SFC68NP-PN12中文资料
ZN68-12真空断路器
□AC110V□DC110V □标准配置：不带防跳、过流、闭锁、机械连锁 □非标准配置:
□带防跳 □带过流 □带闭锁 □带机械连锁（□左出线 □右出线）
1、ZN68-12/C（侧装式）
2、ZN68-12/S（手车式）
特色产品：
1、ZN68-12系列真空断路器 2、VSARC2-12系列真空负荷开关
ZN68-12真空断路器
主编：刘吉林 红申电气（上海）有限公司
ZN68-12目录：
1、ZN68-12/S式手车真空断路器
2、ZN68-12/C-侧装式真空断路器
3、ZN68-12/G-固定式真空断路器
其中：Z-----真空断路器
N-----户内
68-----设计序号Fra bibliotek12----12KV
ZN68-12系列选型表
3、ZN68-12系列真空断路器车间一角
企业机构：红申电气集团有限公司 法人代表： 注册资本：1505-777-8068 区域代理：济南、成都、珠海、郑州、海口、厦门、新乡、杭州 客户类型：国家电网公司、成套厂、大中型建筑工程 所属行业：配电输电设备;开关; 产品信息：成套大类（高低压电器、成套设备、箱变） 品 牌：红申集团
FQB12P20中文资料
300
Thermal Characteristics
Symbol
Parameter
RθJC RθJA
Thermal Resistance, Junction-to-Case Thermal Resistance, Junction-to-Ambient *
RθJA
Thermal Resistance, Junction-to-Ambient
Figure 5. Capacitance Characteristics
Capacitance [pF]
©2000 Fairchild Semiconductor International
-VGS, Gate-Source Voltage [V]
-IDR , Reverse Drain Current [A]
©2000 Fairchild Semiconductor International
Rev. A, May 2000
元器件交易网
FQB12P20 / FQI12P20
-ID, Drain Current [A]
Typical Characteristics
DS(on) R [Ω], Drain-Source On-Resistance
-ID , Drain Current [A]
101
100 10-1
2
150℃
25℃
-55℃
※ Notes : 1. VDS = -40V 2. 250μs Pulse Test
4
6
8
10
-VGS , Gate-Source Voltage [V]
Figure 2. Transfer Characteristics
SV12中文资料
pF pF pF pF pF pF pF pF pF pF pF pF pF pF pF pF
X7R
100 pF / 1500 pF 100 pF / 5600 pF 1000 pF / 0.01 µF 100 pF / 3900 pF 1000 pF /0.027 µF 1000 pF /0.012 µF 1000 pF /0.047 µF 1000 pF /0.082 µF .01 µF / 0.12 µF .01 µF / 0.10 µF .01 µF / 0.18 µF .01 µF / 0.27 µF 1000 pF /0.012 µF 1000 pF /0.022 µF 1000 pF /0.033 µF .01 µF / 0.12 µF .01 µpF / 0.15 µF — 100 pF / 2700 pF 100 pF / 4700 pF 100 pF / 1800 pF 1000 pF /0.012 µF 100 pF / 6800 pF 1000 pF /0.027 µF 1000 pF /0.047 µF 1000 pF /0.068 µF 1000 pF /0.056 µF .01 µF / 0.10 µF .01 µF / 0.15 µF 100 pF / 6800 pF 1000 pF /0.015 µF 1000 pF /0.022 µF 1000 pF /0.068 µF 1000 pF /0.082 µF — — — — — pF / 1200 pF pF / 6800 pF pF /0.012 µF pF /0.018 µF pF /0.018 µF pF /0.027 µF pF /0.033 µF — — pF / 4700 pF pF /0.018 µF pF /0.027 µF
PVII-12中文手册(版本号070502)
P/VⅡ-12交流金属封闭开关设备使用手册安全第一：在开关设备安装使用前请先仔细阅读本使用手册：●开关设备的使用场所应符合电气设备规定的使用条件的要求。
●安装、操作和维护均需由专职电气人员完成，该人员必须接受相应的培训。
●必须保证电气设备的联锁条件和工作规程的适用和安全性。
●有关开关设备的一切操作，都要遵守手册中的相关规定。
●不要超出开关设备正常工作条件下的技术参数中规定的数值。
●手册应放于安装、操作和维护人员方便拿到的地方。
用户的专职人员应对所有影响工作安全的事项负责，并正确管理开关设备。
如果对本操作手册尚有疑问，欢迎向我们提出，我们将提供进一步的咨讯与服务版权所有，本公司保留对此手册的修改权利。
严禁误用及滥用，包括盗版、篡改及断章取义并提供给第三方。
对所有其它渠道获取的咨讯，本公司概不负责。
目录产品概述概述符合标准技术参数外型尺寸和重量正常使用条件产品结构结构特点外壳与隔板手车功能隔室手车室母线室电缆室低压室防误闭锁装置压力释放装置储运与安装运输交货与保管安装安装现场的一般要求基础混凝土地坪上的基础框架柜体安装母线安装电缆连接电力电缆连接控制电缆连接开关装置接地其它事项运行与维护设备运行准备工作起动调试操作断路器手车断路器接地开关负荷开关组合式过电流继电器调试注意事项检查和维护概述检查和维护时间间隔检查维护主要附件VB2真空断路器手车典型接线图1 1 1 1 1 1 2 2 2 2 3 3 3 4 4 4 4 5 5 5 5 5 6 6 7 7 7 7 7 7 7 8 8 8 8 8 8 9 9 10 10 10 10 10 11 11 11 12概 述P/VⅡ-12型铠装移开式户内交流金属封闭开关设备是上海通用电气广电有限公司最新一代的户内成套配电装置。
设备适用于标称系统电压3~10kV，额定电流4000A及以下，额定频率50Hz的单母线或单母线分段三相交流户内配电系统，用于接收和分配电能，并对电路实行控制、保护及监测。
DN68资料
Issue 2 - July 2006© Zetex Semiconductors plc 2006DN68ZXSC310 High power torch reference designDescriptionThis design note shows a typical ZXSC310 LED driver circuit for a high powered LED torch. The input voltage ranges from 0.7V to 1.6V with a maximum output current of 335mA at 1.4V input.A typical schematic diagram is shown in Figure 1.Figure 1Schematic diagramReference Value Part number Manufacturer Contact details CommentsU1ZXSC310E5Zetex LED driver in SOT23-5Q1FMMT617Zetex Low sat. NPN in SOT23D12A ZHCS2000Zetex2A Schottky in SOT23L17.5HDO3316P-153x2Coilcraft I SAT = 3A R119.5m ⍀Generic Generic NA 0805 sizeC11F Generic Generic NA C2220F Generic Generic NA C3100FGenericGeneric NATable 1Bill of materials元器件交易网DN68 2Issue 2 - July 2006© Zetex Semiconductors plc 2006For international sales offices visit /officesZetex products are distributed worldwide. For details, see /salesnetworkThis publication is issued to provide outline information only which (unless agreed by the company in writing) may not be used, applied or reproduced for any purpose or form part of any order or contact or be regarded as a representation relating to the products or services concerned.The company reserves the right to alter without notice the specification, design, price or conditions of supply of any product or service.EuropeZetex GmbHStreitfeldstraße 19D-81673 München GermanyTelefon: (49) 89 45 49 49 0Fax: (49) 89 45 49 49 49europe.sales@AmericasZetex Inc700 Veterans Memorial Highway Hauppauge, NY 11788USATelephone: (1) 631 360 2222Fax: (1) 631 360 8222usa.sales@Asia PacificZetex (Asia Ltd)3701-04 Metroplaza Tower 1Hing Fong Road, Kwai Fong Hong KongTelephone: (852) 26100 611Fax: (852) 24250 494asia.sales@Corporate HeadquartersZetex Semiconductors plcZetex Technology Park, Chadderton Oldham, OL9 9LL United KingdomTelephone: (44) 161 622 4444Fax: (44) 161 622 4446hq@Figure 2Performance graphs。
CDRH62NP-68OMC中文资料
※1: 測定周波数 Ｌ
331
330μH ± 20%
5.42
6.8μH ～ 8.2μH ; at 7.96 MHz 10μH ～ 82μH ; at 2.52 MHz
100μH ～ 330μH ; at 1 kHz
定格電流 (Ａ) ※2 1.57 1.38 1.28 1.19 0.97 0.94 0.81 0.71 0.64 0.59 0.54 0.52 0.49 0.41 0.39 0.30 0.28 0.25 0.23 0.20 0.18
