SEN-0002H中文资料

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211098362_LPL基因变异导致的婴儿家族性高乳糜微粒血症合并肾脏错构瘤1例报告

211098362_LPL基因变异导致的婴儿家族性高乳糜微粒血症合并肾脏错构瘤1例报告

!-?@A!DOI:10.3969/j.issn.1001-5256.2023.04.022LPL基因变异导致的婴儿家族性高乳糜微粒血症合并肾脏错构瘤1例报告陈欣涛1a,2,方微园1a,龚晓妍1b,林 琼2,陆 怡1a1复旦大学附属儿科医院a.儿童肝病中心,b.临床营养科,上海201102;2无锡市儿童医院消化科,江苏无锡214023通信作者:陆怡,luyi@fudan.edu.cn(ORCID:0000-0002-3311-4501)关键词:脂蛋白脂酶缺乏症Ⅰ型;高甘油三酯血症;肾脏错构瘤基金项目:国家重点研发计划(2021YFC2700800)InfantilefamilialchylomicronemiasyndromecausedbyLPLgenevariantscoexistingwithrenalhamartoma:AcasereportCHENXintao1a,2,FANGWeiyuan1a,GONGXiaoyan1b,LINQiong2,LUYi1a.(1.a.TheCenterforPediatricLiverDiseases,b.DepartmentofClinicalNutrition,Children’sHospitalofFudanUniversity,Shanghai201102,China;2.DepartmentofGastroenterology,WuxiChildren’sHospital,Wuxi,Jiangsu214023,China)Correspondingauthor:LUYi,luyi@fudan.edu.cn(ORCID:0000-0002-3311-4501)Keywords:HyperlipoproteinemiaTypeI;Hypertriglyceridemia;RenalHamartomaResearchfunding:NationalKeyResearchandDevelopmentProgramofChina(2021YFC2700800)1 病例资料患儿男性,4月龄+20天,因“发现血脂异常8天”于2021年3月收治复旦大学附属儿科医院肝病科。

SEN-R-956-003中文资料

SEN-R-956-003中文资料

TECHNICAL DATA SHEET 4200…SURFACE MOUNT DIE WITH HEAT ABSORBING STANDOFF TERMINAL STRIPS TRANSIENT VOLTAGE SUPPRESSOR 500 WATT SERIES Glass Passivated Die Plus Dual Heat StripsFeatures:• Low Profile• Broad Voltage Range Available - - 6.8 to 200 Volts • Broad Spectrum Transient Suppression• Rapid Response - - 4 nanoseconds typical• Built-in Heat Absorbing Terminations• Electrically Similar to Mil-Prf-19500/516 Applications:• Connector I/O Surge Suppression• Data Line Protection Description: This is a bipolar transient voltage suppressor series extending from 6.8 volts to 200 volts intended for surface mount applications.Each device comes as a “Cell” with its own heat absorbing terminals pre-bonded at high temperature. This permits mounting on printed circuit boards that cannot provide their own heat sinking. Each terminal is silver plated and is solderable permitting solder down attachment with a very small footprint. Each unit is bi-symmetrical so any orientation can be used.ELECTRICAL CHARACTERISTICSPARAMETER SYMBOL Test Conditions Min TYP Max.Units Response Turn-on Time ton 2 5 nsTransient Energy Pulse (Cell) Ep 1 10uS rise, I= 0.5Ip at t=100us (exponentialdecay)1500 WTransient Energy Pulse (Cell) Ep 2 10uS rise, I= 0.5Ip at t=1.0mS (exponentialdecay)500 WTransient Energy Pulse (Cell) Ep 3 10uS rise, I= 0.5Ip at t=10mS (exponentialdecay)150 WTransient Energy Pulse (Cell) Ep 4 10uS rise, I= 0.5Ip at t=50mS (exponentialdecay)70 WTransient Energy Pulse(Cell)Ep 5 10uS rise, I= 0.5Ip at t=50mS (step pulse) 50 W Electrical Parameters See TableMaximum SolderTemperatureTmax 10 second exposure 300 ºC Thermal Resistance (J-C) ΤJC Assume heat sink on terminal strip ends 18 30 ºC/WNote 1: “Die Only” configuration requires user to provide adequate energy absorption. Note 2: Terminal strips are 0.009” to 0.011” thick copper with nickel and silver plate.0.034"0.039"Typ0.052"0.056"0.0115"0.0155"Bipolar Die OnlySEN-R-956-XXX 500Watt TVS SeriesNominal Vz min Vz max TC (nom) Ir max Part Vz Iz @ Iz @ Iz of Vz Vr @ Vr Vcc Ip Number (V) (mA) (V) (V) (%.°C) (V) (uA) (V) (A) SEN-R-956-001 6.8 10 6.40 7.25 0.050 5.0 1600 9.2 54.3 SEN-R-956-002 7.2 10 6.67 7.67 0.060 6.0 1600 10.3 48.5 SEN-R-956-003 7.8 10 7.22 8.30 0.060 6.5 1000 11.2 44.6 SEN-R-956-004 8.4 10 7.78 8.95 0.060 7.0 400 12.0 41.7 SEN-R-956-005 9.0 1 8.33 9.58 0.070 7.5 200 12.9 38.8 SEN-R-956-006 9.6 1 8.89 10.23 0.070 8.0 100 13.6 36.8 SEN-R-956-007 10 1 9.44 10.82 0.070 8.5 20 14.4 34.7 SEN-R-956-008 11 1 10.00 11.50 0.080 9.0 10 15.4 32.5 SEN-R-956-009 12 1 11.10 12.80 0.080 10.0 5 17.0 29.4 SEN-R-956-010 13 1 12.20 14.00 0.080 11.0 5 18.2 27.5 SEN-R-956-011 14 1 13.30 15.50 0.085 12.0 5 19.9 25.1 SEN-R-956-012 15 1 14.40 16.50 0.085 13.0 5 21.5 23.3 SEN-R-956-013 17 1 15.60 17.90 0.085 14.0 5 23.2 21.6 SEN-R-956-014 18 1 16.70 19.20 0.090 15.0 5 24.4 20.5 SEN-R-956-015 19 1 17.80 20.50 0.090 16.0 5 26.0 19.2 SEN-R-956-016 20 1 18.90 21.70 0.090 17.0 5 27.6 18.1 SEN-R-956-017 22 1 20.00 23.30 0.095 18.0 5 29.2 17.1 SEN-R-956-018 24 1 22.20 25.50 0.095 20.0 5 32.4 15.4 SEN-R-956-019 26 1 24.40 28.00 0.095 22.0 5 35.5 14.1 SEN-R-956-020 29 1 26.70 30.70 0.095 24.0 5 38.9 12.9 SEN-R-956-021 31 1 28.90 33.20 0.095 26.0 5 42.1 11.9 SEN-R-956-022 33 1 31.10 35.80 0.095 28.0 5 45.4 11.0 SEN-R-956-023 36 1 33.30 38.30 0.095 30.0 5 48.4 10.3 SEN-R-956-024 39 1 36.70 42.20 0.100 33.0 5 53.3 9.4 SEN-R-956-025 43 1 40.00 46.00 0.100 36.0 5 58.1 8.6 SEN-R-956-026 48 1 44.40 51.10 0.100 40.0 5 64.5 7.8 SEN-R-956-027 51 1 47.80 54.90 0.100 43.0 5 69.4 7.2 SEN-R-956-028 54 1 50.00 57.50 0.100 45.0 5 72.7 6.9 SEN-R-956-029 57 1 53.30 61.30 0.100 48.0 5 77.4 6.5 SEN-R-956-030 61 1 56.7 65.2 0.100 51.0 5 82.4 6.1 SEN-R-956-031 65 1 60.0 69.0 0.100 54.0 5 87.1 5.7 SEN-R-956-032 69 1 64.4 74.1 0.105 58.0 5 93.6 5.3 SEN-R-956-033 72 1 66.7 76.7 0.105 60.0 5 96.8 5.2 SEN-R-956-034 76 1 71.1 81.8 0.105 64.0 5 103.0 4.9 SEN-R-956-035 84 1 77.8 89.5 0.110 70.0 5 113.0 4.4 SEN-R-956-036 90 1 83.3 95.8 0.110 75.0 5 121.0 4.1 SEN-R-956-037 93 1 86.7 99.7 0.110 78.0 5 126.0 4.0 SEN-R-956-038 101 1 94.4 108.2 0.110 85.0 5 137.0 3.6 SEN-R-956-039 108 1 100.0 115.5 0.110 90.0 5 146.0 3.4 SEN-R-956-040 120 1 111.0 128.0 0.110 100.0 5 162.0 3.1 SEN-R-956-041 131 1 122.0 140.5 0.110 110.0 5 177.0 2.8 SEN-R-956-042 143 1 133.0 153.0 0.110 120.0 5 193.0 2.6 SEN-R-956-043 155 1 144.0 165.5 0.110 130.0 5 209.0 2.4 SEN-R-956-044 180 1 167.0 192.5 0.110 150.0 5 243.0 2.1 SEN-R-956-045 192 1 178.0 205.0 0.110 160.0 5 259.0 1.9 SEN-R-956-046 203 1 189.0 217.5 0.110 170.0 5 275.0 1.81Time (s)Clamp Power vs Time for Sensitron 500W TVS SeriesTime (mS)Exponential Decay Pulse WaveformRated Vz of Device (V)Reverse Junction Capacitance for Sensitron 500W TVSSENSITRONSEMICONDUCTORTECHNICAL DATADISCLAIMER:1- The information given herein, including the specifications and dimensions, is subject to change without prior notice to improve product characteristics. Before ordering, purchasers are advised to contact the Sensitron Semiconductor sales department for the latest version of the datasheet(s).2- In cases where extremely high reliability is required (such as use in nuclear power control, aerospace and aviation, traffic equipment, medical equipment, and safety equipment), safety should be ensured by using semiconductor devices that feature assured safety or by means of users’ fail-safe precautions or other arrangement.3- In no event shall Sensitron Semiconductor be liable for any damages that may result from an accident or any other cause during operation of the user’s units according to the datasheet(s). Sensitron Semiconductor assumes no responsibility for any intellectual property claims or any other problems that may result from applications of information, products or circuits described in the datasheets.4- In no event shall Sensitron Semiconductor be liable for any failure in a semiconductor device or any secondary damage resulting from use at a value exceeding the absolute maximum rating.5- No license is granted by the datasheet(s) under any patents or other rights of any third party or Sensitron Semiconductor.6- The datasheet(s) may not be reproduced or duplicated, in any form, in whole or part, without the expressed written permission of Sensitron Semiconductor.7- The products (technologies) described in the datasheet(s) are not to be provided to any party whose purpose in their application will hinder maintenance of international peace and safety nor are they to be applied to that purpose by their direct purchasers or any third party. When exporting these products (technologies), the necessary procedures are to be taken in accordance with related laws and regulations.。

