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Fireye MicroM Programmer Modules. The Fireye MicroM Series is a compact, microprocessor-based - Programmer & Amplifier Modules
FireyeProgrammer & Amplifier Modules

Fireye MicroM Programmer Modules. The Fireye MicroM Series is a compact, microprocessor-based

Fireye MicroM Programmer Modules are programmer and amplifier modules available in MEP100, MEP230, MEP300, MEP400, MEP500, and MEP600 series. All modules feature a plug-in design for easy installation and are cULus…

SKU 3G-OTH-02819

Also listed as: MICROMPROGRAMMER · MICROM PROGRAMMER

Brand
Fireye
Item
MicroM Programmer Modules. The Fireye MicroM Series is a compact, microprocessor-based
Category
Programmer & Amplifier Modules
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Local availability & support — Singapore

Local office
20 Woodlands Link #09-05, Singapore 738733
Phone
+65 8878 8355
Delivery
Same-day or next-business-day delivery within Singapore for in-stock items; 7–14 days for factory-order parts from Europe.
Payment
Invoicing in SGD. PayNow, bank transfer, and corporate PO accepted.
Ships to
Singapore

Technical Specifications

Fireye
Category
Programmer & Amplifier Modules
Approvals
cULus, FM Approved
MEP100 Series
MEP100, MEP100P, MEP101, MEP102, MEP103, MEP104, MEP105, MEP106, MEP107, MEP108, MEP109, MEP130, MEP141, MEP149.
MEP230 Series
MEP230, MEP230H, MEP235, MEP236, MEP237, MEP238, MEP290.
MEP300 Series
MEP300, MEP304, MEP335, MEP397.
MEP400 Series
MEP437.
MEP500 Series
MEP560, MEP561, MEP562, MEP564, MEP536, MEP537.
MEP600 Series
MEP696, MEP697.
Safety Features
The MEP696 and MEP697 programmer modules provide early spark termination followed by a pilot proving period, ensuring that spark generated by a maladjusted pilot and spark assembly is not mistakenly detected. The MEP437 provides similar safety features by terminating spark early and verifying pilot ignition to avoid the detection of unwanted sparks from a maladjusted pilot. For safe operation, the air flow switch connected between terminals 7 and 6 must close within 10 seconds after the start of a cycle.
Programmer Modules Design
All modules feature a plug-in design for easy installation. Modules in the MEP230, MEP300, MEP500, and MEP600 series include dipswitches to adjust parameters like purge timing, pilot trial for ignition (PTFI) timing, air flow proven, post-purge, and recycle or non-recycle operation. The MEP397 and MEP696/ MEP697 modules also offer additional features, such as a “check-run” switch for testing pilot size and stabilization.
Advanced MicroM Technology
The MicroM control system uses microprocessor-based technology to replace traditional discrete components. This provides enhanced reliability with features such as: Smart diagnostic LEDs for system status and lockout diagnostics. A smart reset function for multi-burner applications. Optional alpha-numeric display output (ED510). Serial communications via Modbus-RTU for seamless integration.
Flame Failure Response Time (FFRT)
FFRT is determined by the selected amplifier module, and real-time flame signal measurement is possible through test jacks on the amplifier module.

