温度传感器选型手册060510

NTC 温度传感器选型选择温度传感器比选择其它类型的传感器所需要考虑的内容更多。

首先，必须选择传感器的结构，使敏感元件的规定的测量时间之内达到所测流体或被测表面的温度。

温度传感器的输出仅仅敏感元件的温度。

实际上，要确保传感器指示的温度即为所测对象的温度，常常是很困难的。

在大多数情况下，对温度传感器的选用，需考虑以下几个方面的问题：（1）被测对象的温度是否需记录、报警和自动控制，是否需要远距离测量和传送。

（2）测温范围的大小和精度要求。

（3）测温元件大小是否适当。

（4）在被测对象温度随时间变化的场合，测温元件的滞后能否适应测温要求。

（5）被测对象的环境条件对测温元件是否有损害。

（6）价格如何，使用是否方便。

容器中的流体温度一般用热电偶或热电阻探头测量，但当整个系统的使用寿命比探头的预计使用寿命得多时，或者预计会相当频繁地拆卸出探头以校准或维修却不能在容器上开口时，可在容器壁上安装永久性的热电偶套管。

用热电偶套管会显著地延长测量的时间常数。

当温度变化很慢而且热导误差很小时，热电偶套管不会影响测量的精确度，但如果温度变化很迅速，敏感元件跟踪不上温度的迅速变化，而且导热误差又可能增加时，测量精确度就会受到影响。

因此要权衡考虑可维修性和测量精度两个因素。

热电偶或热电阻探头的全部材料都应与可能和它们接触的流体适应。

使用裸露元件探头时，必须考虑与所测流体接触的各部件材料（敏感元件、连接引线、支撑物、局部保护罩等）的适应性，使用热电偶套管时，只需要考虑套管的材料。

电阻式热敏元件在浸入液体及多数气体时，通常是密封的，至少要有涂层，裸露的电阻元件不能浸入导电或污染的流体中，当需要其快速响应时，可将它们用于干燥的空气和有限的几种气体及某些液体中。

电阻元件如用在停滞的或慢速流动的流体中，通常需有某种壳体罩住以进行机械保护。

当管子、导管或容器不能开口或禁止开口，因而不能使用探头或热电偶套管时，可通过在外壁钳夹或固定一个表面温度传感器的方法进和测量。

NTC热敏电阻及温度传感器正确选型正确选型NTC热敏电阻/温度传感器需要考虑以下方面：一、首先明确产品应用功能：1. 温度测量2. 温度补偿3. 浪涌电流抑制点击了解更多：温度测量、控制用NTC热敏电阻器/温度传感器――工作原理和应用电路温度补偿NTC热敏电阻器/温度传感器――工作原理和应用电路浪涌电流抑制NTC热敏电阻器/温度传感器――工作原理和应用电路二．按产品应用场合分类：1. 汽车：VT系列——汽车温度传感器用热敏电阻DTV系列——汽车温度传感器用NTC热敏芯片VTS系列——交通工具温度传感器/温度开关2. 医疗：MT系列——医疗设备温度传感器用NTC热敏电阻DTM系列——医疗温度传感器用NTC热敏芯片IT系列——电子温度计NTC温度传感器3. 家电：TS系列——NTC温度传感器BT系列——绝缘引线型NTC温度传感器4. 通讯：CT系列——片式负温度系数热敏电阻AT系列——非绝缘引线插件 NTC热敏电阻5. 计算机及办公自动化设备：OT系列——办公自动化NTC热敏电阻/温度传感器GT系列——玻璃封装NTC热敏电阻FT系列——薄膜NTC热敏电阻6. 消费类电子：PT系列——功率型（浪涌抑制）NTC热敏电阻AT系列——非绝缘引线插件 NTC热敏电阻BT系列——绝缘引线型NTC温度传感器7. 集成电路/模块：DT系列——高精度芯片NTC热敏电阻三．明确产品工作温度范围――对应选择相应材料和封装形式：（一）热敏头封装形式：1. 环氧树脂封装：耐潮湿、绝缘强度高、工作温度－40℃～＋125℃2. 硅树脂封装：绝缘强度高、工作温度－40℃～＋200℃，耐潮湿性能一般。

3. 玻璃封装封装：耐潮湿、绝缘强度高、耐高温、工作温度－40℃～＋350℃。

（二）引线类型：1.金属裸线：因无外绝缘皮，所以工作温度取决于封装物质的承受温度。

2.PVC电子线：工作温度－40℃～＋（90-110）℃。

3.铁氟龙电子线：工作温度－40℃～＋220℃。

温度检测仪表温度传感器概述一、温度测量方法根据温度传感器的使用方式，通常分为接触法与非接触法两类。

(A)接触法由热平衡原理可知，两个物体接触后，经过足够长的时间达到热平衡，则它们的温度必然相等。

如果其中之一为温度计，就可以用它对另一个物体实现温度测量，这种测温方式称为接触法。

其特点是，温度计要与被测物体有良好的热接触，使两者达到热平衡。

因此，测温准确度较高。

用接触法测温时，感温元件要与被测物体接触，往往要破坏被测物体的热平衡状态，并受被测介质的腐蚀作用。

因此，对感温元件的结构、性能要求苛刻。

(B)非接触法利用物体的热辐射能随温度变化的原理测定物体温度。

这种测温方式称为非接触法。

它的特点是：不与被测物体接触，也不改变被测物体的温度分布，热惯性小。

从原理上看，用这种方法测温无上限。

通常用来测定1000℃以上的移动、旋转或反应迅速的高温物体的温度或表面温度。

温度传感器－选型电子样本大全【安徽天康集团】安徽天康集团股份有限公司－－服务热线：０５５０－７３１６５８１温度检测仪表二、热电偶热电偶工作原理及特点※工作原理将两种不同的金属导体焊接在一起，构成闭合回路，如在焊接端(即测量端)加热产生温差，则在回路中就会产生热电动势，此种现象称为塞贝克效应(Seebeck-effcck)。

