-sections must be made with short-circuit proof lines.The cross-section must correspond with the subsequent protective device.See table 1 VDE 0100 section 430.4. The line cross-sections for drives with direct-on-line starting and star-delta starting are indicated on the tables of the following pages.5. Outgoing circuits from transformers are to be designed according to the rated secondary current.See opposite table 1 VDE 0100 section 430.6. All control leads are to be wired corresponding to the fuse protection of the control circuit with 0.75qmm for 6A, 1qmm for 10A and 2.5qmm for 16A. See VDE 0113 table 5 and table 6.Exception: or with appropriate bus cables.7. To prevent mechanical damage and electrical influence, signal cables are to be laid by preference in cable ducts, separated from load cables.8. Parallel single-conductor cables of same phase must not be laid in parallel without clearance. Three-phase bundles must be formed or line-up parallel in phase sequence (L1-L2-L3-L1-L2-L3...).9. Feeder terminals on main switches are to be protected against accidental contact.10. Protective covers are to be provided which are safe from finger-touch and safe from touch by the back of the hand.These must be secured against uninteded removal.e.g.11. Corresponding to data, terminals are to be arranged and designated block by block.12. For wiring colours see table 2.S5-modules with single cores are to be wired with AWG2213. The guidlines for switch cabinet design and wiring instruction according to EMC can be found in the HUPPMANN EMC concept.There is also a guideline for mounting details and a check list. All guidelines and instructions are obligatory and the construction must be documented in the check list.. 1Load capacity of cables with insulating material PVC (permissible operating temperature 70øC ) for fixed instalation and assignment of line protection fuses gl for permanenet operation at 30øC ambient temperature.. 2No.of cores conductor (L1/L2/L3)Neutral (N)Protective earth (PE)Control voltage 220V~Control voltage 110V~Control voltage 24V~Control voltage 24VdcPotential-free contacts Measurementof layingN o m i n a l c r o s s s e c t i o n (C U ) s q .m mManner1.52.51016253546I 17.5Z101125I 2432415776Z= permissible operating current (A)Wiring colours in switch cabinets2100125162025355063I core lines N on-wall or in-wall or concealed installationand control desksblack light-blue yellow/green red red brown dark-blueorange whiteB 1in electrical wiring conduits or ducts15.5111I 212836506889Z 3100Excerpt from DIN VDE 0100 T.430/11.9116202535506380I N red / white red / white brown / white dark-blue / white15.5110I 212837506890Z 2I N= nominal current (A)10016202535506380I multi-coreN B 2I 1419263346617795Z 31016252535506380I N123PKZ..