60-1950 Fireye BASE

Overview

The Fireye 60-1950 is a specialized expansion module wiring base designed for use with Fireye Flame-Monitor burner management and flame safeguard systems. It serves as the primary mounting and electrical interface for E300 and E320 expansion modules. This wiring base provides a secure, organized platform for field wiring, ensuring dependable connections for increased interlock supervision and diagnostic capabilities in demanding industrial and commercial combustion environments.

Features

• Designed specifically as a subbase for Fireye E300 series expansion modules.
• Facilitates the connection of up to 16 additional interlock switches for enhanced system monitoring.
• Provides a rugged and durable construction suitable for rigorous industrial settings.
• Features multiple knockouts for flexible conduit entry and simplified installation.
• Enables the Flame-Monitor system to act as a first-out annunciator for connected interlocks.
• Supports secure mounting to prevent vibration-related connection issues.

Specifications

• Model Number: 60-1950
• Compatible Modules: E300 (120V) and E320 (230V) expansion modules
• Mounting: Surface mounting with multiple mounting holes
• Electrical Connection: Terminal block interface for field wiring
• Dimensions: Approximately 7.25 inches (184.2 mm) height x 5.25 inches (133 mm) width
• Conduit Entry: Seven knockouts for 1/2-inch conduit
• Weight: Approximately 1.5 lbs (0.68 kg)
• Material: Heavy-duty industrial-grade plastic/composite housing

Applications

The 60-1950 wiring base is used in industrial and commercial burner control systems where expanded diagnostic monitoring is required. It is essential for applications utilizing the Fireye Flame-Monitor system (EB700/EB720 chassis) when adding E300 expansion modules to monitor specific safety limits such as low water, high gas pressure, low oil pressure, and other critical fuel-train interlocks. It is widely employed in boiler rooms, processing plants, and large-scale heating plants to reduce troubleshooting time by identifying the exact cause of burner shutdowns.