如将另一端(即参考端)温度保持一定(一般为0℃)，那么回路的热电动热则变成测量端温度的单值函数。

这种以测量热电动热的方法来测量温度的元件，即两种成对的金属导体，称为热电偶。

热电偶产生的热电动势，其大小仅与热电极材料及两端温差有关，与热电极长度、直径无关。

※特点热电偶同其它种温度计相比具有如下特点：A．优点●热电偶可将温度量转换成电量进行检测。

对于温度的测量、控制，以及对温度信号的放大、变换等都很方便。

●结构简单，制造容易。

●价格便宜。

●惯性小。

●准确度高。

●测温范围广。

●能适应各种测量对象的要求(特定部位或狭小场所)，如点温和面温的测量。

El mango está moldeado de manera permanente a la vaina de la sonda, incluye cable y conector miniatura* Especifique tipo de unión: E (expuesta), G (a tierra) o U (sin conexión a tierra). Nota: El recubrimiento PFA está disponible, con un mango no moldeado en su lugar. Haga el pedido del número de pieza estándar con el sufijo “-PFA”, con coste adicional. 200 °C máximo. ** Para una clasificación de temperatura y estabilidad más alta, cambie “SS” o “IN” por “XL ”, con coste adicional.Ejemplos de pedido: KHSS-IM30G-RSC-300, vaina de acero inoxidable 304, de tipo K, unión con conexión a tierra de 3,0 mm, de 300 mm de largo.Para longitudes adicionales, consulte al Departamento de Ventas. Para solicitar una vaina de acero inoxidable 310, 316 o 321, cambie “SS” en el número de modelo por “310SS, 316SS o 321SS”; sin coste adicional. KHXL-IM60G-RSC-300, Super OMEGACLAD TM , vaina de acero inoxidable 321, de tipo K, unión con conexión a tierra de 6 mm, de 300 mm de largo.El cable retráctil de 0,3 m se expande a 1,5 mSe muestra en un tamaño inferior al real.U M ango moldeado calificado a 220 °C U E l cable retráctil con memoria superior se expande a 1,5 m U M ini clavija de termopar para utilizar contermómetros manuales U L ongitudes estándar de 300, 450 y 600 mm; longitudes personalizadas disponibles U S onda RTD deacoplamiento, tipo PR-16 (véase la página 94)U V ainas de acero inoxidable304, 310, 316 y 321, Inconel Ny Super OMEGACLADTM XLPROBE TIPS CUTAWA Y ART PROBE TIPS CUTAWA Y ART Sondas de termopar de varilla con mangoDisponibilidad de sondas depunta especial económicas*Las calificaciones de temperatura dependen del tipo de termopar, el diámetro de la vaina y el entorno.Sonda de aireEl elemento expuesto permite el flujo de aire para una medición rápida. Calificada a 870 °C. Disponible con diámetro de 4,5 mm y unión expuesta solamente.Para hacer el pedido, añada el sufijo “-AP ” al número de modelo por un coste adicional.Ejemplo de pedido: KHSS-IM45-RSC-300-AP , sonda con mango de 300 mm de largo , tipo K, DE de 4,5 mm, vaina de acero inoxidable 304, unión expuesta, punta de sonda de aire.Nota: Disponibilidad de otros estilos, consulte Sonda de penetración (muy popular)Punta cónica, para inserción en materiales blandos y semicongelados. Calificada a 1.150 °C. Disponible con diámetro de 4,5 o 6 mm y unión con conexión a tierra solamente.Para hacer el pedido, añada el sufijo “-NP ” al número de modelo por un coste adicional.Ejemplo de pedido: KHSS-IM45-RSC-300-NP , sonda con mango de 300 mm de largo , tipo K, DE de 4,5 mm, vaina de acero inoxidable 304, unión con conexión a tierra, punta de sonda cónica.Nota: Disponibilidad de otros estilos, consulte Cable retráctilEl cable retráctil de 0,3 m se expande a 1,5 m, la clavija de termopar estándar se acopla a todos los termómetros manuales para una conexión práctica.U Large Backlit Display U Built-In IR Pyrometer Protegido por patentes estadounidenses e internacionales y solicitudes pendientes.PATENTADO¡S ond a s de t e r m o p a r c o nU S B i n c o r p or a d o ! C o n s u l t ee s .o m e g a .c o mVisite para obtener más información acerca del SUPERMETER TMMedidor manual recomendadoHHM290Sonda noincluida.。

