BTA20 CW中文资料

【CW型磁力漩涡泵】产品:【CW型磁力漩涡泵】产品简介：CW型磁力旋涡泵是本公司在连年生产W型旋涡泵的经历根底上进展改型设计的新型旋涡泵。

该系列泵采用磁力传动构造，无轴封，保证泵能点滴不漏地输送介质，通过量家用户利用证明，该系列泵既具有旋涡泵的小流量，高扬程的特点，又具有磁力泵无泄漏的长处，因此，深受用户的青睐。

泵的过流部件采用1Cr18Ni9Ti不锈钢，可无泄漏输送易燃、易爆、剧毒等化学介质。

【CW型磁力漩涡泵】型号意义：【CW型磁力漩涡泵】产品特点：CW型磁力漩涡泵的特点主要归纳为以下几点：1、高扬程、小流量，比转数一般小于40；2、构造简单、体积小、重量轻；3、具有自润滑回路，提高滑动轴承使用寿命：4、增设冷却回路，及时带走磁涡流热；5、设有叶轮轴向间隙调节机构，可随时调整间隙，确保泵的长期正常运转。

6、随输送介质黏度增加，泵的效率急剧下降；因而介质黏度应不大于5×10-6m2／s。

【CW型磁力漩涡泵】产品用途：CW型磁力漩涡泵可普遍应用于化工、制药、石油、靠得住、利用维修方便。

可普遍应用于化工、制药、石油、抽送酸、碱液、油类，稀有珍贵液、毒液、挥发性液体，和循环水设备配套、过滤机配套。

特别是易漏、易燃、易爆。

【CW型磁力漩涡泵】性能参数：【CW型磁力漩涡泵】安装与利用：(1)磁力漩涡泵应水平安装，不宜竖立，对于特殊要求垂直安装的场合，电机务必朝上。

(2)当抽吸液面高于泵轴心线时，起动前翻开吸人管道阀门即可，假设抽吸液面低于泵轴心线时，管道需配备底阀。

(3)磁力漩涡泵利用前应进展检查，电机风叶转动要灵活，无卡住及异样声响，各紧固件要紧固。

(4)检查电机旋转方向是否与磁力漩涡泵转向标记一致。

(5)磁力漩涡泵起动前先掀开进出口阀门，待泵进入正常工作状态后，再将排出阀调到所需开度。

(6)磁力漩涡泵停顿工作前，应先全开排出阀门，然后停机再关闭吸人管阀门。

如何选择水泵？建议从五个方面加以考虑，既液体输送量、扬程、液体性质、管路布置和操作运转条件等。

CW型磁力驱动旋涡泵详细说明书
一、概述
CW型磁力驱动旋涡泵(简称磁力泵)是将永磁联轴器的工作原理应用于离心泵的新产品，设计合理、工艺先进、具有全密封、无泄漏、低流量、高扬程、耐腐蚀的特点，其性能达到国外同类产品的先进水平。