X02xxxN中文资料

X02xxxN中文资料
Tj= 25°C MAX Tj= 25°C MAX Tj= 25°C MAX Tj= 25°C MAX Tj= 110°C MAX Tj= 110°C TYP Tj= 110°C MAX
Sensitivity
02
03
05
20
20
200
200
50
0.8
0.1
8 0.5
5
6
1.5
5
200
15
20
15
100
Fig.8 : On-state characteristics (maximum values).
I TSM (A). I2 t (A2 s) 100
ITSM 10
I2 t
1 1
Tj initial = 25oC
tp(ms) 10
I TM (A) 100
Tj initial 25oC
10
Tj max
The ST logo is a trademark of STMicroelectronics
VD=67%VDRM RGK = 1 KΩ
ITM= 3 x IT(AV) VR=35V dI/dt=10A/µs tp=100µs dV/dt=2V/µs VD= 67%VDRM RGK = 1 KΩ
Tj= 25°C MIN MAX
Tj= 25°C MAX Tj= 125°C MIN
Tj= 25°C MIN Tj= 25°C TYP
0.8
= 180o
0.6
0.4
0.2 0.0
0
Ttab (oC) 10 20 30 40 50 60 70 80 90 100 110 120 130
Fig.4 : Relative variation of thermal impedance junction to ambient versus pulse duration.

日本新光电子秤中文说明书

日本新光电子秤中文说明书

3. 安装
为确保天平发挥最佳效能, 天平要放在合适的工作环境中. 否则可能导致错误结果:
1. 勿放在松软地方, 造成天平不平衡.
2. 勿放在温度或湿度突变剧烈的地方.
3. 勿放在高温、高湿或多尘的地方.
4. 勿放在不牢固的台面, 或接近有振动的地方.
5. 勿放在风扇或冷气机的气流下的地方
6. 勿放在太阳直射的地方
设定代码详见52表格按zerotare键最右方数值会改变按数次直到显示屏显示用户需要的设定设定代码详见52表格52功能設定表格显示屏显示功能功能指令右方数值解说关闭比较测定功能比较测定功能任何时间判别包括在不稳定时判别环境高于5范围判别判别范围一个限定值判别ok或lo只在比较测定功能激活时看到判别点两个限定值判别hiok或lo关闭零位跟踪零位跟踪开动零位跟踪开动零位跟踪防止零位偏差关闭自动关机自动关机开动自动关机只限用充电池模式六数字输出接口输出七数字输出0114ct克拉15oz盎司16lb英磅17ozt全衡盎司18dwt英钱19grain1atlhongkong香港两1btlsingaporemalaysia新加坡两1ctltaiwan台湾两1dmommommes1etola20pcs件数1f百分比单位设定设定后可用功能键快速切换单位00unitset停用关闭glp打印glp打印开动glp打印只限gsw系列出厂已设定才显示显示屏显示功能功能指令右方数值解说按下打印键输出一个数据仅在稳定时输出一个数据不包括零位仅在稳定时输出一个数据包括零位当稳定时的一个输出并在不稳定时连续输出数据输出控制按下打印键输出一个数据只在稳定时4800bps波特率仅在七数字输出下使用出厂已设定切换单位天平可预先设定最多五个重量单位
7.1 一次采样 1.
按“Function”键, 使显示屏显示“Pcs”. 进入(计数)测量模式.

GE SEN 低压开关柜数据

GE SEN 低压开关柜数据

外壳材料
热浸锌板,环氧聚酯粉末喷涂
25 / GE C&I / 7/15/2010
•IEC60068-2-57 环境试验-第2部分-振动试验
*水平和垂直方向上的模拟振动环境测试。
•IEC/TR3 61641:2008-01 封闭式低压开关设备和控制设备组合装置在
内部故障引起电弧条件下的试验导则
*低压开关设备内部故障电弧的国际试验标准,试验中的5条安全判据:1.门和盖 板应保持关闭。2. 试验期间,壳体不得出现破裂;不得有物体飞出。3.可自由接 近的壳体外部分,不得烧穿成孔洞。4.指示器不得受热而点燃。5.接地连接仍然
马达控制中心固定式单元
内部电弧故障防护
地震耐受试验 完全符合最新的IEC61439-2标准
8/ GE C&I / 7/15/2010
SEN Plus 低压开关柜
系统概述
• 完整的低压配电系统平台。 • 安全、可靠、灵活、智能化的解决方案。 • 完全符合最新的IEC标准,通过全部型式试验。
Relaibility
GE Consumer & Industrial
SEN Plus低压开关柜
SEN Plus低压开关柜
市场概况
SEN Plus 低压开关柜
市场概况
亚太区市场份额
Shneider 16.6%
Others 58.7%
ABB 9.1%
Eaton 1.0%
Siemens
11.8% GE
2.8%
2008 亚太区市场容量 : $ 5.8B 中高端市场占 25% 2008-2010年平均增长率 : ~ 8%
Safety
Intelligence
Flexibility

罗森商空产品介绍

罗森商空产品介绍

罗森商空产品介绍卤钨灯系列卤钨灯俗称“石英灯”,是在白炽灯内填充卤化物,壳使用石英玻璃的光源。

其寿命比普通白炽灯长,光效和色温比普通白炽灯高。

卤钨灯的基本性能1.光效:20~30lm/W2.色温:2900~3200K,暖色调3.显色性:1004.最大功率:10000W5.平均寿命:2000~5000小时6.亮度:整个寿命期光通输出稳定,寿终时光通量仍可达到初始值的95%,可调节7.低压:配变压器一起使用卤钨灯用途1.双端灯:泛光,广告和区域等室外照明2.单端灯:室内照明应用领域,象商场,酒店,旅馆,家居等的重点和装饰照明,办公室,阅览室的局部照明,这些地方主要考虑较高显色性,暖色调和调光的要求照明用卤钨灯和反射定向照明卤钨灯广泛用于家庭照明、商业照明、艺术照明中,能在较小的立体角范围内获得较高的光强,它的主要照射角度可分为10°、25°、38°、60°四种,也就是窄光、中光、宽光、超宽光四种配光。

在玻壳内涂有二氧化硅—二氧化钛等硬膜,耐温好,使用寿命长。

石英玻璃一个显著优点是有高的透明度和好的抗热冲击性能,工作温度高(达到900摄氏度),光学透过特性好,照明用卤钨灯根据灯丝的绕制方式分为横丝和直丝两种,我司主要采用直丝灯珠。

其插脚的材料根据不同的用途也有钼脚和镍脚两种。

需焊接加工的,必须采用镍脚。

我司有JL-XXXX、NL-XXXX、ML-XXXX系列产品。

反射定向照明卤钨灯根据外型尺寸分为MR11(D=35)和MR16(D=50)两种类型,其中MR11有20W、35W两个规格,MR16有20W、35W、50W三种规格。

并有加玻璃盖和不加玻璃盖之分,玻璃盖又有平盖、凸盖之分,我司的灯杯产品所加玻璃盖均为平面钢化玻璃盖,采用德国进口灯丝,特加厚镀膜技术,防紫外线功能,高显色性,使用寿命达3000小时以上射灯,优点为灯珠的玻璃外壳为石英所制,故耐高温,热稳定性好,灯杯使用了反光镜聚焦原理,因此光集中,还原性好。

LH0002中文资料

LH0002中文资料

CONNECTION DIAGRAMS
METAL CAN PACKAGE
INPUT
8
V1 + 1
7 V1 -
V2 + 2
6 V2 -
E3 3
4 OUTPUT
HO8A
5 E4
DUAL-IN-LINE PACKAGE
V2 + 1 V1 + 2
3 INPUT
V1 - 4 V2 - 5
10 E1 9 E3 8
N Package . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . +150oC H Package . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . +175oC Steady State Output Current . . . . . . . . . . . . . . . . . . . ±100mA Pulsed Output Current (50ms On/1 sec. Off) . . . . . . ±400mA Lead Temperature Soldering (10 seconds) Metal Can. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 300oC Plastic. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 300oC ESD Rating (Note 5) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2kV

日本信浓电机最新手册

日本信浓电机最新手册


装配橡胶减震器






其 他 马 达




从轴加工到卷线等各方面的设计,我们都可以根据客户的要求提供最佳的设计方案,请把您的要求联络到我们的销售处或

者我们的代理商。
马达在运转时,马达表面的温度不要超过100摄氏度。
07
两相混合步进马达
36Cቤተ መጻሕፍቲ ባይዱ系列
φ36mm
0.9° 双极
规格
型号
步进角 deg.
36C1
脱出力矩曲线
SST36C0XXX




445$"1IBTF

445$"1IBTF
445$"1IBTF
445$"1IBTF
力矩 (mN-m)














工业机械
家电设备
医疗设备
护理设备
驱动器
马达控制技术 系统控制技术
马达
直流无刷马达 步进马达 车用直流无刷马达
机械模块
齿轮箱 / 齿轮组件 风扇 刹车 / 离合器 等
目录
产品系列
4
两相混合步进马达
6
直流无刷马达
30
直流无刷马达
外转子直流无刷系列
内转子直流无刷系列
大功率直流无刷系列
直流无刷风机系列
交流诱导马达
(2)
(1.55)
SST36CXXX3
L 变化范围 马达长度(mm)
13.7 21.05
(1.4)

申菱恒温恒湿机样本

申菱恒温恒湿机样本

申菱恒温恒湿机样本目录一、产品简介及特点 (2)二、恒温恒湿空调机汇总表................................. ..3三、名义工况............................................. …・3四、运行范围................................... .... .... •…・3五、产品型号表示方法 (4)六、送回风方式............................... . (4)七、性能参数表…………………………………………………… ..…… ..5八、外形及空间安装尺寸……………………………………..………… .8九、安装注意事项 (11)十、订货参考事项 (11)十一、附录 (12)申菱牌恒温恒湿空调机是申菱公司积累多年实践经验设计而成的机组。

