Introduction

The Team

History

Contact

 

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.

The Lambda probe LS2 consists out of an electrochemical cell, made of Zirkonium-dioxide-ceramic for direct O2 measurement of exhaust gases in hyperstoichiometric range Lambda > 1.

In combination with the LAMTEC Lambda transmitter LT2, the probe forms an O2 analyser without using expensive test gases. Measurement is taking place directly in wet flue gas. The probe connector is made as plug, which makes it easy to handle.

Technical Data

Measuring system

Zirkonium-dioxide current probe

Probe signal

-30 ... 150 mV

Exhaust gas temperature

LS2 up to 300 °C;
LS2-K up to 400 °C;
LS2-Ex up to 500 °C
LS-HT up to 1200 °C 

Heating-up time

In 10 min. ready for measuring

Setting time after
measurement value jump

t90 < 15 s

Range of measuring

0-21 Vol. % O2

Preciseness of measuring

± 10. % of measurement value,
not better than ±0,3 Vol.%

Protection type

Optional: Ex (Zone I + II)