Lamtec's aim is to develop equipment that provides extremely precise combustion control and enables maximum thermal power or heat output using minimum energy (fuel, electrical energy) and with minimum emission of pollutants.
Lamtec products control and monitor combustion systems, compensate disturbance variables, offering both fault protection and availability. LAMTEC systems offer greater efficiency with optimum functionality and engineer-friendly operation, making them suitable for universal application.
Lamtec devices are used by most of the well-known European combustion manufacturers for control, monitoring, and regulation of modern, low-emission burners .
The products and services of LAMTEC GmbH cover almost all areas of combustion control and management, such as: flame scanner and transmitter, comprehensive burner control which include intelligent fuel and air compound control, position of servo motor control, speed control of air fan, and intelligent O2 and combustible gas content measurement and control etc.
The application area ranges from conventional oil and gas combustion plants in industry to complex applications in power plants or in the chemical industry and commercial properties.
The proven sensor for measuring O2 in waste gases.
Advantages:
Applications:
Applications: O2-measurement in flue gases of
Characteristics of LS 2 K / LS 2 KV:
Additional Applications:
Additional characteristics LS 2-EX:
The CarboSen1.000 is specially designed for medium and small combustion systems. It is based on the KS1 principle, provides a current signal for COe and doesn’t need any reference air. The CarboSen1.000 is a high-resolution measuring system for the detection of small concentrations of COe in the range of 0 - 3000 ppm (ideally up to 1000 ppm).
For higher concentrations the CarboSen 10.000 is more suitable. The ideal measurement range lies between 0-10.000 ppm COe. Increasing the temperature of the sensor results in reduced sensitivity.
Also a residual content of O2 from 0,5% up to 1,0% in the flue gas is required for measurement.
Both sensors are available in two different housings, which are optimized for the respective requirements.
Microprocessor-based O2-Analyzer Systems:
Second generation, microprocessor-based O2 analyser, connecting up to 2 sensors
Available in IP 54 wall-mounted housing or as IP 65 compact unit
Bus coupling possible via:
Universal low-cost O2 meter for oil and gas combustion systems, based on the LS 2 Lambda probe for connecting several sensors.
| Oxygen (O2): | Lambda-probe LS 1 Lambda-probe LS 2 |
| Combustion residue (CO/H2): | Combi-probe KS 1 |
| Temperature: | PT 100 |
| Pressure: | Absolute, Relative, Differential Pressure |
Measurement of flue gas and air intake temperature and calculation of combustion efficiency.
Detection of combustion residue (CO/H2), displayed as CO-equivalent (CO)
The new sensor for O2 measurement in flue gas based on the well tried ZrO2- current principle.
Advantages :
Areas of application :