机组采用智能化的控制模式,实现对机组制冷、除湿、加热、加湿等功能,从而达到对室内环境温、湿度的精确控制。

广泛适用于电子工业、仪器仪表、印刷厂、通讯设备、供配电站等对空气温、湿度精度要求较高的场合。

2产品特点本系列设有3HP〜100HP共20个规格。

有风冷、水冷两种冷却方式,满足客户不同使用环境的需求。

辅助加热方式(电加热,蒸汽加热、热水加热)及送回风形式多种多样,便于匹配组合。

有新风引入功能,能够有效改善空气品质。

人性化的微电脑控制系统,操作简单方便。

高精度的PLC 控制技术,多级能量调节,室内温湿度波动小,温度精度达土0.8° C,湿度精度土5%。

机组结构紧凑,外形美观,便于安装、运输及维压缩机全部采用高性能涡旋式压缩机,送风机选用低噪音高效率离心式风机,制冷系统配件皆来自国际知名品牌,性能稳定。

单系统机组设置除湿电磁阀,使机组在低负荷运行时,能保持较佳的除湿效果,尤其适合潮湿多雨的雾雨季节,精确控制,高效节能,节省再加热功耗;多系统机组具有多级能量调节。

2SJ352中文资料

2SJ352中文资料

2SJ352中⽂资料2SJ351, 2SJ352Silicon P-Channel MOS FETADE-208-1431st. EditionApplicationLow frequency power amplifierComplementary pair with 2SK2220, 2SK2221FeaturesHigh power gainExcellent frequency responseHigh speed switchingWide area of safe operationEnhancement-modeGood complementary characteristicsEquipped with gate protection diodesOrdering InformationType No.VDSX2SJ351–180 V2SJ352–200 V2SJ351, 2SJ3522OutlineAbsolute Maximum Ratings (Ta = 25°C)ItemSymbol Ratings Unit Drain to source voltage 2SJ351V DSX–180V2SJ352–200Gate to source voltage V GSS ±20V Drain currentI D –8A Body to drain diode reverse drain current I DR –8A Channel dissipation Pch*1100W Channel temperature Tch 150°C Storage temperature Tstg –55 to +150°C Note:1.Value at T C = 25°C2SJ351, 2SJ3523Electrical Characteristics (Ta = 25°C)ItemSymbol Min Typ Max Unit Test conditions Drain to source 2SJ351V (BR)DSX–180——VI D = –10 mA, V GS = 10 Vbreakdown voltage2SJ352–200——Gate to source breakdown voltageV (BR)GSS ±20——V I G = ±100 µA, V DS = 0Gate to source cutoff voltage V GS(off)–0.15—–1.45V I D = –100 mA, V DS =–10 V Drain to source saturation voltageV DS(sat)——–12V I D = –8 A, V GD = 0*1Forward transfer admittance |y fs |0.7 1.0 1.4S I D = –3 A, V DS = –10 V*1Input capacitance Ciss —800—pF V GS = 5 V, V DS = –10 V,Output capacitanceCoss —1000—pF f = 1 MHzReverse transfer capacitance Crss —18—pF Turn-on time t on —320—ns V DD = –30 V, I D = –4 A Turn-off time t off—120—nsNote:1.Pulse test2SJ351, 2SJ35242SJ351, 2SJ3526Hitachi CodeJEDECEIAJWeight (reference value)TO-3P—Conforms5.0 gUnit: mmCautions1.Hitachi neither warrants nor grants licenses of any rights of Hitachi’s or any third party’s patent,copyright, trademark, or other intellectual property rights for information contained in this document.Hitachi bears no responsibility for problems that may arise with third party’s rights, includingintellectual property rights, in connection with use of the information contained in this document.2.Products and product specifications may be subject to change without notice. Confirm that you have received the latest product standards or specifications before final design, purchase or use.3.Hitachi makes every attempt to ensure that its products are of high quality and reliability. However,contact Hitachi’s sales office before using the product in an application that demands especially high quality and reliability or where its failure or malfunction may directly threaten human life or cause risk of bodily injury, such as aerospace, aeronautics, nuclear power, combustion control, transportation,traffic, safety equipment or medical equipment for life support.4.Design your application so that the product is used within the ranges guaranteed by Hitachi particularly for maximum rating, operating supply voltage range, heat radiation characteristics, installationconditions and other characteristics. Hitachi bears no responsibility for failure or damage when used beyond the guaranteed ranges. Even within the guaranteed ranges, consider normally foreseeable failure rates or failure modes in semiconductor devices and employ systemic measures such as fail-safes, so that the equipment incorporating Hitachi product does not cause bodily injury, fire or other consequential damage due to operation of the Hitachi product.5.This product is not designed to be radiation resistant.6.No one is permitted to reproduce or duplicate, in any form, the whole or part of this document without written approval from Hitachi.7.Contact Hitachi’s sales office for any questions regarding this document or Hitachi semiconductor products.Hitachi, Ltd.Semiconductor & Integrated Circuits.Nippon Bldg., 2-6-2, Ohte-machi, Chiyoda-ku, Tokyo 100-0004, Japan Tel: Tokyo (03) 3270-2111 Fax: (03) 3270-5109 Copyright ' Hitachi, Ltd., 1999. All rights reserved. Printed in Japan.Hitachi Asia Pte. Ltd.16 Collyer Quay #20-00Hitachi TowerSingapore 049318Tel: 535-2100Fax: 535-1533URLNorthAmerica : http:/doc/bfe7be20915f804d2b16c12b.html /Europe :/doc/bfe7be20915f804d2b16c12b.html /hel/ecg Asia (Singapore):/doc/bfe7be20915f804d2b16c12b.html .sg/grp3/sicd/index.htm Asia (Taiwan):/doc/bfe7be20915f804d2b16c12b.html /E/Product/SICD_Frame.htm Asia (HongKong):/doc/bfe7be20915f804d2b16c12b.html /eng/bo/grp3/index.htm Japan :http://www.hitachi.co.jp/Sicd/indx.htmHitachi Asia Ltd.Taipei Branch Office3F, Hung Kuo Building. No.167, Tun-Hwa North Road, Taipei (105)Tel: <886> (2) 2718-3666Fax: <886> (2) 2718-8180 Hitachi Asia (Hong Kong) Ltd.Group III (Electronic Components)7/F., North Tower, World Finance Centre,Harbour City, Canton Road, Tsim Sha Tsui,Kowloon, Hong Kong Tel: <852> (2) 735 9218Fax: <852> (2) 730 0281 Telex: 40815 HITEC HXHitachi Europe Ltd.Electronic Components Group.Whitebrook ParkLower Cookham Road MaidenheadBerkshire SL6 8YA, United Kingdom Tel: <44> (1628) 585000Fax: <44> (1628) 778322Hitachi Europe GmbHElectronic components Group Dornacher Stra§e 3D-85622 Feldkirchen, Munich GermanyTel: <49> (89) 9 9180-0Fax: <49> (89) 9 29 30 00Hitachi Semiconductor (America) Inc.179 East Tasman Drive,San Jose,CA 95134 Tel: <1> (408) 433-1990Fax: <1>(408) 433-0223For further information write to:。

日本横河系列仪表

日本横河系列仪表
Headquarters
2-9-32,Nakacho,Musashino-shi, 东京都武藏野市中町2-9-32
横河电机(中国)商贸有限公司
地址: 中国上海市徐汇区淮海中路1010号嘉华中心(K.WAH CENTRE)28层~29层 邮编: 200031 电话: 021-54051515 传真: 021-54051011 地址: 北京市东城区金宝街89号金宝大厦9层 邮编: 100005 电话:010-85221155 传真:010-85221613 办事处:西安,惠州,苏州,南通,重庆,广州
用于高精度(ห้องสมุดไป่ตู้0.1%)温度控制的UT300系列
用于环境测试装置
高精度、五位数显示的UT551
红绿彩显
大数字测量值显示部分,绿 红彩 显自动切换!状态一目了然。
报警连动
测量值连动
偏差值连动
绿色/红色可固定
正常
UT321/UT351
自动/手动切换运行模式
UT351可直接连接以太网
UP351
两种编程模式
((只只44限8限8cc本h本h 体体))
最最快快2255mmss
1122年年连(连(66续c续chh记)记) 录录
更大
DX1000
2ch/4ch:125ms(高速模式时:25ms)
中中文拼文拼音音对对输输入入应应
方方便便!!!! 简简单单!!!! 6ch/12ch:1s(高速模式时:125ms)
外部存储使用CF卡最大可达2GB。 (标配32MB的CF卡。)
多功能电表通用三相3线式单相2线式单相3线式和三相3线式通用三相4线式通用电压输入110v220v440v1a通用电压输入110v220v440v5a数字输入1点数字输入1点模拟输出1点数字输入1点脉冲输出1点数字输入1点模拟输出1点脉冲输出1点rs485通信rs485通信ethernet通信需量测量需量报警接点输出1点100v240vacdcrst显示abc显示通常为0型号pr300相线额定输入电压电流附加输入输出功能通信功能附加测量功能辅助电源相位显示方式基本规格代码340大数字三段显示使用方便多功能电表高精度025pr300登场