STT 3000 Temperature Transmitter Model Selection GuideSeries STT250Instructions● Choose availability column based on mounting configuration.● A dot (●) denotes unrestricted availability. A letter denotes restricted availability.● Blank denotes unavailable - choose alternate mounting. Restrictions follow Table VII. ● Select the desired Key Number based on the desired communications protocol. ● Select options and approvals from Tables.Key NumberI II III IV VI VII VIII STT25_ -_-_ _ _-_ _ _-_ _ _-_ _ _-_ _-_ _-_HOW WILL THE UNIT BE MOUNTED?Module only (no housing), to be DIN rail or wall mountedModule to be "head mounted" directly to the sensor in smaller housingModule to be "field mounted" in Explosion-Proof housing remotely from or directly to the sensor Key NumberSTT25M ●●●STT25H ●●●STT25S ●●●STT25D ●●●STT25T ●●●All modules carry the following approvals:CE Mark for compliance to EN 50081-2 and 50082-2Russian Certificate of Pattern Approval No. 2064 of Jan. 1998Choose additional safety approvals required in Table VII 0●●●0 _ _●FieldE _ _● Mount (2)T _ _●Head Mt C _ _●_ 0 _●_ N _●●_ M _●_ _ 0●●●●h _ _ Si(2)With a Field Mount Housing, 20 characters max. of customer information is available on the nameplate at no charge. (See 13:STT-OE pages for ordering instructions.) (3)For the STT25D and STT25M transmittersSmart Temperature Transmitter Module 4-20mA Output, SFC/SCT Configurable HART 5, Protocol, 4-20mA Output HART 6, Protocol, 4-20mA OutputDigital DE/ 4-20mA Output, for Digital Integration V DescriptionSelection AvailabilityNo Integral Sensor Probe or Thermowell SuppliedTABLE II - Transmitter Housing and Integral Meters (Reference EN0I-6032 for details)HousingNo Housing SuppliedExplosion-Proof Aluminum with Beige Epoxy Coating Explosion-Proof 316 Stainless Steel Type 4X housing - BeigeDual input, HART Protocol, 4-20mA output TABLE I - Sensor, Probe and Thermowell Accessories _ _ M E.U. Meter for Field Mount Housing_ _ E Smart Meter for Field Mount Housing (3)Cable/ Conduit Entry Not Applicable - No Housing Supplied 1/2" NPT Cable/ Conduit Entry M20 x 1.5 Cable/ Conduit EntryIntegral Meter No Integral Meter SuppliedAnalog Meter for Field Mount HousingHOW WILL THE UNIT BE MOUNTED?Availability(4) Full model number does not appear on module or head mount housing.If model number is to appear on unit, order wired on tag.(5)Chosen Operator's Manuals and chosen Certificates are automatically shipped with unit.See 13:STT-OE pages for additional manuals and alternate shipping.HOW WILL THE UNIT BE MOUNTED?AvailabilityModule only (no housing), to be DIN rail or wall mountedModule to be "head mounted" directly to the sensor in smaller housingModule to be "field mounted" in Explosion-Proof housing remotely from or directly to the sensor TABLE VII - Safety Approvals (6)00●●●Class I, Div. 1, Groups A,B,C,D Class II, III Div. 1, Groups E,F,GClass I, II, III, Div. 1,Groups A,B,C,D,E,F,GClass I, Div. 2, Groups A,B,C,DSuitable for Class II, III, Div. 2,Groups F, GEnclosure Rated NEMA 4X Class I, Div. 1, Groups B,C,D Class II, III, Div. 1 Groups E,F,GClass I, II, III, Div. 1,Groups A,B,C,D,E,F,GClass I, Div. 2, Groups A,B,C,DSuitable for Class II, III, Div. 2,Groups F, GEnclosure Rated NEMA 4XClass I, II, III, Div. 1,Groups A,B,C,D,E,F,GClass I, Div. 2, Groups A,B,C,DSuitable for Class II, III, Div. 2,Groups F, GOutdoor Location Enclosure Rated NEMA 4X Class I, Div. 1, Groups A,B,C,DClass I, Div. 2, Groups A,B,C,D Class I, Div. 1, Groups B,C,D Class II, III, Div. 1, Groups E,F,GClass I, II, III, Div. 1,Groups A,B,C,D,E,F,GClass I, Div. 2, Groups A,B,C,DSuitable for Class II, III, Div. 2,Groups F, GEnclosure Rated Type 4XClass I, II, III, Div. 1,Groups A,B,C,D,E,F,GClass I, Div. 2, Groups A,B,C,DSuitable for Class II, III, Div. 2,Groups F, GEnclosure Rated Type 4X Class I, Div. 1, Groups A,B,C,DClass I, Div. 2, Groups A,B,C,Dcontinued next pageNone No approval body certifications included Factory Mutual Explosion-Proof 1CfApprovalBody Approval Type Location or Classification SelectionDust Ignition-Proof Intrinsically SafeNon-Incendive Outdoor Location Explosion-Proof 1J●Dust Ignition-Proof Intrinsically SafeNon-Incendive Outdoor Location Non-Incendive Intrinsically Safe1G●Non-Incendive CSAExplosion-Proof 2J●Intrinsically Safe 1G●●Dust Ignition-Proof Intrinsically SafeNon-Incendive Outdoor Location Intrinsically Safe2G●Non-Incendive Outdoor Location Intrinsically Safe 2G●●Non-IncendiveTABLE VII - Safety Approvals (6) Continued Ex ia IICT6 (Ta = -50ºC to +40ºC)T5 (Ta = -50ºC to +55ºC)T4 (Ta = -50ºC to +85ºC)(Module)Ex d IICT6 (Ta = -50ºC to +80ºC)T5 (Ta = -50ºC to +85ºC)Ex tD A21 T80ºC (Ta = 80ºC)T95ºC (Ta = 85ºC)Enclosure rated IP 66/67Ex ia IICT6 (Ta = -50ºC to +40ºC)T5 (Ta = -50ºC to +55ºC)T4 (Ta = -50ºC to +85ºC)Ex d IICT6 (Ta = -50ºC to +80ºC)T5 (Ta = -50ºC to +85ºC)Ex tD A21 T80ºC (Ta = 80ºC)T95ºC (Ta = 85ºC)Ex nA, IICT6 (Ta = -50ºC to +85ºC)(Honeywell)Enclosure Rated IP 66/67SAExEx ia IICS/08-371XT6 (Ta = -50ºC to +40ºC)T5 (Ta = -50ºC to +55ºC)T4 (Ta = -50ºC to +85ºC)SAExEx d IICS/08-372XT6 (Ta = -50ºC to +80ºC)T5 (Ta = -50ºC to +85ºC)Ex tD A21 T80ºC (Ta = 80ºC)T95ºC (Ta = 85ºC)Enclosure rated IP 66/67SAExEx ia IICS/08-371XT6 (Ta = -50ºC to +40ºC)T5 (Ta = -50ºC to +55ºC)T4 (Ta = -50ºC to +85ºC)SAEx Ex d IICS/08-372XT6 (Ta = -50ºC to +80ºC)T5 (Ta = -50ºC to +85ºC)Ex tD A21 T80ºC (Ta = 80ºC)T95ºC (Ta = 85ºC)Enclosure rated IP 66/67●●●●●●Enclosure rated IP 66/67●●●(6) The module itself is rated intrinsically safe, IP20. An appropriately rated enclosure is required for Outdoor and Dust locations. * Module must be installed in IP54 or better housig for Zone 2 approval validity.** The user must determine the type of protection required for installation of the equipment. The user shall then check the box ( ) adjacent to the type of protection used on the equipment certification label. Once a type of protection has been checked on the label, the equipment shall not be reinstalled using any of the other certification type.ATEX*Intrinsically Safe Zone0/13S ●●●Flameproof, Zone 1ApprovalBodyApproval Type Location or ClassificationSelection●Multiple Marking** Int. Safe, Zone 0/1, or Flameproof, Zone 1, or Non-Sparking,Zone 23H p3D pNon-SparkingZone 2Ex nA, IIC T6*3N ●●Flameproof, Zone 1ZD ●●●SAEx (South Africa)Intrinsically Safe Zone 0/1Z2●●●Intrinsically Safe Zone0/1and Flameproof, Zone 1ZA ●●●IECExFlameproof, Zone 1(with IS transmitter)Ex d IIC; T6 (Ta = –50 to +80ºC)T5 (Ta = –50 to +85ºC)Ex tD A21 IP6X T80ºC (Ta = –50 to +80ºC Ex tD A21 IP6X T95ºC (Ta = –50 to +85ºC CB Intrinsically SafeZone 0/1Ex ia IIC; T6 (Ta = –50 to +40ºC)T5 (Ta = –50 to +55ºC)T4 (Ta = –50 to +85ºC)CS Intrinsically Safe, Zone0/1BR Ex ia IIC T6, T5, T46SINMETRO (Brazil)Flameproof, Zone 1BR Ex d IIC T6, T5, T46D pNotes:(6) The module itself is rated intrinsically safe, IP20. An appropriately rated enclosure is required for Outdoor and Dust locations.See 13:STT-9 or Operator's Manual EN1I-6190 for part numbers.See 13:STT-OE pages for Order Entry Information including tagging, transmitter configuration,manuals, certificates, drawings and SPINS.To request a quotation for a non-published "special", fax RFQ to Marketing Applications at (1) 602 313-6155.Ordering Example: STT25M-0-000-000-000-000-00-1C。

