德国BD压力传感器

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扩散硅压力传感器原理

扩散硅压力传感器原理
硅压力传感器是一种常用的压力测量装置，其原理基于硅晶圆的应变敏感性。

以下为扩散硅压力传感器的工作原理。

扩散硅压力传感器由一个圆形的硅晶圆组成，其表面镀有硅二氧化层以提高机械强度和保护内部电路。

在硅晶圆的一侧，有一块“绝缘底座”用于固定传感器。

压力传感器的另一边被称为“感应表面”，通过开孔与外界相通。

当外界施加压力时，感应表面上的硅会受到应变，导致其电阻发生变化。

这种应变敏感性是基于硅晶圆的压力敏感效应。

在传感器的内部，有一个电阻栅极用于测量感应表面上的电阻变化。

当施加压力时，感应表面上的硅发生应变，改变了电阻栅极的电阻。

这个变化的电阻值可以通过外部电路进行测量和转换，从而得到压力值的相关信号。

扩散硅压力传感器具有很高的精度和灵敏度。

它们可以广泛用于工业、医疗和汽车等领域，用于测量液体和气体的压力。

德国BD sensor压力传感器

德国BD sensor压力传感器信息参考来源：广州兰瑟电子科技BD sensor传感器简介：基于不锈钢硅传感器的两种压力变送器和一种投入式液位计，OEM产品到配有HART通讯、现场总线接口，从0.1mbar至2500bar的测压产品高端产品。

德国BD SENSORS工业压力变送器精度高,长期稳定性好压力变送器26.600P信息内容：压力测量范围400mPa，陶瓷传感器焊接式不锈钢平齐隔膜精度：0.5%FSO BFSL(1.0% FSOIEC 60770) 额定量程：从0——1.6 bar至0 ——400 bar。

产品特点：符合食品卫生需求较高的介质温度：-25-125 °C （硅油填充液）-10-125 °C （可食用油填充液）多种压力接口和电气接口可供选择，应用：食品卫生包装机械制药行业DMP 343采用非介质隔离的硅传感器,DMP 331、DMP 333采用不锈钢硅传感器,DMP 334采用不锈钢溅射薄膜传感器,DMK 331采用陶瓷厚膜传感器,DMP 331i-DMP 333i-LMP 331i采用不锈钢硅传感器,DMD 331-DPS 200采用不锈钢硅传感器,DMD 341采用非介质隔离的硅传感器,DPS 100采用感应传感器BD SENSORS用于液位监控和流程工业的旋入式液位计LMP 331采用不锈钢硅传感器,LMK 331采用陶瓷厚膜传感器,LMK 351采用电容式陶瓷传感器BD SENSORS投入式液位计（静压液位测量）介质兼容性强,长期稳定性好其中分体式液位计系列LMP308 / LMP808 / LMK358 / LMK858以其独特的设计更是得到用户的好评。

同时我们还提供大量的安装附件以完整我们的产品系列,如接线盒,卡具,法兰等。

LMP 305-LMP 307-LMP 308-LMP 308i-LMP 808采用不锈钢硅传感器,LMK 306-LMK 307-LMK 309-LMK 807-LMK 809采用陶瓷厚膜传感器,LMK 358-LMK 358H-LMK 382-LMK 382H采用电容式陶瓷传感器BD SENSORS造船,航海和海上作业DMP 457采用不锈钢硅传感器,DMK 457采用陶瓷厚膜传感器,LMK 457-LMK 457H采用电容式陶瓷传感器。