捺印位置不定
２．コイル仕様 2-1.端子接続図(裏面図)
CDRH62の外形図とする。 シルク処理部 電極（端子）間の隙間はシルク処理をして御使用下さい。
4.6
7.4
RoHS
compliance
1
Cd:Max.0.01wt%
others:Max.0.1wt%
元器件交易网
仕様書
36
CDRH62NP-1Ø1MB
8R2
8.2μH ± 25%
100
10 μH ± 20%
120
12 μH ± 20%
150
15 μH ± 20%
180
18 μH ± 20%
220
22 μH ± 20%
270
27 μH ± 20%
330
33 μH ± 20%
390
39 μH ± 20%
470
47 μH ± 20%
07
CDRH62NP-22ØMC
220
08
CDRH62NP-27ØMC
270
09
CDRH62NP-33ØMC
330
10
CDRH62NP-39ØMC
三菱PLC指令详解资料
一顺控指令1 触点指令00 LD 逻辑操作开始01 LDI 逻辑非操作开始02 AND 逻辑乘03 ANI 逻辑乘非04 OR 逻辑加05 ORI 逻辑加非2 连接指令06 ANB AND逻辑块与07 ORB OR逻辑块或08 MPS 存储操作结果09 MRD 从MPS读取操作结果10 MPP 从MPS读取操作结果并清除结果3 输出指令11 OUT 软元件输出12 SET 软元件置位13 RST 软元件复位14 PLS 在输入信号的上升沿15 PLF 在输入信号的下降沿16 CHK 软元件输出翻转4 移位指令17 SFT 元件移1位18 SFTP 元件移1位5 主控指令19 MC 主控开始20 MCR 主控复位6 结束指令21 FEND 结束主程序22 END 总的程序末尾，返回第0步7 其它指令23 STOP 停止24 NOP 空操作二基本指令1 比较指令16位数据比较25 LD= 当S1=S2, 接通，当S1≠S2, 断开26 AND=27 OR=28 LD<> 当S1≠S2, 接通，当S1=S2, 断开29 AND<>30 OR<>31 LD> 当S1>S2, 接通，当S1≤S2, 断开32 AND>33 OR>34 LD<= 当S1≤S2, 接通，当S1>S2, 断开35 AND<=36 OR<=37 LD< 当S1<S2, 接通，当S1≥S2, 断开38 AND<39 OR<40 LD>= 当S1≥S2, 接通，当S1<S2, 断开41 AND>=42 OR>=32位数据比较43 LDD= 当(S1+1,S1)=(S2+1,S2), 接通44 ANDD=45 ORD=46 LDD<> 当(S1+1,S1)≠(S2+1,S2),接通47 ANDD<>48 ORD<>49 LDD> 当(S1+1,S1)>(S2+1,S2), 接通50 ANDD>51 ORD>52 LDD<= 当(S1+1,S1)≤(S2+1,S2),接通53 ANDD<=54 ORD<=55 LDD< 当(S1+1,S1)<(S2+1,S2), 接通56 ANDD<57 ORD<58 LDD>= 当(S1+1,S1)≥(S2+1,S2),接通59 ANDD>=60 ORD>=2 算术运算指令二进制16位加/减61 + (D)+(S)→(D)62 +P63 + (S1)+(S2)→(D)64 +P65 - (D)-(S)→(D)66 -P67 - (S1)-(S2)→(D)68 -P二进制32位加/减69 D+ (D+1,D)+(S+1,S)→(D+1,D)70 D+P71 D+ (S1+1,S1)+(S2+1,S2)→(D+1,D)72 D+P73 D- (D+1,D)-(S+1,S)→(D+1,D)74 D-P75 D- (S1+1,S1)-(S2+1,S2)→(D+1,D)76 D-P77 * (S1)×(S2)→(D+1,D)78 *P79 / (S1)/(S2)→商(D), 余数(D+1)80 /P81 D* (S1+1,S1)×(S2+1,S2)→(D+3,D+2,D+1,D)82 D*P83 D/ (S1+1,S1)/(S2+1,S2)→商(D+1,D),余数(D+3,D+2)84 D/P85 B+ (D)+(S)→(D)86 B+P87 B+ (S1)+(S2)→(D)88 B+P89 B- (D)-(S)→(D)90 B-P91 B- (S1)-(S2)→(D)92 B-P93 DB+ (D+1,D)+(S+1,S) →(D+1,D)94 DB+P95 DB+ (S1+1,S1)+(S2+1,S2)→(D+1,D)96 DB+P97 DB- (D+1,D)-(S+1,S)→(D+1,D)98 DB-P99 DB- (S1+1,S1)-(S2+1,S2)→(D+1,D) 100 DB-P101 B* (S1)×(S2)→(D+1,D)102 B*P103 B/ (S1)/(S2)→商(D),余数(D+1)104 B/P105 DB* (S1+1,S1)×(S2+1,S2)→(D+3,D+2,D+1,D)106 DB*P107 DB/ (S1+1,S1)/(S2+1,S2)→商(D+1,D),余数(D+3,D+2) 108 DB/P109 INC (D)+1→(D)110 INCP111 DINC (D+1,D)+1→(D+1,D) 112 DINCP113 DEC (D)-1→(D)114 DECP115 DDEC (D+1,D)-1→(D+1,D) 116 DDECP3 BCD—二进制转换117 BCD (S)→(D)BCD转换118 BCDP119 DBCD (S+1,S)→(D+1,D) 120 DBCDP121 BIN (S)→(D)二进制转换122 BINP123 DBIN (S+1,S)→(D+1,D) 124 DBINP4 数据传送指令125 MOV (S)→(D)126 MOVP127 DMOV (S+1,S)→(D+1,D)128 DMOVP129 CML (S)→(D)130 CMLP131 DCML (S+1,S)→(D+1,D)132 DCML133 DCMLP134 BMOV (S)→(D)n个135 BMOVP136 FMOV (S)→(D)n个137 FMOVP138 XCH (D1)←→(D2)139 XCHP140 DXCH (D1+1,D1)←→(D2+1,D2) 141 DXCHP5 程序分支指令142 CJ 条件满足，跳转到P**处143 SCJ 条件满足后紧接的扫描周期, 跳转到P**处144 JMP 无条件跳转到P**处145 CALL 执行P**处子程序146 CALLP147 RET 从子程序返回148 EI 允许中断149 DI 禁止中断150 IRET 从中断程序返回151 SUB 执行n指定的程序152 SUBP6 程序切换指令153 CHG 在主副程序间切换7 刷新指令154 COM 执行通讯刷新155 EI 允许通讯刷新156 DI 禁止通讯刷新157 SEG 对应软元件的刷新，仅执行1个扫描周期，M9052 O N时有效三应用指令1 逻辑运算指令158 WAND (D) AND (S)→(D)159 WANDP160 WAND (S1) AND (S2)→(D)161 WANDP162 DAND (D+1,D) AND (S+1,S)→(D+1,D) 163 DANDP164 WOR (D) OR (S)→(D)165 WORP166 WOR (S1) OR (S2)→(D)167 WORP168 DOR (D+1,D) OR (S+1,S)→(D+1,D) 169 DORP170 WXOR (D) XOR (S)→(D)异或171 WXORP172 WXOR (S1) XOR (S2)→(D)173 WXORP174 DXOR (D+1,D) XOR (S+1,S)→(D+1,D) 175 DXORP176 WXNR (D) XOR (S)→(D)177 WXNRP178 WXNR (S1) XOR (S2)→(D)179 WXNRP180 DXNR (D+1,D) XOR (S+1,S)→(D+1,D) 181 DXNRP182 NEG 0-(D)→(D)补码183 NEGP2 旋转指令184 ROR n位右转185 RORP186 RCR n位右转(带进位) 187 RCRP188 ROL n位左转189 ROLP190 RCL n位左转(带进位) 191 RCLP192 DROR n位右转193 DRORP194 DRCR n位右转(带进位) 195 DRCRP196 DROL n位左转197 DROLP198 DRCL n位左转(带进位) 199 DRCLP3 移位指令200 SFR n位右移201 SFRP202 SFL n位左移203 SFLP204 BSFR 1位右移205 BSFRP206 BSFL 1位左移207 BSFLP208 DSFR 1位右移209 DSFRP210 DSFL 1位左移211 DSFLP4 数据处理指令212 SER 数据搜索213 SERP214 SUM 位检查215 SUMP216 DSUM217 DSUMP218 DECO 译码编码219 DECOP220 ENCO221 ENCOP222 SEG 7段编码223 BSET 对字中n位置位224 BSETP225 BRST 对字中n位复位226 BRSTP227 DIS 组合分离228 DISP229 UNI230 UNIP231 ASC ASCII转化5 先进先出指令232 FIFW FIFO写233 FIFWP234 FIFR FIFO读235 FIFRP6 内存缓冲区存取指令236 FROM 从特殊功能模块读取数据237 FROMP238 DFRO239 DFROP240 TO 向特殊功能模块写数据241 TOP242 DTO243 FROM 从远程I/O站读数据244 FROMP245 DFRO246 DFROP247 TO 向远程站写数据248 TOP249 DTO250 DTOP7 FOR/NEXT指令251 FOR 重复n次252 NEXT8 本地站、远程I/O站存取指令253 LRDP 从本地站读数据254 LWTP 向本地站写数据255 RFRP 从远程特殊功能模块读数据256 RTOP 向远程特殊功能模块写数据9 显示指令257 PR 从指定的8点字软元件输出16个字符的ASCII码258 PR 顺序向输出模块输出ASCII 码, 直到结束符NUL(00H)259 PRC 将字软元件的注释转换成 ASCII码，并输出260 LED 将指定的8点字软元件显示16个字符的ASCII码261 LEDA 显示指定的英文数字字符262 LEDB263 LEDC 显示软元件S的注释264 LEDR 显示复位10 其它指令265 WDT WDT复位266 WDTP267 CHK 故障检测268 SLT 按参数设定的条件,数据被锁定269 SLTR 状态锁存复位，且执行SLT 270 STRA 按参数设定的条件,采样数据存入271 STRAR 采样跟踪复位，且允许执行272 STC 进位标志(M9012)ON273 CLC 进位标志(M9012)OFF274 DUTY 用户定义时钟11 伺服指令275 DSFRP 请求启动伺服程序276 PSFLP 数据修改特殊继电器和特殊寄存器一特殊继电器M清单M9000 熔丝断M9002 I/O组件校验出错M9004 MINI网通讯出错M9005 AC电源掉电检测M9006 电池电压低M9007 电池电压低锁存M9008 自诊断出错M9009 