Datasheet Content

[{"filename":"MP-5101-MicroM_Programmer_Modules_MEP100_MEP100P_MEP101_MEP102_MEP103_MEP104_MEP105_MEP106_MEP107_MEP108_MEP109_MEP130_MEP141_MEP149_English_2013-04-03.pdf","text":"®\n\n MP-5101\n APRIL 3, 2013\n\n MEP100, MEP100P, MEP101, MEP102,\n MEP103, MEP104, MEP105, MEP106,\n MEP107, MEP108, MEP109,\n MEP130, MEP141 and MEP149\n PROGRAMMER MODULES\n C U L US\n \n FOR USE WITH THE FIREYE® MODULAR\n LISTED APPROVED MicroM™ CONTROL TO BE USED\n WITH MEC120 AND MEC230 CHASSIS\n\nDESCRIPTION\n The Fireye MEP100, MEP100P, MEP101, MEP102, MEP103, MEP104, MEP105, MEP106 MEP107,\n MEP108, ME109, MEP130, MEP141 and MEP149 Programmer Modules are used with the Fireye Modu-\n lar MicroM control. The operational characteristics of the control are determined by the selection of the\n programmer module (e.g. re-light, 2-stage capability, pilot cutoff, etc.). The programmer module incorpo-\n rates a plug-in design for easy installation.\n The advantages of the Micro M are zero dependence on discrete components previously used for timing\n functions. The MicroM, through the use of micro-controller technology, incorporates smart diagnostic\n LED’s, smart reset function for multi-burner applications, optional alpha-numeric display output (ED510)\n and serial communications via a Modbus-RTU.\n Flame Failure Response Time (FFRT) is determined by the selection of the amplifier module. Test jacks\n are also provided on the flame amplifier module to permit flame signal measurement during operation.\n For proper and safe application of this product, you must refer to Fireye bulletin MC-5000 for a detailed\n description of the various programmer modules, including installation instructions, amplifier selection,\n operating sequences for each programmer module, etc.\n\n\n WARNING: Selection of this control for a particular application should be made by a competent\n professional, licensed by a state or other government agency. Inappropriate application of this\n product could result in an unsafe condition hazardous to life and property. Installation should not\n be considered complete until pilot turndown and other appropriate performance tests have been\n successfully completed.\n\n\nPROGRAMMER MODULE SELECTION\n\n\n MicroM Programmer Models\n MEP100 Relight operation, 10 sec. PTFI.\n MEP101 Relight operation, allow flame signal until 60 seconds after interlock closed.\n MEP102 Non-recycle on flame fail, 5 second PTFI.\n MEP103 Fixed 10 second SISP*, 10 second MTFI, re-try once on igniter failure, fixed 30 second post purge.\n MEP104 Non-recycle on flame fail, 10 second PTFI.\n MEP105 Non-recycle on flame fail, lockout on air-flow open with flame present, 10 second PTFI.\n MEP106 Same as MEP100. 12 second pre-purge, added reset from lockout via line voltage.\n MEP107 Same as MEP100. Force 5 minute purge delay after main flame fail.\n MEP108 Immediate ignition and pilot, 15 second PTFI, non-recycle on flame fail. Not FM approved.\n MEP109 Immediate ignition and pilot, 10 second fixed PTFI, 10 second MTFI, intermittent pilot, non-recycle on flame fail.\n MEP100P Relight operation, 10 second PTFI, fixed 15 second post purge.\n MEP130 Relight operation, 30 sec PTFI, no agency approvals\n MEP141 Non-recycle on flame fail, 30 second purge, 5 second fixed PTFI, 8 second pilot stabilization period,\n intermittent pilot, 15 second post purge, prove air open at start.\n MEP149 Non-recycle on flame fail, 30 second purge, 5 second fixed PTFI, 8 second pilot stabilization period,\n intermittent pilot, 90 second post purge, prove air open at start.\n\n *Spark Igniter Sensing Period\n 1\n\f \n\n\n\n\n WARNING: Remove power from the control and remove the control from its wiring base\n before proceeding.\n\n\nINSTALLATION\n The Programmer Modules are used with the The programmer modules are\n Fireye modular MicroM Chassis designed to fit into the proper\n slot only.\n (P/N MEC120, MEC120RC, MEC120R, DO NOT FORCE THEM\n MEC120D and MEC120C for 120VAC and\n MEC230 for 230 VAC). They are installed in\n the chassis by grabbing hold of the programmer\n module by the ridged finger grips on the side\n on the module, aligning the module with the\n guide slots on the opening farthest from the\n transformer, and inserting the module into the\n pin connectors.\n\n\nLOCKOUT CODES\n MSGN DESCRIPTION OP AIRFLOW PTFI FLAME ALARM\n CTRL INTLCK\n DEC HEX\n 6 6 Lockout Line Frequency Noise Detected     \n 7 7 Lockout Flame Fail - PTFI     \n 15 0F Lockout Fault Unknown     \n 16 10 Lockout Amplifier High Count Fail     \n 19 13 Lockout Flame Fail - MTFI     \n 20 14 Lockout False Flame - STANDBY     \n 21 15 Lockout Intrlck Open     \n 22 16 Lockout Intrlck Closed     \n 24 18 Lockout Chassis Opto     \n 37 25 Lockout Flame Fail - AUTO     \n 39 27 Lockout Fuel Valve State Change     \n 54 36 Lockout Check Chassis     \n 55 37 Lockout Check Programmer     \n 56 38 Lockout Check Amplifier     \n 58 3A Lockout Amplifier Auto Check Fail     \n 59 3B Lockout Check BLOWN FUSE     \n 76 4C Lockout Check Scanner     \n\n = NOT LIGHTED\n = LIGHTED\n = FLASHING\nAll MicroM chassis are shipped with a convenient peel off label that can be applied to any surface (inside cover) for future reference.\n\n\n\n FIREYE MP-5101\n 3 Manchester Road APRIL 3, 2013\n Derry, New Hampshire 03038 USA Supersedes March 27, 2009\n www.Fireye.com\n\n2"}]

