Description
The EVR 3KW ‘Mini Stack’ is designed for single-phase, 230V applications, capable of controlling loads up to 13A. This compact and efficient unit operates in phase angle mode and is ideal for a variety of industrial applications. It features a BS1362 fuse and an integral heatsink, ensuring reliable and safe operation.
Key Features
- Versatile Control Signals: Wide range of control signal options to suit various applications.
- Enclosed Design: Protects internal components and includes status indication for easy monitoring.
- Built-in Class B Filter: Ensures compliance with EMC standards.
- Phase Angle Operation with Soft-Start: Minimizes flicker and RFI issues, enhancing performance and reliability.
- Mains Protection Fuse: Fitted with a BS1362 fuse for added safety.
- Easy Installation: Designed for simple and quick installation.
Applications
The EVR 3KW controller is perfect for:
- Heaters
- Ovens
- Dryers
- Air curtains
- Hot plates
- Heating and ventilation systems
Its SCR solid state phase angle power handling provides smooth proportional control for industrial processes such as furnaces, electroplating, controlled rectifiers, and transformers.
Technical Specifications
- Mains Voltage: 230V AC +10% -6%
- Signal Span: 0-5VDC (minimum), 0-25VDC (maximum)
- Signal Zero Offset: 0-30% of span
- Control Input: 0-5VDC (factory default)
- Manual Potentiometer: 5K
- Soft Start Time Constant: 1 second (fixed)
- Isolation Voltage: 2500 Vrms
- Auxiliary Output: 5VDC
- Triac Limiting RMS Current: 26A
- Peak Single Cycle Surge Current: 250A
- Max. Peak Voltage: 600V
- Current Rating: 13A
- Max. Working Temperature: 65°C (operational)
- Replacement Fuse: BS1362
- Storage Temperature: -20°C to +85°C
- Dimensions: Enclosure: W175 x H195 x D65mm; Height with Glands: 225mm
The EVR 3KW Single-Phase Enclosed Phase Angle Controller is the ideal solution for precise and reliable control of resistive loads in various industrial applications. Its robust design, combined with advanced features, ensures optimal performance and safety.