WPD-102 压力传感器说明手册说明书

WARNING Ensure that the maximum individual port pressure doesnot exceed the maximum pressure range of the unit. For example, the maximum individual port pressure on a WPD-102 is 100 PSI. Exceed-ing this may damage the sensors and WILL give erroneous readings.WARNING Do not use in an explosive or hazardous environment, with combustible or flammable gasses, as a safety or emergency stop device or in any other application where failure of the product could result in personal injury. Use electrostatic discharge precautions during installation and do not exceed the device ratings.MOUNTING The transmitter mounts on a vertical surface with the pressure ports and cable entrance on the bottom using the two screw holes on the base of the unit. Ensure there is enough space around the unit to make the pressure and electrical connections. Avoid locations with severe vibrations or excessive moisture. The enclosure has a standard ½” conduit opening and may be installed with either a conduit coupler or a cable gland type fitting. In this position the High port is on the left and the Low port is on the right as shown on the pcb.WIRING Use 22 awg shielded wiring for all connections and do not locate the device wires in the same conduit with wiring used to supply induc-tive loads such as motors. Disconnect the power supply before making any connections to prevent electrical shock or equipment damage. Make all connec-tions in accordance with national and local electrical codes.This device is a 3-wire sourcing type transmitter. Connect the positive dc voltage or the hot side of the ac voltage to the terminal marked PWR . The power supply common is connected to the terminal marked COM . The device is reverse voltage protected and will not operate if connected backwards. The analog output signal is available on the OUT terminal. This signal is jumper selectable for either voltage or 4-20 mA output. In voltage mode, either 0-5 or 0-10 Vdc can also be selected. These options are indicated on the circuit board.The remote zero feature may be used by wiring a dry-contact (relay only) digital output to the ZERO terminals. Do not apply voltage to the ZERO terminals.PLUMBING The two pressure ports are labeled High and Low . The out-put signal indicates a positive value when the pressure is higher on the High port than the Low port so ensure these ports are connected correctly. Use an appropriately rated pressure tubing and arrange it to minimize stress on the connections.Do not allow material to fall into the pressure ports as contamination could damage the sensors.CONFIGURATION As shown on the pcb drawing, push-on jumpers and switches are used to select the output signal type, the input pressure range and several features. The device is factory configured to operate in the 4-20 mA output mode but can be changed to voltage mode by moving the two jumpersfrom the positions marked Current to the positions marked Voltage . Always note the current jumper position first and then move them to the new position.If the jumpers are rotated 90 degrees and installed incorrectly the product will not work and damage may occur. In voltage mode the output scale may be changed to either 0-5 or 0-10 Vdc by moving the single jumper to the 5V or 10V position.The Range and Options switches can be changed while the unit is operating. However, the output jumpers can only be changed while the power is removed.The jumper marked Light is for the LCD back-light option. The back-light is enabled in the On position but can be set to Off to reduce power consumption. The input pressure range (as shown on the product label) is set by moving the 4-position slide switch marked RANGE .Bidirectional operation, port swap, slow damping and analog reverse functions are available by switching the appropriate DIP switch position to ON.BIDIRECTIONAL This switch changes the range from 0 to full scale differ-ential pressure to minus full scale to plus full scale differential pressure. The analog output will read ½ when the differential pressure is zero. The