AS-NZS 3112:2000-繁体中文版

AS-NZS 3112:2000-繁体中文版

Approval and test specification –Plugs and socket-outlets認可及測試規範-插頭和插座(AS/NZS 3112:2000和AS/NZS 3112/Amdt 1/2001)第一部份: 範圍及慨述1.1範圍本標準規定了家用及類似用途的額定電流不超過32A的超低電壓或低電壓的插頭和插座(如1.4條所定義的)的最基本的安全要求.(對於超低電壓插頭和插座見附錄E)本標準不適用於下列:(a) 電器耦合器(見AS/NZS 3109.1)(b) 裝置耦合器(見AS/NZS 3131:1995或暫標準AS/NZS 61535)(c) 工業用途的插頭, 插座和耦合器(見AS/NZS 3123)(d) 可移動電器用插頭和插座(見AS/NZS 3131)1.2應用1.2.1AS/NZS 3100標準的通用要求本標準應与AS/NZS 3100標準同時閱讀, AS/NZS 3100標準的相關條款應適用於插頭或插座的結構以及正常載流部件的絕緣和安全保護.1.2.2本標準的特殊要求插頭或插座如果符合本標準的所有相關要求並通過所規定的相關測試,則認為其符合本標準.注釋: (略)1.3參考文件本標準需參考下列文件:(略)1.4定義對本標準而言, AS/NZS 3100標準中的定義和如下的定義均適用:1.4.1完全凹入式插座具有符合3.6.4條的額外保護的插座.注釋: 這種額外保護應設計成可防止接觸插頭(符合圖2.1(e))的帶電端子.1.4.2絕緣插片式插頭所有帶電插片(N/L极插片----譯註)具有符合本標準的絕緣部份的插頭.1.4.3不可拆線式插頭插頭的結構應為插頭與其電源線形成一整體單元,以及;(a) 如果未使其永久破壞,電源線不可拆除;(b) 不可用手或普通工具更換電源線.1.4.4 插頭(略)1.4.5 具有螺紋連接裝置以及IP額定值的插頭(略)1.4.6 可拆線式插頭插頭的電源線可更換.1.4.7 插座(Socket-outlet)(略)1.4.8 具有螺紋連接裝置以及IP額定值的插座.(略)第二部份: 插頭2.1 端子及內部連接2.1.1 材料主要用於載流的端子及內部連接應為具有足夠硬度和剛度的耐腐蝕金屬材料.2.1.2 端子的結構端子應具有適當的大小和形狀,以配合相當於插頭額定電流的載流容量的電源線的導體. 應配有防止導體或絞合導體檜或拉伸的裝置.2.2 插片2.2.1 插片的材料插片的載流部份應為金屬,並具有足夠的機械強度,導電性和耐腐蝕性.符合性通過目視檢查,如有懷疑,則通過化學分析檢查.用於允許的溫度範圍和在正常化學污染的情況下,適當材料的實例如下:(a) 銅;(b) 銅合金,由冷軋薄板製作的部件含至少58%的銅,對於其它部件含至少50%的銅.(c) 不銹鋼,含至少13%鉻和小於0.09%碳.2.2.2 插片的組裝在組裝時,插片可能與插頭本體脫落但仍與電源線的導體連接,不允許插頭組裝時,任何插片不處於其預定的位置.用彈性絕緣材料製作的插頭,插片和端子應牢固定位.注釋: 參見2.8條關於扁平插片的呎寸.2.2.3 插片的形狀插片整體應具有適當的比例,鄰近連接處的部位其結構應不產生可導致插片斷裂的應力集中,同時應具有適當的開關以防止在正常使用時由於彎曲對絞合導體的擦傷或割傷. 插片的外露端應具有引入端,斜角或圓角以便於插入帶保護蓋的插座,同時無銳邊或毛邊.插片的接觸部位應光滑,無縫隙或缺口,但對於扁平插片而言,在一個面的接觸部份有0.3mm寬的縱向裂紋或縫隙是可以接受的.任何插片在裂紋處的厚度用如圖2.3所示的0.3mm厚的刀片測量.非絕緣插片的外露部份應無任何非金屬涂層.2.2.4 插片的絕緣絕緣插片的插頭的帶電部件應不外露,當插頭部份或全部插入插座時.如圖2.1所示的這種類型插頭的符合性按圖2.4測量檢查.對本條文而言,清漆,亮漆或噴涂的絕緣涂料不認為是絕緣材料.符合圖2.1(a), 2.1(c), 或2.1(f)(扁平帶電插片)至15A的插頭和絕緣插片式插頭不需符合圖2.1(e)中R20.0±1mm的要求.除如圖2.1(a2),(b)和(g)所示的插頭之外,低壓插頭的所有帶電插片應為絕緣插片,自本標準發佈之日后5年.2.3 絕緣材料2.3.1 慨述陶瓷除外,插頭的所有絕緣材料應符合2.13.11條.成型材料或包封材料應具有適當的性能並且其結構完全均勻,以保證具有適當的物理性能,它應無會明顯降低插頭的機械性能或電氣性能的空穴.2.3.2 插頭本體插頭本體的絕緣部份應為:(a) 性能不低於符合AS3121 (NZS/AS3121)的溫度種類為80℃的絕緣材料.(b) 陶瓷材料, 在水中浸泡48小時后並用潔凈布除去可見的水珠,其質量增加應不超過2%.2.3.3 插頭保護蓋插頭保護蓋的絕緣材料應具有不低於AS3121 (NZS/AS3121)中對溫度種類為60℃的絕緣材料所規定的性能.2.4 不可拆線插頭不可拆線插頭應符合如下要求:(a)每個導體應牢固並有效的連接到適當的插片上.每個插片(連接有導體)和鄰近連接處的導體的絕緣層應適當的支撐並固定在插頭中的位置.(b)導體應通過夾緊,壓著,碰焊或錫焊連接到插片.錫焊連接應符合AS/NZS 3100標準. 錫焊應僅用作夾緊或壓著連接的補充,除非插頭的結構為錫焊連接在插頭的正常使用中不會受到彎曲或承受機械應力.(c) 完整電源線(包括任何編織層,外被層)應包含在插頭本體中. 完整電源線應通過注塑,密封,封套或其它適當的方式牢固定位於插頭中,並能有效防止在正常使用中電源線的任何部份從插頭中移動出來.2.5 電源線進線口及固定措施2.5.1 慨述電源線進線口應能有效地固定電源線或打算配置的幾種電源線,以致在端子處的應力將顯著降低.對於可拆線插頭,應能有效固定表2.1中所列範圍的電源線,除非;(a) 有一特殊的開口,僅能配置一種規格的電源線,圓孔不認為限定直徑小於孔徑的電源線進入.(b) 製造商指定的電源線或電源線範圍按2.12.3(4)的規定進行標示.電源線的固定應符合AS/NZS 3100標準,除AS/NZS 3100標準的電源線拉力測試由本標準的2.13.4條的測試所代替.另外,除插頭僅使用平行二芯無外被電源線,如下應施加於彈性和熱塑性插頭(如圖2.1(a)和圖2.1(b)所示):應提供二種方式線夾: 一種是通過支柱,接線柱,夾具,曲折路徑或同等有效的方式固定每一條絕緣芯線;另一種是夾持電源線的外被.在一個裝置中可以使用二種方式.2.5.2 右角插頭( Side-entry plug)除需符合2.5.1條的通用要求之外,額定值至15A的低壓扁平插片右角插頭應符合圖2.1(d1)或圖2.1(d2)注釋: (略)圖2.1(d2)型的右角插頭的電源線的進入角度不作規定.但是,對於這種類型的插頭,電源線包括任何保護套或SR的邊緣距插頭面的距離不小於8.6mm.注釋: (略)表2.1電源線的範圍2.6 無線電干擾抑制裝置當電容加入插頭中用於無線電或電視干擾的抑制時,電容應符合IEC 60384-14標準.2.7 把手(Finger-grip)插頭應具有功能適當的把手,以便於容易插入插座或從插座中拔出.符合圖2.1(a1), (c), (d), (f)或(g)的插頭應容易插入或拔出符合圖3.5的完全凹入式插座.符合性通過目視檢查.2.8 低壓插頭的額定值和呎寸.2.8.1 慨述彽壓扁平插片插頭和具有一個圓形接地片及二個扁平帶電插片或二個圓形帶電片及一個扁平接地片的低壓插頭(額定值至20A)應符合圖2.1所示的適當呎寸.除圖2.1的呎寸之外,任何插頭的帶電片與插頭注塑邊緣之間的距離應不小於9mm.當懷疑符合此要求時,將附錄A的圖A1或附錄B的圖B1或附錄F的圖F1(a),F1(b)的適當治具置於插片上以接觸插頭面的最高點.使用寬度大於3mm的1.5mm厚薄規插入插頭和插頭治具之間(不用力),在9mm之內應不可接觸到帶電插片.插頭的前面應無任何一點凸出超過0.5mm.插片長度的測量應從插頭前面插片通過的最高點的平面到插片的末端.注釋: 凸出的實例是注塑的不平整和標示.2.8.2 整體注塑插頭和電源線二芯線可與3插片插頭整體注塑.2.8.3 具有非平行插片的二扁平插片插頭低壓,具有如圖2.1(c)排列二扁平插片插頭其電流額定值不超過連接的電線的額定值.這種插頭只允許10A最大額定電流並整體注塑.2.8.4 圖2.1的呎寸要求的相符性應通過任何適當的謶檢查的方式檢查低壓插頭與圖2.1所規定的呎寸的相符性,除涉及插片排列的標稱呎寸如距中心間距和角度方向應用符合附錄A,附錄B或附錄F的適當治具進行檢查.另外,額定電流至15A的低壓扁平插片或扁平插片和圓形插片組合的插頭(圖2.1(a1), 圖2.1(c), 圖2.1(d), 圖2.1(f)或圖2.1(g))應符合圖2.1(e)的呎寸要求.符合本標準具有絕緣插片的插頭不需符合圖2.1(e)中的R20±1.0mm的呎寸.(見圖2.1的注釋1)符合性用任何適當的方式進行檢查.2.8.5具有螺紋連接裝置以及IP額定值的插頭(略)2.9 內部連接配有接地連接的插頭的設計和結構應為當插頭正確接線和完整組裝時:(a) 松脫的端子螺絲或導電材料不能跨接任何帶電部件或接地部件;(b) 接地部件應有效的隔離,避免接觸可能松脫的帶電導體;(c) 帶電部件應有效的隔離,避免接觸可能松脫的接地導體.輔助裝置如無線電干擾抑制器或指示燈的任何連接需符合上述要求.2.10 接地連接的排列任何低壓,3插片插頭的接地插片應徑向於環繞插片的圓(見圖2.1(a1),圖2.1(f)和圖2.1(g)).2.11 保險絲加入插頭中並額定值不大於5A的保險絲應符合BS646標準.加入插頭中並額定值大於5A的保險絲應為符合AS 2005.30和AS 2005.10中相關要求的熔絲型.2.12 標示(Marking)2.12.1 要求的標示按照AS/NZS 3100標準, 插頭應標示如下資訊:(a) 製造商的名稱,商業名稱或標誌;(b) 額定電流,以安培表示;(c) 電壓;(d) 如果製造商標示的插頭不是唯一類型,則插頭還應標示產品號碼,型號或名稱與區分標示的任何其它插頭.(e) 宣稱的IP額定值.注釋: (略)2.12.2 標示的位置2.12.1條所要求的標示應位於如下:(a) (a)和(d)項—位於插頭的任何部位.(b) (b),(c)和(e)項—位於插頭的外部本體.2.12.3 對可拆線插頭的額外要求(略)2.12.4 接地連接(略)2.12.5 帶電連接(略)2.12.6 插頭的構型符合圖2.1(a),圖2.1(c),圖2.1(f)或圖2.1(g)的插頭當正確連接插片時,從插片視角,插片的構型應為E极,N极,L极處於順時針方向.當無接地插片時,帶電插片應符合這種構型.2.13.1 慨述插頭應按表2.2所述的順序進行測試並符合每項測試的要求.表2.2 插頭需進行的測試及順序插頭的耐絕緣應在500Vd.c.電壓下按如下進行:(a) 插頭的所有极之間(成對).(b) 插頭的帶電极與任何外部金屬之間, 插頭的所有帶電极連接在一起.(c) 插頭的帶電极與外露金屬的接地端子之間, 帶電极連接在一起.(d) 帶電极與施加到非導電部件(使用時正常握持)的軟電極之間, 所有帶電极連接在一起.(e) 對於絕緣插片插頭,帶電极與施加於每個帶電插片絕緣部位(距插頭面約4mm)的金屬箔之間, 所有帶電极連接在一起.測量的絕緣電阻應不小於5MΩ.2.13.3 高壓測試插頭應能經受表2.3所示的交流電壓,此電壓施加于2.13.2條的(a)和(c)項各1分鐘.插頭應能進一步經受3500Va.c.的電壓,此電壓施加于2.13.2條的(b)和(d)項各1分鐘. 絕緣插片的絕緣層應經受1250Va.c.電壓1分鐘(按2.13.2條的(e)項施加).表2.3 高壓測試的測試電壓2.13.4 電源線固定測試電源線測試時導體應連接於適當的端子.沿電源線進入插頭的方向施加表2.4中第4欄所規定值的直接拉力.