Fireye MEP562 Module
The Fireye MEP562 is a microprocessor-based programmer module designed specifically for the MicroM Flame Safeguard system. Engineered for high-stakes burner management, this plug-in module provides critical sequencing and timing functions for commercial and industrial heating applications. A key technical distinction of the MEP562 is its non-recycle operation, which mandates a manual reset following any safety shutdown, ensuring maximum site security. It is equipped with integrated dipswitches that allow field technicians to customize parameters including purge timing (7, 30, 60, or 90 seconds), post-purge, and Pilot Trial for Ignition (PTFI) settings of 5 or 10 seconds.
Built to interface with MEC120 and MEC230 chassis, the MEP562 incorporates a robust lockout on loss of air logic, providing airflow proven open protection to mitigate hazardous combustion conditions. The unit includes an 8-second pilot stabilization period and a fixed 10-second Main Trial for Ignition (MTFI). For commissioning and diagnostics, the module features a physical run-check switch and external LED status indicators that provide real-time feedback and fault codes, simplifying technical troubleshooting in complex HVACR environments.
Key Benefits for Contractors:- Enhanced Safety Logic: Features lockout on loss of airflow to prevent fuel delivery without proper combustion air.
- Flexible Field Configuration: Internal dipswitches allow for precise adjustment of purge time and PTFI without needing multiple spare parts.
- Diagnostic Reliability: Integrated LED indicators display specific diagnostic codes, reducing downtime during system lockouts.
- Simplified Installation: The plug-in design allows for rapid replacement in Fireye MicroM modular chassis.
- Technical Precision: Includes a run-check switch to assist in pilot stabilization testing and flame signal verification.
What is the difference between the MEP560 and the MEP562?
While both modules belong to the MEP500 series, the MEP562 is specifically configured for non-recycle operation and features a dedicated lockout on loss of air flow. Unlike recycle models, the MEP562 will not attempt a restart if the interlock circuit is interrupted.
Can I change the dipswitch settings after the module has been in service?
Settings on the Fireye MEP562 become permanently stored in the EEPROM memory after approximately 8 hours of continuous operation. It is critical to verify all purge timing and PTFI selections during the initial commissioning phase.
Which chassis are compatible with the MEP562 programmer?
This module is designed for use with the Fireye Modular MicroM chassis, including the MEC120 (120V) and MEC230 (230V) series. Ensure your flame amplifier and scanner are also compatible with the MicroM platform for proper burner control.
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 MEP562 Module
The Fireye MEP562 is a microprocessor-based programmer module designed specifically for the MicroM Flame Safeguard system. Engineered for high-stakes burner management, this plug-in module provides critical sequencing and timing functions for commercial and industrial heating applications. A key technical distinction of the MEP562 is its non-recycle operation, which mandates a manual reset following any safety shutdown, ensuring maximum site security. It is equipped with integrated dipswitches that allow field technicians to customize parameters including purge timing (7, 30, 60, or 90 seconds), post-purge, and Pilot Trial for Ignition (PTFI) settings of 5 or 10 seconds.
Built to interface with MEC120 and MEC230 chassis, the MEP562 incorporates a robust lockout on loss of air logic, providing airflow proven open protection to mitigate hazardous combustion conditions. The unit includes an 8-second pilot stabilization period and a fixed 10-second Main Trial for Ignition (MTFI). For commissioning and diagnostics, the module features a physical run-check switch and external LED status indicators that provide real-time feedback and fault codes, simplifying technical troubleshooting in complex HVACR environments.
Key Benefits for Contractors:- Enhanced Safety Logic: Features lockout on loss of airflow to prevent fuel delivery without proper combustion air.
- Flexible Field Configuration: Internal dipswitches allow for precise adjustment of purge time and PTFI without needing multiple spare parts.
- Diagnostic Reliability: Integrated LED indicators display specific diagnostic codes, reducing downtime during system lockouts.
- Simplified Installation: The plug-in design allows for rapid replacement in Fireye MicroM modular chassis.
- Technical Precision: Includes a run-check switch to assist in pilot stabilization testing and flame signal verification.
What is the difference between the MEP560 and the MEP562?
While both modules belong to the MEP500 series, the MEP562 is specifically configured for non-recycle operation and features a dedicated lockout on loss of air flow. Unlike recycle models, the MEP562 will not attempt a restart if the interlock circuit is interrupted.
Can I change the dipswitch settings after the module has been in service?
Settings on the Fireye MEP562 become permanently stored in the EEPROM memory after approximately 8 hours of continuous operation. It is critical to verify all purge timing and PTFI selections during the initial commissioning phase.
Which chassis are compatible with the MEP562 programmer?
This module is designed for use with the Fireye Modular MicroM chassis, including the MEC120 (120V) and MEC230 (230V) series. Ensure your flame amplifier and scanner are also compatible with the MicroM platform for proper burner control.
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
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Description
The Fireye MEP562 is a microprocessor-based programmer module designed specifically for the MicroM Flame Safeguard system. Engineered for high-stakes burner management, this plug-in module provides critical sequencing and timing functions for commercial and industrial heating applications. A key technical distinction of the MEP562 is its non-recycle operation, which mandates a manual reset following any safety shutdown, ensuring maximum site security. It is equipped with integrated dipswitches that allow field technicians to customize parameters including purge timing (7, 30, 60, or 90 seconds), post-purge, and Pilot Trial for Ignition (PTFI) settings of 5 or 10 seconds.
Built to interface with MEC120 and MEC230 chassis, the MEP562 incorporates a robust lockout on loss of air logic, providing airflow proven open protection to mitigate hazardous combustion conditions. The unit includes an 8-second pilot stabilization period and a fixed 10-second Main Trial for Ignition (MTFI). For commissioning and diagnostics, the module features a physical run-check switch and external LED status indicators that provide real-time feedback and fault codes, simplifying technical troubleshooting in complex HVACR environments.
Key Benefits for Contractors:- Enhanced Safety Logic: Features lockout on loss of airflow to prevent fuel delivery without proper combustion air.
- Flexible Field Configuration: Internal dipswitches allow for precise adjustment of purge time and PTFI without needing multiple spare parts.
- Diagnostic Reliability: Integrated LED indicators display specific diagnostic codes, reducing downtime during system lockouts.
- Simplified Installation: The plug-in design allows for rapid replacement in Fireye MicroM modular chassis.
- Technical Precision: Includes a run-check switch to assist in pilot stabilization testing and flame signal verification.
What is the difference between the MEP560 and the MEP562?
While both modules belong to the MEP500 series, the MEP562 is specifically configured for non-recycle operation and features a dedicated lockout on loss of air flow. Unlike recycle models, the MEP562 will not attempt a restart if the interlock circuit is interrupted.
Can I change the dipswitch settings after the module has been in service?
Settings on the Fireye MEP562 become permanently stored in the EEPROM memory after approximately 8 hours of continuous operation. It is critical to verify all purge timing and PTFI selections during the initial commissioning phase.
Which chassis are compatible with the MEP562 programmer?
This module is designed for use with the Fireye Modular MicroM chassis, including the MEC120 (120V) and MEC230 (230V) series. Ensure your flame amplifier and scanner are also compatible with the MicroM platform for proper burner control.
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.
