GE 469-P5-HI-A1 Motor Management Relay

Description

Model Number:469-P5-HI-A1

Secondary Current Transformers:5 CT Secondaries

Operating Voltage Range:90 – 300 Volt DC, 70 – 265 Volt AC

Analog Outputs:4 Analog Output Channels

Current Measurement Range:Enhanced Front Panel CURRENT: 390/500 MA (MAX)

Line Voltage Range:LINE VOLTAGE: 90-300VDC, 70-265VAC

Enclosure Rating:20-X

Frequency:48-62 HZ

Phase Current Transformers:5A

Overvoltage Category:II

Insulation Voltage:300 V

Pollution Degree:2

Relay Dimensions:Approximately 17 lbs, 12 inches wide, 11 inches high, 10 inches deep

Relay Chassis:Standard SR-469 Series Chassis, Flame, Corrosion, and Dust Retardant

    The GE 469-P5-HI-A1 Motor Management Relay is designed to enhance operational efficiency and safety in industrial motor systems. It features a compact, yet robust design, providing accurate monitoring and control of motor parameters.

    With its comprehensive set of 5A phase current transformers and 4 analog output channels, this relay enables detailed monitoring of current flows and provides immediate feedback on motor conditions, facilitating quick corrective actions.

    Equipped with an enhanced front panel for measuring currents up to 390/500 MA (MAX), it ensures precise control over motor operations. Its line voltage compatibility ranges from 90-300VDC and 70-265VAC, making it suitable for a wide variety of applications.

    The relay’s enclosure rating of 20-X and frequency range of 48-62 HZ cater to diverse industrial environments, ensuring reliable performance under varying conditions. Its 5A phase current transformers guarantee accurate detection and protection against overloads.

    The GE 469-P5-HI-A1 Relay incorporates an insulation voltage of 300 V and a pollution degree of 2, adhering to strict safety standards. The optional conformal coating enhances its durability, making it suitable for challenging environments.

    The product comes equipped with multiple RTD inputs capable of determining actual temperature and hottest points for motor systems. These inputs utilize three-wire configurations with specific resistance values for enhanced accuracy and reliability.