Boreal Laser Inc. products

Non-Contact In-Situ Measurements: 3" 150# Raised Faced Flange Bolt-Up Pattern. Use in Hazardous Area Applications: (A) Ex ib IIC T5 Tamb less than 70°C Gb (C1 Div1, G: A, B, C, D). Quantifiable Volumetric Result: Confirmation of both gas type and concentration. Remote Measurement Head Paired with one of our GasFinder3 Instruments. Stack/Duct (SDX) Probe: When combined with one of the GasFinder3 Analyzers, it creates a direct and non-contact measurement within a stack or duct for quantitative or feedback control applications.

Analyze an Extractive Sample: Ideal for difficult for challenging applications. Use in Hazardous Area Applications: (A) Ex ib IIC T5 Tamb less than 70°C Gb (C1 Div1, G: A, B, C, D) . No Calibration + No Intervention: Due to the GasFinder`s Internal Reference Cell. Remote Measurement Head: Paired with one of our GasFinder3 Instruments. When combined with one of the GasFinder3 Analyzers, it creates a direct and non-contact extractive measurement for quantitative or feedback control applications.

Make an In-Situ Point Measurement: 3" 150# Raised Faced Flange Bolt-Up Pattern. Use in Hazardous Area Applications: (A) Ex ib IIC T5 Tamb less than 70? Gb (C1 Div1, G: A, B, C, D). No Sensor Poisoning: No consumable measurement sensors. Remote Measurement Head: Paired with one of our GasFinder3 Instruments. Insertable (IPX) Probe: When combined with one of the GasFinder3 Analyzers, it creates a direct and non-contact measurement within a stack, duct, tank, or enclosure for quantitative or feedback control applications.

Direct + Non-Contact Measurement: 1-3" 150# Raised Face Flange Bolt-Up Pattern. Use in Hazardous Area Applications: (A )Ex ib IIC T5 Tamb less than 70°C Gb (C1 Div1, G: A,B,C,D) . Fast Speed of Response + Recovery New and independent result every single second. Remote Measurement Head: Paired with one of our GasFinder3 Instruments. In-Line (ILX) Probe: When combined with one of the GasFinder3 Analyzers, it creates a direct and non-contact measurement directly in the piped process for quantitative or feedback control applications.