信号报警器检测M9010 运算出错标志M9011 运算出错标志锁存M9012 进位标志M9016 数据存储区清零标志M9017 数据存储区清零标志M9018 数据通讯监控切换M9020 0号用户定时时钟M9021 1号用户定时时钟M9022 2号用户定时时钟M9023 3号用户定时时钟M9024 4号用户定时时钟M9025 时钟数据设置请求M9026 时钟数据出错M9027 时钟数据显示M9028 时钟数据读请求M9030 0.1秒时钟M9031 0.2秒时钟M9032 1秒时钟M9033 2秒时钟M9034 1分钟时钟M9036 常开M9037 常闭M9038 RUN后第一个扫描周期ON M9039 运行标志M9040 暂停PAUSE允许线圈M9041 PAUSE状态触点M9042 停止状态触点M9043 采样跟踪完成M9044 采样跟踪M9046 采样跟踪M9047 采样跟踪准备M9048 RUN LED闪烁标志M9049 切换输出字符数目M9050 存放操作结果的存储区交换触点M9051 CHG指令执行禁止M9052 SEG指令切换M9053 EI/DI指令切换M9054 单步运行标志M9055 状态锁存完成标志M9056 主程序P, I设置请求M9057 副程序P, I设置程序M9060 副程序2P, I设置程序M9061 副程序3P, I设置程序M9060 远程终端出错M9061 通讯出错M9065 分离传送状态M9066 传送处理切换M9067 I/O组件出错检测M9068 测试模式M9069 线路故障时的输出M9073 WDT出错标志M9074 PCPU准备完成标志M9075 测试模式标志M9076 外部急停输入标志M9077 手动脉冲发生器轴设置错误标志M9078 测试模式请求出错标志M9079 伺复程序设置出错标志M9081 对远程模块的通讯请求M9082 最终站数不一致M9084 出错检测M9086 运行标志BASIC程序M9087 暂停(PAUSE)标志M9091 操作运行出错细节标志M9091 微机子程序调用出错标志M9092 双电源模块过热M9093 双工电源模块出错M9094 I/O改变标志M9095 双工运行校验出错M9096 A3VCPU A自校出错M9097 A3VCPU B自校出错M9098 A3VCPU C自校出错M9099 A3VTU自校出错M9100 SFC程序登记M9101 SFC程序起/停M9102 SFC启动状态M9103 连续步转移有效/失效M9104 连续转移防止标志M9108 步转移监控定时器起始 (对应D9108)M9109 步转移监控定时器起始 (对应D9109)M9110 步转移监控定时器起始 (对应D9110)M9111 步转移监控定时器起始 (对应D9111)M9112 步转移监控定时器起始 (对应D9112)M9113 步转移监控定时器起始 (对应D9113)M9114 步转移监控定时器起始 (对应D9114)M9180 激活步采样跟踪完成标志M9181 激活步采样跟踪执行标志M9182 激活步采样跟踪有效M9196 在块停止时控制输出M9197~9198 保险丝熔断，I/O校核出错显示切换二特殊寄存器D9000 保险丝断D9001 保险丝断D9002 I/O组件校验出错D9003 SUM指令检测位数D9004 MINI网主通讯组件出错D9005 AC掉电计数D9006 电池不足D9008 自诊断出错D9009 信号报警器检测D9010 出错步D9011 出错步D9014 I/O控制模式D9015 CPU运行状态D9016 ROM/RAM设置D9017 最小扫描时间D9018 当前扫描时间D9019 最大扫描时间D9020 恒定扫描D9021 扫描时间D9022 1秒计数器D9025 时钟数据(年，月)D9026 时钟数据(日，时)D9027 时钟数据(分，秒)D9028 时钟数据(星期)D9021~D9034 远程终端组件参数设置D9035 远程I/O组件的通讯属性D9035 扩展文件寄存器D9036 总的站数D9036~9037 供指定扩展文件寄存器软件地址D9038~9039 LED显示优先级D9044 采样跟踪D9050 SFC程序出错代码D9051 出错块D9052 出错步D9053 转移出错D9054 出错顺控步D9055 状态锁存步序号D9061 通讯出错代码D9072 PC通讯检测D9081 对远程终端模块的已执行的通讯请求数D9082 最后的站号D9090 微机子程序输入数据区首软元件号D9091 指令出错D9094 待更换的I/O组件的首地址D9095 A3VTS系统和A3VCPU的运行状态D9096 A3VCPU A自检出错D9097 A3VCPU B自检出错D9098 A3VCPU C自检出错D9099 A3VTU 自检测出错D9100~D9107 断保险丝的组件D9100 保险丝熔断的组件D9108~D9114 步转移监控定时器设置D9116~D9123 I/O组件校验出错D9124 信号器报警数量检测D9125~D9132 信号报警器地址号D9133~D9140 远程终端卡信息D9141~D9172 通讯重发次数D9173 模式设置D9174 设置重发次数D9175 线缆出错模块出错代码D9180~9193远程终端模块出错代码D9180 轴1和轴2的限位开关输出状态存储区D9181 轴3和轴4的限位开关输出状态存储区D9182 轴5和轴6的限位开关输出状态存储区D9183 轴7和轴8的限位开关输出状态存储区D9184 CPU出错的原因D9185 伺服放大器接线数据D9187 手动脉冲发生器轴设置出错D9188 在TEST模式下启动轴号请求出错D9189 出错程序号D9190 数据设置出错D9191 伺服放大器类型D9196~9199 故障站检测D9200 LRDP处理结果D9201 LWTP处理结果D9204 通讯状态D9205 执行回送的站D9206 执行回送的站D9207 通讯扫描时间(最大值)D9208 通讯扫描时间(最小值)D9209 通讯扫描时间(当前值)D9210 重发次数D9211 环路切换计数D9212 就地站运行状态(1~16)D9213 就地站运行状态(17~32)D9214 就地站运行状态(33~48)D9215 就地站运行状态(49~64)D9216 就地站出错检测(1~16)D9217 就地站出错检测(17~32)D9218 就地站出错检测(33~48)D9219 就地站出错检测(49~64)D9220 就地站参数不匹配或(1~16)远程站I/O分配出错D9221 就地站参数不匹配或(17~32)远程站I/O分配出错D9222 就地站参数不匹配或(33~48)远程站I/O分配出错D9223 就地站参数不匹配或(49~64)远程站I/O分配出错D9224 主站与从站和远程I/O站之间的初始通讯(1~16)D9225 主站与从站和远程I/O站之间的初始通讯(17~32)D9226 主站与从站和远程I/O站之间的初始通讯(33~48)D9227 主站与从站和远程I/O站之间的初始通讯(49~64)D9228 就地站或远程I/O站出错(1~16)D9229 就地站或远程I/O站出错(17~32) D9230 就地站或远程I/O站出错(33~48) D9231 就地站或远程I/O站出错(49~64) D9232 就地站或远程I/O站环路出错D9233 就地站或远程I/O站环路出错D9234 就地站或远程I/O站环路出错D9235 就地站或远程I/O站环路出错D9236 就地站或远程I/O站环路出错D9237 就地站或远程I/O站环路出错D9238 就地站或远程I/O站环路出错D9239 就地站或远程I/O站环路出错D9240 检测到接收出错的次数D9243 本站站号检测D9244 从站的总数D9245 检测到的接收出错次数D9248 就地站运行状态D9249 就地站运行状态D9250 就地站运行状态D9251 就地站运行状态D9252 就地站出错检测D9253 就地站出错检测D9254 就地站出错检测D9255 就地站出错检测各种软元件一览表项目 A1,A1NA1S A2,A2NA2C A2-S1A2N-S1 A3,A3NA3A A 2U,A3UA4UI/O软元件点 256 512 1024 2048 8192输入继电器 X 0~FF 0~1FF 0~3FF 0~7FF 0~FFF输出继电器 Y 0~FF 0~1FF 0~3FF 0~7FF 0~FFF辅助继电器内部继电器 (1000点)M0~M999 M0~M999, M2 048~8191特殊继电器 (256点)M9000~M9255锁存继电器 (1048点)L1000~L2048通讯用继电器 (2048点)B0~B3FF B0~BFFF定时器 100ms定时器 (200点)T0~T19910ms定时器 (56点)T200~T255100ms记忆定时器 (0点)计数器 (256点)C0~C255寄存器数据寄存器 (1024点)D0~D1023 D0~D6143特殊寄存器 (256点)D9000~D9255通讯寄存器 (1024点)W0~W3FF W0~WFFF累加器 (2点)A0,A1变址寄存器 (2点)Z, V Z,Z1~Z6(7点), V,V1~V6(7点) 嵌套 (8点)N0~ N7指针 (256点)P0~P255中断指针 (32点)I0~I31常数十进制 K (16位)-32768~+32767(32位)-2147483648 ~+2147483647十六进制 H (16位)0~FFFF(32位)0~FFFFFFFF。
viper12
目前开关电源大量使用于各种电器设备中，且开关电源直接接在市电电网上，电源设备与电网之间有着双向的电磁干扰影响，对于较高频率的开关电源在设计中都需要考虑电磁兼容问题。
用VIPER12A芯片设计的开关电源具有节能特性，而且电磁兼容性较强，外围电路也很简单。
芯片VIPER12A简介芯片VIPER12A是意法半导体有限公司于2002年出的单片小功率开关电源。
具有固定60kHz的开关频率，芯片的电源电压范围很宽(9V-38V)：具有电流控制型PWM调制器；具有滞后特性的欠压、过压、过流及过热保护功能等。
芯片外围电路很简单并具有节能特性。
由于VIPER12A内部的功率MOSFET管是一种特殊的“灵敏场效应管”如图1所示，有两个源极S1、S2，其中S1接外部参考地，S2用于电流检测，且IS1>>IS2，因此，能无损检测出漏极电流ID，从而达到节能。
而其他类型开关电源的漏极电流都是百分之百地通过检测电阻，这必然增加功耗，导致电源效率降低。
图2为系统整体框图，电网电源经过整流滤波后可得到峰值约为31OV的直流高压，同时还设有保护电路及抗电磁干扰电路，然后经过功率转化为+5V脉动直流电压，再经二次滤波后得到+5V恒压源。
为了适应不同电压和负载的变化，从输出回路取样反馈，通过开关集成器控制输入回路，从而得到+5V稳压输出。
本系统重点是电磁兼容(EMC)的设计。
电磁兼容(EMC)设计开关电源是较强的电磁干扰发射源。
这是因为开关电源的整流桥是非线性器件，其形成的电流是严重失真的正弦半波，含有丰富的高次谐波。
同时，功率开关管等半导体元件也会生产电磁干扰。
因此在设计中必须考虑电磁兼容性，主要抑制电磁干扰(EMI)和电磁脉冲(EMP)。
(1)抑制电磁干扰(EMI)电磁干扰(EMI)又叫噪声干扰，要抑制EMI关键是噪声滤波器的设计。
采用噪声滤波器能有效地抑制电网中的噪声进入设备，也可以抑制设备产生的噪声污染电网。
噪声有两种，一种是共模噪声，另一种是差模噪声。
维纳尔产品速查手册
6x9x0.8，镀锡，带绝缘套，240A，长2m，截面21.6mm2￥453.9800 01084
