Fireye MEP560 Module
The Fireye MEP560 Module is a high-performance programmer module engineered for the Fireye MicroM Series burner management systems. This plug-in controller is essential for managing automatic ignition and continuous flame monitoring in commercial and industrial settings. Designed for versatility, the MEP560 features a 10-second Main Trial for Ignition (TFI) and a dedicated run-check switch, allowing technicians to verify pilot signal strength and stabilization during the commissioning process. Integrated DIP switches provide precise field configuration for selectable purge timing (7, 30, 60, or 90 seconds), post-purge options, and the choice between recycle and non-recycle operation. The unit incorporates an 8-second pilot stabilization period to ensure a robust flame before advancing the sequence. Maintenance is simplified through high-visibility diagnostic LED indicators that provide real-time status and fault codes, reducing downtime during troubleshooting. Built to withstand demanding boiler room environments, this module ensures reliable combustion safety control across gas, oil, or combination fuel applications.
Key Benefits
- Flexible Sequencing: On-board DIP switches allow for custom purge timing and PTFI settings to meet specific appliance requirements.
- Enhanced Diagnostics: Smart LEDs deliver clear lockout codes, enabling faster fault isolation for service contractors.
- Commissioning Support: The run-check switch permits the burner to be locked in the pilot position for stabilization and flame signal testing.
- System Reliability: Microprocessor-based timing eliminates discrete component drift, ensuring consistent flame safeguard performance.
Common Questions
What is the purpose of the Run/Check switch on the MEP560?
The switch allows a technician to stop the programmer sequence during the pilot ignition period. This is used to prove the pilot flame signal and adjust the scanner position without the module timing out into a lockout or advancing to the main flame.
Can I change the DIP switch settings while the module is powered?
No. Power must be removed from the MicroM chassis before adjusting any DIP switches. Note that settings become permanently stored in the EEPROM after 8 hours of continuous operation.
How does this module handle a loss of flame during the RUN period?
Depending on the DIP switch configuration, the MEP560 will either initiate a safety lockout (non-recycle) or attempt a single restart (recycle) by returning to the purge sequence.
Disclaimer: While we strive for 100% accuracy, product data and specifications are subject to change. Please contact our team to confirm compatibility or technical details before purchasing.
Fireye MEP560 Module
The Fireye MEP560 Module is a high-performance programmer module engineered for the Fireye MicroM Series burner management systems. This plug-in controller is essential for managing automatic ignition and continuous flame monitoring in commercial and industrial settings. Designed for versatility, the MEP560 features a 10-second Main Trial for Ignition (TFI) and a dedicated run-check switch, allowing technicians to verify pilot signal strength and stabilization during the commissioning process. Integrated DIP switches provide precise field configuration for selectable purge timing (7, 30, 60, or 90 seconds), post-purge options, and the choice between recycle and non-recycle operation. The unit incorporates an 8-second pilot stabilization period to ensure a robust flame before advancing the sequence. Maintenance is simplified through high-visibility diagnostic LED indicators that provide real-time status and fault codes, reducing downtime during troubleshooting. Built to withstand demanding boiler room environments, this module ensures reliable combustion safety control across gas, oil, or combination fuel applications.
Key Benefits
- Flexible Sequencing: On-board DIP switches allow for custom purge timing and PTFI settings to meet specific appliance requirements.
- Enhanced Diagnostics: Smart LEDs deliver clear lockout codes, enabling faster fault isolation for service contractors.
- Commissioning Support: The run-check switch permits the burner to be locked in the pilot position for stabilization and flame signal testing.
- System Reliability: Microprocessor-based timing eliminates discrete component drift, ensuring consistent flame safeguard performance.
Common Questions
What is the purpose of the Run/Check switch on the MEP560?
The switch allows a technician to stop the programmer sequence during the pilot ignition period. This is used to prove the pilot flame signal and adjust the scanner position without the module timing out into a lockout or advancing to the main flame.
Can I change the DIP switch settings while the module is powered?
No. Power must be removed from the MicroM chassis before adjusting any DIP switches. Note that settings become permanently stored in the EEPROM after 8 hours of continuous operation.
How does this module handle a loss of flame during the RUN period?
Depending on the DIP switch configuration, the MEP560 will either initiate a safety lockout (non-recycle) or attempt a single restart (recycle) by returning to the purge sequence.
Disclaimer: While we strive for 100% accuracy, product data and specifications are subject to change. Please contact our team to confirm compatibility or technical details before purchasing.
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
The Fireye MEP560 Module is a high-performance programmer module engineered for the Fireye MicroM Series burner management systems. This plug-in controller is essential for managing automatic ignition and continuous flame monitoring in commercial and industrial settings. Designed for versatility, the MEP560 features a 10-second Main Trial for Ignition (TFI) and a dedicated run-check switch, allowing technicians to verify pilot signal strength and stabilization during the commissioning process. Integrated DIP switches provide precise field configuration for selectable purge timing (7, 30, 60, or 90 seconds), post-purge options, and the choice between recycle and non-recycle operation. The unit incorporates an 8-second pilot stabilization period to ensure a robust flame before advancing the sequence. Maintenance is simplified through high-visibility diagnostic LED indicators that provide real-time status and fault codes, reducing downtime during troubleshooting. Built to withstand demanding boiler room environments, this module ensures reliable combustion safety control across gas, oil, or combination fuel applications.
Key Benefits
- Flexible Sequencing: On-board DIP switches allow for custom purge timing and PTFI settings to meet specific appliance requirements.
- Enhanced Diagnostics: Smart LEDs deliver clear lockout codes, enabling faster fault isolation for service contractors.
- Commissioning Support: The run-check switch permits the burner to be locked in the pilot position for stabilization and flame signal testing.
- System Reliability: Microprocessor-based timing eliminates discrete component drift, ensuring consistent flame safeguard performance.
Common Questions
What is the purpose of the Run/Check switch on the MEP560?
The switch allows a technician to stop the programmer sequence during the pilot ignition period. This is used to prove the pilot flame signal and adjust the scanner position without the module timing out into a lockout or advancing to the main flame.
Can I change the DIP switch settings while the module is powered?
No. Power must be removed from the MicroM chassis before adjusting any DIP switches. Note that settings become permanently stored in the EEPROM after 8 hours of continuous operation.
How does this module handle a loss of flame during the RUN period?
Depending on the DIP switch configuration, the MEP560 will either initiate a safety lockout (non-recycle) or attempt a single restart (recycle) by returning to the purge sequence.
Disclaimer: While we strive for 100% accuracy, product data and specifications are subject to change. Please contact our team to confirm compatibility or technical details before purchasing.