超過10秒的時間,拉力均勻增加至適當的值,繼續保持10秒鐘,然後松開.此測試進行3次.彈性和熱塑性插頭的端子螺絲盡可能的松開(螺絲不脫落), 表2.4中第5欄規定值的直接拉力施加於電源線上. .超過10秒的時間,拉力均勻增加至適當的值,繼續保持10秒鐘,然後松開.此測試進行3次.電源線的芯線數應與插頭的插片數相適應.如果插頭設計只配置一種特定類型的電源線(按2.5條),則插頭僅需測試此種線材,但是,對應特定類型圓線直徑大小的進線口並不認為限定插頭只使用此種線材.如果電源線與端子分開;端子斷裂或損壞或當端子螺絲松開測試中電源線移動2mm.,則認為電線固定不適當.表2.4 電源線固定測試的負載2.13.5 外部螺帽或夾環的測試(略)2.13.6 保護蓋的連接(略)2.13.7 滾筒測試3個未進行測試的插頭按AS/NZS 3109.1標準所述在滾筒中進行測試.可拆線插頭配有表2.1中規定的最輕載荷,最小截面積的電線,長度約為100mm(從SR處或插頭處測量). 用等於AS/NZS 3100的螺紋和固定測試中規定力矩的2/3力矩將端子螺絲和組裝螺絲擰緊.不可拆線插頭按送測時所帶電線進行測試,電線保留約100mm自由長度(從SR處或插頭處測量).樣品從500mm高度跌落到3mm厚的鋼板上.每跌落100次后,目視插片並直接通過圖A1或F1的治具.總跌落次數為1000次.滾筒轉速為5轉/分鐘,每分鐘產生10次跌落.每次僅測試一個樣品.測試后,樣品應無本標準意義上的損壞.特別如下:(a) 帶電部件不外露於本標準的測試指.(b) 對於接地插片,仍需符合3.14.7條.(c) 任何其它影響安全性的功能將不減弱.(d) 無帶電部件鬆脫至產生危害情況的程度(參見2.9條).(e) 用正常視力或校正至正常的視力目測插頭.片如需要可除去絕緣層.插片應無破裂或顯示裂紋注釋: (略)2.13.8 溫升測試插頭的結構應使其符合如下溫升測試:(a) 不可拆線插頭按送測時樣品測試(用於溫度測試可接觸到端子的特制樣品).(b) 可拆線插頭配置製造商說明書中規定的導體截面積最小的PVC電線.用測試代號5中測試所規定的力矩的2/3,擰緊端子螺絲或螺帽.注釋: (略)測試插座為符合本標準的固定式插座.注釋: (略)固定式插座應安裝於適當的金屬壁箱子中,箱子置於自由通風之處,插座配置至少2.5m 長,如表3.4中所示的截面積的PVC絕緣的導體.插座的電線應在箱子線路接頭的1m距離封閉.插頭插入插座並通1.1倍額定電流的交流電1小時.電線接頭的溫度由熔化粒子,顏色變化指示劑或熱電偶方式確定,其選擇和放置應對需確定的溫度無影響.接頭的溫升應不超過45K.2.13.9 插片的牢固性2.13.9.1 插片的移動通過一剛性夾持塊夾持插片測試插片的移動, 夾持塊位於距插頭面5±0.5mm處,並施加18±1N的力於插片. 夾持塊的設計應為,測試時未測試的插片不會接觸到夾持塊.不可拆線插頭除外,測試時插頭不需連接電線,端子螺絲松開至可允許1mm2導體連接. 插頭和測試設備在40±1℃溫度下預處理1小時,不施加測試力.整個測試中,插頭和測試設備的所有部件都處於此溫度.對於所有插頭,施力點為沿著插片距插頭面14±0.5mm處,力的方向應為:(a) 沿著垂直於插片平面的線以及通過插片中心的二個方向.(b) 沿著一條線以右角達到(a)中的規定.在10秒的時間,以(a)和(b)所述方式將力逐漸施加至每個插片,並保持其最大力10秒,然後松開. 當施加力時,沿著相對於剛性夾持塊的力線測量插片的偏差.最大偏差應不超過2.0mm.依次測試符合圖2.1的插頭的所有的插片,在完成最後一個插片測試后5分鐘,其任何變形不應防止插頭插入附錄A,B,F中所示的適當的標準治具(不施加過分的力).對於其它類型的插頭,5分鐘后的任何變形不應防止插頭插入適當的插座(不施加過分的力).2.13.9.2 插片的固定另一個插頭樣品加熱至50±2℃1小時,並在整個測試包括除去測試負荷的5分鐘保持此溫度.插頭牢固地固定,其方式不會對插頭本體產生過分的擠壓或扭曲,而且不會使插片保持其原來的位置.在10秒的時間,每個插片依次平穩地施加力至60±0.6N,並保持10分鐘.每個插片進行2次測試,一次力的方向沿著插片長度朝向插頭本體的方向,另一次為相反方向.如果在測試中的任何時候,任何插片相對於本體材料移動大於2.4mm或在除去測試力的5分鐘內,任何插片不能回到圖2.1規定的標稱長度的0.8mm之內,則認為插片的連接是不恰當的.2.13.10 IP額定值確定插頭的IP額定值由製造商指定的插座和任何連接裝置進行確定,此組合物按AS 1939標準進行測試.當插頭測試AS 1939標準的第一個數字5(粉塵測試)時,測試應在AS 1939標準中規定的第2類條件下測試.2.13.11 防火性測試所有絕緣材料應進行AS/NZS 4695.2.11規定的灼熱絲測試,並符合相關的條款,施加650℃的灼熱絲30秒.2.13.12不可拆線插頭和電源線的額外測試2.13.12.1 慨述不可拆線插頭和電源線應通過2.13.12.2至2.13.12.6條的測試,除2.13.12.5條的測試僅用於具有錫箔導體的電線.每項測試在不同的樣品上進行.在這些測試時,室溫保持20±2℃.2.13.12.2 電源線的固定按如下步驟進行彎曲測試:(a) 將插頭固定至測試儀通過將插片固定於如圖2.2所示儀器的搖擺機構上而將插頭固定,搖擺機構處於運動中心,插頭出線口處電線的軸線垂直並通過搖擺的軸線.對此測試,任何SR認為是插頭的一部份.帶扁線的插頭其安裝應為截面的主軸平行於搖擺的軸線.插頭應置於測試儀上,以致當搖擺時,重塊和電線產生最小的側向運動.為了得到測試中重塊和電線具有最小側向運動的安裝位置,測試儀的結構應為,搖擺機構的不同支承物可通過螺紋軸(至少可移動範圍20至150mm)調節.一個裝置如條片應用於檢查重塊和電線產生最小側向運動.(b) 電線的負載電線應有如下負載:Ⅰ). 20±0.2N, 電線的截面積超過0.75 mm2Ⅱ). 10±0.1N, 電線的截面積未超過0.75 mm2重塊位於電線進線口至少300mm處(見圖2.2).(c) 測試方法搖擺機構擺動90°(每側45°), 彎曲次數為10000次,彎曲速度為60次/分鐘.注釋: 一次彎曲為向一個方向的一次運動.彎曲5000次后,圓線樣品在搖擺機構中轉動90°. 扁線樣品僅在垂直於含有線軸的平面方向彎曲.(d) 彎曲測試中的符合性在測試中,無銅絲刺破絕緣層,使其可接觸.(e) 彎曲測試后的符合性符合性指標如下:(Ⅰ). 樣品不顯示損壞.(Ⅱ). 保護套(如有)應不與插頭本體分開.(Ⅲ). 電線的絕緣層應不損壞.(Ⅳ). 每個導體的銅絲數不大於10%的破裂.2.13.12.3 芯線的連接通過夾持插片牢固地固定插頭.將沿電線出線口方向的直接拉力施於距進線口約600mm 處芯線(夾持在一起).,外被除去至插頭.在10秒的時間,拉力均勻增加至110±1N,並保持此最大值10秒鐘,然後鬆開.如果在測試中的任何時候,任何芯線從插頭上脫落或所有導體銅絲從插片上脫落,可認為芯線的連接不適當.2.13.12.4 外被的連接(帶外被電線)通過夾持插片牢固地固定插頭.將沿電線出線口方向的直接拉力施於距進線口約600mm 處外被,在距插頭約25mm處切斷芯線.在外被上做一軸向切口. 在10秒的時間,拉力均勻增加至130±1.3N,並保持此最大值10秒鐘,然後鬆開.如果在直接拉力達到所需值之前或在保持拉力期間,在進線口或SR處芯線外露,可認為外被的連接不適當.對於連接輕負載PVC電線或普通負載的彈性電線的插頭,如果在達到130N最大力之前,當外被破裂時,進線口處芯線不外露,則認為連接是恰當的.2.13.12.5 絕緣層的連接(無外被電線)通過夾持插片牢固地固定插頭.將沿電線出線口方向的直接拉力施於距進線口約600mm 處電線,每條線的絕緣層從距進線口約25mm處平行於導體切開一小段距離.導體的所有銅絲從切開部份切斷, 在10秒的時間,拉力均勻增加至65±0.7N,並保持此最大值10秒鐘,然後鬆開.如果在測試中的任何時候,絕緣層脫離插頭或進線口附近導體外露,則認為絕緣層的連接是不適當的.2.13.12.6 導體的連接插頭應切開,並且插片和適當長度的芯線從插頭上除去.另外,製造商可送交未注塑的樣品用於此項測試.鄰近插片約25mm的絕緣層從電線上剝開.每個插片依次固定,直接拉力施於距插片約600mm處的導體上,方向為導體連接到插片的方向.在10秒的時間,拉力逐漸增加至85±0.9N,並保持此最大值1分鐘,然後鬆開.如果在測試的任何時候,所有導體銅絲從插片上脫落,則認為導體的連接是不適當的.2.13.13具有絕緣插片的插頭的額外測試2.13.13.1 慨述插片的絕緣材料應能經受高溫和低溫應力.通過2.13.13.2至2.13.13.5條的測試進行檢查.2.13.13.2 高溫壓力測試一個絕緣插片樣品用如圖2.5所示的儀器進行如下測試.該儀器有一直徑為6mm,厚度為0.7mm的圓形壓片.如圖2.5所示放置樣品,通過壓片對樣品施加2.5N的力.放置樣品的儀器置於160±5℃的烘箱中2小時.從儀器中取出樣品,在10秒鐘內浸入冷水中冷卻.立即測量浸入處絕緣層的厚度,而且厚度的降低不超過50%.目視檢查絕緣材料應無裂紋,而且絕緣材料的呎寸應不低於圖2.4所示的最小呎寸.2.13.13.3 靜態阻尼加熱測試具有絕緣插片的插頭應按IEC 60068-2-30.Db (12+12 h cycle)進行2次阻尼加熱循環.相對溫度為95%,低溫為25±3℃,高溫為40℃.經過上述處理並恢復到室溫后,樣品應進行如下測試:(a) 耐絕緣測試(2.13.2(5)條)(b) 高壓測試(2.13.3條)(c) 耐磨測試(2.13.6條).注釋: (略)2.13.13.4 低溫測試具有絕緣插片的插頭應在-15±2℃保持至少24小時,然後回到室溫.樣品應進行如下測試:(a) 耐絕緣測試(2.13.2(5)條)(b) 高壓測試(2.13.3條)(c) 耐磨測試(2.13.6條).注釋: (略)2.13.13.5 低溫衝擊測試僅一個絕緣插片樣品進行衝擊測試,使用如圖2.6所示的儀器.下落重塊的質量為100±1g. 在40mm厚泡沫橡膠墊上的儀器與樣品置於-15±2℃保持至少24小時.在時間末期,樣品如圖2.6所示放置,下落重塊可從100mm高處下落.對同一樣品連續進行4次衝擊,在衝擊之間將其轉動90°.測試后,樣品回到室溫然後進行檢查.目視檢查樣品,絕緣材料應無裂紋.注釋: (略)2.13.13.6 耐磨測試具有絕緣插片的插頭應用如圖2.7所示的儀器進行如下測試.測試儀器包括一水平橫樑,它可圍繞其中心旋轉.一段直徑為1mm鋼絲線,彎成U形,其底部為平直的, 兩端牢固地連接於橫樑的一端,以致平直部份凸出橫樑之下,並平行橫樑旋轉軸.用適當的夾具夾持插頭,使鋼絲線平直部份靠在插片主軸面上.插頭處於與水平面成10°的斜面.對橫樑加載,使鋼絲線對插片施加4N的力.插頭在水平方向前後移動,使鋼絲線沿插片磨擦.插片被磨擦的長度約為9mm,其中約7mm為絕緣部份.移動的次數為20000次(每個方向10000次),速度為30次/分鐘.測試后,插片應無影響安全性或插頭使用的損壞,尤其是絕緣護套不被刺破或起皺.第三部份: 插座3.1 接頭和內部連接3.1.1 材料主要用於載流的接頭和內部連接應為具有足夠硬度和剛度的適當的耐腐蝕性金屬.3.1.2 接頭的結構插座的接頭應隱入插座的本體,以防止其偶爾接觸裸露的接地導體或其它外露金屬.除在額定電流為15A或以上的插座中,插座的帶電接頭應有適當的大小和形狀,以配合相當於插座額定值的至少二種規格的導體.對於所有的插座,接地接頭應有適當的大小和形狀,以配合相當於插座額定值的至少二種規格的接地導體.注釋: (略)3.2 禁止的配置低壓固定式插座或其面板不能並入通訊線路,電視或無線電天線線路或其它相似線路系統的連接裝置.3.3 插座彈夾3.3.1 材料彈夾應為對其用途具有足夠的剛性和耐久性的耐腐蝕性金屬.3.3.2 結構。

