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General| Category | Control Systems |
|---|---|
| Flame Safeguard | Yes |
| Fuel Types | Gas, Oil |
| Display | LCD |
| Approvals | CE, UL |
| Control Type | Microprocessor-based |
| Model | BT300 |
| Manufacturer | Lamtec |
| Application | Industrial Burners |
| Operating Temperature | -20°C to +60°C |
| Communication | Modbus, CAN |
Specifies the validity of the manual for BT300 BurnerTronic in any configuration.
Lists the European Directives, Harmonised European Standards, USA/Canada and Australian standards applied.
Explains the symbols used in the document to draw attention to important safety information.
Details specific dangers related to the BT300 safety device and its operation.
Provides essential notes and documentation requirements for commissioning the BT300.
Offers security advice and installation guidelines for mounting the BT300 unit.
Provides important notes regarding the installation procedures and wiring of the BT300.
Details precautions and guidelines for the electrical connection of the flame sensor.
Describes the BT300's integration of fuel/air ratio control, safety interlocks, and optional modules.
Outlines the designed lifetime of the BT300 device in terms of start-up cycles and usage years.
Provides detailed technical specifications for the BT300 BurnerTronic unit.
Presents a system overview diagram of the BurnerTronic BT300 and its connected modules.
Illustrates terminal assignments and connection examples for BT300 and BT335 models.
Details the integral flame monitoring system and describes various types of flame sensors.
Explains the key to process sequence charts and lists various process steps with their durations.
Covers calculation examples, process flow, and reaction on gas deficiency for valve leakage tests.
Describes the BT300's ability to shift burner firing rate in stages for oil operation.
Explains how to recirculate exhaust gases using combustion air fan or a recirculation fan.
Details the requirement for continuous ventilation and the function of continuous purge.
Covers actuator operation, direction of rotation, mixed-up connections, and adjustment procedures.
Provides instructions and notices for mounting the BT300 basic unit, including support points.
Describes the operating and display elements of the UI3xx user interface, including display, keys, and navigation.
Explains the five main menu paths: INFO, MANUAL, SETTINGS, and DATA PROCESSING.
Illustrates the main menu structure with symbols for information, manual operations, and settings.
Shows the path to access information like burner details, error history, and software version.
Explains how to display operating hours and burner starts for oil and gas operations.
Details how to display burner faults and O2 faults, including fault codes and diagnostic codes.
Describes how to display the software versions for UI300 and BT300.
Explains how to display check sums, which indicate if parameters have been changed.
Shows how to display the serial numbers for UI300 and BT300.
Illustrates how to check the actual position of channels (oil, air) and optional channels.
Details how to check the status of digital inputs and outputs for fuel selection, burner status, etc.
Shows how to indicate the recirculation delay and flue gas temperature for activation.
Explains how to use the MANUAL path for switching the burner ON/OFF and presetting the firing rate.
Guides on displaying burner faults and O2 faults, including fault codes and diagnostic codes.
Outlines the settings menu path for configuring password, curves, controller, and display options.
Describes how to enter and manage passwords for access levels to protect settings.
Explains how to set durations for pre-purge and post-purge periods, and valve leakage tests.
Details how to make curve changes to BT300, including saving and deleting curve sets.
Provides instructions on how to delete firing-rate curves from the BT300.
Explains how to adjust PID controller, CO/O2 controller, and O2 trim settings.
Guides on how to set the UI300's display for brightness, contrast, and screen saver.
Explains how to edit parameters up to Release Level 2, including confirming or discarding modifications.
Details how to set the recirculation delay and flue gas temperature for activating flue gas recirculation.
Guides on setting staged operation by adjusting switching thresholds for valves ON/OFF.
Explains how to save/restore BT300 datasets and the process for transferring data.
Describes various displays like 'No connection', 'Termination', 'CO/O2 Hint', and 'CO Hint'.
Introduces the LSB Remote Software for configuring and maintaining BT300, including installation prerequisites.
Covers the functional description of LSB Remote Software and the connection of the USB-CAN module.