01089多层软铜排
，镀锡，带绝缘套，279A，长2m，截面49.6mm2￥516.9200 01089
01090多层软铜排
，镀锡，带绝缘套，350A，长2m，截面74.4mm2￥659.1000 01090
01144带绝缘套的PE-和N-端子
63A，7线，保护线，绿/黄，固定在12x2mm的矩形母线上￥17.6700 01144
01145母线加长连接夹
适用2T形母线，长95mm，系统间距50–60，最大1600A￥340.9800 01145
01146多层软铜排
6x13x0.5，镀锡，带绝缘套，237A，长2m，截面39mm2￥445.5900 01146
01050多层软铜排
6x13x0.5，无镀层，带绝缘套，237A，长2m，截面39mm2￥369.3000 01050
01054多层软铜排
3x9x0.8，无镀层，带绝缘套，162A，长2m，截面21.6mm2￥296.4000 01054
01056母线架盖
适用01495/01500￥36.6500 01056
01025空间盖板
700mm长，只能与支架01026或01320一起使用￥266.7300 01025
01026支架
安装深度32mm，适用空间盖板01025，9mm宽￥36.3200 01026
01027多层软铜排
3x20x1，无镀层，带绝缘套，326A，长2m，截面积60mm2￥507.4700 01027
01126 PE-和N-母线
10mm2，63A，8线，，可防止自松动￥10.9000 01126
城镇道路路面设计规范CJJ169-2012
目次1总则 (1)2术语和符号 (2)2.1术语 (2)2.2符号 (3)3基本规定 (8)3.1一般规定 (8)3.2设计要素 (8)4路基、垫层与基层 (14)4.1 路基 (14)4.2 垫层 (14)4.3 基层 (14)5沥青路面 (18)5.1一般规定 (18)5.2沥青面层类型与材料 (18)5.3沥青路面结构组合设计 (21)5.4新建路面结构设计指标与要求 (23)5.5新建路面结构层的计算 (26)5.6加铺路面设计 (29)6水泥混凝土路面 (34)6.1一般规定 (34)6.2设计指标与要求 (34)6.3结构组合设计 (35)6.4面层材料 (36)6.5路面结构计算 (38)6.6面层配筋设计 (44)6.7接缝设计 (49)6.8加铺层结构设计 (53)7砌块路面 (57)7.1一般规定 (57)7.2砌块材料技术要求 (57)7.3结构层与结构组合 (59)7.4结构层计算 (60)8其它路面 (62)8.1透水人行道 (62)8.2桥面铺装 (62)8.3隧道路面铺装 (63)9路面排水 (64)9.1一般规定 (64)9.2路面排水设计 (64)9.3.路面内部排水 (66)9.4分隔带排水 (67)9.5交叉口范围路面排水 (67)9.6桥面排水 (67)附录A 沥青路面使用性能气候分区 (68)附录B 沥青混合料级配组成、沥青表面处治材料规格和用量 (70)附录C 沥青路面设计参数参考值 (73)附录D 水泥路面设计参数参考值 (75)附录E 沥青混合料单轴贯入抗剪强度试验方法 (76)附录F 沥青混合料单轴压缩动态回弹模量试验方法 (78)本规范用词说明 (81)附：条文说明 (82)2 术语和符号2.1 术语2.1.1沥青路面asphalt pavement铺筑沥青面层的路面。
2.1.2容许剪应力allowable shear stress沥青混合料的抗剪强度与抗剪强度结构系数之比。
SFC输入变压器保护说明书(干式)
CSC-326 系列数字式变压器保护装置 说明书
编
制：尹梁方
标准化审查：郑蔚
校 核：李岩军 审 定：刘建飞
出 版 号：V1.33 文 件 代 号：0SF.450.024 出 版 日 期：2006 年 04 月
版权所有：北京四方继保自动化股份有限公司
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1 概述 ................................................................................................................ 1
1.1 适用范围............................................................................................................................................1 1.2 装置主要特点....................................................................................................................................5 1.3 装置执行的标准................................................................................................................................6
线槽EN（8）
C56C61C61C62C62C61C104C104C63C63C64C64C64C65C66C67C68WT-1WT-3tools TNR-1C59 connectors3575用3515用C73-C76BC type cable terminals C78C79C80C81C81C84C85C85C86C86C87C88C88C90C93C94C94C96C97C97C98C100C100C101C101C101terminalsTerminal plier FN-1Terminal plier FN-2Terminal plier YYT-120Terminal plier YYT-240Functions shell-offplier WS 5000Auto shell-off plierAuto adjustedshell-off plier YY-318Auto adjustedshell-off plier YY-475Wire plier KT-1cutter YY-858conduit cutterHG-3AA BBCDGFE GHIJKAC B59AES C95AG A1A-G A26A-G A29A-GL A26A-GL A29AG-LH A16AG-SR A4AG-SRH A19AG-SRL A4AG-SRLH A19AG-WH A16A-LED B105ALP B97A-M A27A-ML A27AMP C104AMS-HST B120A-NPT A26A-NPT A29A-NPTL A26A-NPTL A29AP B60A-PG A28A-PGL A28ASC C91ATC B60AWS B71BC BCBF B39BF C80BG A73BG-B A46BG-BV0 A46BGC A72BGE A72BGF-G A56BGF-GL A58BGF-M A55BGF-ML A57BGF-NPT A56BGF-NPTL A58BGF-PG A56BGF-PGL A58BGH A71BGK A66BG-NB A48BG-NG A48BGR-NB A50BGN-G A64BGN-M A63BGN-NPT A64BGN-PG A64BG-NBV0 A48BG-P A73BGQ-BG A70BGQF-M A53BGQF-PG A53BGQ-G A52BGQ-M A51BGQ-NPT A52BGQ-PG A52BGR-B A47BGR-BV0 A46BGR-BV0 A47BGR-N A48BGR-NBH A51BGS A71BGT A66BGW-M A54BGW-PG A54BGX-G A60BGX-GL A62BGX-M A59BGX-ML A61BGX-NPT A60BGX-NPTL A62BGX-PG A60BGX-PGL A62BGY A65BHMWS B92BHS C86BL C100B-LED B106BMS B77BN C86BOX C102BS8 B88BSC C92BT B78C45 C100CBP B81CBS B96CDR-CL C49CE B53CE-V0 B53CL B62CL C97C-LED B107CM B24CS B75CS B76CSC C93CWC C97CZ C63DBF C82DBN C82DC C52DCS C58DF B49DF B51DF C57DJS C58DL C98DLCBS B87D-LED B108DLSP1 B83DLSPTH B79DNF A87DNF A87DNL A87DNN A87DP C59DT C63DT C98EC B20ECB B21EC-J B21ED B67ED-V0 B68E-LED B108ELM A90ELN A92EN C78EPDM B116ET C77ET-N C87EW C78EW-N C88FA C83FB C83FC B61FC B62FCP B62FCT B62FD C55FF B39F-LED B108FN C103FN C86G A3GA A31GA-EMC A35GA-L A33GA-LEMC A37GAS A41GC45 C94GC90 C94GDR C23GDR C24GDR-FZ C45GDR-FZ C46G-EHD B2G-EHD-CS B5G-EHD-HS B6G-EHDUV B4G-EHDV0 B7GGB A9GGB-SR A10G-H A18G-HD B2G-HD-CS B5G-HDE B8G-HDG B8G-HD-HS B6G-HDR B8G-HDSU B4G-HDU B4G-HDV0 B7G-HDY B8G-IE B8G-IG B8G-IR B8G-IY B8GM B66G-M B1GMC B66G-M-CS B5G-ME B8G-MG B8G-M-HS B6G-MR B8GMT-160 B10G-MUV B3G-MV0 B7G-MY B8GS A39G-ST B1G-ST-CS B5G-STE B8G-STG B8G-ST-HS B6G-STR B8G-STUV B3G-STV0 B7G-STY B8HC B57HC C58HCB B112HCBS B82HES C96HG C104HP B65HPC B98HPM B98HS B116HST B111HST-YG B113HTFB B90HTMB B90HTP B77HTS B77HTSB B89HV B11HVDR C5HVDR C6HVDR C15HVDR C16HVDR C19HVDR C20HVDR C50HVDR-FT C51HVDR-FZ C42HVDR-H C33ICM-M A91JF C65JF C66JF C67JF C68JH9 C64JHY C64JIS-G A42J-S B59JWD C63JWD C64KG B67KG-N B69KG-NT B69KG-NT2 B69KGS B67KGS-V0 B68KG-V0 B68KP B29KS B28KT C104K LM MPONPSTRSU VWYZKW B56KWS B73LCBS B85LCBSC B91LCBSM B86LED B109LM-IR B26LN A94LS C62LSC C62LTS C61LVA C79LVB C80LWS B93LWS B94M A22MB B23MBB50MBG-SR A10MC A75MCBP B81 