Kongsberg Temperature SensorsMajor supplier for more than 40 years Kongsberg Maritime has been a major supplier of temperature sensors for more than 40 years. Most of our customers are in the maritime market and our sensors are mainly used for diesel engine and cargo/deck instrumentation. In addition we serve a base of reputed industrial clients with custom made sensor solutions.Kongsberg Maritime provides you with high performance sensors for applications including:§Marine and industrial engines §Exhaust gas §Cylinder liner§Cargo and deck applications on ships §Gears and gearboxes §Bearings§Lubrication systems §Pumps and purifiers §Compressors §BoilersWe can add to your success Building on our broad portfolio of solutions and experience, we can assist in giving your products an additional competitive edge. We do this by providing our experience in the selection of innovative technological solutions and mechanical designs that will meet your requirements. By providing quality at every level of the process ourcustomers acknowledge Kongsberg Maritime as a reliable and dependable long term partner.For all purposes1MN4000 Bearing sensorMB1100General purpose sensorMB158Exhaust gas sensorS E N S O R T Y P ES E N S O R S P E S I F I C A T I O NS E N S O R A P P L I C A T I O NBearing temperature §Our range of custom designed main bearing temperature sensors can be fitted into any type of 2- and 4-stroke diesel engines.§In addition we have a comprehensive range of spring loaded/flexible tube type of bearing sensors that are applicable for a high number ofapplications. These sensors can be used for measurement of bearing metal temperatures or the temperature of the oil flowing out of the bearings.Exhaust gas temperature §Our designs have proven with excellent performance towards violent vibrations and temperature peaks generated in the exhaust gas pipes of all types of large marine diesel engines.§All our exhaust gas temperature sensors are installed in engine builder approved protection wells. This ensures proper adaption to the measuring point providing accurate and fast measurements.§In addition Kongsberg Maritime offers an extensive range of signal amplifiers. These can be mounted directly on the engine or in cabinets.Our range of sensors have the following features: §Internal connection box or hardwire type of sensors §Easy exhangable by use of protection wells §Customer specific insertion and cable lenghts §All designs have marine classification approvals from all major societies General purpose temperature §For temperature measurement on diesel/gas engines and engine room instrumentation §Avaliable for low and high temperature applications §Reliable design and high quality sensors for long lifetime performance(1)(2)Reaction time in water. Detects 63.2% of a sudden changes in temperature.EEx ia. must be connected to a zener barrier like the Kongsberg DZ-110 to be used in explosive areas.Selection guide23Industry Marine approval Water and oilExhaust Vapour Air Bearing Cargo Surface Cylinder linerMB1100MB720GC100 MN3700MN1841MN3724MN4000MN4119MN4460MN3238MN1535MN2682MN2120MB864MB158MN3670MN524MN46XXMB286PT100PT1000Thermocouple Media temperature Protection well Reaction time 4 - 20 mA(2)(1)Solid competence reduces costWe have always recognised the importance of supporting our products and systems with professional training.A wide range of courses are therefore offered to ensure that you achieve the goal of full system utilisation with safe Upgrading that paysProduct and system upgrades can improve your vessel's operations and reduce your overall maintenance costs. We will ensure that existing products and systems can be extended or upgraded based on standard upgrade kits.Support 24Call +47 815 35 355E-mail:************************We make the sensor you needWe are dependableWe are innovativeWe are a customer oriented company, and our flexible production facilities are designed to provide quality custom projects. Our product experts andtechnological capabilities are utilised to develop sensor solutions with inherent high quality and long lifetime performance.We recognise the importance of good customerrelationships. To maintain them we keep local stocks to reduce delivery times, provide fast custom tailoring, aid problem solving and provide detailed installation guides. There is no substitute for quality, reliability or service.We are always incorporating the latest technologies, in order to increase value for our customers. We look beyond conventional approaches and established methods to find new reliable solutions. Ourcompetence is used to push back boundaries and to create new solutions.Installed onboard more than 15000 vesselsKongsberg Maritime has been in the marine sensor market for more than 40 years. Close relations with customers, tailor made products and world-wide service makes Kongsberg Maritime an attractive sensor and spare part supplier.During this extensive period of operation we have created a range of sensors and accessories that have been designed specifically for ship and offshore use. Our product range consists of more than 2000 different sensors and our equipment is installed onboard more than 15000 vessels.Sensor spare partsKongsberg Maritime has designed a new sensor spare part supply program. Through this initiative we offer our customers the following commitments and services:§ISO-9001 certified production §Engine manufacturer approved design §Class approval by all major classification societiesYour sensor supplier4SENTRY - Wireless Temperature Monitoring §The ultimate method for monitoring temperature; on crank- and crosshead bearings for both diesel and gas engines §Based on low energy radar technology §Requires no external power sourcesPlease see dedicated brochure for more information.K ONGSBERG SENTRY®Wireless Temperature MonitoringP-SSGT09/AE Layout: Jess ProfilDesign Basic design: Anisdahl, Sand & Partnere Photos:KongsbergPrinting: Skipnes AS©Kongsberg MaritimeE-mail:**********************T elephone: +47 32 28 50 00。

