Description
The UV11/D is a versatile dual-voltage half-wave vibrator controller designed for optimal performance in industrial applications. It can be configured to operate at either 240V or 415V AC line voltage, making it suitable for a wide range of environments. The controller is equipped with a 26A high-current device and an RC snubber network, ensuring maximum efficiency and reliability when handling inductive loads. Whether you need automated control via voltage or current signals, or prefer manual adjustment with a potentiometer, the UV11/D offers flexible control options tailored to your needs.
Key Applications:
The UV11/D is ideal for controlling most half-wave AC vibrator loads, including bowl feeders and linear screen vibrators. Its robust design and adaptability make it a perfect choice for industrial settings requiring precise vibration control.
Key Features:
- Solid-State Reliability: Ensures consistent, long-term operation without mechanical wear.
- Built-In Heatsink: Provides efficient cooling to maintain optimal performance.
- Simple Wiring: Streamlined installation process with minimal wiring complexity.
- Rugged and Compact Design: Durable construction in a space-saving form factor.
- Energy Saving: Designed to optimize power usage, reducing operational costs.
Technical Specifications:
- Signal Span: 0-5V DC (minimum), 0-25V DC (maximum)
- Signal Zero Offset: Adjustable from 0-30% of span
- Signal Input Resistance: 5000 ohms ± 20%
- Manual Potentiometer Options: 2K, 5K, or 10K
- L²t for Fusing (10ms): 250 A²s
- Soft Start Time Constant: Adjustable from 0-20 seconds
- Isolation Voltage: 2500 Vrms
- Maximum Operating Temperature: 65°C
- AC Input Power: 12 to 18V AC @ 65mA
- Auxiliary Output: 5V DC
- Triac Limiting RMS Current: 26A
- AC Line Voltage: 240V or 415V, 50/60Hz
- Peak Single Cycle Surge Current: 250A
- Power Consumption: 1.7W
- Maximum Peak Voltage: 600V
- Current Rating: 11A
- Storage Temperature: -20°C to +85°C
The UV11/D Dual Voltage Half-Wave Vibrator Controller is the perfect solution for managing vibration in industrial applications, combining flexibility, reliability, and energy efficiency in a rugged, compact package.