example below shows the results when a Model 2 (0 to 100 psi) is operated in bidirec-tional mode (-100 to 100 psi).PORT SWAP This switch reverses the polarity of the pressure ports. It makes the HIGH port “low” and the LOW port “high”. This is useful to correct plumbing errors.SLOW DAMPING This switch provides an 8-second averaging for surge dampening (normally it is 4-seconds).OUTPUT REVERSE This switch reverses the output signal polarity. In reverse mode the analog output is maximum when the pressure differential is zero and decreases as pressure increases.OPERATION For normal operation such as 0-100 PSI, the pressure applied to the High port must be higher than the pressure applied to the Low port. If the pressure connection is reversed then the transmitter will always output 4 mA or 0 V. If the Low port is left open to ambient pressure, then the High port is used to measure a positive pressure and 0 PSI = 4 mA and 100 PSI = 20 mA.Model 1 2 3 4 101 50 PSI 25 PSI 10 PSI 5 PSI 102 100 PSI 50 PSI 20 PSI 10 PSI 103 200 PSI 100 PSI 40 PSI 20 PSI 104 500 PSI 250 PSI 100 PSI 50 PSI 105 5.0 Bar 2.5 Bar 1.0 Bar 0.5 Bar 106 7.50 Bar 3.75 Bar 1.50 Bar 0.75 Bar 107 10 Bar 5 Bar 2 Bar 1 Bar 108 30 Bar 15 Bar 6 Bar 3 Bar 109 500 kPa 250 kPa 100 kPa 50 kPa 110 750 kPa 375 kPa 150 kPa 75 kPa 111 1000 kPa 500 kPa 200 kPa 100 kPa 1123000 kPa1500 kPa600 kPa300 kPaPressure Range Wet-WetDifferential Pressure TransducerInstallation InstructionsHIGH port LOW port LCD 4-20 mA 0-5 V 100 PSI 50 PSI 50 PSI 16 mA 3.75 V 50 PSI 100 PSI -50 PSI 8 mA 1.25 V 50 PSI 50 PSI 0 PSI 12 mA 2.5 V 100 PSI0 PSI100 PSI20 mA5 VFor bidirectional operation such as +/-100 PSI, the pressure applied to the High port should be higher than the pressure applied to the Low port for a positive output response. Negative pressure is indicated if the High pressure is less than the Low pressure. In this case –100 PSI = 4 mA and +100 PSI = 20 mA. Since the transmitter is linear 0 PSI = 12 mA.CALIBRATION With both ports open to the ambient pressure (or with both ports equalized at 0 pressure), press and hold the auto-zero button or provide contact closure on the ZERO terminals for at least 3 seconds. Release the button or terminals and the device will calculate and store the new zero point. To protect the unit from accidental zeroing this feature is enabled only when the detected pressure on both ports is less than 5% of the full range. It is not recommended that the span calibration be performed in the field unless a high quality calibrator is available. SPECIFICATIONSMedia compatibility 17-4 PH stainless steel Input power 15 to 30 Vdc / 24 Vac nominal Supply current @ 24 Vdc 100 mA with LCD backlight 35 mA with backlight disabledOutput signal 4-20 mA, 0-5 or 0-10 Vdc Proof pressure Max. 2x F.S. range Burst pressure Max. 5x F.S. range Accuracy +/-1 %F.S. (range 4 is +/- 2 %) Surge damping 4 sec averaging (8 sec for slow) Long term stability +/-0.25% typical (1 year) Auto-zero adjust pushbutton and remote input Sensor operating range -40 to 105 °C (-40 to 220 °F) Operating environment 0 to 50 °C, 10 to 90 %RH n.c. Fittings 1/8” NPT femaleEnclosure 5” x 5” x 2.25” PVC NEMA 4Optional switch settings. Default is Normal (switch set to off).Power in, 24Vac/dc Common is shared with outputOutput, Current or Voltage.Common is shared with power supplyNOTE: The range and options switch can be changed while the unit is powered. However, the output jumpers can only be changed while the unit is unpowered.DO NOT CONNECT POWER TO THE ‘OUT’ TERMINAL AS THE UNIT WILL BE DAMAGED!REV. 006 10/2008WARNING Ensure that the maximum individual port pressure does not exceed the maximum pressure range of the unit. For example, the maximum individual port pressure on a WPD-102 is 100 PSI. Exceeding this may damage the sensors and WILL give erroneous readings.BOARD LAYOUT WIRINGJUMPER SETTINGSDisplay backlight on Display backlight off4-20 mA output 0-10 Vdc output 0-5 Vdc outputNOTE: The current/voltage output jumpers must be oriented as they are shown in the above illustration.。

