EM 27

Advanced FTIR Remote Sensing System

Delivering unparalleled performance, Bruker’s EM 27 ensures effortless deployment across a multitude of field applications. Enabled by ethernet, this system instantly showcases analytical results. Its flexibility is further amplified with optional detectors and beamsplitters, allowing for tailored adjustments based on specific needs.

A unique feature of the EM 27/SUN is its solar tracker, designed for capturing atmospheric gases via solar absorption spectroscopy. The tracker’s precision is ensured by the innovative camera-based feedback mechanism known as the CAMTracker, setting a new standard for tracking accuracy and subsequently, high-precision quantification.

Features:

• Multiple detector choices at your disposal
• Availability of telescopic sight
• Built on Bruker’s RockSolid^TM interferometer foundation
• Peerless field performance
• Immediate analytical results
• Direct ethernet linkage to the analysis PC
• CAMTracker offers unmatched tracking precision (Specifically for EM 27/SUN)

Areas of Applications:

• Detection of hazardous gases from a distance
• Fire department operations involving remote sensing of aircraft emissions
• Monitoring diffuse emissions from waste disposal
• Perimeter monitoring at chemical plants and storage sites
• Overseeing waste disposal units
• Analysis of gas emissions from stacks
• General ambient air observation

Bruker’s RockSolid^TM Interferometer Explained

Bruker’s signature RockSolid^TM interferometer stands as a revolutionary patented component, outperforming regular interferometers by over 20% in terms of throughput. It thrives on the dual retro reflection cube corner mirrors coupled with a wear-resistant pivot mechanism centered at its core. This design guarantees unmatched stability and dependability, even in extreme conditions. Additionally, its inventive design effectively counters mirror tilt optically and averts mirror shear on a mechanical level.

Advantages:

• Eliminates the requirement for a standby mode safeguarding the bearing
• No recalibration post-movement
• Durable mechanical bearing design reducing the need for replacements, thus cutting down service costs
• Exceptional resilience against vibrations and temperature fluctuations