CW型磁力驱动旋涡泵以静密封取代动密封，使泵的过流部件处于完全密封状态，彻底解决了其它泵机械密封无法避免的跑、冒、滴之弊病。

磁力泵选用耐腐蚀、刚玉陶瓷，不锈钢等作为制造材料，因此它具有良好的抗腐蚀性能，并可以使被输送介质免受污染。

二、主要材料及用途
磁力泵结构紧凑、外形美观、体积小、噪音低、运行可靠、使用维修方便。

可广泛应用于化工、制药、石油、可靠、使用维修方便。

可广泛应用于化工、制药、石油、抽送酸、碱液、油类，稀有贵重液、毒液、挥发性液体，以及循环水设备配套、过滤机配套。

特别是易漏、易燃、易爆。

三、特点
该泵是一种高扬程、小流量、比转速低的叶片泵，比容积式泵和多级离心泵体积小、重量轻、结构简单等优点，并可以输送气体或蒸气含量较高的液体。

四、型号定义
五、性能参数表
材质：不锈钢
流量：0.36～14.4m3/h
扬程:30～210m
功率:0.75～30kW。

BTA系列产品型号电流电压触发电流封装形式BTA06-400B 6A 400V 35~50mA TO-220ABBTA06-400BW 6A 400V 50mA TO-220ABBTA06-400C 6A 400V 25mA TO-220ABBTA06-400CW 6A 400V 35mA TO-220ABBTA06-400TW 6A 400V 5mA TO-220ABBTA06-400E 6A 400V 5~10mA TO-220ABBTA06-400D 6A 400V 1~5mA TO-220ABBTA06-400SAP 6A 400V 5~10mA TO-220BTA06-600B 6A 600V 35~50mA TO-220ABBTA06-600BW 6A 600V 50mA TO-220ABBTA06-600C 6A 600V 25mA TO-220ABBTA06-600CW 6A 600V 35mA TO-220ABTA06-600SW 6A 600V 10mA TO-220ABBTA06-600TW 6A 600V 5mA TO-220ABBTA06-600E 6A 600V 5~10mA TO-220ABBTA06-600D 6A 600V 1~5mA TO-220ABBTA06-600SAP 6A 600V 5~10mA TO-220ABBTA06-700B 6A 700V 35~50mA TO-220ABBTA06-700BW 6A 700V 50mA TO-220ABBTA06-700C 6A 700V 25mA TO-220ABBTA06-700CW 6A 700V 35mA TO-220ABBTA06-700SW 6A 700V 10mA TO-220ABBTA06-700TW 6A 700V 5mA TO-220ABBTA06-700E 6A 700V 5~10mA TO-220ABBTA06-700D 6A 700V 1~5mA TO-220ABBTA06-700SAP 6A 700V 5~10mA TO-220ABBTA06-800B 6A 800V 35~50mA TO-220ABBTA06-800BW 6A 800V 50mA TO-220ABBTA06-800C 6A 800V 25mA TO-220ABBTA06-800CW 6A 800V 35mA TO-220ABBTA06-800SW 6A 800V 10mA TO-220ABBTA06-800TW 6A 800V 5mA TO-220ABBTA06-800E 6A 800V 5~10mA TO-220ABBTA06-800D 6A 800V 1~5mA TO-220ABBTA06-800SAP 6A 800V 5~10mA TO-220ABBTA08-400B 8A 400V 35~50mA TO-220ABBTA08-400BW 8A 400V 50mA TO-220ABBTA08-400C 8A 400V 25mA TO-220ABBTA08-400CW 8A 400V 35mA TO-220ABBTA08-400SW 8A 400V 10mA TO-220ABBTA08-400TW 8A 400V 5mA TO-220ABBTA08-400E 8A 400V 5~10mA TO-220AB BTA08-400D 8A 400V 1~5mA TO-220ABBTA08-400SAP 8A 400V 5~10mA TO-220AB BTA08-600B 8A 600V 35~50mA TO-220AB BTA08-600BW 8A 600V 50mA TO-220AB BTA08-600C 8A 600V 25mA TO-220ABBTA08-600CW 8A 600V 35mA TO-220AB BTA08-600SW 8A 600V 10mA TO-220AB BTA08-600TW 8A 600V 5mA TO-220ABBTA08-600E 8A 600V 5~10mA TO-220AB BTA08-600D 8A 600V 1~5mA TO-220ABBTA08-600SAP 8A 600V 5~10mA TO-220AB BTA08-700B 8A 700V 35~50mA TO-220AB BTA08-700BW 8A 700V 50mA TO-220AB BTA08-700C 8A 700V 25mA