足底压力项目书

欢迎共阅德国medilogic足底压力测量系统足底压力足底压力的大小与分布能反映人体腿、足结构、功能及整个身体姿势控制等信息，测试、分析足底应力，对临床诊断、疾患程度测定和术后疗效评价均具有重要意义。

???利用足底压力检测系统不仅可以得到运动过程中地面对人体提供的支撑力，进行受力分析。

而且如果将足底压力和人体运动轨迹的数据代入人体动力学方程，还可以计算出人体在不同姿态下各关节的受力情况，进行反向动力学分析，由德国medilogic公司研制的足底压力测量系统通过每个脚垫上的64个压力传感器,可以实时采集足底压力,并将信号无线发射至电脑进行处理和分析。

广泛用于生物力学、运动训练、康复医学及人体工程学等领域。

足底压力测量作为当今步态研究、足疾诊断和运动鞋设计等领域的支撑技术,其发展历经足印技术(Pedography)、足底压力扫描技术(solebarograph)、力板(ForcePlate)与测力台技术(ForcePlatform)、压力鞋与鞋垫技术脚垫式足底压力测量系统由德国medilogic公司研制的脚垫式测力仪通过每个脚垫上的64个压力传感器,可以实时采集足底压力,并将信号无线发射至电脑进行处理和分析。

广泛用于生物力学、运动训练、康复医学及人体工程学等领域。

特点：1．每只含有64个FSR高敏感压力传感器，可测试站立、走、跑等多种运动状态下的足底压力变化。

压力范围：0.5 - 65 N/cm2 采样频率：60Hz 或300Hz. 2．可实时无线传输鞋底压力信号，并通过软件控制和分析。

3．便捷的录制、停止及回放功能。

4．笔记本电脑配置：奔4M 2.0 MHz，256 MB RAM，30G硬盘, CD-RW刻录坐垫式压力测量系统由德国Medilogic公司研制的坐垫式压力测量系统通过分布在坐垫上的压力传感器，可以实时采集压力值，并将信号无线发射至电脑进行处理和分析。

广泛应用于整形外科、创伤科、运动医学以及人机工程学等领域。

pendotech管路压力传感器原理

一、概述管路压力传感器是一种广泛应用于工业领域的传感器，其主要作用是用来测量管路中的压力值。

在工业自动化控制系统中，管路压力传感器的使用非常普遍，它能够实时监测管道内的压力变化，并将这些数据输出给控制系统，从而实现对管道系统的精确控制。

本文将从pendotech管路压力传感器的原理出发，深入探讨其工作原理及应用。

二、管路压力传感器的原理管路压力传感器主要由传感器芯片、支撑结构、管道连接部分、外壳和电路板等组成。

其工作原理是利用压力传感器芯片对管道内的压力进行测量，并将测量得到的压力值转换为电信号输出。

1. 传感器芯片传感器芯片是管路压力传感器的核心部件，它通常采用压阻式传感器芯片。

当管道内施加压力时，传感器芯片会产生相应的变形，这种变形会导致传感器芯片内部电阻的变化，从而产生一个与压力值成正比的电信号。

2. 支撑结构支撑结构是用来支撑传感器芯片并固定在管道上的部件，它通常由不锈钢或者硬质合金材料制成，具有较高的耐压性和耐腐蚀性。

3. 管道连接部分管道连接部分是用来连接传感器和管道的部件，通常采用螺纹连接或者法兰连接的形式，以确保传感器能够准确地感知管道内的压力变化。

4. 外壳和电路板外壳和电路板是用来保护传感器芯片和电路的部件，外壳通常采用不锈钢或者工程塑料材料制成，具有较好的密封性和耐腐蚀性；电路板则主要用来放置传感器芯片和电路组件，并对测得的压力信号进行放大和处理。

