QuantumX MX1615B QuantumX MX1615B | HBM

应变桥路放大器 – QuantumX MX1615B / MX1616B

应变桥路放大器 QuantumX MX1615B 和 QuantumX MX1616B,可连接全桥,半桥以及 四分之一桥应变片,以及电位计,电阻温度计( PT100,基于应变的传感器,或电压(+/- 10V)信号。这意味着,无论是应变,力和位移或是温度信号,该数据采集模块都是理想的选择。


MX1615B和MX1616B 模块结构紧凑,带有16个传感器输入。在很小的空间内提供极高的通道密度。典型应用领域包括有限元模型的静态应力测试,寿命预测分析的准动态疲劳试验,监测任务,材料试验,残余应力分析,维护(例如PCB电路板的机械测试)以及一般现场加载试验等。

像所有的QuantumX数据采集模块一样,MX1615B / MX1616B模块可连接 TEDS(“即插即测”)传感器,并可与所有其他 QuantumX 模块进行组合,自由升级。

高精度

  • 专利电路(4路,5路,6路技术,载频技术以及所有通道的周期自动调整)
  • 鲁棒设计,防止电磁干扰和热干扰(例如逆变器,高电流,电机或温度影响等)
  • 高信号带宽,测量速率可高达每通道20 kS / s。

精确,无干扰的测量结果 - 用于动态和静态测量。 由于采用载频技术,即使在电磁干扰环境下并使用长电缆,也可获得精确可靠的测量结果。

高效,节约时间

  • 即插即测 - 传感器自动配置
  • 通过内部分流连接,可对传感器进行即时校准或合理检查
  • 推入式插头,连接更方便
  • 分布式系统,连接电缆更短

节约时间,实现更高效率:通过智能组合的测量链和即插即测试技术。机械电压可立即可视化,存储或数字化转发。

易于集成

  • 温度范围宽(-20°C ... + 65°C),设计坚固
  • 采用 HBM catman 软件,可即时进行数据记录和数据分析
  • 实时集成以太网现场总线 (CX27C), CAN (MX471C), 或电压输出 (MX878B)
  • 开放软件概念(可集成到 Visual Studio .NET,LabVIEW等)

应变桥路放大器可轻松集成到您的系统中!

HBM Insider's Perspective Video: MX1615B

 
Watch our quick overview video and learn the essential features behind the MX1615B as explained by an HBM insider.

HBM catman: 不仅是数据采集

catman 数据采集软件 可以简化你测量数据的采集,可视化和分析过程。

了解详情

有3种型号

120 或 350 Ohm

MX1615B 应变桥路放大器:可采用全桥,半桥或四分之一桥连接,电阻120或350欧姆

350 或 1,000 Ohm

MX1616B 应变桥路放大器: 可采用全桥,半桥或四分之一桥连接,电阻350或1000欧姆

超坚固

SomatXR MX1615B-R: 可在恶劣环境条件下使用(120或350欧姆)

CAD 图纸

请下载 CAD 文件。

Please note: The CAD download is handled by a third-party company which requires a separate user registration.

产品资料

主题/描述语言
技术参数表
QuantumX MX1615B - 數據表 Chinese
QuantumX MX1615B - Data Sheet English
QuantumX MX1615B - Datenblatt German
QuantumX MX1615B - データシート Japanese
QuantumX MX1616B - 数据表 Chinese
QuantumX MX1616B - Data Sheet English
QuantumX MX1616B - Datenblatt German
QuantumX MX1616B - データシート Japanese
选型手册
QuantumX - 小冊 Chinese
QuantumX - Brochure English
QuantumX - Brochure (US-Version) English (US)
QuantumX - Broschüre German
QuantumX - Folheto Portuguese
QuantumX - ブローシャー Japanese
操作手册
HBM Common API - User Manual English
HBM LabVIEW Driver - User Manual English
QuantumX - 操作說明 Chinese
QuantumX - 設置マニュアル Japanese
QuantumX - Bedienungsanleitung German
QuantumX - Operating Manual English
QuantumX CANape Driver - Operating Manual English, German
QuantumX CANbus - Operating Manual English, German
附件
QuantumX / SomatXR - Uninterruptible Power Supply - Data Sheet English
QuantumX / SomatXR - Unterbrechungsfreie Stromversorgung - Datenblatt German
QuantumX BPX001/BPX002/BPX003 Backplane - Information English, German
QuantumX BPX002-SIDE Desktop-Kit – Information English, German
QuantumX case clips (CASECLIP) - Istruzioni di montaggio Italian
QuantumX case clips (CASECLIP) - Mounting Instructions English
QuantumX Portamoduli BPX001 - Informativa Italian
Declaration of Conformity
1-KAB, K-KAB (cable)- 符合性聲明 多语言
QuantumX - EU Declaration of Conformity 多语言
QuantumX - Product Type Pattern Approval Russia 2012 Russian
QuantumX - Product-Type Pattern Approval Russia 2017 Russian
QuantumX MX1615 - Product-Type Pattern Approval Russia Russian
Tech Notes
TECH NOTE - Analog to Digital Data Path in QuantumX Modules

This TECH NOTE describes in general the digitalization path in QuantumX data acquisition modules, explaining anti-aliasing filter, analog to digital conversion, digital filtering, scaling, datarate and distribution of data within the data acquisition system or to a data sink whether this is a storage medium or gateway.

多语言
TECH NOTE - IEEE1588:2008 Precision Time Protocol in Data Acquisition and Testing

This TECH NOTE explains the highly accurate time sync mechanism Precision Time Protocol or short PTP, its advantages and its use in Test & Measurement applications.

多语言
TECH NOTE - IEEE1588:2008 PTPv2-Switches and Grandmaster Clocks

This TECH NOTE shows available and tested PTP components together with HBM equipment and can be used as reference source giving you some recommendations.

多语言
TECH NOTE: Using WLAN in large scale measurement and telemetry applications

This Tech Note describes why WLAN is one of the most suitable wireless network technologies for large scale measurement and telemetry applications. It will show its potential, advantages and challenges, as well as how it’s already used in real life applications.

English
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