--您可信赖的传感技术专家！压力、液位、温度传感元件 Pressure、Liquid-level、Temperature Sensor & Transmitter选 型 手 册(　201２年版　)※压力传感器及变送器Pressure Sensor and Transmitter※液位测量变送器Liquid-level Measuring Transmitter※温度传感器及变送器Temperature Sensor and Transmitter宁 波 控 泰 电 气 有 限 公 司NINGBO CONTECH ELECTRIC CO,.LTD.公司简介宁波控泰电气有限公司是宁波宁兴国贸实业有限公司投资控股的集研发、制造、贸易于一体的高新技术企业。

公司以传感技术为核心专业从事压力传感器、温度传感器、高精度称重传感器、力传感器、称重计量控制系统、计算机测控系统、称重软件等的研发与制造。

公司有雄厚的资金后盾。

高、新、尖技术力量为核心，依托中科院、中国电子科技集团、航天科工等大型科研单位，技术力量雄厚，合作伙伴遍布全世界。

我们不仅与国内有实力的企业开展产业合作，更寻求与国际大型跨国公司强强联手，让我们的产品与服务昂首迈入国际化的水准。

产品出口东南亚、欧美市场。

在衡器、冶金、石化、环保、造纸、医疗、等领域拥有广泛的应用前景。

公司先后通过和取得了ISO9001-2008国际质量体系认证、CMC制造许可证、EX 防爆认证、TX特种设备认证。

拥有CAD与FEA技术研发中心和传感器实验室。

拥有一条现代化的传感器生产线，通过引进国外先进的技术工艺，结合先进的管理经念，制造品质一流的传感器。

控泰电气将在“互诚、互信、互利、互惠”的基础上为您提供“称心的售前服务、省心的售中服务、放心的售后服务”，共同创造和见证您我共同发展的辉煌历程！基于 MEMS技术的压力传感的优势Advantages of Pressure Sensor Based on the MEMS Technology领先的技术Leading Technology基于 MEMS（微机电）技术的压力传感器，它是建立在微米/纳米基础上，在单晶硅片上刻融制作惠斯登电桥（Wheatstone bridge）组成的硅应变计，具有输出灵敏度高，性能稳定，批量可靠性、重复性好等优点。