TO-220ABBTA08-700CW 8A 700V 35mA TO-220AB BTA08-700SW 8A 700V 10mA TO-220AB BTA08-700TW 8A 700V 5mA TO-220ABBTA08-700E 8A 700V 5~10mA TO-220AB BTA08-700D 8A 700V 1~5mA TO-220ABBTA08-700SAP 8A 700V 5~10mA TO-220AB BTA08-800B 8A 800V 35~50mA TO-220AB BTA08-800BW 8A 800V 50mA TO-220AB BTA08-800C 8A 800V 25mA TO-220ABBTA08-800CW 8A 800V 35mA TO-220AB BTA08-800SW 8A 800V 10mA TO-220AB BTA08-800TW 8A 800V 5mA TO-220ABBTA08-800E 8A 800V 5~10mA TO-220AB BTA08-800D 8A 800V 1~5mA TO-220ABBTA08-800SAP 8A 800V 5~10mA TO-220A BTA08-1000B 8A 1000V 35~50mA TO-220AB BTA08-1000BW 8A 1000V 50mA TO-220AB BTA08-1000C 8A 1000V 25mA TO-220AB BTA08-1000CW 8A 1000V 35mA TO-220AB BTA08-1000SW 8A 1000V 10mA TO-220AB BTA08-1000TW 8A 1000V 5mA TO-220AB BTA08-1000E 8A 1000V 5~10mA TO-220AB BTA08-1000D 8A 1000V 1~5mA TO-220AB BTA08-1000SAP 8A 1000V 5~10mA TO-220ABBTA10-400B 10A 400V 35~50mA TO-220AB BTA12-400B 12A 400V 35~50mA TO-220AB BTA16-400B 16A 400V 35~50mA TO-220ABBTA24-600B 25A 600V 35~50mA TO-220ABBTA25-600B 25A 600V 35~50mA TO-220AB BTA25-600BW 25A 600V 50mA TO-220AB BTA26-600B 25A 600V 35~50mA TO-220AB BTA40-600B 40A 600V 35~50mA BTW67 BTA40-600BW 40A 600V 50mA BTW67BTA41-600B 40A 600V 35~50mA BTW67 BTA41-600BW 40A 600V 50mA BTW67BTA140-600 25A 600V 35mA TO-220ABBTA140-800 25A 800V 35mA TO-220ABBTA140B-500 25A 500V 35mA SOT-404BTA140B-600 25A 600V 35mA SOT-404BTA140B-800 25A 800V 35mA SOT-404BTA151-650R 12A 650V 4mA SOT82BTA204-600D 4A 600V 5mA TO-220ABBTA204-600E 4A 600V 10mA TO-220ABBTA204-600F 4A 600V 25mA TO-220ABBTA204-800E 4A 800V 10mA TO-220ABBTA204-600B 4A 600V 50mA TO-220AB BTA204-600C 4A 600V 35mA TO-220AB BTA204S-600B 4A 600V 50mA TO-252/D-PAK BTA204S-600C 4A 600V 35mA TO-252/D-PAK BTA204S-600D 4A 600V 5mA TO-252/D-PAK BTA204S-600E 4A 600V 10mA TO-252/D-PAK BTA204S-600F 4A 600V 25mA TO-252/D-PAK BTA204W-600D 1A 600V 5mA SOT223BTA204W-600E 1A 600V 10mA SOT223BTA204W-600F 1A 600V 25mA SOT223BTA204W-600B 1A 600V 50mA SOT223BTA204W-600C 1A 600V 35mA SOT223BTA204X-600D 4A 600V 5mA TO-220FP BTA204X-600E 4A 600V 10mA TO-220FP BTA204X-600F 4A 600V 25mA TO-220FP BTA208X-600D 8A 600V 5mA TO-220FP BTA208X-600E 8A 600V 10mA TO-220FP BTA208X-600F 8A 600V 25mA TO-220FP BTA208X-800E 8A 800V 10mA TO-220FP BTA208-600D 8A 600V 5mA TO-220ABBTA208-600E 8A 600V 10mA TO-220ABBTA208-600B 