Lists the system requirements and installation bundle needed for the LSB Remote Software.
Explains the process of installing the LSB Remote Software and its components.
Describes the symbols used in the software installation process.
Guides on establishing the first connection with the target device using LSB Remote Software.
Explains the software's DEMO mode and the process of entering activation keys for full functionality.
Distinguishes between the two operating modes of the software: Offline and Online.
Describes the OFFLINE mode for displaying stored data without a permanent connection to BT300.
Explains the ONLINE mode where the end device is synchronised and monitored.
Provides steps for connecting the BT300 to a PC using LSA100 or LCM100 and USB/CAN converter.
Guides on how to read out fault history from the burner control system via LSB Remote Software.
Explains how to enter passwords, change passwords, and manage customer IDs within the software.
Covers reading/editing parameters, editing curves, obtaining fault history, and checking I/O status.
Details options for flashing memory, connecting/disconnecting LSB modules, and changing software language.
Explains how to call up help for LSB Remote Software and get information about software versions.
Describes how to create protected data sets for storage (back up) of the current device status.
Provides steps for updating BT300 firmware using LSB Remote Software and the Flash Tool.
Guides on preparing and processing the UI300 firmware update using LSB Remote Software.
Details hazards during electrical shock and provides steps for transferring data to a new burner control unit.
Describes the LCM100 module for adding firing rate control functions to the BurnerTronic.
Explains how to set limit values for switching the burner on and off and informs about denied start-ups.
Guides on using arrow keys to select and set switching points for the firing rate controller.
Describes the burner start-up process and when the firing rate controller becomes active.
Explains how to configure firing rate control based on atmospheric conditions and external setpoints.
Details switching setpoints via input terminal 5 and implementing external setpoint defaults.
Describes the start-up cycle of the firing rate controller to slow down burners' firing rate during starting.
Explains how the thermostat function switches the burner on/off based on temperature/pressure.
Defines the control range around the setpoint and the parameters for switch-on/shut-off.
Provides instructions for testing the safety limiter by changing the setpoint.
Defines the PID controller characteristics: Adjustment time, P term, I term, and D term.
Offers guidance on controller settings (P, I, D terms) and their effects on performance.
Explains how to interpret external firing rate inputs and select input types via P 0065.
Details how to configure LCM100 settings using DIP switches for CAN termination and LSB family.
Describes the function and relevance of the three LEDs on the LCM100 module (ERR, CAN, PWR).
Covers connecting the LCM100 to BT300 via plug X31 and LCM terminals, including cable type.
Explains galvanic isolation for LCM100, defining LV, FELV, and SELV voltage levels.
Details terminal assignments for LCM100's 24V power supply, fuel meters, and pressure sensor connections.
Provides general data, 24 VDC output, input/output specifications, and environmental conditions for LCM100.
Introduces the DFM300 as an expansion module for dual-fuel burners, detailing its connection and configuration.
Explains how to configure DFM300 settings using DIP switches for LSB family and sensor inputs.
Describes the four LEDs on the DFM300 (Fault, LSB, Oil, Gas) and their operational relevance.
Details the electrical connections for the DFM300, including signal lines, types, shields, and cable lengths.
Explains galvanic isolation for the DFM300, highlighting dangers of improper wiring and SELV connections.
Provides acknowledgement curve set assignments and details fuel selection requirements for terminal 13.
Lists general data, operating conditions, and environmental specifications for the DFM300 module.
Introduces the Rast5 module for connecting DFM to BT300 and its role in transposing connectors.
Details the electrical connection of the Rast5 module to BT300 and DFM, including terminal assignments.
Provides technical data for the Rast5-Module, including housing, mounting, environmental conditions, and protection class.
Describes the VSM100 module for speed-controlled compressors, its connection, configuration, and parameters.
Explains how to configure VSM100 settings using DIP switches for LSB family and sensor inputs.
Describes the five LEDs on the VSM100 module (ERR, PWR, CAN, Namur, 3-wires) and their relevance.
Details electrical connections for speed control and feedback sensors, including caution for short circuits.
