Product Description

	In-situ chlorophyll &  algae class studies
	Environmental monitoring
	Dye tracing
	Particulate studies
	Process control
	Designed for moored, profiled, towed or ROV / AUV platforms

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Features

	Miniature, low cost multi-wavelength fluorimeter
	Digital output in engineering units
	High sensitivity
	Single or multi-wavelength excitation options
	Low power consumption
	Additional analogue output as standard
	High rejection of ambient daylight
	Up to 2 Hz sampling rate
	Low turbidity breakthrough
	Internal light output referencing
	Low Noise and large dynamic range
	Acetal housing

Combinations available:

	Chlorophyll-a
	Phycoerythrin
	Rhodamine WT
	Phycocyanin
	Fluoroscein
	Nephelometer
	Chlorophyll-a,Phycoerythrin,Phycocyanin
	Chlorophyll -a,Nephelometer,Phycoerythrin
	Chlorophyll -a, Nephelometer, Phycocyanin
	.

The TriLux is an innovative series of new low cost digital in-situ fluorimeters, which offer the user significantly increased functionality to existing in-situ fluorimeter designs.  These fluorimeters are offered with the option of monitoring up to three different fluorescent parameters within a single probe.

Two signals are obtained from the TriLux fluorimeters, one being a digital signal (RS232 with RS422 as an option), and a 0 to 5 volt analogue output, making the TriLux suitable for integrating into many different systems and platforms. The TriLux Fluorimeter can also be deployed with a small handheld logger for stand-alone applications.

A Graphical User Interface is provided, which allows the user to record time stamped data when operating the TriLux directly from a PC.

Chelsea Technologies Group has used expertise gained within its Life Science Group to employ manufacturing techniques that have resulted in a significant reduction in production costs, providing the marine, fresh water, surveying and process control markets with a low cost, high performance sensor.

Although small and low cost, the TriLux fluorimeter maintains the performance standards and build quality previously maintained by the Chelsea range of in-situ fluorimeters.

Users can select from a wide range of fluorescent parameters, specifying the TriLux tailored to their monitoring requirements.

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