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Details conformity with ISO/IEC 17050-1 standards, listing manufacturer, product, and technical standards.
Certifies apparatus conformity with CE declaration and specific L.D. provisions dated January 8, 2004 and July 17, 2009.
RIELLO S.p.A. declares compliance with German NOx emission limits as per '1. Blm-SchV release 26.01.2010'.
Details the importance of the manual, its contents, and how to use it for installation, start-up, and maintenance.
Explains danger levels (DANGER, WARNING, CAUTION) and common symbols used in the manual for safety.
Defines specific warning symbols (Live Components, Flammable Material, Burning, Crushing) and abbreviations used.
Instructions for the user upon system delivery, emphasizing manual retention and contact information.
Outlines the manufacturer's guarantee conditions and responsibilities, including warranty annulment causes.
Highlights the importance of safe design and potential risks from improper use, emphasizing user awareness.
Defines user responsibilities for machine operation and personnel training, ensuring adherence to safety instructions.
Explains the coding system for burner designation, detailing components like Fuel, Size, Adjustment, Emission, Head, and Flame Control.
Lists the different burner models available, specifying their designation, voltage, start-up type, and associated code.
Details burner categories based on country of destination and gas category specifications.
Provides key technical specifications including output, fuel, gas pressure, operation, ambient temperature, and noise levels.
Details electrical specifications such as main supply, control circuit, fan motor, motor capacitor, and ignition transformer.
Presents the physical dimensions of the burner, illustrated with a diagram and specific measurements (A, D, E, etc.).
Illustrates burner firing rates and combustion chamber pressure versus thermal power for different models.
Explains how to adjust firing rates based on air temperature and altitude using corrective factors.
Describes the test boiler used for EN 676 regulations and indicates combustion chamber diameter and length.
Lists the standard components supplied with the burner, such as gas train flange, gaskets, screws, and instruction manual.
Provides a detailed diagram identifying all major burner components with numbered labels.
Details the functions, safety notes, installation guidelines, and mechanical structure of the REC 27.100A2 control box.
Provides important notes on electrical connections for flame detectors, including separation of cables and grounding.
Specifies maximum allowed cable lengths for various connections to the control box, ensuring signal integrity.
Defines the climatic, mechanical, and temperature conditions for storage, transport, and operation of the burner.
Illustrates the burner's operational sequence with input signals, output signals, and servomotor movements across different phases.
Explains how to operate the control box using the operator panel, including symbol descriptions and display functions.
Details the functions of each button on the operator panel for navigation, adjustment, and mode selection.
Provides technical data, installation notes, and operational principles for the servomotors used in the burner.
Emphasizes critical safety measures during installation, including electrical disconnection and qualified personnel.
Provides guidelines for safe handling of the burner, including packaging, moving, and workplace safety.
Lists essential checks before installation, including consignment integrity and burner identification label verification.
Specifies the allowed operating positions for the burner (1-4) and prohibits position 5 for safety reasons.
Guides on preparing the boiler, including suitability for flame inversion and bottom runoff, and front hatch thickness.
Details the procedure for drilling holes in the boiler plate, mentioning threaded holes and thermal insulation screen.
Provides guidance on selecting the correct blast tube length based on boiler door thickness and available lengths.
Explains the correct positioning of the probe and electrode for optimal burner performance and safety.
Details the process of physically attaching the burner to the boiler, including lifting, fixing, and sealing.
Describes how to adjust the combustion head based on the maximum burner output using a specific diagram.
Explains how to adjust the air flow using a specific screw and refers to a diagram for notch settings.
Details modifying central air delivery using a ring nut and screws, with notes on initial start-up adjustments.
Guides on reassembling the burner after adjustment, including connecting cables and fitting components.
Provides essential safety warnings and precautions for gas feeding operations, emphasizing explosion risks.
Illustrates different gas feeding line configurations (MB, MBC, DMV, CB) and lists key components and their functions.
Explains gas train selection based on EN 676 and provides instructions for its installation, including safety checks.
Details gas pressure drop charts versus output for different models and gas types, including test point measurements.
Provides a practical example for calculating gas pressure at a test point based on output and combustion chamber pressure.
Outlines crucial safety instructions for electrical wiring, including disconnection, qualified personnel, and earthing.
Specific notes for modulating operation, including removal of TR/TL thermostats and covering the 4-pole socket.
Details the connection sockets for single-phase and three-phase models and explains the use of cable grommets.
Explains the function and calibration of the thermal relay for motor protection in three-phase models.
Emphasizes that the first start-up must be performed by qualified personnel, checking all safety devices.
Lists essential adjustments before ignition, including gas piping, pressure switches, and gas delivery checks.
Details the steps for starting the burner, including power supply, switch positions, and checking solenoid voltage.
Explains how to adjust burner output according to EN 676, covering ignition output and maximum output settings.
Details firing output calibration methods for different output ranges, including measurement of ignition output.
Describes how to set the maximum output, adjust gas delivery, and vary air servomotor settings.
Explains how to measure and adjust gas delivery using the meter and pressure adjuster.
Describes how to adjust the air servomotor for optimal combustion.
Explains how to set the minimum output within the firing rate.
Details the final calibration procedures for air, minimum gas, and PVP pressure switches.
