QuantumX MX1609 QuantumX MX1609 | HBM

QuantumX MX1609KB 和 QuantumX MX1609TB: 用于高动态温度测量,每个通道最高 600 Hz

QuantumX MX1609KB 和 MX1609TB 热偶模块 精度高达± 0.5 K,极短的响应时间,是研究和开发应用中动态测量任务的理想选择。带有16个电隔离、自由扩展的通道,可获得作业设置的多维图像,例如用于复杂的气候模型。

 

这些设备可通过以太网和火线轻松地连接到现有系统,完美地集成到 QuantumX中。MX1609KB 适用于K型热偶,用于测量-100和+1300°C之间的温度。MX1609TB适用于 T型热偶,尤其在-50到+200°C 之间具有优异的线性,提供更精确的测量结果,极具性价比。对于在电气环境中更具挑战性的测量任务,我们推荐使用 QuantumX MX809B 电隔离热偶模块。

  • 精度等级: 高达 ± 0.5 K
  • 采样率: 高达 600 Hz 每通道
  • 测量输入: 迷你热偶 K型 (绿) 或 T 型(褐)

高精度

  • 极高精度, 精度高达 ± 0.5 K
  • 信号调理优化,每个插头直接带有冷连接
  • 电隔离通道,抗干扰
  • 低噪声和有源低通滤波(贝塞尔,巴特沃斯)
  • ISO 10012 工作标准校准证书存储在模块中
  • 根据需求,可提供 DAkkS证书(ISO 17025)

冷连接和可选线性化,获得精确测量结果

用于复杂测量任务

  • 高动态温度测量,快速响应
  • 16个单独通道,获取多维测量结果
  • 每通道采样率 600 Hz,获取详细结果

16 个可独立配置通道,获取多维测量结果

容易集成

  • 通过 catman软件,完美集成到 QuantumX 系列中
  • 通过以太网或火线连接
  • 可通过 CAN FD、EtherCAT 或 PROFINET 协议实时集成

连接和集成方便,易于使用

采用热电偶进行智能精确测温

集成RFID芯片或 “无线TEDS”的微型热偶插头。

Download the CAD step files for this product!
QuantumX MX1609B CAD step files
QuantumX MX1609B Accessories CAD step files

多种型号可选

  • QuantumX MX1609KB: 16-通道数据采集模块,用于 K型热偶
     Buy Here
  • QuantumX MX1609TB: 16通道数据采集模块,用于 T 型热偶
     Buy Here
  • SomatXR MX1609KB-R: 16 通道坚固型数据采集模块,用于K型热偶
     Buy Here

技术资料

主题/描述语言
技术参数表
QuantumX MX1609KB - 数据表 Chinese
QuantumX MX1609KB - Data Sheet English
QuantumX MX1609KB - Datenblatt German
QuantumX MX1609KB - データシート Japanese
QuantumX MX1609TB - 数据表 Chinese
QuantumX MX1609TB - Data Sheet English
QuantumX MX1609TB - Datenblatt German
QuantumX MX1609TB - 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
Tech Notes
TECH NOTE - Highly Accurate and Dynamic Temperature Measurement With Thermocouples

This TECH NOTE describes typical requirements and its solution for highly accurate and dynamic temperature measurement using thermocouples in research and development and state off the art measurement technology from HBM achieving absolute temperature accuracy of +/- 0,5 K with data rates up to 500 Hz per channel.

English
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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