XV-232-57BAS-1-13-1 Motor Protection Relay

Key Features and Advantages

The Eaton XV-232-57BAS-1-13-1 motor protection relay delivers comprehensive protection for three-phase motors up to 13A. Its advanced microprocessor-based design continuously monitors critical parameters including current imbalance, phase sequence, and motor temperature to prevent equipment damage. The relay’s adjustable current setting (1-13A) allows precise matching to motor specifications, while its wide supply voltage range (24-240V AC/DC) ensures compatibility with various control systems.

Multi-fault protection: The XV-232-57BAS-1-13-1 detects and responds to overloads, phase loss, phase reversal, and motor jam conditions with configurable trip delays. Its thermal memory function models motor heating characteristics during start/stop cycles, providing accurate overload protection even during frequent operations. Two programmable relay outputs (8A/250V AC) enable flexible control of contactors or alarm circuits.

XV-232-57BAS-1-13-1

Diagnostic capabilities: LED indicators provide clear status information for power, operation, and fault conditions. The relay stores historical fault data including trip cause, phase currents, and event timestamps for troubleshooting. Its Modbus RTU interface enables remote monitoring and parameter adjustment through SCADA systems or PLCs.

Robust industrial design: Operating reliably across a wide temperature range (-25°C to +60°C), the XV-232-57BAS-1-13-1 withstands harsh industrial environments. Its compact DIN rail mounting saves panel space while maintaining full functionality. The relay’s self-powered current measurement eliminates the need for external power supplies for basic protection functions.

Configuration flexibility: Front-panel DIP switches and potentiometers simplify setup without requiring programming tools. The XV-232-57BAS-1-13-1 supports manual or automatic reset options after fault clearance. Its universal voltage design reduces inventory requirements by replacing multiple specialized relays across different voltage systems.