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Our Goal

Heating is colloquially considered a luxury, and more in a country like Mexico, where the heat is taken as a daily. But when it comes to specialized industrial processes or performance and production in greenhouses, heating is not a luxury, it is an absolute necessity.

And as part of an industrial process, not a question that can be left to chance, is a matter of vital importance that may mean increasing the profit margin of a company, or total loss of investment in it.

Understanding this fundamental need, in Van Triest Engineering Group works to give the customer not only products of the best brands with proven quality, but also the necessary technical support for users who decide not see your confidence in your investment risk.

The mission of Van Triest Engineering is to provide the best product, best support and better care.

 

 

Universal O2 measuring

Semi- and fully automatic calibration

Applicable up to 450 °C

Detection of CO/H2 (COequivalent)

O2 control intergraded

 

 

The LT2 Lambda transmitter is a universal, microprocessor based O2 measuring instrument for the direct measurement of O2 concentration in exhaust gases from oil and gas combustion facilities in the superstoichiometric domain ( λ >1), in conjunction with the LS2 Lambda probe. Optionally, the KS1D combination probe can be activated to record combustible gas components (CO/H2) - see separate publication. It is possible to set up direct coupling with the compound/firing management system and ETAMATIC. This allows the implementation of an improved control procedure for optimising oil and gas combustion facilities, and for automatic combustion system tuning to variable combustion conditions.
 

In addition to O2 measurement, the LT2 Lambda transmitter also offers the following functions:

Measurement of flue gas and air temperature intake, and calculation of combustion efficiency

Detection of unburnt residue (CO/H2), shown as CO equivalent (COe)

Calculation and display of CO2 concentration

Load-dependent and fuel-specific boundary curves / limit values

O2-regulation

Combustion chamber pressure regulation

Field bus connection

Technical Data

Measuring accuracy
(with Lambda Probe LS2)

+/- 10% of measured value
max. +/-0,3% by vol. O2

Settling time (90% time)

T90 < 15s

Ambient temperature
- Operation
- Transport and storage

-20°C...+60°C
-40°C...+85°C

Power supply

230 V AC und 115 V AC
+10% / -15%, 48 Hz...62Hz

Power consumption

Typically 50 VA, short-term 150 VA (probe heating-up phase)

Time for operational status
to be achieved with

approx. 10 minutes after "POWER ON"