三、工作原理管路压力传感器在工作时，通常通过管道连接部分固定在被测管道上。

当管道内施加压力时，传感器芯片会产生相应的变形，这种变形会导致传感器芯片内部电阻的变化，从而产生一个与压力值成正比的电信号。

该电信号经过放大和处理后，输出到控制系统中，从而实现对管道系统的远程监测和控制。

四、应用领域管路压力传感器广泛应用于化工、石油、天然气、水处理、供暖通风、空调制冷等领域，主要用于测量管道内的压力值，并对管道系统进行远程监测和控制。

化工生产中需要对管道内的流体压力进行实时监测，以确保生产设备正常运行；石油、天然气行业则需要对管道内的气体或液体压力进行监测，以保证管道的安全运行。

BD SENSORS GmbH DMP 331 工业压力传感器说明书

BD SENSORS GmbH BD-Sensors-Straße 1 Tel.: +49 (0) 92 35 / 98 11- 0www.bdsensors.de D - 95199 ThiersteinFax: +49 (0) 92 35 / 98 11- 11*****************DMP 331IndustrialPressure Transmitter for Low PressureStainless Steel Sensoraccuracy according to IEC 60770: standard: 0.35 % FSO option: 0.25 / 0.1 % FSONominal pressurefrom 0 ... 100 mbar up to 0 ... 60 b Output signals 2-wire: 4 ... 20 mA3-wire: 0 … 20 mA / 0 … 10 V others on request Special characteristic►perfect thermal behaviour ►excellent long term stability ►pressure portG 1/2" flush from 100 mbarOptional versions►IS-versionEx ia = intrinsically safefor gases and dusts ►SIL 2-according toIEC 61508 / IEC 61511►welded pressure sensor ►customer specific versionsThe pressure transmitter DMP 331 can be used in all industrial areas when the medium is compatible with stainless steel 1.4404 (316 L) or 1.4435 (316 L). Additional are different elastomer seals as well as a helium tested welded version available.The modulare concept of the device allows to combine different stainless steel sensors and electronic modules with a variety of electrical and mechanical versions.Thus a diversity of variations is created, meeting almost all requirements in industrial applications. Preferred areas of use arePlant and machine engineeringEnvironmental engineering (water - sewage - recycling) Energy industrypressure and levelwww.bdsensors.deExplosion protection (only for 4 … 20 mA / 2-wire)ApprovalsDX19-DMP 331 IBExU 10 ATEX 1068 X / IECEx IBE 12.0027X zone 0: II 1G Ex ia IIC T4 Gazone 20: II 1D Ex ia IIIC T135 °C DaSafety technical maximum values U i = 28 V, I i = 93 mA, P i = 660 mW, C i ≈ 0 nF, L i ≈ 0 μH,the supply connections have an inner capacity of max. 27 nF to the housingPermissible temperatures for environment in zone 0: -20 ... 60 °C with p atm 0.8 bar up to 1.1 bar in zone 1 or higher: -40/-20 ... 70 °CConnecting cables (by factory)cable capacitance: signal line/shield also signal line/signal line: 160 pF/m cable inductance: signal line/shield also signal line/signal line: 1 μH/mMiscellaneousOption SIL2 version 3 according to IEC 61508 / IEC 61511 Current consumption signal output current: max. 25 mAsignal output voltage: max. 7 mAWeight approx. 200 g Installation position any 4 Operational life 100 million load cycles CE-conformity EMC Directive: 2014/30/EU ATEX Directive 2014/34/EU3 only for4 … 20 mA / 2-wire, not in combination with accuracy 0.1 %4Pressure transmitters are calibrated in a vertical position with the pressure connection down. If this position is changed on installation there can be slight deviations in the zero point for pressure ranges p N ≤ 1 bar.Wiring diagrams2-wire-system (current)3-wire-system (current / voltage)Pin configuration Electrical connectionISO 4400Binder 723 (5-pin)M12x1 / metal(4-pin)Bayonet MIL-C-26482(10-6)2-wire3-wire Supply + Supply –Signal + (for 3-wire)1 2 33 4 1 1 2 3 A B -A D BShieldground pin54pressure