-..=B 2+P-216Q0+NHI..-216Q1-216M5FUNCTION1212U13~U 13434V1V 15656W1W 1PEP E<1> = SHORT CIRCUIT PROOF<2><2>see point 1 additionMOTOR DIRECT START - 400V,50cpsSelection table for current carrying capacity of insulated conductors at an ambient temperature of 40³Cto DIN VDE 0298 Part 4 and VDE 0660 Part 500ATTENTION !1. Chosing lines for the drive , the reduction factor should be taken into account at anRATINGMOTOR ambient temperature of 40³C .The reduction factor corresponds to 0.8 for small numbers and 0.6 for great numbers.11.0015.0018.5022.0030.0037.0045.0055.0075.0090.000.060.090.120.180.250.370.550.751.101.502.203.004.005.507.50kW 1CURRENT132.00160.00RATED 11.4015.1021.4028.5035.0041.0055.0066.0080.0097.000.220.330.420.640.881.221.502.002.653.604.906.408.30A 2i n m u l t i -c o r e120.010.016.025.035.050.050.095.0b u n d l e w i t h2.52.52.52.52.52.52.52.52.52.52.52.52.52.52.54.06.0LINE CROSS SECTION36 s i m u l t a n e o u s l yw i t h 100%l o a d e d c o r e si n m u l t i -c o r eqmm<1>10.010.016.025.025.035.070.095.0b u n d l e w i t h2.52.52.52.52.52.52.52.52.52.52.52.52.52.52.54.06.043 s i m u l t a n e o u s l yw i t h 100%l o a d e d c o r e sl a i d i n s i n g l e -l a y e r s10.010.016.016.025.035.050.070.0w i t h c l e a r a n c e2.52.52.52.52.52.52.52.52.52.52.52.52.52.52.54.06.05e q u a lt o c a b l e d i a m e t e ri n m u l t i -c o r e120.010.016.025.035.050.050.095.0b u n d l e w i t h1.51.51.51.51.51.51.51.51.51.51.51.51.52.52.54.06.066 s i m u l t a n e o u s l yLINE CROSS SECTIONw i t h 100%l o a d e d c o r e si n m u l t i -c o r e10.010.016.025.025.035.070.095.0b u n d l e w i t hqmm <2>1.51.51.51.51.51.51.51.51.51.51.51.51.51.52.54.06.073 s i m u l t a n e o u s l yw i t h 100%l o a d e d c o r e sl a i d i n s i n g l e -l a y e r s10.010.016.016.025.035.050.070.0w i t h c l e a r a n c e1.51.51.51.51.51.51.51.51.51.51.51.51.51.52.54.06.08e q u a lt o c a b l e d i a m e t e r123PKZ..-..=B 2+P-217Q0+NHI..