8A 600V 50mA TO-220ABBTA208-800B 8A 800V 50mA TO-220ABBTA208S-600B 8A 600V 50mA TO-252/D-PAK BTA208S-800B 8A 800V 50mA TO-252/D-PAK BTA208S-600D 8A 600V 5mA TO-252/D-PAK BTA208S-600E 8A 600V 10mA TO-252/D-PAK BTA208S-600F 8A 600V 25mA TO-252/D-PAK BTA208B-500B 8A 500V 50mA SOT-404BTA208B-600B 8A 600V 50mA SOT-404BTA208B-800B 8A 800V 50mA SOT-404BTA212X-600B 12A 600V 50mA TO-220FPBTA212X-800B 12A 800V 50mA TO-220FPBTA212X-600D 12A 600V 5mA TO-220FPBTA212X-600E 12A 600V 10mA TO-220FPBTA212X-600F 12A 600V 25mA TO-220FPBTA212X-800E 12A 800V 10mA TO-220FPBTA212X-600B 12A 600V 50mA TO-220FPBTA212X-800B 12A 800V 50mA TO-220FPBTA216X-600B 16A 600V 50mA TO-220FPBTA216X-800B 16A 800V 50mA TO-220FPBTA216X-600D 16A 600V 5mA TO-220FPBTA216X-600E 16A 600V 10mA TO-220FPBTA216X-600F 16A 600V 25mA TO-220FPBTA216-600B 16A 600V 50mA TO-220ABBTA216-800B 16A 800V 50mA TO-220ABBTA216-600D 16A 600V 5mA TO-220ABBTA216-600E 16A 600V 10mA TO-220ABBTA216-600F 16A 600V 25mA TO-220ABBTA225-600B 25A 600V 50mA TO-220ABBTA225-800B 25A 800V 50mA TO-220ABBTA225B-600B 25A 600V 50mA TO-263/D2-PAK BTA225B-800B 25A 800V 50mA TO-263/D2-PAKBTA04-400B 4A 400V 35~50mA TO-220BTA04-400BW 4A 400V 50mA TO-220BTA04-400C 4A 400V 25mA TO-220BTA04-400CW 4A 400V 35mA TO-220BTA04-400SW 4A 400V 10mA TO-220BTA04-400TW 4A 400V 5mA TO-220BTA04-400E 4A 400V 5~10mA TO-220BTA04-400D 4A 400V 1~5mA TO-220BTA04-400SAP 4A 400V 5~10mA TO-220BTA04-600B 4A 600V 35~50mA TO-220BTA04-600C 4A 600V 25mA TO-220AB BTA04-600CW 4A 600V 35mA TO-220AB BTA04-600SW 4A 600V 10mA TO-220AB BTA04-600TW 4A 600V 5mA TO-220AB BTA04-600E 4A 600V 5~10mA TO-220AB BTA04-600D 4A 600V 1~5mA TO-220AB BTA04-600SAP 4A 600V 5~10mA TO-220AB BTA04-700B 4A 700V 35~50mA TO-220AB BTA04-700BW 4A 700V 50mA TO-220AB BTA04-700C 4A 700V 25mA TO-220AB BTA04-700CW 4A 700V 35mA TO-220AB BTA04-700SW 4A 700V 10mA TO-220AB BTA04-700TW 4A 700V 5mA TO-220AB BTA04-700E 4A 700V 5~10mA TO-220AB BTA04-700D 4A 700V 1~5mA TO-220AB BTA04-700SAP 4A 700V 5~10mA TO-220AB BTA04-800B 4A 800V 35~50mA TO-220AB BTA04-800BW 4A 800V 50mA TO-220AB BTA04-800C 4A 800V 25mA TO-220AB BTA04-800CW 4A 800V 35mA TO-220AB BTA04-800SW 4A 800V 10mA TO-220AB BTA04-800TW 4A 800V 5mA TO-220AB BTA04-800E 4A 800V 5~10mA TO-220AB BTA04-800D 4A 800V 1~5mA TO-220AB BTA04-800SAP 4A 800V 5~10mA TO-220AB。

