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    Sensors and systemsfor combustion technology

    System overview BurnerTronic BT300

    BT320...BT340

    Boiler temperature/pressure

    Flammemonitor

    GasOil Air

    2530

    FU

    Speed recorder

    LAMTEC SYSTEM BUS

    Control station Field businterface

    Power control module LCM100

    BT300

    User interfaceUI300

    O2 measurement /CO / H2 -detection

    LT3 KS1D

    VISIOCONTROL

    Boiler

    PROFIBUS, Modbus, Ethernet

    VSM100

    B001 B002 B003 B004 B005 B006

    B007 B008 B009 B010 B011 B012

    Automatic

    2CC1CC

    KS1D

    oiler temperature

    u

    Flammemonitor

    asil Air

    FU

    Speed recorder

    LAMTEC SYSTEM BUS

    ontrol station Field businter ace

    Power control module LCM100

    BT

    ser inter aceI

    O2 measurement /O / 2- etection

    LT3 K 1 D

    VI I NTR L

    oiler

    PR FI , o b , Etherne

    M1

    B001 B002 B003 B004 B005 B006

    B007 B008 B009 B010 B011 B012

    Automatic

    2CC1CC

    KS1D

    Easy parameterisation with symbols

    Optional system expansions:

    Modular combustion management

    system for burners from 300 kW

    Burner control unit with integrated

    leakage test and

    flame monitoring system

    Fuel-/ air ratio control system for

    two to four continuous outputs

    Power controlSpeed control

    Field bus interfaceDuel-fuel module

    for combustion optimisation

    CO/O2 controller

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    DESCRIPTION OF FUNCTION

    The BurnerTronic BT300is a compact burner control for

    average-sized combustion plants.The BT300 combines the advantages of an electronic

    fuel-air compound control system with an electronic

    burner control unit.

    The following are also integrated:

    Leakage test

    Flame monitoring system

    Power control unit

    CO/O2controller for control and optimisation of an oil

    or gas-fired forced-draught burner

    Burner sequencer and compound control system can beadjusted for a wide range of combustion conditions by

    setting parameters. The electronic fuel-air ratio control

    control system controls up to 3 motorised and an optional

    analogue output for speed control of the combustion air

    fan.

    Safety interlock chains, monitors and sensors are wired

    directly to the BT300.

    The integrated leakage test can be run before ignition or

    after shutting down the burner.

    The defined compound curves can be optimised during

    operation with the optional CO/O2controller. This

    ensures that the burner will always operate at thegreatest possible efficiency.

    The BT300 was designed to be attached to the burner.

    The short wiring paths also save money. As a result, the

    BT300 is particularly suitable as standard equipment for

    monoblock burners.

    Minimising the wiring and the unified operator interface

    reduces the possible sources of errors right from the

    start. Searching for errors is made much easier by

    intelligent information in the display.

    An operating and start-up counter is integrated.

    The BT340 can be set to start with and without pilotburner in accordance with EN 676. Starting without pre-

    ventilation using gas is available in accordance withEN 676.

    Operating and fault messages are displayed by icons on

    the UI300 user interface. This eliminates language

    barriers when in use abroad. Setting of the compound

    curves and system-specific configuration are controlled

    by menus in the UI300 user interface

    OPTIONAL COMPONENTS

    LCM100 power control module

    The LCM100 adds the function of a power control unit to

    the BurnerTronic. The power control unit offers the option

    of controlling the temperature (PT100 or PT1000) or the

    steam pressure (4...20mA pressure sensor).The LCM100 also offers the option of a set-point shift

    depending on the outside temperature (control by

    atmospheric condition). A digital 24V input can be used

    to switch between 2 flexible set-points. The LCM100 also

    contains the LSB interface and the voltage supply for the

    following LSB module.

    Speed module VSM100

    With the VSM100 the BurnerTronic can control the speed

    of fan motors. The BurnerTronic treats the VSM100 as an

    additional compound channel. This allows the speed

    profile to be defined as desired over the complete load

    range. The VSM100 is connected to the BurnerTronic viaLSB. The VSM100 outputs the speed set-point to the

    motor driver as a 0/4...20mA or 0...10V signal (frequency

    converter or other). The VSM100 records the actual

    speed and sends it to the BurnerTronic for checking.