portElectrical connectioncompact field housingcable colours (IEC 60757)V S+ V S- S+ GNDSupply + Supply –Signal + (for 3-wire)V S + V S - S+ WH (white) BN (brown) GN (green) ShieldGNDGNYE (green-yellow)psupply +supply –V SIsupply +A/Vsignal +V SpI/Usupply –ISO 4400 Binder series 723, 5-pin M12x1, 4-pin(IP 65) (IP 67) (IP 67)cable outlet with PVC cable cable outlet, cable with(IP 67) 5ventilation tube (IP 68) 6compact field housing(IP 67)universal field housing stainless steel 1.4404 (316 L) with cable gland M20x1.5 (ordering code 880) and other versions on request pressure and levelwww.bdsensors.deDimensions (mm / in)standardSIL- and SIL-IS version* with electrical connection Bayonet MIL-C-26482 (10-6) increases the length of devices by 5 mmMechanical connections (dimensions mm / in)G1/2" DIN 3852 G1/2" EN 837 1/2" NPTG1/4" DIN 3852 G1/4" EN 837 1/4" NPTG1/2" open port DIN 3852G1/2" flush DIN 3852(p N ≤ 40 bar) (p N ≤ 40 bar)DMP331_E_310123Tel.: +49 (0) 92 35 / 98 11- 0www.bdsensors.de Fax: +49 (0) 92 35 / 98 11- 11*****************© 2023 B D |S E N S O R S G m b H – T h e s p e c i f i c a t i o n s g i v e n i n t h i s d o c u m e n t r e p r e s e n t t h e s t a t e o f e n g i n e e r i n g a t t h e t i m e o f p u b l i s h i n g . W e r e s e r v e t h e r i g h t t o m a k e m o d i f i c a t i o n s t o t h e s p e c i f i c a t i o n s a n d m a t e r i a l s .metric threads and other versions on request**-------1101110.1010000.1616000.2525000.4040000.6060001.010011.616012.525014.040016.06001101002161602252502404002606002-1 … 0X 1029999consult123E 1S 9consultstandard for p N ≥ 0.4 bar:0.35 % FSO 3standard for p N < 0.4 bar:0.50 % FSO 5option 1 for p N ≥ 0.4 bar:0.25 % FSO 2option 2:0.10 % FSO19consult100200T A 0cable with ventilation tube (IP68)M 10B G 0B G 4stainless steel 1.4301 (304)999consult 10020030040055H 00N 00N 40999consult1329consult000999consult1 absolute pressure possible from 0.4 bar2 not in combination with SIL3 standard: 2 m PVC cable without ventilation tube (permissible temperature: -5 … 70°C), others on request4code TR0 = PVC cable, cable with ventilation tube available in different types and lengths 5only for p N ≤ 40 bar6welded version only with pressure ports according to EN 837 and NPT31.01.2023customer34T R 0111intrinsic safety 4 … 20 mA / 2-wire2gauge 4 … 20 mA / 2-wire SIL2 4 … 20 mA / 2-wire 0 … 10 V / 3-wire0 … 20 mA / 3-wire absolute customer15, 6without (welded version)© 2023 B D |S E N S O R S G m b H - T h e s p e c i f i c a t i o n s g i v e n i n t h i s d o c u m e n t r e p r e s e n t t h e s t a t e o f e n g i n e e r i n g a t t h e t i m e o f p u b l i s h i n g . W e r e s e r v e t h e r i g h t t o m a k e m o d i f i c a t i o n s t o t h e s p e c i f i c a t i o n s a n d m a t e r i a l s .DMP 331standard G1/4" DIN 3852customercustomerEPDM4 … 20 mA / 2-wirecustomercustomerSIL2 with intrinsic safetymale plug M12x1 (4-pin) / metal ES G1/4" EN 837G1/2" DIN 3852male and female plug ISO 4400male plug Binder series 723 (5-pin)cable outlet with PVC cable (IP67)8customercable outlet,1/4" NPT FKM Bayonet MIL-C-26482 (10-6); 2 wire Bayonet MIL-C-26482 (10-6); 3 wire00F G1/2" EN 837G1/2" DIN 3852501/2" NPT compact field housing G1/2" DIN 3852 open pressure portwith flush sensor。