Herculine2000系列执行器产品说明书(中文)-HoneywellProcess...

Herculine2000系列执行器产品说明书(中文)-HoneywellProcess...

/dalilvcai 豆丁网独家上传 .61-86-03-1406/02Page 1 of 12 2000 系列Specification 执行器输入滤波器设置 4种可编程spike + low pass滤波器组态安全提供密码保护,允许用户保护一些,所有参数或不保护设置参数以防止篡改。

Vdc, 0 to 10 Vdc, 数字 RS485 ModbusRTU 协议, 或 90 系列控制。

精确定位马达/齿轮系统堵转报警提供由于超负荷执行器堵转情况下的报警输出。

RS485/Modbus RTU 通讯 -Modbus RTU 通讯是标准协议,允许霍尼韦尔控制产品无缝网络连接。

HercuLink加载在用户的报警功能报警可以分派给掌上电脑上,该软件继电器输出或可以通过Modbus网络使P DA可以以手握式作为组态,标定进行访问。

和主要设备。

另外,维护信息报警可能由堵转,温度限制,马达总转可以被储存,以后以CSV的格式数,手动状态,数字输入,位置,加载到用户的电脑作为维护追踪。

输入故障,位置传感器故障,通电故障等多种因素触发。

可编程的线性,相等的百分比,具有可选的键盘迅速开启,或用户组态的10点特征。

高亮度显示(图2)。

显示可以以90为增量的旋转方向,而不是以水平方向,故障保护执行器能够被编程以作为执行器装配定向。

驱动到一个用户指定的输入信号断掉时的位置或位置传感器。

非接触式位置传感 (NCS)仅限于Herculine 2002。

参看下页描述。

分离范围操作可编程并无限调整滑线仿真 (SE C)工厂标定储存在稳定的内存中并可以在任何时候恢复。

辅助继电器输出可编程的继电器提供一个数字输入,输出可被用于代替辅助开关输出来提供额外的功能,如报警状态指示,保持原位,或到一个用户指定的,其他设备控制或指示位置。

在紧急情况下触点关闭的位置。

健康监测所有HercuLine 智能以电池为电源的232/485转换器和电线执行器的一个标准特征,收集了执行器操作的信息。

EX260-SEN 产品快速启动指南说明书

EX260-SEN 产品快速启动指南说明书

QUICK START FOR EX260-SEN1/2/3/4 Using RSLogix5000 POWER WIRING FOR SMC EX260-SEN*EX260-SEN* Power Wiring is NOT the same as the EX500-GEN1 or EX250-SEN1.Typical Cordset color code (M12 female 4 pin A code standard key):Brown => +24 (Node and Inputs)White => +24 (Valves)Blue => 0 (Node and Inputs)Black => 0 (Valves)System Wiring:SETTING UP IP ADDRESS FOR SMC EX260-SEN*OPTION 1: Through Switches on Unit:•Remove power.•Set Dip Switch 1 to OFF for 192.168.0.X. Set Dip Switch 1 to ON for 192.168.1.X.•Set Rotary Switches to select 192.168.X.1 to 192.168.X.254.•Apply Power.Option 2: Using Rockwell BOOTP/DHCP Server UtilityUSING ROCKWELL BOOTP/DHCP SERVER UTILITY WITH SMC EX260-SEN* •Ensure unit is not connected to the PLC through the network.•To Clear any existing address, Remove Power.•Set Dip Switch 1 to OFF and Rotary Switches to 255.•Apply power for 15 seconds, then remove power.•Set Rotary Switches to 000.•Start Rockwell BOOTP/DHCP software and attach to EX260 via Ethernet port.•With Software running and cable attached, apply power to EX260. You must have the BOOTP/DHCP software ready and the Ethernet cable connected, then cycle power to the EX260. The EX260’s MAC address will start to show up on the screen .You should see following screen:Double Click on MAC address and IP window will pop up.Fill in desired IP address and hit OK.Address will appear in Relation List.Click on that IP Address and select “Disable BOOTP/DHCP” to retain that IP address during the next power up. Try to hit the Disable BOOTP/DHCP within 5 seconds of setting address.If the Disable BOOTP/DHCP Command is NOT successful (see message in lower left hand corner):•Cycle Power to EX260•Wait for the MAC address along with the IP Address to appear in the REQUEST HISTORY list•Select the device in the RELATION LIST and click DISABLE BOOTP/DHCP.•You should see Command Successful•Use Dos prompt (Run CMD) to ping device.Once Disable Command is successful, Setup is complete.HARDWARE CONFIGURATION IN RSLOGIXThe EX260 can be set up manually as a GENERIC MODULE or you can use SMC’s ADD ON PROFILE.This is what is required for manual configuration:When you go to Add a New Module, you select ETHERNET_MODULE Generic Ethernet Module.Example:To use SMC’s ADD ON PROFILE, click on the “Add-on Profile” link under the Remarks column to download the file from the following web page:/top-navigation/products/instruction-manuals/fieldbus-and-serial-transmission-system.aspxAfter you have installed the AOP, you will find SMC as a choice under Vendors when you go to Add a New Module.RSLogix5000 Version 19 or lower.RSLogix5000 Version 20 or higher.Once you select EX260, you need to fill in the IP address, the tag name and click on the “Change” button to select the major revision. The data size may also be changed here (SINT, INT or DINT).LED DISPLAY:The complete manual may be downlowded from the following web page./top-navigation/products/instruction-manuals/fieldbus-and-serial-transmission-system.aspxFor Technical Assistance, please use the phone number or email listed below.SMC North America Support: 1-800-762-7621OrApplications Engineering at **************。