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Fireye Products
3G Electric (S) Pte. Ltd. — Singapore

Product Description

Fireye MicroM Programmer Modules are programmer and amplifier modules available in MEP100, MEP230, MEP300, MEP400, MEP500, and MEP600 series. All modules feature a plug-in design for easy installation and are cULus and FM Approved. Modules in the MEP230, MEP300, MEP500, and MEP600 series include dipswitches to adjust parameters like purge timing, pilo. Select models provide safety features including early spark termination and pilot proving.

Frequently Asked Questions

What is the Fireye MicroM Programmer Module used for?

The Fireye MicroM Programmer Module is used in commercial heating and process equipment for automatic ignition and continuous flame monitoring. It eliminates discrete timing components, providing reliable burner management for various fuel types in industrial applications.

What are the specifications of the Fireye MicroM Programmer Module?

The Fireye MicroM series includes models like MEP100, MEP101, MEP102, and others, with cULus and FM approvals. It features plug-in design, smart diagnostic LEDs, optional alpha-numeric display (ED510), and Modbus-RTU serial communications. Flame failure response time depends on the amplifier module.

Where to buy Fireye MicroM Programmer Modules in Singapore?

You can source Fireye MicroM Programmer Modules from 3G Electric in Singapore. We handle logistics, customs clearance, and delivery to your facility. Contact us for availability and lead time on orders.

How to select the right Fireye MicroM Programmer Module?

Select the Fireye MicroM module based on your burner's operating sequence, such as relight capability, pilot timing, and recycle behavior. Refer to Fireye bulletin MC-5000 for detailed sequences. Always consult a licensed professional for proper application to ensure safety.

Used in

Common applications for Fireye
Power-plant auxiliary boiler — M-Series II controller with UV flame scanner, programmed for gas/oil switchover and flame-presence monitoring.
Refinery process heater — MP100E programmer module managing multi-stage ignition and flame-out shutdown interlocks on high-pressure burners.
Petrochemical facility thermal oxidizer — MAUV1T UV amplifier module processing scanner signal from high-temperature burner housings with immune-response filtering.
Large-scale industrial oven (metal treating) — M-Series II with remote reset capability and dual-fuel solenoid isolation for operator safety and burner protection.
Cogeneration plant fuel-gas burner — Fireye scanner and modular controller stack integrated into BMS with remote monitoring of flame status and controller fault codes.

Fireye Products

3G Electric supplies Fireye programmer & amplifier modules. We supply genuine products with in-stock availability on common SKUs, technical documentation, commissioning support, and warranty service — worldwide.

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MB Series MB600S Burner Control. MB SERIES control has been engineered to meet the operational, safety and reliability requirements demanded by the industrial process heat market. It is a fully integrated control, complete with all functions built into one module, offering the opportunity to greatly reduce cost and space requirements normally required by other non-integrated systems
The Fireye MEP564 is a programmer module designed for burner management systems. It sequences burner startup, monitors flame safety, and manages shutdown in industrial combustion control applications. This module is used in HVACR and process heating systems requiring flame supervision
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The Fireye MEP564 is a programmer module designed for burner management systems. It sequences burner startup, monitors flame safety, and manages shutdown in industrial combustion control applications. This module is used in HVACR and process heating systems requiring flame supervision

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