高效
- 宽解调范围
- 1,4或8个并行光纤通道
FS22 Industrial BraggMETER: 静态和动态光纤解调仪
FS22 Industrial BraggMETER 可进行静态（1S / s）和动态（50,100,200,500 S / s *）光学测量，专门工业环境下，基于布拉格光栅(FBG) 的传感器。
BraggMETER 光纤解调仪采用久经验证的连续激光扫描技术。包括可追溯波长参考，提供连续校准，以确保长期运行时的系统精度。
HBM FiberSensing 光纤解调仪 能够满足实验室和民航，能源，研发的可靠性和多样性的要求。
多个传感器 同步测量。
可靠
- 设计精巧，精心挑选组件
- 实时操作系统
- 一致和确定性的操作系统
恶劣环境下 24/7 全天候工作
可编程
- 以太网接口用于连接 PC
- 采用 ASCII 字符串, BraggMONITOR 或 catman® software 完全控制
通过多个应用均可控制
兼容
- 通过 catman® 软件可轻松集成到系统中
可与 HBM 其他设备进行 混合测量
可选配置
- 标准或机架安装
- SI - 静态 (1S/s) / DI - 动态 (50 S/s, 100 S/s, 200 S/s, 500 S/s, 1000 S/s)
- 标准或机架安装
- 1,4 或 8 通道
产品资料
| 主题/描述 | 语言 | 产品 | 语言 | 内容类型 |
|---|---|---|---|---|
| 技术参数表 | ||||
| FS22DI Industrial BraggMETER - Caractéristiques techniques | French | |||
| FS22DI Industrial BraggMETER - Data Sheet | English | |||
| FS22DI Industrial BraggMETER - Datenblatt | German | |||
| FS22DI Industrial BraggMETER - データシート | Japanese | |||
| FS22SI Industrial BraggMETER - Caractéristiques techniques | French | |||
| FS22SI Industrial BraggMETER - Data Sheet | English | |||
| FS22SI Industrial BraggMETER - Datenblatt | German | |||
| FS22SI Industrial BraggMETER - データシート | Japanese | |||
| 选型手册 | ||||
| HBM FiberSensing: Lösungen für optische Messungen - Broschüre | German | |||
| HBM FiberSensing: Optical Measurement Solutions - Brochure | English | |||
| HBM FiberSensing: Optical Measurement Solutions - パンフレット | Japanese | |||
| 操作手册 | ||||
| FS22DI Industrial BraggMETER - User Manual | English | |||
| FS22SI Industrial BraggMETER - User Manual | English | |||
| 快速指南 | ||||
| FS22DI Industrial BraggMETER - Quick Start Guide | English | |||
| FS22SI Industrial BraggMETER - Quick Start Guide | English | |||
| 附件 | ||||
| FS Accessoires de liaison - Caractéristiques techniques | French | |||
| FS Linking Accessories - Data Sheet | English | |||
| FS Verbindungszubehör - Datenblatt | German | |||
| FS80/FS81/FS82/FS83 ] リンクの () - データシート | Japanese | |||
| 驱动 | ||||
|
FS22DI LabVIEW Driver
Drivers for FS22 Industrial BraggMETER with Dynamic acquisition rates (up to 1000S/s). Compatible with devices with version 2.0. Date: 07/2017
|
Version: 1.1
|
Size: 437 KB
| 多语言 | |||
|
FS22SI LabVIEW Driver
Drivers for FS22 Industrial BraggMETER with Static acquisition rates (1S/s). Compatible with devices with version 3.0. Date: 02/2018
|
Version: 1.1
|
Size: 579 KB
| 多语言 | |||
| 其他 | ||||
| FS22DI Industrial BraggMETER (Rack-mountable) - Technical Drawing | English | |||
| FS22DI Industrial BraggMETER (Standard) - Technical Drawing | English | |||
| FS22SI Industrial BraggMETER (Rack-mountable) - Technical Drawing | English | |||
| FS22SI Industrial BraggMETER (Standard) - Technical Drawing | English | |||
| 固件 | ||||
|
FS22SI Firmware
Firmware for the FS22SI BraggMETER Note: This firmware update is only possible for FS22SI Interrogators purchased later than October 2017 (serial number 046 840 200 647 or higher). Date: 08/2020 | Version: 3.9.0 | Size: 79 MB | 多语言 | |||
| 软件 | ||||
|
BraggMONITOR DI
Easy-to-use software for configuration of the device and simple data saving. It is compatible with FS22 Industrial BraggMETER with Dynamic acquisition rates (500S/s or 1000S/s). Allows the control of the interrogator, spectral visualization of the sensor signals, sensor configuration and data archiving. Date: 09/2018
|
Version: 1.8
|
Size: 192 MB
| English | |||
|
BraggMONITOR DI (Japanese)
デバイスの設定やデータ収集をサポートする使いやすいソフトウェア。 FS22 Industrial BraggMETER（サンプリングレート：500S / sまたは1000S / s）と互換性があり、インタロゲータの制御、センサ信号のスペクトル表示に加え、センサ設定やデータ保存が可能。 Date: 09/2018
|
Version: 1.8
|
Size: 192 MB
| Japanese | |||
|
BraggMONITOR SI
Easy-to-use software for configuration of the device and simple data saving. It is compatible with FS22 Industrial BraggMETER with Static acquisition rates (1S/s). Alows the control of the interrogator, including the possibility of using the Smart Peak Detection (SPD), spectral visualization of the sensor signals, sensor configuration and data archiving. Date: 08/2020
|
Version: 2.6
|
Size: 194 MB
| 多语言 | |||
教程: 如何设置解调仪
在本视频中，我们将向您展示如何使用 HBM FiberSensings' BraggMonitor SI 软件。
了解正确配置的所有信息：
- 如何进行光谱分析
- 如何进行正确的传感器设置
- 如何开始数据采集
- 如何建立IP地址
- 如何处理预定义采集计划
