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General| Category | Controller |
|---|---|
| Manufacturer | Lamtec |
| Operating Temperature | -20°C to +60°C |
| Protection Class | IP20 |
| Series | FMS |
| Communication Interface | RS485 |
| Certifications | CE |
| Relative Humidity | 5% to 95% RH, non-condensing |
Specifies the scope and applicability of the manual for FMS 4 and FMS 5 systems.
Lists the standards and regulations the FMS units conform to, including test marks.
Provides safety instructions regarding appliance legislation, intended use, and personnel requirements.
Describes the intended use of the FMS 4/FMS 5 Combustion Management System and its capabilities.
Guidance on how to effectively use the manual, including preliminary clarifications and conventions.
Explains the FMS digital inputs, operating sequence, and various operational principles.
Details on input configuration, significance of ID number, configuration sticker, and number.
Describes the factory settings for outputs, inputs, assignment of sockets, and configuration cards.
Information on parameter setting, access levels, password entry, and changing parameters.
Comprehensive list of parameters with designators, safety levels, limits, standard values, and aids.
Explains the integrated leakage test option and provides a leakage test flow chart.
Details on leakage test line over roof, calculation formulas, and suggested venting circuits.
Covers procedure description, weather control, set-point switch-over, startup circuit, and thermostat functions.
Procedure for adjusting motor limit switches to ensure correct operation and prevent damage.
Steps for performing a function test, including applying voltage and checking display outputs.
Guide for adjusting control elements, including limit switch settings and potentiometer adjustments.
Detailed instructions for programming curves, including new curves, points, and saving data.
Explains O2 regulation during operation, monitoring bands, boundary curves, and dynamic tests.
Describes how to use controls and interpret the display for O2 regulation modes.
Steps for setting correction ranges, inputting O2 setpoint curves, and adjusting control parameters.
Instructions for setting correction inputs and available correction modes for O2 regulation.
Procedure for setting and recalling the correction range for O2 regulation.
Guidance on checking shut-off limits for three-point and continuous outputs.
Provides an example protocol for documenting parameter settings related to shut-off limits.
Covers programming ignition points, burner operation modes, and general programming advice.
Explanation of FMS modes, their abbreviations, significance, and system operation.
Information on FMS faults, reading codes, resetting faults, and calling up fault history.
Troubleshooting guide for general faults, their causes, and suggested solutions.
Detailed descriptions of all FMS parameters, their functions, and settings.
Procedure for replacing data or program EPROMs, including module handling and precautions.
Steps for installing new software, replacing relay modules, and using diagnosis modes.
Guidelines for proper wiring and screening to ensure EMC compliance.
Wiring diagrams for different FMS models, showing input and output connections.
Provides specifications for FMS units, relay modules, voltage, ambient conditions, and interfaces.
Manufacturer's declaration of product compliance with European directives and standards.
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