    Switching module for two fuels DFM300

    The DFM300 is an expansion module that enables

    operation of dual-fuel burners in combination with the

    BurnerTronic BT340.

    Depending on the selected fuel, the module switches the

    valve outputs and the ignition transformer output of the

    BurnerTronic to the valves and ignition transformer forthe selected fuel.

    The DFM300 can also switch over the "burner safety

    chain" input of the BurnerTronic. This allows the safety

    chain devices of the currently inactive fuel (e.g. oil

    pressure monitor during gas operation) to be open.

    The DFM300 is connected to the BurnerTronic via LSB

    (LAMTEC SYSTEM BUS). The DFM300 provides a

    230VAC input for selection of the current fuel.

    Expansion module for LSB - LEM100

    The LEM100 adds an LSB interface (LSB) to the

    BurnerTronic. The LEM100 also has a 24VDC output,which can be used to power additional LSB devices. The

    LEM100 is required if the BurnerTronic is to be

    connected to the LSB.

    CO/O2optimisation with K1SD and LT3

    The KS1D combination probe and the LT3 Lambda

    Transmitter can add a combustion control system to the

    BurnerTronic. By switching off the O2/COevalue using

    the LAMTEC SYSTEM BUS the burner can be brought to

    the optimal point for operation, whilst remaining

    independent of environmental influences such as

    temperature, air humidity etc.. This ensures maximum

    efficiency with minimum emissions.

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    FUNCTION OVERVIEW

    The BT300 is available in three designs:

    BT320

    Two motorised continuous outputs

    1 continuous output 0...10V, 0/4...20mA

    for speed control of the combustion air fan via

    VMS100 (optional)

    Intermittent operation

    BT330

    One fuel, oil or gas

    1 continuous output 0...10V, 0/4...20mA

    for speed control of the combustion air fan via

    VMS100 (optional)

    Three motorised continuous outputs

    approved for continuous operation in

    combination with a continuously operating flamesensor

    BT340

    Three motorised continuous outputs

    Oil-gas dual-fuel operation via DFM300

    One continuous output 0...10V, 0/4...20mA

    for speed control of the combustion air fan via

    VMS100 (optional)

    approved for continuous operation in

    combination with a continuously operating flame

    sensor

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    Distributed by:

    Publication no.: DLT1202-11-aEN-001

    Printed in Germany

    LAMTEC Me- und Regeltechnik

    fr Feuerungen GmbH & Co. KG

    Wiesenstrae 6

    D-69 190 Walldorf

    Telephone (+49) 06227 / 6052-0

    Fax (+49) 06227 / 6052-57

    Website: http://www.lamtec.de

    e-mail: [email protected]

    LAMTEC Leipzig GmbH & Co. KG

    Schlesierstrae 55

    D-04299 Leipzig

    Telephone (+49) 0341 / 863294-00

    Fax (+49) 0341 / 863294-10

    LAMTEC

    GmbH

    &Co.KG

    BT300 OPERATING MODES

    Gas operating modes Oil operating modes

    Gas, modulating with optional

    speed control of the VL fan

    Oil, modulating with optional

    speed control of the VL fan

    Gas, modulating with pilot burner and optional

    speed control of the VL fan

    Oil, 2-stage

    Oil, 3-stage

    M2

    M1

    FAN

    Y2Y1

    1

    2

    GPS

    min

    VSM

    100

    M2

    M1

    FAN

    Y1Y1

    1

    2

    OPS

    min

    APS

    OP

    VSM

    100

    M2

    M1

    FAN

    Y2Y1

    1

    2

    GPS

    min

    VSM

    100 M1

    FAN

    1

    2

    APS

    Y1OPS

    min

    OP

    Y1

    Y2

    1

    Y1

    M1

    FAN2

    APS

    Y1

    OP

    OPS

    min

    Y2

    Y3