-217Q1-217M4FUNCTION1212U1U23~U 13434V1V2V 15656W1W2W 1PEPEP E<1> = SHORT CIRCUIT PROOF<1>-217Q212W 234U 256V 2P E-217Q3<2><2>see point 2 addition123456<2>ATTENTION !1. Wiring between protective device and star-delta combination may be designed according2. Chosing lines for the drive , the reduction factor should be taken into account at anMOTOR STAR-DELTA STARTING - 400V,50cpsSelection table for current carrying capacity of insulated conductors at an ambient temperature of 40³Cto DIN VDE 0298 Part 4 and VDE 0660 Part 500110.00132.00160.00200.00250.00MOTOR-RATINGto column 6, 7 and 8 of the table shown above only with mains contactor and delta contactor individually connected from the motor protecting switchambient temperature of 40³C .The reduction factor corresponds to 0.8 for small numbers and 0.6 for great numbers.11.0015.0018.5022.0030.0037.0045.0055.0075.0090.005.507.50kW 1CURRENT132.00160.00194.00230.00275.00345.00425.00RATED-11.4015.1021.4028.5035.0041.0055.0066.0080.0097.00A 2i n m u l t i -c o r e120.0240.0300.010.016.025.035.050.050.095.0b u n d l e w i t h2.52.54.06.0LINE CROSS SECTION---36 s i m u l t a n e o u s l yw i t h 100%l o a d e d c o r e si n m u l t i -c o r eqmm<1>150.0240.010.010.016.025.025.035.070.095.0b u n d l e w i t h2.52.54.06.0---43 s i m u l t a n e o u s l yw i t h 100%l o a d e d c o r e sl a i d i n s i n g l e -l a y e r s120.0150.0240.0300.010.010.016.016.025.035.050.070.095.0w i t h c l e a r a n c e2.52.54.06.05e q u a lt o c a b l e d i a m e t e ri n m u l t i -c o r e120.0185.0240.010.016.016.025.035.050.070.095.0b u n d l e w i t h1.51.52.54.04.06.066 s i m u l t a n e o u s l yLINE CROSS SECTIONw i t h 100%l o a d e d c o r e si n m u l t i -c o r e120.0185.010.016.025.025.035.050.070.095.0b u n d l e w i t hqmm <2>1.51.52.52.54.04.06.073 s i m u l t a n e o u s l yw i t h 100%l o a d e d c o r e sl a i d i n s i n g l e -l a y e r s120.010.010.016.025.035.035.050.070.095.0w i t h c l e a r a n c e1.51.52.52.54.04.06.08e q u a lt o c a b l e d i a m e t e r=B 1+PPEPAS T R I P E A R T H C O N D U C T O RPE70mmýgnyeL I G H T N I N G A R R E S T O RPE70mmýgnyeL O W V O L T A G E D I S T R I B U T I O NPE35mmýgnyeS T E E L C O N S T R U C T I O N SPE35mmýgnyeV E S S E L SPE35mmýgnyeP I P E SPE35mmýgnyeC A B L E T R A Y SPE6mmýgnyeT E L E P H O N E S Y S T E M=B1A+CC01-030W1NYY-J 1x16PEPEPE =B1P+MCC01POTENTIAL EQUALIZATION BARSUPPLIED BY COSTUMER-030W2NYY-J 1x70PEPE-PEPE-3EATTENTIONTHE REQUIREMENTS AND METHODS FOR ELECTRICAL SYSTEM EARTHING HAVE TO BE IN ACCORDANCE WITH THE IEC - REGULATIONS FOR ELECTRICAL INSTALLATIONSPE-4E-030W5NYY-J 1x16PEPE=B 1U +C P S 01/053.2/-5E=B 1+PPE-6EPE-7EPE-8EPE-9EPOTENTIAL EQUALIZATION BARSUPPLIED BY COSTUMERPE-10E=B1+HG1-FQIS2=B1U+CPS01/301.1-031W6NYY-J1x6PEPEÏ=B1+HG1-FQIC1=B1U+CPS01/301.5-031W7NYY-J1x6PEPEÏ=B1A+CC01-033W1=B1A+CC01-042W1=B1A+CC01-042W2=B1A+CC01-042W3=B1A+CC01-042W4=B1A+CC01-042W5=B1A+CC01-054W1=B1A+CC01-054W2=B1A+CC01-054W3=B1A+CC01-054W4=B1A+CC01-054W5=B1U+CPS03-301W1.1 =B1U+CPS03-301W3.1 =B1U+CPS01-065W1=B1U+CPS01-098W1=B1U+CPS01-301W1=B1U+CPS01-301W3=B1U+CPS01-301W4=B1U+CPS01-302W1=B1U+CPS01-302W2=B1U+CPS01-302W3=B1U+CPS01-302W4=B1U+CPS01-303W3=B1U+CPS01-303W4=B1U+CPS01-304W1=B1U+CPS01-304W2=B1U+CPS01-304W3=B1U+CPS01-304W4=B1U+CPS01-305W1=B1U+CPS01-305W2=B1U+CPS01-306W1.1 =B1U+CPS01-306W1.2 =B1U+CPS01-307W1.1 =B1U+CPS01-307W1.2 =B1U+CPS01-308W1=B1A+CC01-X3=B1A+CC01-X4=B1A+CC01-X4=B1A+CC01-X4=B1A+CC01-X4=B1A+CC01-X4=B1A+CC01-X11=B1A+CC01-X11=B1A+CC01-X11=B1A+CC01-X11=B1A+CC01-X11=B1+HG1-FQIS2=B1+HG1-FQIC1=B1U+CPS01-X35=B1A+CC01-X36=B1U+CPS01-135A2=B1U+CPS01-135A2=B1U+CPS01-140A1=B1U+CPS01-XB1G1GI1=B1U+CPS01-135A2=B1U+CPS01-145A2=B1U+CPS01-145A3=B1U+CPS01-303T1=B1U+CPS01-303T1=B1U+CPS01-145A4=B1U+CPS01-145A4=B1U+CPS01-XB1HG1C2=B1U+CPS01-140A2=B1U+CPS01-305T1=B1U+CPS01-135A3=B1U+CPS01-XB1HG1QI1=B1U+CPS01-145A5=B1U+CPS01-XB1HG1QI3=B1U+CPS01-145A5=B1U+CPS01-XB1HG1QI2CABINET LIGHTING=B1+OP_ROOM-TB1-X1=B1+OP_ROOM-TB2-X1=B1+OP_ROOM-TB3-X1=B1+OP_ROOM-X1=B1A+CC01-A100.1-X-1L+-2L+=B1U+CPS01-X11-4L+-5L+=B1+HG1-FQIS2B1=B1+HG1-FQIC1B1=B1+HG1-JB-X=B1U+CPS01-135A5=B1+HG1-FQIS2B1=B1+HG1-FQIC1B1=B1+HG1-C1=B1+HG1-GI1TB1-X1=B1+HG1-LIS2=B1+HG1-PDI1.1=B1+HG1-PDI1.2=B1+HG1-B1HG1M4Y3=B1+HG1-B1HG1M4Y3B1=B1+HG1-TI1=B1+HG1-TIC2=B1+HG1-C2=B1+HG1-C2=B1+HH1-LIS2=B1+HH1-PA1=B1+HG1-QI1B1=B1+HG1-QI1B1=B1+HG1-QI3=B1+HG1-QI3=B1+HG1-QI2B1YSLY-JZYSLY-JZYSLY-JZYSLY-JZYSLY-JZYSLY-JZYSLY-JZYSLY-JZYSLY-JZYSLY-JZYSLY-JZABB-SPEZABB-SPEZSiHFYSLY-OZYSLYCY-OZYSLYCY-OZYSLYCY-OZYSLYCY-JZYSLY-OZYSLYCY-OZYSLYCY-OZYSLY-JZYSLYCY-JZYSLYCY-OZYSLYCY-OZYSLY-JZYSLYCY-OZYSLY-OZYSLY-OZYSLY-JZYSLYCY-OZYSLY-JZYSLYCY-OZYSLYCY-OZ3/PE3/PE3/PE3/PE3/PE3/PE3/PE3/PE3/PE3/PE3/PE3+Sc3+Sc7/PE35+Sc5+Sc2+Sc5/PE+Sc32+Sc2+Sc3/PE3/PE+Sc2+Sc2+Sc3/PE2+Sc333/PE2+Sc3/PE2+Sc5+Sc3/PE3/PE3/PE3/PE3/PE3/PE3/PE3/PE3/PE3/PE3/PE337/PE26635/PE33323/PE223/PE2223/PE33/PE351.51.51.51.51.51.544444--0.750.750.750.750.750.750.750.750.751.51.50.750.751.50.750.750.751.50.751.50.750.75=B1A+CC01/042.1=B1A+CC01/042.2=B1A+CC01/042.4=B1A+CC01/042.6=B1A+CC01/042.8=B1A+CC01/054.3=B1U+CPS01/301.1=B1U+CPS01/301.5=B1U+CPS01/302.3=B1U+CPS01/303.4=B1U+CPS01/303.5=B1U+CPS01/304.1=B1U+CPS01/304.2=B1U+CPS01/304.4=B1U+CPS01/304.5=B1U+CPS01/305.1=B1U+CPS01/305.5=B1U+CPS01/306.1=B1U+CPS01/307.1=B1U+CPS01-401W1=B1U+CPS01-401W2=B1U+CPS01-402W1=B1U+CPS01-402W1.1 =B1U+CPS01-402W1.2 =B1U+CPS01-402W2=B1U+CPS01-402W2.1 =B1U+CPS01-402W2.2 =B1U+CPS01-403W1=B1U+CPS01-403W1.1 =B1U+CPS01-403W1.2 =B1U+CPS01-403W2=B1U+CPS01-403W2.1 =B1U+CPS01-403W2.2 =B1U+CPS01-404W1=B1U+CPS01-404W1.1 =B1U+CPS01-404W1.2 =B1U+CPS01-404W2=B1U+CPS01-404W2.1 =B1U+CPS01-404W2.2 =B1U+CPS01-405W1=B1U+CPS01-405W1.1 =B1U+CPS01-405W1.2 =B1U+CPS01-405W2=B1U+CPS01-405W2.1 =B1U+CPS01-405W2.2 =B1U+CPS01-406W1=B1U+CPS01-406W1.1 =B1U+CPS01-406W1.2 =B1U+CPS01-406W2=B1U+CPS01-406W2.1 =B1U+CPS01-406W2.2 =B1U+CPS01-407W1=B1U+CPS01-407W1.1 =B1U+CPS01-407W1.2=B1U+CPS01-X1=B1U+CPS01-B1HG1C2B4=B1U+CPS01-125A1=B1U+CPS01-B1HG1A1Y1=B1U+CPS01-B1HG1A1Y1=B1U+CPS01-125A1=B1U+CPS01-B1HG1A2Y1=B1U+CPS01-B1HG1A2Y1=B1U+CPS01-125A1=B1U+CPS01-B1HG1A3Y1=B1U+CPS01-B1HG1A3Y1=B1U+CPS01-125A1=B1U+CPS01-B1HG1A7Y1=B1U+CPS01-B1HG1A7Y1=B1U+CPS01-125A2=B1U+CPS01-B1HG1A8Y1=B1U+CPS01-B1HG1A8Y1=B1U+CPS01-125A2=B1U+CPS01-B1HG1A9Y1=B1U+CPS01-B1HG1A9Y1=B1U+CPS01-125A2=B1U+CPS01-B1HG1A18Y1=B1U+CPS01-B1HG1A18Y1=B1U+CPS01-125A2=B1U+CPS01-B1HG1A19Y1=B1U+CPS01-B1HG1A19Y1=B1U+CPS01-125A3=B1U+CPS01-B1HG1A14Y1=B1U+CPS01-B1HG1A14Y1=B1U+CPS01-125A3=B1U+CPS01-B1HX1A5Y1=B1U+CPS01-B1HX1A5Y1=B1U+CPS01-125A3=B1U+CPS01-B1HG1A17Y1=B1U+CPS01-B1HG1A17Y1=B1+HG1-C1=B1+HG1-C2=B1+HG1-A1-B1=B1+HG1-A1=B1+HG1-A1=B1+HG1-A2-B1=B1+HG1-A2=B1+HG1-A2=B1+HG1-A3-B1=B1+HG1-A3=B1+HG1-A3=B1+HG1-A7-B1=B1+HG1-A7=B1+HG1-A7=B1+HG1-A8-B1=B1+HG1-A8=B1+HG1-A8=B1+HG1-A9-B1=B1+HG1-A9=B1+HG1-A9=B1+HG1-A18-B1=B1+HG1-A18=B1+HG1-A18=B1+HG1-A19-B1=B1+HG1-A19=B1+HG1-A19=B1+HG1-A14-B1=B1+HG1-A14=B1+HG1-A14=B1+HX1-A5-B1=B1+HX1-A5=B1+HX1-A5=B1+HG1-A17-B1=B1+HG1-A17=B1+HG1-A17PNEUMATICPNEUMATICYSLY-OZPNEUMATICPNEUMATICYSLY-OZPNEUMATICPNEUMATICYSLY-OZPNEUMATICPNEUMATICYSLY-OZPNEUMATICPNEUMATICYSLY-OZPNEUMATICPNEUMATICYSLY-OZPNEUMATICPNEUMATICYSLY-OZPNEUMATICPNEUMATICYSLY-OZPNEUMATICPNEUMATICYSLY-OZPNEUMATICPNEUMATICYSLY-OZPNEUMATICPNEUMATICYSLY-OZPNEUMATICPNEUMATIC1131131131131131131131131131131131111311311311311311311311311311311311660.75660.75660.75660.75660.75660.75660.75660.75660.75660.75660.7566=B1U+CPS01/401.3=B1U+CPS01/401.3=B1U+CPS01/402.2=B1U+CPS01/402.2=B1U