®1/6Table 1: Main FeaturesDESCRIPTIONThe BTA20 BW/CW triac family are high perform-ance glass passivated chips technology.The snubberless concept offer suppression of RC network and it is suitable for application such as phase control and static switching on inductive or resistive load.Thanks to their clip assembly technique, they provide a superior performance in surge current handling capabilities.By using an internal ceramic pad, the BTA series provides voltage insulated tab (rated at 2500V RMS ) complying with UL standards (File ref.:E81734).Symbol Value Unit I T(RMS)20A V DRM /V RRM 600 and 700V I GT (Q 1) (max)35 and 50mABTA20 Series20A TRIAC SREV. 2February 2006SNUBBERLESS™Table 2: Order CodesPart Numbers Marking BTA20-600BWRG BTA20-600BW BTA20-600CWRG BTA20-600CW BTA20-700BWRG BTA20-700BW BTA20-700CWRGBTA20-700CWTable 3: Absolute Maximum Ratings Symbol ParameterValueUnit I T(RMS)RMS on-state current (full sine wave)T c = 70°C20A I TSM Non repetitive surge peak on-state current (full cycle, T j initial = 25°C) F = 50 Hz t = 10 ms 210A F = 60 Hz t = 8.3 ms200I ²t I ²t Value for fusingt p = 10 ms200A ²s dI/dtCritical rate of rise of on-state current I G = 500 mA dI G /dt = 1 A/µsRepetitiveF = 50 HzT j = 125°C20A/µs Non repetitive100V DSM /V RSM Non repetitive peak off-state voltaget p = 10 ms T j = 25°C V DSM /V RSM + 100V I GM Peak gate current t p = 20 µs T j = 125°C4A V GM Peak positive gate voltage t p = 20 µs16V P G(AV)Average gate power dissipation T j = 125°C1W T stg T jStorage junction temperature range Operating junction temperature range- 40 to + 150- 40 to + 125°CBTA20 Series2/6Tables 4: Electrical Characteristics (T j = 25°C, unless otherwise specified)Table 5: Static Characteristics Table 6: Thermal resistance Symbol Test ConditionsQuadrant BTA20Unit BW CW I GT (1)V D = 12 V R L = 33 ΩALL MIN.21mA MAX.5035V GT ALL MAX. 1.5V V GD V D = V DRM R L = 3.3 k Ω T j = 125°C ALLMIN.0.2V I H (2)I T = 500 mA gate openMAX.7550mAI LI G = 1.2 I GTI - IIITYP.50-mAII 90-I - II - IIIMAX.-80dV/dt (2)V D = 67 %V DRM gate openT j = 125°C TYP.750500V/µs MIN.500250(dV/dt)c (2)(dI/dt)c = 20 A/msT j = 125°CTYP.3622V/µs MIN.1811Symbol Test ConditionsValue Unit V TM (2)I TM = 28 A t p = 380 µs T j = 25°C MAX. 1.70V I DRM I RRMV DRM = V RRMT j = 25°C MAX.10µA T j = 125°C3mANote 1: minimum I GT is guaranted at 5% of I GT max.Note 2: for both polarities of A2 referenced to A1.Symbol ParameterValue Unit R th(j-c)Junction to case (AC) 2.1°C/W R th(j-c)Junction to case (DC) 2.8R th(j-a)Junction to ambient60°C/WBTA20 Series3/6Figure 1: Maximum power dissipation versus RMS on-state current (full cycle)Figure 2: Correlation between maximum RMS power dissipation and maximum allowable temperatures (Tamb and Tcase) for different thermal resistances heatsink + contactFigure 3: RMS on-state current versus case temperature (full cycle)Figure 4: Relative variation of thermal impedance versus pulse durationFigure 5: On-state characteristics (maximum values)Figure 6: Non repetitive surge peak on-state current versus number of cyclesBTA20 Series4/6Figure 9: Ordering Information SchemeTable 7: Product SelectorFigure 7: Non-repetitive surge peak on-state current for a sinusoidal pulse with width t p < 10 ms and corresponding value of I 2tFigure 8: Relative variation of gate trigger current and holding current versus junction temperaturePart Numbers Voltage (xxx)Sensitivity Type Package 600 V 700 V BTA20-xxxBWRG X X 50 mA SnubberlessTO-220AB Ins.BTA20-xxxCWRGXX35 mABTA20 Series5/6Figure 10: TO-220AB Insulated Package Mechanical DataTable 8: Ordering InformationOrdering type Marking PackageWeightBase qtyDelivery modeBTA20-600BWRG BTA20-600BW TO-220AB Ins.2.3 g50TubeBTA20-600CWRG BTA20-600CW BTA20-700BWRG BTA20-700BW BTA20-700CWRGBTA20-700CWTable 9: Revision HistoryDate Revision Description of ChangesSep-20011A First issue.08-Feb-20062TO-220AB Ins. delivery mode changed from bulk to tube.BTA20 SeriesInformation furnished is believed to be accurate and reliable. However, STMicroelectronics assumes no responsibility 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 STMicroelectronics. Specifications mentioned in this publication are subject to change without notice. This publication supersedes and replaces all information previously supplied. STMicroelectronics products are not authorized for use as critical components in life support devices or systems without express written approval of STMicroelectronics.The ST logo is a registered trademark of STMicroelectronics.All other names are the property of their respective owners© 2006 STMicroelectronics - All rights reservedSTMicroelectronics group of companiesAustralia - Belgium - Brazil - Canada - China - Czech Republic - Finland - France - Germany - Hong Kong - India - Israel - Italy - Japan - Malaysia - Malta - Morocco - Singapore - Spain - Sweden - Switzerland - United Kingdom - United States of America6/6。