SAMWONTECH TEMI2000系列温湿度可编程控制器通信手册说明书

SAMWONTECH TEMI2000系列温湿度可编程控制器通信手册说明书

COMMUNICATION MANUALTEMPERATURE & HUMIDITY TEMI2000 - SERIESTEMI2500TEMI27001. Safety Precautions (1)2. Communication Specifications (3)3. Communication Setting (4)4. Wiring for Communication (5)5. Communication Command (7)6. MODBUS Protocol (18)7. D-REGISTER Description (24)▪ D-REGISTER table (50)2. Communication SpecificationThe TEMI2500 controller provides Half-Duplex method support on RS232C and RS485 communication interface. - RS232C interface supports 1:1 direct communication between host computer on network system and TEMI2500. - RS485 interface supports to connect upper level network system with up to 31 slave TEMI2500 controller.█ Parameters for communication setting■ Factory default value3. Communication settingTEMI2500 provides flexible communication interface RS232C or RS485 from Control Unit directly.▶After detaching BACK COVER from Control Unit shown as [Figure-1], communication interface between RS232C and RS485 can be selected with socket and pin-header on power board of Control Board.▶It is recommended to use tool like tweezers for setting socket to pin-header correctly.☞Make sure setup completed correctly.[Figure-1] Control Unit ⓑPull down4. Wiring for CommunicationConnector wiring between TEMI2500 and network system depends on communication interface setting (RS232C/RS485).█ Modular Connector Pin-Mapping for COM2 port█ Description of Modular Connector Pin-Mapping for COM2 portRS232C█ 6 Pin connector wiring for RS232C interface█ 6 Pin connector wiring for RS485 interface☞Up to 31 slave TEMI2500 controllers can be connected to a master device by multi-drop networking.☞Make sure to install 200Ω(1/4W) resistor on Last Leg at both end of terminal Slave and Master(PC, PLC).5. Communication Command5.1 The Frame Structure of standard protocolThe frame structure of protocol transmitting upper-level network system to TEMI2500① Protocol HeaderThe beginning of communication command with STX (Start of Text), ASCII string with 0x02.② Slave TEMI2500 AddressSlave unit address of TEMI2500.③ CommandFunction Command for communication. (Refer to 5.2 ~ 5.10).④ DelimiterSymbolize to separate Command and Data by Comma. (',')⑤ DataFormal text strings regulated by communication command rule.⑥ Check Sum-‘SUM' protocol is a more sophisticated one which includes Check Sum as an error check.- Check Sum is calculated as following.1) Add the ASCII code of characters from the character next to STX one by one up to the character prior to SUM2) Represent the lowest one byte of the sum as a hexadecimal notation (2 characters).⑦, ⑧ Protocol TailASCII code to close communication command by indicating CR(0xOD) and LF(0xOA).█ Example for SUM◈ ExampleTo read the consecutively D-Register from D0001 (TEMP.PV) to D0006 (HUMI.SP)- Request : [stx]01RSD,06,0001[cr][lf] - Request (with CheckSum) : [stx]01RSD,06,0001C9[cr][lf]☞ As shown below, hexa decimal value adding each text at 01RSD,06,0001 by ASCII code is 2C9, and lowerdigit 2 characters C9 will be used for CheckSum.█ ASCII Table5.2 Type of Communication CommandTwo types of commands are provided on TEMI2500. One is general READ/WRITE command to read and write information on D-Register, and the other is Reference command to read self-information of TEMI2500.▣ Reference Command▣ READ/WRITE Command☞Each Command can read or write up to 64 D-Register and all of the SED/CLD data will be reset by power OFF, so the data should be registered again.5.3 ERROR ResponseWhen an Error occurs during communication, TEMI2500 transmits a frame as following.▣ Description of Error CodeRSD Command is used to read data in a part of D-Register by consecutive address in sequence.▣ Request Message Frame▣ Response Message Frame▪ Count Number : 1 ~ 64▪ Data : Hexa-decimal 16bit string 4 character with no decimal point◈ExampleTo read the D-Register FROM D0001 (TEMP.PV) TO D0002 (TEMP.SP)- Request : [stx]01RSD,02,0001[cr][lf]- Request (with CheckSum) : [stx]01RSD,02,0001C5[cr][lf]([stx] = 0x02, [cr] = 0x0d, [lf] = 0x0a)Response data will be same as below, when 50.0 of D0001 (TEMP.PV) and 30.0 of D0002 (TEMP.SP)- Response : [stx]01RSD,OK,01F4,012C[cr][lf]- Response (with CheckSum) : [stx]01RSD,OK,01F4,012C19[cr][lf]※Converting procedure 4digits hexadecimal response to decimal value.①Radix conversion (Decimalize) : 01F4(hexadecimal) → 500(decimal)②Multiply factor (decimal point) : 500 * 0.1 → 50.0RRD Command is used to read data in arbitrary single D-Register.▣ Request Message Frame▣ Response Message Frame▪ Count Number : 1 ~ 64▪ Data : Hexa-decimal 16bit string 4 character with no decimal point◈ExampleTo read the D-Register D0001 (TEMP.PV) and D0002 (TEMP.SP)- Request : [stx]01RRD,02,0001,0002[cr][lf]- Request (with CheckSum) : [stx]01RRD,02,0001,0002B2[cr][lf]Response data will be same as below, when 50.0 of D0001 (TEMP.PV) and 30.0 of D0002 (TEMP.SP)- Response : [stx]01RRD,OK,01F4,012C[cr][lf]- Response (with CheckSum) : [stx]01RRD,OK,01F4,012C18[cr][lf]WSD command is used to write data to a part of D-Register by consecutive address in sequence.▣ Request Message Frame▣ Response Message Frame▪ Count Number : 1 ~ 64▪ Data : Hexa-decimal 16bit string 4 character with no decimal point◈ExampleTo write data to the D-Register FROM D0102 (TEMP.SP) TO D0103 (HUMI.SP) on FIX mode operation- Setting TEMP.SP : 50.0 ℃→ Remove decimal point(500) → Hexadecimalize (0x01F4)- Setting HUMI.SP : 80.0 % → Remove decimal point(800) → Hexadecimalize (0x0320)- Request : [stx]01WSD,02,0102,01F4,0320[cr][lf]- Request(with CheckSum) : [stx]01WSD,02,0102,01F4,0320C4[cr][lf]WRD Command is used to write data in arbitrary single D-Register.▣ Request Message Frame▣ Response Message Frame▪ Count Number : 1 ~ 64▪ Data : Hexa-decimal 16bit string 4 character with no decimal point◈ExampleTo write 50.0 ℃ into the D0102(TEMP.SP) and 0.5 ℃ into the D0106(TEMP.SLOPE) on FIX mode operation.- Setting TEMP.SP : 50.0 ℃→ Remove decimal point (500) → Hexadecimalize (0x01F4)- Setting TEMP.SLOPE : 0.5 ℃→ Remove decimal point (5) → Hexadecimalize (0x0005)- Request : [stx]01WRD,02,0102,01F4,0106,0005[cr][lf]- Request(with CheckSum) : [stx]01WRD,02,0102,01F4,0106,0005B6[cr][lf]STD Command is used to list the D-Registers that is necessary to monitor frequently. ▣ Request Message Frame▣ Response Message Frame▪ Count Number : 1 ~ 64◈ExampleTo register D0001(TEMP.PV), D0002(TEMP.SP), D0005(HUMI.PV) and D0006(HUMI.SP)- Request : [stx]01STD,04,0001,0002,0005,0006[cr][lf]- Request(with CheckSum) : [stx]01STD,04,0001,0002,0005,00069A[cr][lf]CLD Command is used to read data in the address which had been registered by STD command. ▣ Request Message Frame▣ Response Message Frame▪ Count Number : 1 ~ 64AMI Command is used to get the controller own-information.▣ Request Message Frame▣ Response Message Frame◈ExmapleTo confirm controller own information- Request : [STX]01AMI[CR][LF]- Response (with CheckSum) : [STX]01AMI38[CR][LF]- Response : [STX]01AMI,OK,TEMI-2000[sp][sp]V00-R00[CR][LF] - Response (with CheckSum) : [stx]01AMI,OK,TEMI-2000[sp][sp]V00-R001D[cr][lf]6. MODBUS Protocol6.1 The Frame Structure of MODBUS protocol ▣ Data Format▣The Frame Structure of MODBUS protocol▶Modbus ASCII▶Modbus RTU▪N : Number of Hexadecimal data6.2 Function CodeTEMI2500 MODBUS protocol provides two function code subsets for READ/WRITE of D-Register and Loop-Back detecting test.Function code-03 is used to read the data of consecutive D-Register block in sequence up to 64 registers.▣ Request Message Frame◈ExmapleRequest message to read the D-Register FROM D0001 (TEMP.PV) TO D0002 (TEMP.SP) should be- MODBUS ASCII :010*********FA[cr][lf]- MODBUS RTU 010*********C40B☞D-Register has to be subtracted ‘1’ from the designated address number on D-Register table in this manual. ▣ Response Message Frame◈ExampleResponse data will be same as below, when 49.3 of D0001 (TEMP.PV) and 10.8 of D0002 (TEMP.SP)- MODBUS ASCII :01030401ED006C9E[cr][lf]- MODBUS RTU 01030401ED006C6BD7Function code-06 is used to write data in arbitrary single D-Register.▣ Request Message Frame◈ExampleRequest message to write ‘2’ to D0100 (pattern number) should be- MODBUS ASCII :01060063000294[cr][lf]- MODBUS RTU 010*********F815☞D-Register has to be subtracted ‘1’ from the designated address number on D-Register table in this manual.▣ Response Message Frame◈ExampleWithout any trouble, response message will be- MODBUS ASCII :01060063000294[cr][lf]- MODBUS RTU 010*********F815Function code-08 is used to test loopback for self-diagnosis.▣ Request Message Frame◈ExampleRequest message to test loopback for self-diagnosis should be- MODBUS ASCII :010*********F5[cr][lf]- MODBUS RTU 01080000000261CA▣ Response Message Frame◈ExampleWithout any trouble, response message will be- MODBUS ASCII :010*********F5[cr][lf]- MODBUS RTU 01080000000261CAFunction code-16 is used to write the data into consecutive D-Register block in sequence up to 64 registers. ▣ Request Message Frame◈ExampleRequest message t o write ‘10.0’ to the D0102(TEMP.SP) and ‘20.0’ to the D0103(HUMI.SP) on FIX mode operation should be- MODBUS ASCII :01100065000204006400C858[cr][lf]- MODBUS RTU 01100065000204006400C875F1▣ Response Message Frame◈ExampleWithout any trouble, response message will be- MODBUS ASCII :01100065000288[cr][lf]- MODBUS RTU 01100065000251D77. D-REGISTER DescriptionD-Register is group of communication data to monitor and control all status of TEMI2500.D-Register is grouped by consecutive 100 addresses based on its concerned function as shown below.☞ D-Register is composed of hexadecimal 4 digit (2-Byte).▪○ : Available to read / write over all designated address range.▪△ : Available to read / write in part of designated address range.▪◈ : Not available to read / write over all designated address range7.1 PROCESS GroupPROCESS group consists of fundamental parameter information concerned with operation process and status. Below table describes the detail Bit Map information of some parameter that indicates its status by Bit.█ Bit Map information of TEMI2500█Bit Map status information D-Register█Common process information D-Register for both PROG / FIX█ PROGRAM operation process information D-Register7.2 FUNCTION GroupFUNCTION group consists of setting parameter D-register related with operational function and process. █Common Operational Function setting D-Register for both PROG / FIX█PROGRAM Operation & Function setting D-Register█FIX Operation & Function setting D-Register█ OPERATION mode & performance setting D-Register☞To activate PROG operation RUN or FIX operation RUN, TEMI2500 should be in individual corresponding STOP(PROG STOP/FIX STOP) state. For example, to activate PROG operation RUN from currently operating FIX RUN state, convert the operation state to PROG STOP (D0104 = 0000, D0101 = 0004) first, then you can activate PROG operation RUN.RESERVATION group consists of setting and information parameter D-Register related with TIME for Reserve Operation and current time installed in TEMI2500.█ TIME setting and information D-Register█ RESERVE OperationThis setting parameter D-register group is used to establish 9 ON/OFF SIGNALs for temperature and 4 ON/OFF signal for humidity.█ ON/OFF SIGNAL setting D-Register█ INNER SIGNAL setting D-Register█ALARM signal setting D-Register█TIME SIGNAL setting D-Register7.8 PID GroupThis setting Group is used for 6 PID subsets for Temperature/Humidity and 3 subsets for Temperature only. █ Common PID setting D-Register█ General(Heating) PID setting D-Register█ Cooling PID setting D-Register7.9 COMMUNICATION GroupThis group is consists of information parameter D-Register concerned communication. █COMMUNICATION concerned information D-RegisterThis INPUT group is used for setting parameter D-Register for sensor and its bias. █INPUT setting D-RegisterThis INPUT group is used for setting parameter D-Register for control output and retransmission.█OUTPUT setting D-Register7.12 DO CONFIG GroupDO CONFIG group consists of setting and information parameter D-Register related to establish RELAY number on I/O board to generate signal and its sub setting for auxiliary Digital Output.█DO CONFIG setting and information D-Register█DO CONFIG 관련 D-Register 2DI CONFIG group consists of setting parameter D-Register for DI ERROR and its name. █ DI CONFIG setting D-RegisterPICTURE group consists of setting parameter D-Register for User Screen viewer. █PICTURE setting D-RegisterINITIAL group consists of setting parameter D-Register for system initial configuration. █INITIAL setting D-Register7.16 PROGRAM PATTERN Group and Setting7.16.1 PROGRAM GroupPROGRAM group consists of parameter D-Register to arrange program PATTERN organized by each segment profile. Each segment should be established step by step.█ Program PATTERN setting D-Register█ PROGRAM and its REPEAT operation setting D-Register▶ Below describes process step to read programmed PATTERN profile in TEMI2500.▶ Below describes process step to write programming PATTERN profile in TEMI2500.▶ Below describes process step to write program in D1736~D1757.7.16.4 FILE EDIT (PATTERN COPY / DELETE) ▶ Below describes step to copy pattern.▶ Below describes step to delete pattern.。

