Fireye MEP238 Module
The Fireye MEP238 Module is a high-performance MicroM series programmer module designed for precise combustion management in commercial and industrial burner applications. This microprocessor-based controller functions as the brain of your flame safeguard system, providing reliable automatic ignition and sequencing. Built to interface seamlessly with Fireye MEC120 and MEC230 chassis, the MEP238 is highly configurable via internal DIP switches, allowing technicians to field-set purge timing, PTFI timing, and select between recycle or non-recycle operation based on specific site requirements.
This specific unit is engineered with an 8-second pilot stabilization period (ProgramModule 8SecPilotStabPer) and a 3-second ignition de-energization delay after flame detection. These timings are critical for ensuring a stable pilot flame is established before the main fuel valve is energized, preventing nuisance lockouts and improving overall system reliability. The modular plug-in design simplifies field replacement, while the five-LED array on the face provides immediate visual feedback for operating status and diagnostic codes during lockout events, ensuring rapid troubleshooting for any burner management issue.
Key Benefits for Technicians:- Configurable DIP Switches: Easily adjust purge timing (7, 30, 60, or 90 seconds) and trial for ignition parameters without replacing the entire control.
- Enhanced Pilot Stability: Fixed 8-second pilot stabilization ensures a robust flame signal before transitioning to main firing.
- Diagnostic Capability: Front-facing LEDs deliver real-time sequencing data and fault codes to minimize downtime.
- Universal Compatibility: Plugs directly into standard Fireye MicroM and MEC series chassis for straightforward retrofits.
- Reliable Logic: Replaces traditional discrete components with a stable microprocessor for repeatable timing and safety interlocks.
Is the MEP238 a direct replacement for the MEP230?
Yes, the MEP238 shares the same core functionality as the MEP230 but includes the additional 8-second pilot stabilization period required for specific burner setups.
How do I change the purge timing on this module?
Timing is adjusted using the internal 6-position DIP switch bank. Note that settings become permanent after 8 hours of continuous operation, so verify your sequence early in the commissioning process.
Does this module determine the Flame Failure Response Time (FFRT)?
No, the FFRT is determined by the specific flame amplifier module (e.g., MEUV1, MECD) installed in the chassis, not the programmer module.
This item is not eligible for free shipping.
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.
Original: $542.67
-65%$542.67
$189.93Fireye MEP238 Module
The Fireye MEP238 Module is a high-performance MicroM series programmer module designed for precise combustion management in commercial and industrial burner applications. This microprocessor-based controller functions as the brain of your flame safeguard system, providing reliable automatic ignition and sequencing. Built to interface seamlessly with Fireye MEC120 and MEC230 chassis, the MEP238 is highly configurable via internal DIP switches, allowing technicians to field-set purge timing, PTFI timing, and select between recycle or non-recycle operation based on specific site requirements.
This specific unit is engineered with an 8-second pilot stabilization period (ProgramModule 8SecPilotStabPer) and a 3-second ignition de-energization delay after flame detection. These timings are critical for ensuring a stable pilot flame is established before the main fuel valve is energized, preventing nuisance lockouts and improving overall system reliability. The modular plug-in design simplifies field replacement, while the five-LED array on the face provides immediate visual feedback for operating status and diagnostic codes during lockout events, ensuring rapid troubleshooting for any burner management issue.
Key Benefits for Technicians:- Configurable DIP Switches: Easily adjust purge timing (7, 30, 60, or 90 seconds) and trial for ignition parameters without replacing the entire control.
- Enhanced Pilot Stability: Fixed 8-second pilot stabilization ensures a robust flame signal before transitioning to main firing.
- Diagnostic Capability: Front-facing LEDs deliver real-time sequencing data and fault codes to minimize downtime.
- Universal Compatibility: Plugs directly into standard Fireye MicroM and MEC series chassis for straightforward retrofits.
- Reliable Logic: Replaces traditional discrete components with a stable microprocessor for repeatable timing and safety interlocks.
Is the MEP238 a direct replacement for the MEP230?
Yes, the MEP238 shares the same core functionality as the MEP230 but includes the additional 8-second pilot stabilization period required for specific burner setups.
How do I change the purge timing on this module?
Timing is adjusted using the internal 6-position DIP switch bank. Note that settings become permanent after 8 hours of continuous operation, so verify your sequence early in the commissioning process.
Does this module determine the Flame Failure Response Time (FFRT)?
No, the FFRT is determined by the specific flame amplifier module (e.g., MEUV1, MECD) installed in the chassis, not the programmer module.
This item is not eligible for free shipping.
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 MEP238 Module is a high-performance MicroM series programmer module designed for precise combustion management in commercial and industrial burner applications. This microprocessor-based controller functions as the brain of your flame safeguard system, providing reliable automatic ignition and sequencing. Built to interface seamlessly with Fireye MEC120 and MEC230 chassis, the MEP238 is highly configurable via internal DIP switches, allowing technicians to field-set purge timing, PTFI timing, and select between recycle or non-recycle operation based on specific site requirements.
This specific unit is engineered with an 8-second pilot stabilization period (ProgramModule 8SecPilotStabPer) and a 3-second ignition de-energization delay after flame detection. These timings are critical for ensuring a stable pilot flame is established before the main fuel valve is energized, preventing nuisance lockouts and improving overall system reliability. The modular plug-in design simplifies field replacement, while the five-LED array on the face provides immediate visual feedback for operating status and diagnostic codes during lockout events, ensuring rapid troubleshooting for any burner management issue.
Key Benefits for Technicians:- Configurable DIP Switches: Easily adjust purge timing (7, 30, 60, or 90 seconds) and trial for ignition parameters without replacing the entire control.
- Enhanced Pilot Stability: Fixed 8-second pilot stabilization ensures a robust flame signal before transitioning to main firing.
- Diagnostic Capability: Front-facing LEDs deliver real-time sequencing data and fault codes to minimize downtime.
- Universal Compatibility: Plugs directly into standard Fireye MicroM and MEC series chassis for straightforward retrofits.
- Reliable Logic: Replaces traditional discrete components with a stable microprocessor for repeatable timing and safety interlocks.
Is the MEP238 a direct replacement for the MEP230?
Yes, the MEP238 shares the same core functionality as the MEP230 but includes the additional 8-second pilot stabilization period required for specific burner setups.
How do I change the purge timing on this module?
Timing is adjusted using the internal 6-position DIP switch bank. Note that settings become permanent after 8 hours of continuous operation, so verify your sequence early in the commissioning process.
Does this module determine the Flame Failure Response Time (FFRT)?
No, the FFRT is determined by the specific flame amplifier module (e.g., MEUV1, MECD) installed in the chassis, not the programmer module.
This item is not eligible for free shipping.
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.