MCL A75MCLS A77MCRA74MCR-CAP A84MCR-EX A77MCRS A76MCS A76MG A5MGA A6MGAA30MGA-EMC A34MGA-H A12MGA-LA32MGA-LEMC A36MGAS A40MGA-SR A11MGB A8 MGBL A8 MGBL-SR A10MGEA A14 MGK B16 MGR B16 MGT B15 ML B14 M-L A23ML-B B15 M-LD A24 MLN A94 M-LS A24 MMB B97 MP B96MP B97 MPS B82 MR C104 MS A38 MS B14 MS B21M-S A2 MSP A89 MSPDL B81 MSPDLN B81 MT B23 MWSB93MWSB B95 N B23 NBE A83 NBF A82 NBG A78 NBK A83NBL A79 NBN A81 NBW A80 NCR B40 NCRS B99 NEG C104NGB A9NGB-SR A10 NPT A3 NPTAA31 NPTA-EMC A35 NPTA-L A33NPTAS A41 NPT-HA18 NPT-LEMC A37 NPTS A39 NPT-SRH A19 NSCH B102 NSCR B104NSCS B101NSOH B103 NSPH B100 NWS B93 NWS B94 OC B24 OMR B22OR A95 OSB B66 OT C101 PA B30 PA B55 PA-V0 B56PB-BT A86 PB-C A84 PB-LB A85 PB-LL A85 PB-T A86 PB-V A84PB-X A86 PC B98 PCV B10 PE B33 PET B30 PF B42 PFS B59 PG A2 PG A25P-G A21 PGA A7 PGAA31 PGA-EMC A35 PGA-H A13 PGA-LA33PGA-LEMC A37 PGAS A41PGA-SR A11 PGB A9 PGB-SRA10PG-H A17 PG-L A2 PG-L A25 PG-LR A85 PG-LS A25 PGS A39 PG-S A25PG-SR A4PG-SRH A19PJ-M A43PJ-G A43PJ-PG A43PJ-PG A43P-M A20P-ML A20PMT-115 B17 PMT-175HD B11 PN B41 PN C85 P-NPT A21 P-PG A21 PS B76 PST B82 PTCV B18 PV C81 PW B41PWV B10 R A95 R C73 RCV B11 RD C55 REM A90REN A92 RF C72 RF-N C90 RH B72 RJ B25 RLSP B84 RMC B17 RS B75 RSB B66SB B65 SC C99 SCBS4 B88 SCM B114 SDO C56 SDR C27SDR C28 SDR C50 SDR-H C34 SDRO C56 SFC B61 SFF B39 SG B52 SG-SP B35 SKC A69 SKM A67SKO A68 SKP A69 SKT A70 SKU A68SKUD A68SL B52 SMB24SM-IRB26 SOTL B92 SP A88SP B76 SP B79 SPK-M A44 SP-MDL B80 SPT A93 SR B34SRC B36 SRH B37SRP A15 SRS B38 SRS B83 SRT B36 SRT B117 ST B74 ST-A B74ST-C B74 SW B54 T B13 TC C56TCM-M A91 TCN A93 TCV B12 TFL B119 TG B19 TNR C59 TNR C104 TP B27 TS B60 TS C104 TSC B26 TT B71 TTB B71 TV B13 TZ B27 UC B58 UM B25 UY B25 V C88VDC C50VDR C1VDR C13VDR-C C9VDR-CT C54VDR-FZ C38VDR-H C31VDR-L C35 VDR-U C53 W3F2 B114 WB B32 WBT B32 WCT B12 WR C57 WS C104 WT C59 WT C104 Y C70 YAC C103 YF C69 YF-N C89 YY C104 ZGC63RCCN WIRING DUCT ORDER CODE:type/slot widthstyleW×HVDRVDR8080F： VDR=8mm slot width 8080=W宽xH高 F=with resistan VDR8080FW： VDR=8mm出线孔 8080=W宽xH高 F=with resistan HVDR8080F： HVDR=4mm出线孔 8080=W宽xW高 F=with resistan HVDR8080FW：HVDR=4mm出线孔 8080=W宽xW高 F=with resistan Part No. details 型号详细说明:FVDR-F=8mm slot width HVDR-F=4mm slot width HVDR=5mm slot width HVD-T=5mm slot width VDR-L=10mm slot widthVDR-C=8.5&10mm slot width VDR-LC=17mm slot width GDR-F=6mm slot width SDR=solid wiring duct HVDR-FT=4mm slot width VDR-CT=8.5&10mm slot widthF=with resistantF=有分隔齿 with resistant无代码blank =无分隔齿no resistantT=无分隔齿no resistantL=无分隔齿大孔no resistant,bigger slotC=顶部闭口close at the topLC=顶部闭口大孔close at the top,bigger slot F=有分隔齿with resistantU=底部大孔bigger mounting hole FT=槽盖带突出cover with protruding HF=耐高温无卤 Halogen free8080Z=with score line Commending type: HVDRF&VDRF。
N-末端B型利钠肽原在老年慢性心力衰竭诊断中的应用
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Parker Hannifin SCPSD 12电子压力开关系列说明说明书
12• Compact • Rugged • Reliable• Easy operation • Long-term stability• Excellent interference resistance • Metal housing• High protection class • Many variants • Rotatable• Analogue output • Password •MPa, bar, psiThe Pressure Controller combines the functions of a pres-sure switch, a pressure sensor and a display instrument:• Pressure display (manometer)• Switching outputs • Analogue signalSimple operation, compact design and high reliability are the most important features of the SCPSD. The Pressure Controller offers excellent technical performance and optimum pressure management. It is ideal for permanent use in industrial applications.Easy to operateParameter setting is carried out via the keys or with a programming module.High functionalityEvery switching output can be set individually:• Normally closed/normally open contacts • On and off switching pressures • Delay times• Hysteresis/window function • DampingIntelligent settings which are not possible with a mechani-cal switch can be achieved with these convenient switch functions. Several switches can be replaced by a single controller.The analogue output is individually settable• 0/4…20 mA switchable • Settable initial pressure • Settable final pressureReliable/safePressure is captured by a measuring cell with long-term stability. Any functional error is monitored and can be processed in accordance with DESINA. Thanks to a pass-word, unauthorized change of parameters is prevented. RuggedThe housing is made of metal and is resistant to humidity, shock and vibrations. The electronics are protected from reverse polarity, overvoltage and short circuits.Everything within viewThe large illuminated display is readable even from a considerable distance. Pressures are shown in MPa, bar or psi.Optimum installation possibilitiesWith its compact design and excellent interference resist-ance the SCPSD is suitable for installation under critical conditions.With its directionally settable housing, the display canalways be read very easily.UniversalMany versions are available to suit a wide variety of applications.Series