Acru-Rite SENC 50 精密玻璃刻度线性编码器参考手册说明书

Acru-Rite SENC 50 精密玻璃刻度线性编码器参考手册说明书

Shipping carton contents
B
C
Acu-Rite Companies Inc.
A 2
A) SENC 50 linear encoder B) Reference Manual C) Encoder and Cable
Mounting Hardware
SENC 50
Use this information to plan your Linear Encoder installation.
Shipping bracket removal clearance
Total head travel
1.00
1.00
Slide brackets away from the reading head
• Allow clearance for shipping bracket removal.
.26 [6.6] Min.
4
SENC 50
Backup spar Part Number 384611-101 384611-102 384611-103 384611-104 384611-105 384611-106 384611-107 384611-108 384611-109
Linear Encoder Measuring Length
For future ordering information or warranty service, record the linear encoder catalog and serial numbers.
Axis # 1: Axis # 2: Axis # 3: Axis # 4:
Catalog # Serial # Manufacture Code # _____________________________________ _____________________________________ _____________________________________ _____________________________________

瑞士森马感应加热器IH240

瑞士森马感应加热器IH240

瑞士森马感应加热器 IH 240
◆电压:400V/50Hz
◆可加热工件最大重量:800 kg
◆可加热工件最大内径:850 mm
◆加热杆滑动式设计,使用更方便
◆特殊的底座结构便于叉车搬运
◆可增配其他规格的加热杆和立柱延长加热杆,使加热工件的范围更大
◆标准套件中带有1根加热杆,总重量300kg
典型应用:
IH240 可在10分钟内将445kg 重的23140 型轴承从20 ℃迅速加热至110 ℃技术数据:
电压400V/50Hz
控制
测温探头K型
精度±3℃
时间控制范围0-60分钟精度±0.01秒
最高加热温度(可选)400℃
轴承加热温度预设值有
剩磁< 2A/cm
加热带密封轴承可以
错误指示代码有
显示模式LED数显
■外置线圈直径186mm
含标准加热杆总重量300kg
标准加热杆数量 1
■黑色色块所示性能为simatec第二代感应加热器独有性能。

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PART NUMBER: SEN-0002H Rev A
CURRENT AMPLIFIER
Features: Applications: • Replacement for industry standard LH0002 • Available as DSCC 7801301XX • Various packages available, including surface mount (consult factory) • Line Driver • 30 MHz buffer • D/A conversion • Precision current source
Maximum Ratings
Description
Symbol
Value
Units
Supply voltage range V S
±22 V Input voltage range
±22 V Storage temperature range -65 to 150 0C Power dissipation, T A = 250
C P
D 600 mW Lead temperature (10 seconds) 300 0C Thermal resistance (jnct. to case) ΘJC 40 0
C/W
Junction temperature
T J
175
C
Electrical Characteristics -55o C < T
A
< 125o C unless otherwise specified.
Test Conditions Symbol Min.
Max.
Units
R S = 10k Ω, R L = 1.0k Ω
I IO -10 +10 µA R S = 300Ω, R L = 1.0k Ω
V IO -30 30 mV V IN = ±12V, R L = 1.0k Ω, T A = +25°C V O ±10 V V IN = ±10V, R L = 100Ω, T A = +25°C V S = ±15V
±9.5 V R S = 10k Ω, R L = 1.0k Ω, V IN = 0V, T A = 25°C
+I CC +10.0 mA R S = 10k Ω, R L = 1.0k Ω, V IN = 0V, T A = 25°C
-I CC -10.0 V IN = 3.0V pp , R S = 10k Ω, R L = 1.0k Ω, f = 1.0kHz
A V 0.95 V IN = 1.0V rms , R S = 200k Ω, R L = 1.0k Ω, f = 1.0kHz, T A = 25°C
Z IN 180 k Ω V IN = 1.0V rms , R S = 10k Ω, R L = 50Ω, f = 1.0kHz, T A = 25°C
Z OUT 10 Ω V OUT = 2.5V pp , R S = 100Ω, R L = 50Ω, T A = 25°C
t r
12
ns
PART NUMBER: SEN-0002H, Rev A
MECHANICAL DIMENSIONS (standard package): in inches
Consult factory for alternate packages
Pin circle
diameter: .230
SENSITRON
SEMICONDUCTOR
TECHNICAL DATA
DISCLAIMER:
1- The information given herein, including the specifications and dimensions, is subject to change without prior notice to improve product characteristics. Before ordering, purchasers are advised to contact the Sensitron Semiconductor sales department for the latest version of the datasheet(s).
2- In cases where extremely high reliability is required (such as use in nuclear power control, aerospace and aviation, traffic equipment, medical equipment, and safety equipment), safety should be ensured by using semiconductor devices that feature assured safety or by means of users’ fail-safe precautions or other arrangement.
3- In no event shall Sensitron Semiconductor be liable for any damages that may result from an accident or any other cause during operation of the user’s units according to the datasheet(s). Sensitron Semiconductor assumes no responsibility for any intellectual property claims or any other problems that may result from applications of information, products or circuits described in the datasheets.
4- In no event shall Sensitron Semiconductor be liable for any failure in a semiconductor device or any secondary damage resulting from use at a value exceeding the absolute maximum rating.
5- No license is granted by the datasheet(s) under any patents or other rights of any third party or Sensitron Semiconductor.
6- The datasheet(s) may not be reproduced or duplicated, in any form, in whole or part, without the expressed written permission of Sensitron Semiconductor.
7- The products (technologies) described in the datasheet(s) are not to be provided to any party whose purpose in their application will hinder maintenance of international peace and safety nor are they to be applied to that purpose by their direct purchasers or any third party. When exporting these products (technologies), the necessary procedures are to be taken in accordance with related laws and regulations.。

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