Provides a step-by-step guide to calibrating the air pressure switch, including connection and adjustment methods.
Explains how to calibrate the minimum gas pressure switch by adjusting clockwise until lockout and then anticlockwise.
Instructs to adjust the PVP pressure switch according to the kit's specific instructions.
Describes the different modes (Normal, Info, Service, Parameter) for visualizing and programming burner functions.
Details the standard operating mode, allowing visualization of conditions and manual adjustment of the operation point.
Explains how the display shows error codes and diagnostics, including lockout conditions and safety mode.
Shows the display indication when the burner is in heat request waiting mode or selector is off.
Illustrates how the display shows burner start-up, ignition, and switch-off phases with phase numbers and timing.
Shows how the display indicates the current load percentage or operation point of the burner.
Details how to reset the burner after a lockout using the 'i/reset' key, clearing lockout signals and indicators.
Explains how to manually block the control box and burner using specific key combinations.
Describes how to manually check burner operation along the modulation curve after adjustment.
Explains how to access Info Mode to view general system information and lists available parameters.
Details how to access Service Mode to view error logs and technical system information.
Explains how to access Parameter Mode, including the password procedure and navigating parameter groups.
Shows how parameters are subdivided into groups and how to select and access them.
Details the process of modifying parameter values, including selecting, adjusting, confirming, and storing changes.
Guides on inserting and adjusting points on the modulation curve for servomotor control.
Explains the CALC function for recalculating modulation curve points based on adjustments.
Provides a comprehensive step-by-step guide for the entire burner start-up process.
Lists the factory default settings for air and gas servomotor positions for different burner models.
Details the procedure for backing up and restoring burner parameters and modulation curve data.
Step-by-step instructions for performing a backup of burner parameters to the REC/RDI21.
Instructions for restoring burner parameters from a backup, useful after replacing equipment or for troubleshooting.
A detailed list of all parameters, their descriptions, value ranges, default settings, and access modes.
Continues the detailed list of parameters, covering burner operation modes, checks, and servomotor settings.
Further parameters listed, including gas/oil selection, pre-purging times, and modulation curve settings.
Continues the parameter list, covering servomotor settings, error logs, and process information.
Final part of the parameter list, including actual output, status, and error indicators.
Describes steady-state operation for burners with and without modulating operation kits.
Provides causes and solutions for ignition failures, including gas delivery issues and safety lockout.
Explains burner behavior when the flame goes out, including recycle attempts and lockout.
Details manual methods for stopping the burner, including using the main switch or operator panel.
Lists final checks to be performed while the burner is operating, ensuring correct responses to safety device actions.
Highlights safety measures for maintenance, including electrical disconnection, fuel tap closure, and component cooling.
Outlines the recommended maintenance frequency and procedures for the gas combustion system.
Specifies that the gas combustion system should be checked annually by a manufacturer representative or technician.
Guides on checking and cleaning the boiler, combustion parameters, combustion head, fan, and burner exterior.
Explains how to measure ionisation current using a microammeter, emphasizing polarity checks.
Details using a pressure gauge to measure air and gas pressure at the combustion head.
Provides a comprehensive list of error codes, their meanings, and recommended troubleshooting measures.
Continues the error code list, detailing causes and solutions for various internal and relay supervision errors.
Further error codes and their troubleshooting steps, including EEPROM access, backup/restore, and internal errors.
Lists additional error codes related to transmission, time-out, TÜV test, and lockout conditions with solutions.
Final error codes related to internal errors and management, providing troubleshooting steps.
Lists codes and lengths for long head kits compatible with RS 34/E MZ and RS 44/E MZ burners.
Provides the code and thickness for the spacer kit compatible with RS 34-34/E MZ burners.
Lists the code for the continuous purging kit compatible with RS 34-34/E MZ burners.
Provides type, dB(A) rating, and code for the soundproofing chamber kit for RS 34-34/E MZ burners.
Details components and parameters for the output power regulator kit for modulating operation.
Lists the burner model and code for the differential switch kit.
Provides the burner model and code for the maximum gas pressure switch kit.
Lists the burner model and code for the clean contacts kit.
Provides the code for the software interface kit (ACS410 + OCI410.30) for service level operations.
Details the burner model, code, and interface type for the Modbus interface kit.
Lists the burner model, gas train type, and code for the PVP kit.
Refers to the manual for gas trains compliant with EN 676 standards.
An index listing the different operational layout sheets for the electrical panel.
Explains the system for indicating references on electrical layouts using sheet numbers and coordinates.
Shows the operational layout for the REC27 control box for the RS 34/E MZ model.
Shows the operational layout for the REC27 control box for the RS 44/E MZ model.
Details the operational layout for the REC27 control box for the RS 44/E MZ three-phase model.
Presents the operational layout for the REC27 control box on sheet 4, for RS 34-44/E MZ.
Shows the operational layout for the REC27 control box on sheet 4, for RS 44/E MZ three-phase.
Diagram illustrating electrical connections for various kits, including actuators, display, and Modbus interface.
Shows electrical connections for RWF40 kit, gas valve control, and pressure switches.
Illustrates electrical connections for remote reset, clean contacts, and pressure switches.
Details probe input options for RWF40 kits, including thermocouple and resistance thermometer connections.
General
