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Overview of agency approvals including UL, CE, DIN DVGW, and DIN Geprüft.
Detailed table listing BurnerPRO part numbers with corresponding series and features.
Guidelines for mounting the wiring base using specified screw sizes.
Instructions for properly connecting the grounding wire to the wiring base.
Diagram showing mounting hole locations and knockout hole specifications.
Left and right side views of the wiring base with installation notes.
Wiring compliance, torque, limits, interlocks, and wire routing recommendations.
Specifies maximum lead wire lengths for inputs and flame detector wires.
Detailed explanation of each status LED and its meaning during operation.
Describes the SMART LEDs' role in displaying flame strength in check mode.
Table mapping LED states to operational status, fault, or lockout conditions.
General instructions for mounting UV scanners, including positioning and sealing.
Instructions for selecting wire and routing scanner wires, including conduit requirements.
Guidelines for positioning the flame rod relative to the pilot and main flame.
Importance of adequate grounding surface for flame rod signal strength.
Wiring requirements for flame rectification systems, including insulation resistance.
Routine cleaning and replacement recommendations for the flame rod and insulator.
Describes the two methods for resetting the control after a lockout.
Explains the CHECK MODE feature for set-up, start-up, and troubleshooting.
Diagram detailing states like Power On, Initial System Check, Purge, Ignition, Trials, and Shutdown.
Explains the initial power application and the internal Power-On Self-Test (POST).
Details preconditions for startup, call for heat, and the purge cycle steps.
Describes the ignition process, pilot trial, and main trial phases.
Explains the pilot trial, main trial, and flame signal verification.
Details release to modulation, shutdown sequence, and lockout conditions.
Describes the function and process of the valve proving system.
Defines the timing parameters (t1, t3, t4, etc.) and sequence stages (A, B, C, D).
Details the function of Recycle and Non-Recycle/Lockout limit switches.
Explains the Proof of Closure (POC) and Purge Interlock functions.
Describes various running interlocks for proper burner operation.
Diagram and explanation for direct line voltage interfacing with actuators.
Diagram and explanation for low voltage interfacing using interposing relays.
Wiring diagram for a modulating burner with interrupted pilot and valve proving.
Wiring diagram for a direct ignition burner without valve proving.
Wiring diagram for a modulating burner with intermittent pilot, non-valve proving.
Details the message format for Modbus RTU communication with the BurnerPRO.
Information on Modbus port, physical connection, and required kits.
Diagram illustrating the connection between BurnerPRO, ED610 board, and UC485 adapter.
Map of registers for controlling burner operation, reset, and configuration.
Map of registers for reading burner state, actuator position, and ignition status.
Register mapping for AUTO drive state, Recycle Limit, and POC terminal status.
Register mapping for various timers and counters like CAST, CAP, POC, and Check Mode.
Register mapping for operating frequency, burner cycle count, and flame timers.
Register mapping for lockout count and detailed lockout history.
Describes single and dual pressure switch setups for valve proving.
Steps for selecting and setting pressure switches for valve proving.
Wiring and operation of a two-valve system for proving gas valve closure.
Detailed steps for executing the valve proving test, including leak checks.
Formula and variables for calculating test times based on pressure and volume.
Specifies leakage rate standards for valve proving systems per EN 1643 and FM 7400.
Provides an example calculation for test times and rounding recommendations.
Describes push button and remote terminal methods for resetting the control.
Explains how LEDs indicate lockout reasons and the limits on remote reset attempts.
Table mapping LED patterns to specific fault conditions and lockout reasons.
Table mapping LED patterns to specific fault conditions and lockout reasons.
Provides possible remedies for lockout codes 1 through 36.
Provides possible remedies for lockout codes 37 through 63.
Details the warranty period, replacement/repair options, and exclusions.
Overview of agency approvals including UL, CE, DIN DVGW, and DIN Geprüft.
Detailed table listing BurnerPRO part numbers with corresponding series and features.