+CPS01/402.2=B1U+CPS01/402.7=B1U+CPS01/402.6=B1U+CPS01/402.6=B1U+CPS01/403.2=B1U+CPS01/403.2=B1U+CPS01/403.2=B1U+CPS01/403.7=B1U+CPS01/403.6=B1U+CPS01/403.6=B1U+CPS01/404.2=B1U+CPS01/404.2=B1U+CPS01/404.2=B1U+CPS01/404.7=B1U+CPS01/404.6=B1U+CPS01/404.6=B1U+CPS01/405.2=B1U+CPS01/405.2=B1U+CPS01/405.2=B1U+CPS01/405.7=B1U+CPS01/405.6=B1U+CPS01/405.6=B1U+CPS01/406.2=B1U+CPS01/406.2=B1U+CPS01/406.2=B1U+CPS01/406.7=B1U+CPS01/406.6=B1U+CPS01/406.6=B1U+CPS01/407.2=B1U+CPS01/407.2=B1U+CPS01/407.2=B1U+CPS01-407W2=B1U+CPS01-407W2.1 =B1U+CPS01-408W1=B1U+CPS01-408W1.1 =B1U+CPS01-408W1.2 =B1U+CPS01-408W2=B1U+CPS01-408W2.1 =B1U+CPS01-408W2.2 =B1U+CPS01-409W1=B1U+CPS01-409W1.1 =B1U+CPS01-409W1.2 =B1U+CPS01-409W2=B1U+CPS01-409W2.1 =B1U+CPS01-409W2.2 =B1U+CPS01-410W1=B1U+CPS01-410W1.1 =B1U+CPS01-410W1.2 =B1U+CPS01-410W2=B1U+CPS01-410W2.1 =B1U+CPS01-410W2.2 =B1U+CPS01-411W1=B1U+CPS01-411W1.1 =B1U+CPS01-411W1.2 =B1U+CPS01-411W2=B1U+CPS01-411W2.1 =B1U+CPS01-411W2.2 =B1U+CPS01-412W1=B1U+CPS01-412W1.1 =B1U+CPS01-412W1.2 =B1U+CPS01-412W2=B1U+CPS01-412W2.1 =B1U+CPS01-412W2.2 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=B1U+CPS01-461W2 =B1U+CPS01-461W3 =B1U+CPS01-461W4=B1U+CPS01-135A3=B1U+CPS01-135A3=B1U+CPS01-135A3=B1U+CPS01-135A4=B1+HG1-B1=B1+HG1-B2=B1+HG1-B3=B1+HG1-B4YSLY-OZYSLY-OZYSLY-OZYSLY-OZ333333330.750.750.750.75=B1U+CPS01/461.1=B1U+CPS01/461.3=B1U+CPS01/461.4=B1U+CPS01/461.6COMMISSION NO.DRAWING NO.CLIENT SITE::::Kirin Brewery Co. Ltd.ZHUHAI 35346552925CONTENTPLANT LOC.PAGE PAGE DESIGNATION COMMENTB1A B1A B1A B1A B1A B1A B1A B1A B1A B1A B1A B1A B1A B1A B1A B1A B1A CC01CC01CC01CC01CC01CC01CC01CC01CC01CC01CC01CC01CC01CC01CC01CC01CC01001002020021033035042053054055097100101102103104105COVERCONTENTSWITCH CABINET LAYOUTMOUNTING PANEL LEGENDCABINET LIGHTING 230VAC FAN 230VACENERGY SUPPLY 400VACDISTRIBUTION 230VACCONTROL VOLTAGE 24VDCDISTRIBUTION CONTROL VOLTAGE 24VDCDISTRIBUTION CONTROL VOLTAGE 24VDCFAULTDESIGN S7- 400POWER SUPPLY 230VAC S7 - 400=B1A+CC01-X3=B1A+CC01-X4=B1A+CC01-X11=B1A+CC01-X362200200018001600140012001000800600400200+CC0112100x75125x75350x 75121350x7550x7550x7550x751461597164200171081851140050x 75600+CC013001920MOUNTING PANEL LEGENDITEMNO.PART DESIGNATION TYPE DESIGNATION ITEM NUMBER MANUFACTURER REMARK1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20033E535X1053Q1042F4042F8042F1042F3042F6A100.1A100.3A100.4053T1054F1054F2054F3054F4054F5055F1097P8033M5RIT. PS4138.180RIT.SV3443.000MOE.PKZM0-6,3+NHI21MOE.PXL