SCPSD12Flexible installation• Compact• Rotatable 290°Thread• Internal thread•External threadTube clamp• Safe mounting witha rugged SCSD-S27clampProgramming module• Can be set withControllerWINsoftware• Optical interface• Switch status displayEverything in view• Chamfered display• Digital display• Large• Luminescent• Display• psi/bar/Mpa• Actual pressure• Minimum pressure• Maximum pressure• Switching pointsEasy to operate• 3 large keys• Display of unitsPressure connection• Stainless steel• Measuring cell stable long-term• Wide media toleranceRugged• Metal housing• Watertight• High interference resistance• Vibration resistant• ShockproofInstrument FeaturesSeries SCPSD12Technical Data1)Other sealing materials (FPM, EPDM etc.) on request.2)Does not apply to DIN EN 175301-803 form A (formerly DIN43650) version.Series SCPSD12Connection Designationsye = yellow gn = green wh = white gr = greybn = brownbk = blackbl = blueSCPSD-xxx-14-x52 switching outputs; 1 analogue output; M12x1; 5-poleSCPSD-xxx-04-x72 switching outputs; M12x1; 4-poleSCPSD-xxx-14-x71 switching output; 1 analogue output; M12x1; 4-pole SCPSD-xxx-04-x61 switching output;DIN EN 175301-803 form A (formerly DIN43650)Pressure range selectionWith pressure switches the settable pressure is very relevant.Because a 400 bar pressure switch shows the same resolution (1 bar) as a 600 bar pressure switch (also1 bar), a 600 bar pressure switch can be deployed even at a smaller nominal pressure (eg. 315 bar).The positive effects of this are the same accuracy withhigher safety and fewer product variants.Series SCPSD12External thread SCPSD-xxx-x4-1xInternal thread SCPSD-xxx-x4-2xHigh and low pressure DMS/ceramicHigh pressure (from 60 bar) DMS Low pressure (up to 16 bar) CeramicM12 plug-in connector SCPSD-xxx-x4-x5DIN EN 175301-803 form A (formerly DIN43650)SCPSD-xxx-04-x6Accessories ClampDimensionsSeries SCPSD12SCPSD - xxx - 04 - x 6SCPSD - xxx - 04 - x 7SCPSD - xxx - 14 - x 7SCPSD - xxx - 14 - x 5Pressure range004; 010; 016; 060; 100; 160, 400; 600 bar1 switching output; without analogue outputDIN EN 175301-803 form A(formerly DIN 43650) plug-in connector2 switching outputs; without analogue outputM12x1 plug-in connector; 4-pole1 switching output; with analogue outputM12x1 plug-in connector; 4-pole2 switching outputs; with analogue outputM12x1 plug-in connector; 5-poleTypeG1/4 BSPP external thread = 1G1/4 BSPP internal thread = 2SCPSD digital pressure switch Ordering examplesSCPSD-100-04-27Pressure range 100 bar2 switching outputsG ¼ BSPP internal threadM12 plug-in connectorSCPSD-60-14-27Pressure range 60 bar1 switching output1 analogue outputG ¼ BSPP internal threadM12 plug-in connectorSCPSD-004-14-17Pressure range 4 bar2 switching outputs1 analogue outputG ¼ BSPP external threadM12 plug-in connectorConnecting cable and separate plugsConnecting cable, ready-made SCK-400-xx-xx(open cable end)Cable length in m02 2 m05 5 m10 10 mPlug-in connector45 M12 cable socket; straight55 M12 cable socket; 90° angled56 DIN EN 175301-803 form A plug connector(formerly DIN 43650)Separate plugsM12 cable socket; straight SCK-145M12 cable socket; 90° angled SCK-155DIN EN 175301-803 Form A plug connector(formerly DIN 43650)SCK-006AccessoriesPC programming kit SCSD-PRG-KITFixing clamp SCSD-S27Reducing adaptor M22x1.5 SCA-¼-M22x1.5-EDReducing adaptor G ½ BSPP SCA-¼-ED-½-EDDamping adaptor SCA-1/X-EDX-1/X-DFlange adaptor for mechanical pressure switch SCAF-¼-40Ordering Codes / Accessories。
BendPak XPR-12CL 双梒抬升器维修手册说明书
PART SPECIFICATION FORMBENDPAK Number: 5570129MRP Description: 1/4" HYDRAULIC HOSE 31CL-0400XDate: 11/10/2015ECO : 007341. Engineering SpecificationApplication:1/4” HYDRAULIC HOSEDetailed Description: Array ONE or TWO BRAID STEEL WIRE HYDRAULIC HOSESIZE: 1/4” / 6.3mm I.D.0.53” / 13.4mm O.D.SPECS: 3000PSI OR 207 BAR WORKING PRESSURE12000PSI OR 827 BAR MINIMUM BURST PRESSURE2” / 50mm MIN BEND RADIUSCOLOR: BLACK2. Vendor InformationApproved Vendor Vendor Part # Contact # Preferred Vendor1) PARKER 387-4 ***********2)OR BENDPAK ENGINEERING APPROVED EQUIVALENTPART SPECIFICATION FORMDetailed Description:2. Vendor InformationApproved Vendor Vendor Part #1)PART SPECIFICATION FORMDetailed Description:f2. Vendor InformationApproved Vendor Vendor Part #1)PART SPECIFICATION FORMDetailed Description:2. Vendor InformationApproved Vendor Vendor Part #1)PART SPECIFICATION FORMBENDPAK Number: 5900370MRP Description: XPR-12CL-18CL INSTALLATION MANUALDate: 03/15/2016ECO : 007501. Engineering SpecificationApplication:INSTALLATION MANUALDetailed Description:2. Vendor InformationApproved Vendor Vendor Part # Contact # Preferred Vendor 1)PART SPECIFICATION FORMBENDPAK Number: 5905109MRP Description: WARNING ALI/WL 101Date: 06/18/2013ECO : 006051. Engineering SpecificationApplication:ALI 2 POST SAFETY STICKER KITDetailed Description:SIZE: 14” L x 8.5” W (356mm x 216mm)2. Vendor InformationApproved Vendor Vendor Part # Contact # Preferred Vendor 1)PART SPECIFICATION FORMBENDPAK Number: 