iiE -5: GYJ17.1060X(±t!!i.Jt: Obere Wank 1, 87484 Nesse Iwang, Germany)� -5 � � TMT142 *�UroJ ��;r-� ExdIICT4-T6GbIII�.$ UU -5 14 25 00 000GB 3836.1-2010, GB 3836.2-2010�� Wi � llt iiE 0* iiE � � � Wh 2017 � 2 � 22 B 3§: 2022 fF 2 � 21 B-fk 51 1. ��ffm)!�;rtnjlim*iiE�f!11i'f o2.iiE��%€*uxn.�F�A*���m ••• �. �.m*iiE�M�o3. �%��iJtajjm*iiE�f!11�o4. ������m*iiE�f!11�o5. *iiE�rii]ll1mmT!�.l�WT�wri.ffil.JJt f)(. (�#l) *��0'ii.l(±t!!t.il:: �#l.I�JJ!lm[R�!l!IIflIm465%) �Fßf,J��%F�ottf!:I:.It: »t3i: 1m 1 03-i5-JilB�: 200233 1XX.J:I:.It: Email:****************It!.ii!i: +8621 64368180fifa: +8621 64844580EXPLOSION PROTECTIONCERTIFICATE o F CONFORMITYCert NO.GYJ17.1060XThis is to certify that the productTemperature field transmittermanufactured by Endress + Hauser Wetzer GmbH + Co. KG(Address:Obere Wank 1,87484 Nesselwang, GerIllany)which model is TMT142 SedesEx marking Ex dUC T4�T6 Gbproduct standard /drawing number 142500000has been inspected and certified by NEPSI, and that it conformsto GB 3836.1-2010,GB 3836.2-2010This Approval shall remain in force until 2022.02.21Remarks l.Conditions for safe use are specified in the attachment(s) to this certificate.2.Symbol X placed after the certification lIumber denotes specific conditions of use,which are specified in the aHachment(s) to this certificate.3.Model designation is specified in the attachment(s) to this ccrtificate.4.lntrinsic safety parameters specified in the attachment(s) to this cert.ificate.5.Thi s certificate i also applicable for the product with the same type manufactured byEndress+Hauser Wetze I'(Suzhou) Co., Ltd. (address: Su Hong Zhong Lu No.465,S u z hou-S IP, China)DirectorIsslJed DateThis Certificate is valid for products compatible with the documents and sam p ies approved by NEPSI.103 C ao Bao Road Shanghai200233,China Email: **************.cnTel: +862164368180Fax: +8621 64844580Edition 05�*ätt�tt��.*�����M National Supervision and Inspection Centre forExplosion Protection and Safety of Instrumentation(GYJ17.1060X) (Attachment I )EI3 }ß(1i&, JtIT + � ftJT -0 i§j 1:F (:11 T MT 142� �� 11fi'tJ1t 11!:�.f.�, � � % � 15( .f.HX. $: r�:lI:tc � 1lil �fft�ftft�(NEPSI);j§:�, r1:il-r ��fff-{jt:G83836.1-2010 mHfl l 7}: 15i:� jjfiffl�* G83836.2-201 0 :lItftl::E1�Jfi m2tfß7t: EI3 ��:J:I5'�)t "d" 1!-iHf' 811& �F J'b IlJJ :J:I fff-;=.t;Ex d II e T 4� T 6 Gb, �}j:ll il-*friiE -'%GY J 17.1 060Xo;2js:iiE �I� iA pJ 81 F Jf� lli -'% �.m*fr :im r :iTEMP HART TMT 142-30;!tr:I': 0$::1J\5'�%, �EJ.�.!F) I A�E\ m;:6:i!}:t:w., ii(; �FJjH.l\l�;fri�HJ.J 450-, F � ��-ß!!ffl *f 7'l�ftj:F�'bllh13il-*itiiE-'% )§� "X" 1J..1*�J?g:�llr:�R�.mil-®��.���F���%o=,F��fflY3:�.J.]lt1, Fn�:7�:Jti&�m!tJ1.ftIlij-=f, JtJ?tJ-=.��{fJi�Ui·m.PJ$m±-tl!.o2, FrI'b]*************:1v40Vdc o3, FR,d!tJfJ 31�J5i�\frßt�D11fi't }JUJHJ � 81*�:11ü\.]}t�JHJIjT 6 T 5 �1.t11ffi.J1t -40'C �+55'C -40'C�+70'C T4 -40'C �+85'C�ffffl��'i\1EUjti@J-=f 65'C, 4, F Jfb 81 Il!. �� 51 A D 5'Z �cffl � �}j:J:I;j§:� iA pT �, �{fil-G83836.1-201 O �II G83836.2-2010B1*J\!�, B.�}j:J:I��Ex d IIe Gba"J�>��JOJ\!*fr:1v1/2NPT (EI.x;M20X 1.5) B1tt!.��5I A'l& iI 0 7L� .EJ.�� 51 A D 5'Z*ffl �;§5'ZIlJJ :lI �� 05,FJfb����ffl.����m�"���§H�"���o6, ffl):Ct :f�� EI 1TI�!L����F Jfb 81 ftJ/=t-*t1'�1�:, m.� �1djj Uif�(rt1;t fPJfo zn';R:lE1T 9=t I±\���., ��.�IlJJ .tt��m��.���o(GY J17.1 060X) (Attachment I )7, F �,E11�9t, 1.l!!ffl*11�1Hf' e'Z1fD n,Jit'<i' FJjH�ffl �ryj �I];, G83836.13-2013 ";t�Hf.U:Jq� J5't m13tfß7t: if>(:�811Iir.lli,�11i, 11i�*I]�m" , G83836.15-2000 ":Ii�f.tl:4:1*:JqdJifflE@. l=t.&� m15$7t: mJfLthFf r4:!.4:�� CmWllil1l-) " , G83836.16-2006 ":Ii�tn4:1*�1:t ffl �4: -&�%16ttrl7t: C �Jffr�i�"') .