EP265 Fireye Programmer

Overview

The Fireye EP265 is a high-performance plug-in programmer module designed for use with the Flame-Monitor Burner Management Control System, specifically the E100 and E110 series. It acts as the heart of the system, providing essential burner sequencing, safe-start checks, and flame monitoring supervision for automatic gas or oil burners. The EP265 is uniquely engineered with a pilot stabilization function to ensure controlled and consistent ignition in demanding industrial and commercial combustion environments.

Features

• Pilot Stabilization: Ensures a stable pilot flame before proceeding to the main flame ignition.
• Microprocessor-Based Design: Stores burner cycles, hours, and lockout history accessible via connected displays or communication interfaces.
• Safe-Start Check: Automatically verifies system readiness and safety interlocks before initiating the ignition sequence.
• Automatic Recycle Operation: Restarts the ignition sequence automatically if the flame signal is lost during the firing cycle, reducing nuisance lockouts.
• Plug-in Integration: Designed for easy installation into the standard Fireye Flame-Monitor chassis without complex rewiring.
• Connectivity: Includes an RJ45 connector for the ED510 display and RJ12 connectors for Modbus communications.
• Check-Run Switch: Allows technicians to stop the sequence at any point (except during MTFI) to assist with setup and troubleshooting.

Specifications

• Purge Timing: Selectable/Fixed 30-second minimum prepurge period.
• Trial for Ignition (TFI): 10 seconds for both pilot and main flame ignition.
• Flame Failure Response Time: 2 seconds maximum.
• Operating Voltage: 120 VAC (standard for compatible Fireye chassis).
• Connectivity Protocols: Built-in Modbus-RTU communications.
• Dimensions: Approximately 6.5 x 6.5 x 1.5 inches.
• Shipping Weight: Approximately 0.6 lbs to 1 lb.

Applications

The EP265 is purpose-built for integration into Fireye EP-series burner management systems used in industrial and commercial settings. It is ideally suited for monitoring flames in industrial boilers, furnaces, and kilns that require automated safety supervision and sequenced ignition control. It is compatible with a variety of flame detectors, including ultraviolet (UV) and infrared (IR) scanners, making it a versatile choice for complex mechanical rooms and combustion systems.