5905177MRP Description: TO PROLONG LIFT OF TWODate: 06/18/2013ECO : 006051. Engineering SpecificationApplication:RED CYLINDER WARNINGDetailed Description:SIZE: 3” L x 1.75” W (76mm x 44mm)2. Vendor InformationApproved Vendor Vendor Part # Contact # Preferred Vendor 1)PART SPECIFICATION FORMSIZE: 38” L x 4.25” W (965mm x 108mm)PART SPECIFICATION FORMBENDPAK Number: 5905404MRP Description: MAX CAP DANGER 12KDate: 06/19/2013ECO : 006051. Engineering SpecificationApplication: LIFT CAPACITY STICKERDetailed Description:SIZE: 3.25” L x 4.5” W (82mm x 114mm)Approved Vendor Vendor Part # Contact # Preferred Vendor1)2. Vendor Information1. Engin Applica 2-POST DetailedSIZE: 28.App 1)2. VendB ation: T SAFETY D d Description 5” L x 4” W (proved Vend PAR BENDPAK Num MRP Descri cificationECAL n: 724m x 100m doronRT SPECI mber: 5905ption: 2-PO Date: 06/1ECO : 0060mm) Vendo FICATIO 5555OST SAFETY D 8/201305r Part # ON FORM DECALCont Mtact # Preferred VenndorWARNINGWIRE ROPE INSPECTION AND MAINTENANCE Lifting cables should be replaced every (3) three years or USE PROPER ADAPTERSDo not attempt to lift trucks or other frame type vehicles with standard flat contact pads. Frame cradle contact pads are recommended for use when lifting trucks, vans, or other frame vehicles. NEVER use lift with missing or damaged rubber pads. ALWAYS REPLACE rubber contact pads when worn or damaged. Contact BendPak or your BendPak dealer for product information. FRAME CRADLE CONTACT PADSSKU# 5215702PART SPECIFICATION FORMBENDPAK Number: 5905660MRP Description: MAX CAP NRTL DANGER 12KDate: 05/06/2013ECO : 005931. Engineering SpecificationApplication:LIFT CAPACITY STICKER FOR CE LIFTSDetailed Description:SIZE: 3.25” L x 4.5” W (82mm x 114mm)2. Vendor InformationApproved Vendor Vendor Part # Contact # Preferred Vendor 1)PART SPECIFICATION FORMBENDPAK Number: 5905940MRP Description: PRODUCT DATA LABELDate: 05/06/2013ECO : 005931. Engineering SpecificationApplication:PRODUCT DATA LABELDetailed Description:SIZE: 2.3” L x 4.5” W (58mm x 114mm)2. Vendor InformationApproved Vendor Vendor Part # Contact # Preferred Vendor 1)PART SPECIFICATION FORMBENDPAK Number: 5905950MRP Description: 2015_SERIAL_TAG-A-5905950Date: 11/06/2015ECO : 007381. Engineering SpecificationApplication:DATA SERIAL TAG 2 POST CEDetailed Description:SIZE: 3.48” L x 3.50” W (88.4mm x 88.9mm)Approved Vendor Vendor Part # Contact # Preferred Vendor1)2)OR BENDPAK ENGINEERING APPROVED EQUIVALENT2. Vendor Information (Or for Reference)Santa Paula, CA USA Model NuMberlift CapaCitySerial NuMberdeSCriptioN VoltageDANGER!Disconnect Power Before ServicingWArrAnty voiD if DAtA PlAte iS removeD PN 5905950110-240VAC, 50-60 Hz, 1 Ph380-415VAC, 50-60 Hz, 3 Ph 208-240VAC, 50-60 Hz, 1 Ph 208-440VAC, 50-60 Hz, 3 Phdate of Mfg.20162-Post Lifts Colors & Graphics 1/7/16CONFIDENTIAL INFORMATION.You may not disclose, print, copy or disseminate this information. Unauthorized use is a violation of federal criminal law. XPR-9DSXPR-9DTSXPR-9DS-LPXPR-10SXPR-10S-LPXPR-10TS XPR-10AS XPR-10AS-LP XPR-12FDL XPR-12CL XPR-15CL XPR-18CL* Does not include Models XPR-9, XPR-9TS & XPR-9-LPWARNINGWIRE ROPE INSPECTION AND MAINTENANCEUSE PROPER ADAPTERSFRAME CRADLE CONTACT PADSEP/N 5905940Product_Data_Label_5905940-New.pdf:Size: 4.5”W x 2.3”HMaterial: White Vinyl Pressure Sensitive AdhesiveThickness: 4 MilInk: U.V. protected CMYK 2/C ProcessFinish: PolishedPrint Process: Offset Lithography - 200 line-screenor 300 p.p.i. for digitalLamination: Clear-gloss over-laminate for abrasion,chemical, and ultra violet protectionFALI Blue P/N 5905109(As a set E, F & G)GALI YellowHALI Orange*DEPENDS ON LIFT MODEL AND CAPACITY P/N 5905402 - Max Cap. Danger 9kP/N 5905403 - Max Cap. Danger 10kP/N 5905404 - Max Cap. Danger 12kP/N 5905405 - Max Cap. Danger 15kP/N 5905406 - Max Cap. Danger 18kP/N 5905645 - Max Cap. Attention 7kP/N 5905650 - Max Cap. Attention 9kP/N 5905655 - Max Cap. Attention 10kP/N 5905660 - Max Cap. Attention 12kJKLIP/N 5905177Place on BOTH PostsLR-60_Warning_Instructions_Label.pdf:Size: 3”W x 1.75”HMaterial: White Vinyl Pressure Sensitive Adhesive Thickness: 4 MilInk: U.V. protected CMYK 2/C Process Finish: PolishedPrint Process: Offset Lithography - 200 line-screen or 300 p.p.i. for digitalLamination: Clear-gloss over-laminate for abrasion,chemical, and ultra violet protectionALI-Gold-Label-5905326.pdfP/N 5905950P/N 5905951*FOR ALI APPROVED LIFTS ONLY*FOR NON -CE APPROVED LIFTS ONLYP/N 5905326A Powerside PostB C (Place on backside of post also)IPlace labels 42” from ground to bottom of decals.PN 5905285 Do not remove back sheet of thisportion to prevent from sticking completely as shown in image.。
BTW68N600资料