&.G850257 -2014 "i4J.4:if;( ��9&I�.��*������4:9& ••1,F���r������mtt •• ��AF��ru���;2, tM Jilt r �, �1i1 JIli 1:ir tt: )10-N E P S l'lA 81 -x.1tJ: 'ti :t4 t" ;3, t" r.f b� il t! rp e'Z � Y � 3>-5 -F 31� i*J � :a)N EPS I-lAWJ:fj]\fit;b) F Jjt"ljj� :fj]\ fit;c) ll1J � ß-1:t'riiE -'%d ) 1!f: Ji=J � ±JUili't }j[ffil*�{)(�{)(��.1<�lI{t'l��M National Supervision and Inspection Centre forExplosion Proteetion and Safety of InstrumentationG YJ17.1060X) A ttachment I )Attachment I to GYJ17.1060X1. DescriptionTMT142 series Temperature field transmitter, manufactured by Endress+Hauser Wetzer GmbH + CO.I<G, has been certified by National Supervision and Inspection Center for Explosion Protection and Safety of Instrumentation (NEPSI). The product accords with following standards:G83836.1-2010 Explosive atmospheres-Part 1: Equipment-General requirementsG83836.2-2010 Explosive atmospheres-Part 2: Equipment protection by flameproof enclosure"d"The Ex marking is Ex d n C T 4-T6 Gb, its certificate number is GY J17.1 060X.Type approved in this certificate is shown as the following:iTEMP HART T M T142-3 0o indicates enclosure, cable entry, configuration connection and etc.Refer tü instruction manual for tl16 details.2. Special Conditions for Safe UseThe suffix "X" placed after the certificate number indicates that this product is subject to special conditions for safe use, that is:For information on the dimensions of the flameproof joints contact the manufacturer.3. Conditions for Safe Use3.1 The external earth connection facility of this product shall be connected reliably.3.2 Electrical data: 40 Vdc.3.3 The relationship between ambient temperature range and the temperature class is shown as foliows:Temperature class T6 T5 T4Ambient temperature range -40°C-+55°C -40°C-+ 70°C -40'C-+85°CUse the connection cable endurance to he a t at least 90°C when the ambient temperature is > 65°C.3.4 Suitable certified cable glands or blanking plugs for unused holes ('1/2 NPT or M20*1.5) approved by ExTL according to G83836.1-201 0 and G83836.2-2010 with Ex marking "Ex d II C Gb" shall be used and correctly installed. The cable glands and blanking plugs to be used shall suitable for the product working conditions.Page 1 of 2G Y J17.1 060X) A ttachment I )3.5 Any maintenance shall be performed only when the warning of "00 not open when energized" is obseNed.3.6 The user shall not change the configuration in order to maintain/ensure the explosion protection performance of the equipment. Any change may impair safety.3.7 For installation, use and maintenance of this product, the end user shall obseNe the instruction manual and the following standards:GB50257 -2014 "Code for construction and acceptance of electric device for explosion atmospheres and fire hazard electrical equipment installation engineering".GB3836.13-2013 "Explosive atmospheres-Part 13:Equipment repair, overhaul and reclamation".GB3836.15-2000 "Electrical apparatus for explosive gas atmospheres-Part 15:Electrical installations in hazardous area (other than mines)".GB3836.16-2006 "Electrical apparatus for explosive gas atmospheres-Part 16: I nspection and maintenance of electrical installation (other than mines)".4. Manufacturer's Responsibility4.1 Conditions for safe use, as specified above, should be included in the documentation the user is provided with ..4.2 Manufacturing shoulcl be done according to the documentation approved by NEPSI.4.3 Nameplate should include these contents listed below:1) NEPSl logo @2) Ex marking3) certificate number4) ambient temperature5) warning of "00 not open when energized"Page 2 of 2。