德国BD压力变送器

德国BD压力变送器信息参考来源：广州兰瑟电子科技德国BD压力变送器简介：基于不锈钢硅传感器两种压力变送器和一种投入式液位计配有HART通讯、现场总线接口，0.1mbar至2500bar的测压高端产品。

同时我们还提供大量的安装附件以完整我们的产品系列,如接线盒,卡具,法兰等。

扩散硅压力传感器工作原理

扩散硅压力传感器工作原理
硅压力传感器是一种基于硅材料的传感器，用于测量压力。

其工作原理基于压力对硅芯片的变形产生的电阻变化。

硅压力传感器的核心部件是一个薄膜型硅压阻元件，通常由硅晶圆加工而成。

该元件由两层硅薄膜组成，上层为引压膜，下层为探测膜。

当外界施加压力作用在传感器上时，引压膜和探测膜之间的硅材料会产生一定程度的变形。

这种变形会改变硅材料的电阻特性，从而使得传感器的输出信号发生变化。

硅压力传感器通常采用电桥测量电路将这个电阻变化转化为电压输出。

通过对电桥进行精确的电压测量，就可以实现对外界压力的准确测量。

硅压力传感器的灵敏度和稳定性主要取决于硅材料的特性以及传感器的制造工艺。

传感器内部通常还会加入温度补偿电路，以消除温度对测量结果的影响。

另外，传感器还需要进行标定和校准，以确保其测量结果的准确性和可靠性。

总结来说，硅压力传感器通过测量硅芯片在压力作用下的变形，利用电桥测量电路将其转化为电压输出，实现对压力的测量。

它具有高灵敏度、稳定性好等特点，广泛应用于工业控制、汽车、医疗设备等领域。

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德国BD压力传感器
信息参考来源：广州兰瑟电子科技
德国BD传感器SENSORS简介：
基于不锈钢硅传感器的两种压力变送器和一种投入式液位计，OEM产品到配有HART通讯、现场总线接口，从0.1mbar至2500bar的测压产品高端产品。

德国BD SENSORS工业压力变送器精度高,长期稳定性好
压力变送器26.600P信息内容：
压力测量范围400mPa，陶瓷传感器焊接式不锈钢平齐隔膜精度：0.5%FSO BFSL(1.0% FSO
IEC 60770) 额定量程：从0——1.6 bar至0 ——400 bar。

产品特点：符合食品卫生需求较高的介质温度：-25-125 °C （硅油填充液）-10-125 °C （可食用油填充液）多种压力接口和电气接口可供选择，应用：食品卫生包装机械制药行业
DMP 343采用非介质隔离的硅传感器,DMP 331、DMP 333采用不锈钢硅传感器,DMP 334采用不锈钢溅射薄膜传感器,DMK 331采用陶瓷厚膜传感器,DMP 331i-DMP 333i-LMP 331i采用不锈钢硅传感器,DMD 331-DPS 200采用不锈钢硅传感器,DMD 341采用非介质隔离的硅传感器,DPS 100采用感应传感器
BD SENSORS用于液位监控和流程工业的旋入式液位计
LMP 331采用不锈钢硅传感器,LMK 331采用陶瓷厚膜传感器,LMK 351采用电容式陶瓷传感器
BD SENSORS投入式液位计（静压液位测量）介质兼容性强,长期稳定性好
其中分体式液位计系列LMP308 / LMP808 / LMK358 / LMK858以其独特的设计更是得到用户的好评。

同时我们还提供大量的安装附件以完整我们的产品系列,如接线盒,卡具,法兰等。

LMP 305-LMP 307-LMP 308-LMP 308i-LMP 808采用不锈钢硅传感器,LMK 306-LMK 307-LMK 309-LMK 807-LMK 809采用陶瓷厚膜传感器,LMK 358-LMK 358H-LMK 382-LMK 382H采用电容式陶瓷传感器
BD SENSORS造船,航海和海上作业
DMP 457采用不锈钢硅传感器,DMK 457采用陶瓷厚膜传感器,LMK 457-LMK 457H采用电容式陶瓷传感器。

BD SENSORS卫生性压力变送器采用不锈钢或陶瓷隔膜
BD SENSORS提供的用于食品加工,化工和制药行业的变送器具有符合卫生标准的过程连接设计,符合EHEDG和FDA标准。

并可出具符合EN 10204 (如 3.1B)标准的材料和制造测试证书。

DMK 331P-DS 201P-DS 401P采用陶瓷厚膜传感器,DMP 331P-DS 200P-DS 400P采用不锈钢硅传感器,DMK 351P采用电容式传感器。

BD SENSORS配数显和节点输出的压力测量仪表
DS 200-DS 400采用不锈钢硅传感器,DS 201-DS 401采用陶瓷厚膜传感器,DS 210采用非介质隔离的硅传感器。

BD SENSORS数显表头和数显仪表
PA 430即插式数显仪表,ASM 430数显和节点模块,CIT 100 - PM190流程显示器,CIT 400/CIT 401多功能流程显示器,PKD 4420具有自动辨认功能的压力校验仪,CIT 500电池供电的数显仪。

BD SENSORS数字压力表
BAROLI电池供电的数字压力表,BM 200/DM 201直流供电的数字压力表。