BTW 68(N)March 1995SCRSymbol ParameterValue Unit I T(RMS)RMS on-state current (180°conduction angle)BTW 68BTW 68N Tc=80°C Tc=85°C 3035A I T(AV)Average on-state current (180°conduction angle,single phase circuit)BTW 68BTW 68NTc=80°C Tc=85°C 1922A I TSMNon repetitive surge peak on-state current (Tj initial =25°C )tp=8.3ms 420Atp=10ms 400I 2t I 2t valuetp=10ms800A 2s 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 case230°C TOP 3(Plastic)KAG.HIGH SURGE CAPABILITY .HIGH ON-STATE CURRENT.HIGH STABILITY AND RELIABILITY .BTW 68Serie :INSULATED VOLTAGE =2500V (RMS)(UL RECOGNIZED :E81734)DESCRIPTIONSymbol Parameter BTW 68BTW 68/BTW 68N Unit20040060080010001200V DRM V RRMRepetitive peak off-state voltage Tj =125°C20040060080010001200VABSOLUTE RATINGS (limiting values)FEATURESThe BTW 68(N)Family of Silicon Controlled Recti-fiers uses a high performance glass passivated technology.This general purpose Family of Silicon Controlled Rectifiers is designed for power supplies up to 400Hz on resistive or inductive load.1/5GATE CHARACTERISTICS (maximum values)Symbol ParameterValue Unit Rth (j-a)Junction to ambient50°C/W Rth (j-c)DC Junction to case for DCBTW 68 1.1°C/WBTW 68N0.8SymbolTest ConditionsValueUnitBTW 68BTW 68NI GT V D =12V (DC)R L =33ΩTj=25°C MAX 50mA 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 2µs I L I G =1.2I GT Tj=25°CTYP 40mA I H I T =500mAgate openTj=25°C MAX 75mA V TM BTW 68ITM=60A BTW 68N I TM =70A tp=380µsTj=25°CMAX2.12.2V I DRM I RRM V DRM Rated V RRMRatedTj=25°C MAX0.02mATj=125°C6dV/dtLinear slope up to V D =67%V DRM gate openV DRM ≤ 800V V DRM ≥1000VTj=125°CMIN 500250V/µs tqV D =67%V DRM I TM =60A V R =75V dI TM /dt=30A/µs dV D /dt=20V/µsTj=125°C TYP 100µsP G (AV)=1WP GM =40W (tp =20µs)I FGM =8A (tp =20µs)V RGM =5V.ELECTRICAL CHARACTERISTICSTHERMAL RESISTANCESBTW 68(N)2/5Fig.3:Maximum average power dissipation versus average on-state current(BTW68N).Fig.4:Correlation between maximum average power dissipation and maximum allowable temperatures(T amb and T case)for different thermal resistances heatsink+ contact(BTW68N).Fig.1:Maximum average power dissipation versus average on-state current(BTW68).Fig.2:Correlation between maximum average power dissipation and maximum allowable temperatures(T amb and T case)for different thermal resistances heatsink+ contact(BTW68).Package I T(RMS)V DRM/V RRM Sensitivity SpecificationA V BTWBTW68 (Insulated)30200X400X600X800X1000X1200XBTW68N (Uninsulated)35600X800X1000X1200XBTW68(N)3/5Fig.8:Relative variation of gate trigger current versus junction temperature.Fig.9:Non repetitive surge peak on-state current versus number of cycles.Fig.5:Average on-state currentversuscasetemperature (BTW 68).1E-31E-21E-11E+01E+11E+21E+30.010.101.00Zth/Rth Zth(j-c)Zth(j-a)tp(s)Fig.7:Relative variation of thermal impedance versus pulse duration.Fig.6:Average on-state currentversuscasetemperature (BTW 68N).Fig.10:Non repetitive surge peak on-state current for a sinusoidal pulse with width :t ≤10ms,and corresponding value of I 2t.BTW 68(N)4/5Cooling method :C Marking :type number Weight :4.7gRecommended torque value :0.8m.N.Maximum torque value :1m.N.Fig11:On-state characteristics (maximum values).HR 4.6CAGDBPN NL MJIREF.DIMENSIONSMillimeters Inches Min.Max.Min.Max.A 15.1015.500.5940.611B 20.7021.100.8140.831C14.3015.600.5610.615D 16.1016.500.6320.650G 3.40-0.133-H 4.40 4.600.1730.182I 4.08 4.170.1610.164J1.45 1.550.0570.062L 0.500.700.0190.028M2.70 2.900.1060.115N 5.40 5.650.2120.223P1.201.400.0470.056PACKAGE MECHANICAL DATA TOP 3PlasticInformation 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.BTW 68(N)5/5。
XGN68-12
一、概述：XGN68-12型户内交流箱式金属封闭开关设备（简称开关柜）是我公司和中国电力科学研院究共同研制生产的新型户内紧凑型供配电设备。
XGN68-12型开关柜内所选用ZN100-12真空断路器和FZN58-12真空负荷开关均采用真空灭弧室环氧树脂固封技术，其外型美观、绝缘性能良好、操作方便。
柜内采用专利设计的旋转熔断器结构，使得熔断器更换实现抽出式，格外方便。
XGN68-12型开关柜外形尺寸在空气绝缘柜中最小，对于城市用户、居民小区供配电符合环保要求，有效占地面积最小，XGN68-12型开关柜是最理想的选择。
二、型号三、使用环境：1、海拔高度：≤1000m2、环境温度：-25℃~40℃3、相对湿度：日平均≤95%，月平均≤90%4、抗震能力：地震烈度不超过8度5、安装倾斜：安装倾斜不超过5度6、使用场所：无爆炸危险，化学腐蚀，无剧烈振动四、主要技术参数：序号参数名称单位数值1 额定电压KV 122 主母排额定电流Hz 6303 额定频率kA 504 主回路，接地回路额定短时耐受电流kA 205 主回路，接地回路额定短时峰值电流kA 506 主回路，接地回路额定短时关合电流kA 507 熔断器开断电流kA 31.5 408 1min工频耐压（有效值）相间、对地/隔离断口kA 42/499 雷电冲击耐受电压（峰值）相间、对地/相隔断口kA 75/8510 二次回路工频耐压V 200011 额定电流开断次数次10000断路器、负荷开关次10000 机械寿命隔离开关、接离开关次20013 外壳防护等级IP2X14 操作方式手动或电动断路器柜mm 400×800×160015 外形尺寸负荷开关柜mm 500×800×1600五、柜体结构特点：开关柜采用2mm厚敷铝锌钢板经CNC机床加工，精度高，强度高，外形美观，柜后有两处压力释放孔，最大限度地保障人身安全和运行可靠。
nokia NC-12 功率因数调整器
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NC-12 功率因数控制器
1.3 描述
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NC-12 功率因数控制器
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调整器输出继电器的接线端子 铭牌 盘面安装用安装支架 DIN 轨道安装的固定弹簧 调整器的电流,电压,温度传感器,目标功率因数的输入接线端子 风扇及报警输出 DIN 轨道安装的安装区
5.1 概述 ...................................................................................................................................... 12 5.2 主菜单................................................................................................................................... 14 5.3 电容器组的预先配置 ............................................................................................................. 16 5.4 调试 ...................................................................................................................................... 19