C10AMOE.PXL C10AMOE.PXL C10AMOE.PXL C10AMOE.PXL C10ASIE.6ES7 407-0KA01-0AA0SIE.6ES7 414-3XJ04-0AB0SIE.6ES7 443-1EX11-OEX0PHOE. QUINT 40AMOE.PXL C16AMOE.PXL C16AMOE.PXL C16AMOE.PXL C16AMOE.PXL C16AMOE.PXL C6AMOE.M22-L-RRIT. SK3325.100042.8/-L1042.8/-L2042.8/-L3QUINT-PS 24VDC/40A-053T1PE U1-V1W1+PKZM0-6,3T-053Q1123456/097.413143334XL-12345PEREMOVE FOR UNEARTHED CONTROL CIRCUITS AND PROVIDE EARTH FAULTMONITORING!!TERMINALSFAULT/054.0-0L+/055.8-R0L+/054.0-0L-/054.8-R0L-/097.0-0.1L-053.3/-0L--054W1YSLY-JZ3x4C16A-054F121-X1111-1L +/097.1131422-1L -2122PE PEPE-1P E-054W2YSLY-JZ3x4C16A-054F22131-2L +/097.2131442-2L -2122PEPEPE-2P E-054W3YSLY-JZ3x4C16A-054F32151=B 1U +C P S 01/053.0/-3L +/097.2131462=B 1U +C P S 01/053.1/-3L -2122PE PEPE=B 1U +C P S 01/053.1/-3P E-054W4YSLY-JZ3x4C16A-054F42171-4L +/097.3131482-4L -2122PE PEPE-4P E-054W5YSLY-JZ3x4C16A-054F52191-5L +/097.31314102-5L -2122PE PEPE-5P E/053.3-R0L-C6A-055F121097.0/-6L +/097.413142122055.1/-6L+053.3/-0.1L--042F1/042.11314-054F1/054.11314-042F3/042.31314-054F2/054.21314-042F4/042.41314-054F3/054.31314-042F6/042.61314-054F4/054.41314-042F8/042.81314-054F5/054.51314-053Q1/053.21314-055F1/055.11314rd-097P8X1X2-X361=B1U+CPS1/98.1/-CC1.FT12=B1U+CPS1/98.2/-CC1.FT2CABLE NAME CABLE NAME S T R I P D E S I G N A T I O NLINKSCABLE TYPE CONNECTIONTARGET- DESIGNATIONTERMINAL- NUMBERCABLE TYPE CONNECTIONCONNECTIONTARGET- DESIGNATIONP A G E /P A T HCROSS SECTIONTERMINAL TYPECROSS SECTION=B1A+CC01-033W1=B 1A +C C 01-X 3YSLY-JZ3x1.5mmý1/033.0L-033E 5L L12/033.1N-033E 5N N 2PE /033.1P E -033E 5P E P E P ECABLE NAME CABLE NAME S T R I P D E S I G N A T I O NLINKSCABLE TYPE CONNECTIONTARGET- DESIGNATIONTERMINAL- NUMBERCABLE TYPE CONNECTIONCONNECTIONTARGET- DESIGNATIONP CROSS SECTIONTERMINAL TYPECROSS SECTION=B1A+CC01-042W1=B1A+CC01-042W2=B1A+CC01-042W3=B1A+CC01-042W4=B1A+CC01-042W5=B 1A +C C 01-X 4YSLY-JZ YSLY-JZ YSLY-JZ YSLY-JZ YSLY-JZ3x1.5mmý3x1.5mmý3x1.5mmý3x1.5mmý3x1.5mmý11-042F 11=B 1+O P _R O O M -T B 1-X 112NN2=B 1+O P _R O O M -T B 1-X 12PEP E=B 1+O P _R O O M -T B 1-X 1P E11-042F 31=B 1+O P _R O O M -T B 2-X 132NN2=B 1+O P _R O O M -T B 2-X 14PEP E=B 1+O P _R O O M -T B 2-X 1P E11-042F 41=B 1+O P _R O O M -T B 3-X 152NN2=B 1+O P _R O O M -T B 3-X 16PEP E=B 1+O P _R O O M -T B 3-X 1P E11-042F 6L=B 1+O P _R O O M -X 17PENNN=B 1+O P _R O O M -X 182P E=B 1+O P _R O O M -X 1P E11-042F 8L-A 100.1-X 92NN N -A 100.1-X 10PE P E -A 100.1-XP E。