红外温度传感器选型表CS 系列CS系列校核工具可以提供黑体源来校核红外温度传感器，同时也可以校核接触式的传感器。

型号描述CS171温度范围：+30.0到+200.0度；分辨率0.1度；精度（和精确温度计相比）±0.1度；发射率：>0.95；工作电压：220V AC19297CS172温度范围：低于环境温度40度到+75度；分辨率0.1度；精度（和精确温度计相比）±0.1度；发射率：>0.95；工作电压：221V AC26657RT 系列RT161是精确的参考温度计，探头和携带盒一并提供。

型号描述RT161温度范围：-35.00到+199.99度；分辨率0.01度；精度（和精确温度计相比）±0.02度±0.01％；探头：±0.03度±0.07％；9VDC供电11736EL系列型号描述EL21A 温度范围：0到+250度；光学镜头：2：1；发射率：0.95；输出：4-20mA2725EL21AWJ 温度范围：0到+250度；光学镜头：2：1；发射率：0.95；输出：4-20mA；水冷套和空气吹净管5725EL101A 温度范围：0到+250度；光学镜头：10：1；发射率：0.95；输出：4-20mA3225EL101AHT 温度范围：0到500度；光学镜头：10：1；发射率：0.95；输出：4-20mA3225EL101AWJ 温度范围：0到+250度；光学镜头：10：1；发射率：0.95；输出：4-20mA；水冷套和空气吹净管6225EL101AHTWJ 温度范围：0到500度；光学镜头：10：1；发射率：0.95；输出：4-20mA；水冷套和空气吹净管6225EL301A 温度范围：0到+250度；光学镜头：30：1；发射率：0.95；输出：4-20mA4475EL301AHT 温度范围：0到500度；光学镜头：30：1；发射率：0.95；输出：4-20mA4475EL301AWJ 温度范围：0到+250度；光学镜头：30：1；发射率：0.95；输出：4-20mA；水冷套和空气吹净管7475EL301AHTWJ 温度范围：0到500度；光学镜头：30：1；发射率：0.95；输出：4-20mA；水冷套和空气吹净管7475附件EL/MLEFB EL和MLE系列配套的固定支架225 EL/MLEAB EL和MLE系列配套的可调支架525EL/MLE21AAP为EL21A和MLE21A配套的空气吹净管850EL/MLE101AAP为EL101A和MLE101A配套的空气吹净管850EL/MLE301AAP为EL301A和MLE301A配套的空气吹净管850EL/MLE/ILLST为EL,MLE，和IL系列配套的激光瞄准工具3975 ELCE为没有水冷套的EL系列配套的延长线（最长5米）/米62.5ELCEHT为没有水冷套的EL系列配套的高温延长线（最长5米）/米187.5MLE系列MLE21A是一个2：1光学镜头的微型红外温度传感器，在0-250度的范围内，单独的电路板可以提供4-20mA的输出。

温度远传检测仪选型使用说明书一、前言XTRM系列温度远传监测仪，首先被应用在水泥生产监控系统中。

上世纪九十年代初，上海联合水泥厂技改工程利用西班牙政府混合贷款，从丹麦史密斯公司引进主要生产系统的关键设备，建成日产二千吨熟料的窑外分解生产线。

该厂采用ABB公司ASEA MASTER集散控制系统进行生产管理和控制，要求国产设备的运行信息也集中于系统统一监控，但当时的仪表与该计算机系统难以匹配，为此，必须开发新产品上海工业自动化仪表研究所、上海联合水泥厂、南京水泥工业设计研究所有关人员，通过共同调研该厂引进的现场仪表、计算机接口及国产设备的信号，提出了相关要求。

上海工业自动化仪表研究所专门成立了由该所显示室主任金建民高级工程师具体负责的XTRM仪表项目组，经艰辛攻关，完成了XTRM系列多回路温度远传监测仪研制，成功将国产设备的信号与该控制系统相匹配，完善了全厂生产集中控制，取得了很好的实用效果。

这个新产品，特别适用水泥生产过程的监控，因此，该产品在全国大型、中型干法水泥厂的设计和生产中得到了广泛应用。

XTRM仪表的输出信号直接输入到计算机系统模拟输入接口，在中央控制室监控，同时在仪表面板上有显示，显示采用模拟指针仪表或LED数字显示表头。

根据用户的需要，可将指示仪表、记录仪表、调节器等与电源串联在XTRM仪表的输出回路，输出电流正比于温度的变化，用作温度的指示、记录或调节。

用户还可通过安装在面板上的薄膜选择按键逐个查阅相对应回路的温度。

二、XTRM系列多回路温度远传监测仪工作原理XTRM仪表系二线制多回路温度变送器。

它与多点热电阻或热电偶传感器配合使用，将各种生产过程中固体、液体、气体的温度显示和变送远传。

(原理框图如图一所示)XTRM仪表安装在被测对象附近，用屏蔽电缆将各回路的热电阻或热电偶传感器的测温信号连至该仪表各自独立的前置放大器，前置放大器将微弱变化信号放大处理，输送到比较输入电路(选择高温信号)或选点输入电路，进行信号选择。