LAMTEC / LAMTEC Mess- und Regeltechnik fuer Feuerungen — Combustion Controls & Instrumentation

Global sourcing of advanced combustion controls and safety instrumentation from LAMTEC / LAMTEC Mess- und Regeltechnik fuer Feuerungen (Walldorf, Germany). Precision Combustion Management Systems CMS, BurnerTronic BT300 controllers, F300K optical flame scanners, and SIL3 Lambda Transmitters LT4 delivered worldwide by SpareX.

Combustion Management System CMS and BurnerControl BC300 Units

The modular CMS platform and BurnerControl BC300 units provide electronic fuel/air compound control and safe burner management across furnaces. The architecture controls up to ten motorized drives simultaneously with fail-safe iLSB fieldbus integration and real-time status diagnostics.

Modular configuration engineered for industrial burner systems and firing plants
Fail-safe iLSB fieldbus communications linking peripheral input and output modules
Electronic ratio control supporting up to ten motorized actuator channels
Plug-in expansion modules, power supplies, interface cards, and GUI610 panels

BurnerTronic BT300 Microprocessor Combustion Controls

BurnerTronic BT300 combines electronic fuel/air compound control with an integrated burner control unit in a compact enclosure. The standard unit incorporates valve leakage testing, flame monitoring circuitry, flue gas recirculation control, operating hours, and cycle counters.

Precision electronic control for up to three motorized damper actuators
Integrated gas valve leakage proving system and automatic burner sequence control
Optional continuous O2 trim optimization loop paired with Lambda Transmitters
Replacement mainboards, ignition relay packs, terminal blocks, and LCM100 user units

Compact Flame Scanners F300K, F200K & F200K Ex Series

Integrated F300K flame scanners and SIL3 qualified LT4 flue gas transmitters offer high functional safety and precision for industrial furnaces. Dual UV/IR sensor options monitor flame intensity and flicker frequency to achieve selective discrimination in multi-burner industrial combustion boilers.

Combined optical sensor head and switching amplifier inside a cylindrical housing
Dual UV and IR solid-state photodiode detection for selective flame discrimination
Approved for hazardous Ex Zone 2 locations with proven SIL3 safety integrity
Replacement optical elements, quartz lens assemblies, swivel mounts, and cables

Flue Gas Transmitters LT4, LT3 and In-Situ Zirconia Probes KS1D

Microprocessor-based Lambda Transmitters LT4 and LT3 operate with KS1D and LS2 in-situ probes to provide continuous measurement of O2 and unburnt CO/H2 concentrations. In-situ detection within hot flue streams delivers rapid fuel/air trim feedback without lengthy sampling transport delays.

Simultaneous real-time detection of oxygen and combustible CO/H2 traces
In-situ extraction-free flue gas measurement across high-temperature duct environments
Rated functional safety up to SIL3 classification for combustion efficiency loops
Zirconium oxide sensing cells, heating elements, protective tubes, and gas filters

Damper Actuators 662RX and TPS Series with Precision Feedback

Industrial servo actuators across TPS and 662RX series provide precision modulation of air dampers and gas butterfly valves. Backlash-free kinematic couplings delivering torque from 4.5 to 200 Nm with conductive plastic potentiometers guarantee stable repeatability in automated burner operations.

Torque outputs spanning 4.5 to 200 Nm for modulating gas and air control dampers
Positive-locking backlash-free gearing with proven 5 kOhm feedback potentiometers
Specialized explosion-proof models engineered for hazardous Ex-Zone 1 and IP65 duty
Replacement geared drive motors, precision feedback potentiometers, and couplings

Pilot Burners GFI, High Energy Igniters HEI & Boiler Controls VC10

LAMTEC GFI pilot burners and HEI high-energy spark igniters ensure dependable ignition of primary industrial burners across thermal process furnaces. The VC10 boiler control add-on expands CMS and BT300 platforms with automated steam boiler feed water, level control, and surface blowdown routines.

Dependable ignition of main burners operating on natural gas, LPG, biogas, or fuel oil
High Energy Igniter HEI generating intense discharge sparks for direct fuel firing
VC10 boiler automation module managing water level and intermittent blowdown valve
Replacement ignition spark plugs, high-voltage ignition leads, and burner nozzles

Modular Combustion Management System CMS and BT300 Controls

The modular CMS platform and BurnerTronic BT300 controllers provide electronic fuel/air compound control and safe burner management.

German manufacturer LAMTEC / LAMTEC Mess- und Regeltechnik fuer Feuerungen engineers advanced electronic ratio systems for industrial boilers and thermal process installations.

The fail-safe iLSB fieldbus architecture links peripheral input and output modules with the central processor, creating scalable automation networks tailored for single-burner or complex multi-fuel systems.

BurnerTronic BT300 Compact Microprocessor Firing Controls

BurnerTronic BT300 integrates an electronic burner sequencer, gas valve leakage testing, and precision electronic fuel/air ratio modulation in a single compact housing. The unit modulates up to three actuator drives simultaneously with continuous feedback validation.

Integrated continuous O2 trim capability using Lambda Transmitters delivers optimal thermal efficiency and substantially reduces nitrogen oxide and carbon monoxide emissions.

Compact Optical Flame Scanners F300K and Flame Discrimination

Integrated F300K flame scanners and SIL3 qualified LT4 flue gas transmitters offer high functional safety and precision for industrial furnaces. Solid-state UV, IR, and dual UV/IR sensor options deliver sharp flame discrimination in multi-burner boiler configurations.

The integrated microprocessor evaluates dynamic flicker frequency and intensity parameters, distinguishing individual burner flames from glowing furnace wall backgrounds with dependable SIL3 reliability.

Lambda Transmitters LT4 and In-Situ Flue Gas Probes KS1D

Microprocessor-based Lambda Transmitters LT4 and LT3 combined with zirconia probes KS1D and LS2 enable in-situ real-time monitoring of residual oxygen O2 and unburnt CO/H2 concentrations in hot flue streams. Direct probe insertion eliminates sample line lag.

Rugged probe metallurgy withstands severe flue gas conditions, while proven SIL3 functional safety permits direct integration into automatic combustion ratio limitation loops.

Damper Servo Actuators 662RX and TPS Series with Feedback

Industrial electric servo actuators in the TPS and 662RX series provide high-precision modulation of air dampers and gas control valves. Backlash-free gear transmissions delivering torque outputs from 4.5 to 200 Nm ensure dependable position repeatability.

Position feedback is provided by conductive plastic 5 kOhm potentiometers or digital absolute encoders, with dedicated explosion-proof Ex-Zone 1 options available for petrochemical and refinery plants.

Engineering Selection Guidelines for Combustion Controls

Specifying a LAMTEC combustion control architecture depends on firing capacity, burner arrangement, fuel varieties, and required plant safety integrity levels. Reliable GFI pilot burners and HEI high-energy igniters guarantee dependable main flame light-off across diverse applications.

SpareX engineering specialists deliver technical application reviews, system sizing, and international delivery for global industrial enterprises.

LAMTEC / LAMTEC Mess- und Regeltechnik fuer Feuerungen and model names are trademarks of their respective owners and are used only to identify the equipment for which we source parts. SpareX is not an official dealer, distributor or representative of LAMTEC / LAMTEC Mess- und Regeltechnik fuer Feuerungen and is not affiliated with the trademark owner. Origin, documents and warranty are stated for each item in the quotation.