Description
The EN 2090 Dual-Stage Filter is a premium solution designed to deliver exceptional electromagnetic interference (EMI) suppression in demanding environments. With its advanced features and robust construction, this filter ensures compliance with the most stringent regulatory standards.
Key Features and Benefits (90 Series):
- Exceptional Attenuation: Offers unparalleled conducted attenuation, thanks to its high-permeable core material and optimized filter design.
- Versatile Design: Available in both A and B versions to meet the specific requirements of safety-critical and medical applications.
- Easy Installation: The dual-stage design and chassis mounting options simplify installation.
- Customisable Options: Choose from various terminal styles, rated currents, and additional features like overvoltage protection (Z type).
- Safety and Reliability: Certified to UL 1283 and EC/EN60939, ensuring safety and compliance.
Technical Specifications (6A Model):
- Rated Voltage (Max): 6 AMP, 250 VAC 50-60Hz
- Operating Frequency: DC to 400Hz
- Hi-pot Rating (1 Minute):
- Line to Ground: 3000 VDC
- Line to Line: 1100 VDC
- Leakage Current:
- 0.39mA @ 120 VAC 60Hz
- 0.68mA @ 250 VAC 50Hz
- Climate Class: 25/100/21
- Temperature Range: -25°C to +100°C
- Overload Current: 1.5x Rated current for 1 minute
- High Potential Test Voltage:
- L-GND: 2550 VDC for 2 seconds
- L-GND (B-type): 3500 VDC for 2 seconds
- L-N: 1100 VDC for 2 seconds
- Certified to: UL 1283, EC/EN60939
- Flammability Rating: UL 94V-2
Applications:
- Industrial Equipment: Machinery, building automation, and motor drives
- Consumer Goods: Household appliances, electronics, and datacom equipment
- Medical Devices: Medical equipment requiring stringent EMI compliance
- Electronics: Data processing equipment, office automation, and various noisy applications
- EV Applications: Electric vehicle applications demanding high filter performance
Choose the EN 2090 Dual-Stage Filter for unparalleled EMI suppression and reliable performance in your most critical applications.