Explains galvanic isolation for VSM100, highlighting dangers of improper wiring and SELV connections.
Details terminal assignments for Namur sensor, inductive proximity switch, and frequency converter circuits.
Provides technical data for VSM100, including power supply, dimensions, environmental conditions, and feedback inputs.
Introduces the LEM100 for adding LSB interface to BurnerTronic, detailing its connection and configuration.
Explains how to configure LEM100 settings using DIP switches for CAN-Bus activation.
Describes the two LEDs on the LEM100 module (PWR, CAN-Traffic) and their relevance.
Details electrical connections for the LEM100, including DC supply, CAN/LSB, and Ethernet bus.
Explains galvanic isolation for LEM100, highlighting dangers of improper wiring and SELV connections.
Provides technical data for LEM100, including power supply, dimensions, environmental conditions, and protection class.
Introduces field bus modules, specifically the PROFIBUS PBM100 and MODBUS TCP EBM100.
Details the PBM100's role in integrating the burner control system into a PROFIBUS environment.
Explains how to configure PBM100 settings using DIP switches for PROFIBUS DP address and LSB family.
Describes the four LEDs on the PBM100 (PWR, CAN, PB, ERR) and their operational relevance.
Details electrical connections for PBM100, noting that terminals should not be used.
Specifies messages transferred from PBM100 to LSB for PROFIBUS DP communication.
Provides technical data for PBM100, including power supply, dimensions, environmental conditions, and protection class.
Details the EBM100's integration into MODBUS TCP fieldbus environment and its IP configuration.
Explains EBM100 network default configuration and how to preset IP addresses via BT300 parameters.
Details how to configure EBM100 settings using DIP switches for LSB family and CAN resistance.
Describes the LEDs on the EBM100 and RJ45 socket (PWR, CAN, ETH, ERR, ACT, LINK) and their conditions.
Details electrical connections for EBM100, noting that terminals are not to be used.
Specifies data sent on Modbus/TCP, including register, description, and configuration for input data.
Provides technical data for EBM100, including power supply, dimensions, environmental conditions, and protection class.
Contains appendices with bit patterns for operating mode, digital inputs/outputs, curve sets, and O2/CO controller states.
Defines bit patterns for various status indicators related to burner control and module life codes.
Provides bit patterns for different operating modes of the BT300, such as Power ON, Burner OFF, and Pre-purge.
Lists bit patterns for digital inputs like safety interlock chains, pressure monitors, and fuel selection.
Defines bit patterns for available curve sets and their corresponding values.
Lists bit patterns for digital outputs such as fuel valves, fan status, and ignition transformer.
Details the coding for O2 controller operating modes, including internal errors and inactive states.
Specifies bit patterns for the state of actual O2 values, including underflow, overflow, and maintenance mode.
Lists bit patterns for causes of O2 trim faults, such as low O2 during pre-purge or probe dynamics issues.
Defines bit patterns for CO controller operating modes, including OFF, standby, and active states.
Specifies bit patterns for the state of actual CO values, including underflow, overflow, and measurement warnings.
Lists bit patterns for causes of CO controller faults, such as probe voltage issues or watchdog processor deactivation.
Specifies bit patterns for flue gas temperature and efficiency states, including underflow and overflow.
Specifies bit patterns for the status of intake air temperature, including underflow and overflow.
Lists values and descriptions for FAT states like Switched OFF, Pre-purge, and Ignition.
Provides units for fuel meters in metric (l/h, m3/h, kg/h) and imperial (gal/h, ft3/h, pound/h).
Details bit encoding for CO/O2 operating conditions, such as low O2 during pre-purge or CO controller faults.
Describes actual status of burner control systems transmitted via Bus, including hints for BT300.
Lists text numbers and their corresponding descriptions for error messages and status indications.
Advises that the device contains electrical components and must be disposed of according to local legislation.
Declares conformity of the BT300 Burner Control System with relevant EU directives and standards.
Explains various hint symbols used in the interface, such as fuel selection missing or valve leakage check.
Provides descriptions for navigation symbols, INFO path information, and SETTINGS path information.
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