Need help?Do you have a question about the AUTOFLAME MM Series and is the answer not in the manual?
Details the gas pressure sensor, its specifications, connections, and part numbers.
Details the oil pressure sensor, its specifications, connections, and part numbers.
Details the air pressure sensor, its specifications, connections, and part numbers.
Details the steam pressure sensor, its specifications, connections, and part numbers.
Details the water temperature sensor, its specifications, connections, and part numbers.
Details the outside temperature sensor and its compensation module.
Illustrates burner control sequences, including timings and fault conditions.
Describes different types of flame scanners, including IR and UV models.
Guides on selecting the appropriate UV scanner based on distance and sensitivity.
Explains flame detection using an external switch for Mk8 MM systems.
Details flame detection using an ionisation signal/flame rod for Mini Mk8 MM.
Explains how to bypass the pre-purge cycle to minimize start-up time and increase efficiency.
Describes the continuous pilot feature for burner relighting and operation.
Covers single servomotor configurations for Mini Mk8 MM with VSD or digital fan adapters.
Details using external 4-20mA servomotors with the Mk8 MM via a Universal IO Module.
Enables setting firing rate to a specific position; requires fuel flow metering. Activated when burner is firing.
Sets the firing rate to low fire position while the burner is firing; requires fuel flow metering.
Enables burner modulation to maintain setpoint based on actual temperature or pressure.
Defines the Proportional Band (P-Band) offset from the setpoint for PID control.
Specifies the Integral time ('Reset time') for PID control adjustments.
Analyzes rate of change for PID control; sensitivity is a percentage of firing rate.
Illustrates connection diagrams for Intelligent Boiler Sequencing (IBS) systems.
Lists options and parameters for configuring IBS for Mk8 and Mini Mk8 MM.
Details implementation of hot water sequencing, including lead/lag boiler roles and valve operation.
Explains steam sequencing, including warming procedures and operational states.
Provides guidance for troubleshooting IBS communication and operational issues.
Introduces multi-burner operation for applications requiring simultaneous control of multiple burners.
Details wiring, options, parameters, and commissioning for multi-burner setups.
Explains how to integrate water level control with multi-burner systems.
Covers using Exhaust Gas Analysers (EGA) with multi-burner operation for emissions control.
Describes permanent and switched external modulation for multi-burner systems.
General| Category | Burner Management System |
|---|---|
| Compatibility | Various burner types and boilers |
| Function | Burner control, monitoring, and optimization |
| Communication Protocol | Modbus, Ethernet |
| Power Supply | 110-240 VAC |
| Operating Temperature | -20°C to +60°C |
| Type | Electronic burner management system |
| Fuel Types | Gas, oil |
| Communication | Ethernet |
| Safety Features | Flame safeguard, safety interlocks |
To Next Page
