Technology Discussions ...

There is no such thing as the perfect flame detector ... all have strengths and limitations...

... It is the proper application of the technology that is important.

 

MICROPACK's unique detection technology is image based, utilizing specially designed software to process video image and instantaneously interpret flame characteristics.

We see it ... or we don't
MICROPACK's CCTV Visual Flame Detection discriminates between genuine fire conditions and other radiant sources that may cause conventional detectors to produce unwanted alarms, such as solar radiation, flare radiation, electric arc welding, hot CO2 emissions, and black body radiation.




Flame Detector Selection

There are two distinct flame detection families:

1) Radiation flame detectors consisting Ultraviolet, Single Frequency Infrared, Combination UV/IR & Multiple Frequency Infrared and 2) Visual Flame Detectors, based on a CCTV camera with processing built into the detector.

Decide which detector is right for you:

Four-page overview | Chart showing progression of technology | Detector selection guide



How does the MICROPACK visual flame detection system work?

The system works by utilizing a series of imaging based flame detectors; each detector operates standalone and incorporates, within a single unit, an integrated CCTV system.

The system uses highly sophisticated Digital Signal Processing and Software Algorithms to process the live video image and interpret flame characteristics. These unique software algorithms are capable of discriminating between genuine fire conditions and other
radiant sources that may cause conventional detectors to become desensitized or produce unwanted alarms.

The system is administered via central control equipment which provides the operator with full display and alarm handling facilities. Each detector provides local video data and fire alarm/fault signaling to the control equipment.

The system is flexible and can be configured to your particular requirements. Throughout the installation the detectors are fixed to ensure the facilities detection performance requirements are always met. Fixed detectors also allow the operator, when in an
emergency situation, to quickly identify the area at risk through the control system.

The detectors are designed to easily interface with a MICROPACK Control System or interface through the plant wide Distributed Control System. This provides the operator with full display and alarm handling facilities and live video images in the control room. This remote imaging is particularly useful in areas that are normally unmanned.


 

Technology Papers

MICROPACK's visual flame detection is a combined fire detection and surveillance system, employing machine vision technology.

 

 


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