YP300 Fireye Programmer Module

Overview

The Fireye YP300 is a plug-in programmer module designed for use with the Fireye BurnerLogix flame safeguard control system. This precision-engineered module provides the essential sequencing and timing logic for industrial and commercial burners. It features a recycle-type operation, allowing the system to automatically attempt a restart after a power or limit-switch interruption, making it ideal for systems where a manual reset is not always required. The module integrates seamlessly into YB110 or ZB110 chassis and is compatible with various flame amplifiers and detectors to monitor a wide range of fuels.

Features

• Keypad Selectable Parameters: Allows for field adjustment of critical timings and operation sequences via a compatible BurnerLogix display.
• Recycle Operation: Designed to automatically retry the burner sequence following a fault or interruption rather than locking out immediately.
• Low Fire Start: Includes an integrated interlock to ensure the burner is at the low fire position before ignition, improving safety and efficiency.
• Early Spark Termination: Reduces wear on ignition electrodes and improves the transition from pilot to main flame.
• Intelligent Diagnostics: Features smart LED indicators and provides detailed lockout information when used with a smart display.
• Communications Ready: Supports Modbus RS485 communication for remote monitoring and integration into building management systems.

Specifications

• Model: YP300
• Series: BurnerLogix
• Flame Failure Response Time (FFRT): 4 seconds
• Pilot Trial for Ignition (PTFI): 10 seconds
• Main Trial for Ignition (MTFI): 10 seconds
• Pre-purge Time: 30 seconds
• Supply Voltage: 120VAC (via compatible chassis)
• Operating Temperature: -40 degree F to 140 degree F (-40 degree C to 60 degree C)
• Construction: Compact plug-in module, approximately 6 x 4 x 2 inches
• Weight: Approximately 2 lbs

Applications

The Fireye YP300 is used in industrial and commercial burner management systems for boilers, ovens, and dryers. It is particularly well-suited for systems utilizing automatically ignited oil, gas, or combination fuel burners that require sophisticated sequencing and precise flame monitoring. Its ability to provide early spark termination and low fire start makes it an excellent choice for facilities seeking to optimize burner stability, reduce emissions, and minimize maintenance on ignition components.