Guidelines for mounting the wiring base using specified screw sizes.
Instructions for properly connecting the grounding wire to the wiring base.
Diagram showing mounting hole locations and knockout hole specifications.
Left and right side views of the wiring base with installation notes.
Wiring compliance, torque, limits, interlocks, and wire routing recommendations.
Specifies maximum lead wire lengths for inputs and flame detector wires.
Detailed explanation of each status LED and its meaning during operation.
Describes the SMART LEDs' role in displaying flame strength in check mode.
Table mapping LED states to operational status, fault, or lockout conditions.
General instructions for mounting UV scanners, including positioning and sealing.
Instructions for selecting wire and routing scanner wires, including conduit requirements.
Guidelines for positioning the flame rod relative to the pilot and main flame.
Importance of adequate grounding surface for flame rod signal strength.
Wiring requirements for flame rectification systems, including insulation resistance.
Routine cleaning and replacement recommendations for the flame rod and insulator.
Describes the two methods for resetting the control after a lockout.
Explains the CHECK MODE feature for set-up, start-up, and troubleshooting.
Diagram detailing states like Power On, Initial System Check, Purge, Ignition, Trials, and Shutdown.
Explains the initial power application and the internal Power-On Self-Test (POST).
Details preconditions for startup, call for heat, and the purge cycle steps.
Describes the ignition process, pilot trial, and main trial phases.
Explains the pilot trial, main trial, and flame signal verification.
Details release to modulation, shutdown sequence, and lockout conditions.
Describes the function and process of the valve proving system.
Defines the timing parameters (t1, t3, t4, etc.) and sequence stages (A, B, C, D).
Details the function of Recycle and Non-Recycle/Lockout limit switches.
Explains the Proof of Closure (POC) and Purge Interlock functions.
Describes various running interlocks for proper burner operation.
Diagram and explanation for direct line voltage interfacing with actuators.
Diagram and explanation for low voltage interfacing using interposing relays.
Wiring diagram for a modulating burner with interrupted pilot and valve proving.
Wiring diagram for a direct ignition burner without valve proving.
Wiring diagram for a modulating burner with intermittent pilot, non-valve proving.
Details the message format for Modbus RTU communication with the BurnerPRO.
Information on Modbus port, physical connection, and required kits.
Diagram illustrating the connection between BurnerPRO, ED610 board, and UC485 adapter.
Map of registers for controlling burner operation, reset, and configuration.
Map of registers for reading burner state, actuator position, and ignition status.
Register mapping for AUTO drive state, Recycle Limit, and POC terminal status.
Register mapping for various timers and counters like CAST, CAP, POC, and Check Mode.
Register mapping for operating frequency, burner cycle count, and flame timers.
Register mapping for lockout count and detailed lockout history.
Describes single and dual pressure switch setups for valve proving.
Steps for selecting and setting pressure switches for valve proving.
Wiring and operation of a two-valve system for proving gas valve closure.
Detailed steps for executing the valve proving test, including leak checks.
Formula and variables for calculating test times based on pressure and volume.
Specifies leakage rate standards for valve proving systems per EN 1643 and FM 7400.
Provides an example calculation for test times and rounding recommendations.
Describes push button and remote terminal methods for resetting the control.
Explains how LEDs indicate lockout reasons and the limits on remote reset attempts.
Table mapping LED patterns to specific fault conditions and lockout reasons.
Table mapping LED patterns to specific fault conditions and lockout reasons.
Provides possible remedies for lockout codes 1 through 36.
Provides possible remedies for lockout codes 37 through 63.
Details the warranty period, replacement/repair options, and exclusions.
General| Operating Temperature | -40°F to +140°F (-40°C to +60°C) |
|---|---|
| Application | Commercial and Industrial Burners |
| Flame Detection | UV, IR, or UV/IR |
| Approvals | FM, CE |
| Output | Relay |
