FLIR Si124型号声学成像仪

FLIR Acoustic Imager, 2 h Battery Life, Rechargeable Li-ion Battery - T912182

This acoustic imager by FLIR is a highly advanced solution for identifying pressurised leaks in compressed air systems and detecting partial discharge issues in high-voltage electrical systems. It is designed to streamline operations, minimise downtime, and enhance efficiency in various industrial settings.

Features & Benefits

• Equipped with 124 low-noise MEMS microphones for precise sound visualisation
• Dynamic range from frequency-dependent low limits to high limits to capture a wide range of sounds
• Automatic detection and classification of various discharge types, ensuring quick identification and resolution
• Efficient leak detection and quantification, enabling users to pinpoint costly air leaks and assess energy costs
• Intuitive user interface with 5-inch display, resistive touchscreen, and digital zoom for detailed analysis
• Online and offline analysis and reporting options with FLIR Thermal studio and FLIR acoustic camera viewer software

Applications

• Pinpointing compressed air leaks in noisy industrial environments
• Estimating yearly energy costs and optimising equipment performance
• Extending compressor life by eliminating wasted output
• Conducting deep analysis and assessment of discharge types

FLIR Si124 声学成像摄像头使用高级机器学习,结合 124 个超敏感麦克风来定位和定量缺陷,包括部分放电和压缩空气和气体泄漏。声音成像意味着快速查找泄漏,比传统方法快 10 倍。解决问题并实时验证。提高生产线的可靠性,确保您的气动设备有适当的空气压力。无需培训,可轻松定位和识别部分放电问题。易于使用的单手设计,带内置可更换电池。

Can it help in detecting compressed air leaks in industrial environments?

在嘈杂的工业环境中检测昂贵的压缩空气泄漏
通过消除浪费输出,可延长压缩机寿命
自动上传、存储和备份图像和数据到云,并进行深入分析

Yes, FLIR Si124 is designed to pinpoint costly compressed air leaks in noisy industrial settings efficiently.

Will it assist in estimating energy costs related to leaks?

Yes, users can quickly calculate yearly energy expenses caused by leaks and make informed decisions.

Is it suitable for conducting deep analysis of discharge types?

Yes, FLIR Si124 offers AI-powered automatic discharge classification, severity assessment, and recommended actions for thorough inspections.