Reliance Electric UVZ3037: 200-400V Input/Output Chassis Type VZ3000 AC Servo Drive

Input Voltage:200V/400V

Enclosure Type:Chassis

Phase:3 Phase

Power Output:37 kW

Frequency Range:0/120Hz

Control Interface:RS-232C Communication Ports, Control Signal Port

Monitoring Display:7-segment Monitor LED

System Control:PC Output/PC Input

Connection Ports:Terminal Strip (6 Terminals), Gate Signal Connection, Current Feedback Connection, Power Unit Interface, DC Unit Connection

    Engineered for seamless integration into a wide range of industrial machinery, the UVZ3037 from Reliance Electric is a powerhouse of precision and performance. Its robust design ensures unparalleled reliability under demanding operational conditions.

    Featuring four green status LEDs for system diagnostics, this drive provides real-time feedback on its operational status, enabling proactive maintenance and enhanced productivity. The built-in 7-segment monitor LED offers clear, concise information display.

    Equipped with an RST LED for reset functionality, the UVZ3037 facilitates quick recovery from errors or faults, minimizing downtime and maximizing efficiency. With three RS-232C communication ports, it supports versatile connectivity options, allowing seamless integration with various control systems.

    The inclusion of a control signal port ensures precise command transmission, enabling fine-grained control over the motor’s speed and direction. This feature is crucial for achieving optimal performance in complex, dynamic environments.

    Designed with user convenience in mind, the UVZ3037 includes a PC output port for monitoring and diagnostics, empowering engineers to perform comprehensive analysis and troubleshooting remotely. Its PC input port allows for advanced programming and customization according to specific application requirements.

    The terminal strip with six terminals offers flexibility in connecting auxiliary devices, further enhancing the drive’s adaptability. Additionally, the gate signal connection and current feedback connection facilitate efficient energy management and enhanced system stability.