Schneider Electric EMC Filter Kit

This EMC input filter is an option for variable speed drives of Altivar 12 range. This EMC input filter enables your drive to be in compliance with electromagnetic compatibility requirements. Its dimensions are 117mm wide, 184mm high, and 40mm deep. It provides extra protection against electromagnetic emissions. The choice of the filter depends on the drive rating. It weighs 1.455kg. It is designed to reduce conducted emissions on the supply mains and enlarge the maximum motor cable length. This product is compliant with IEC/EN 61800-3, category C1, C2 or C3, in Environment 1 (public network). Choosing the proper EMC filter on the drive rating. The product is delivered in one package. The drive is fixed onto the filter with 2 screws. The ATV12 range meets basic machine requirements united with simplicity.

• High-performance EMC filter improves electromagnetic compatibility
• Supports smooth operation for various inverter accessories
• Specifically designed for ATV9 systems
• Compact kit allows for easy installation and integration
• Sturdy construction ensures durability in industrial settings
• Enhances system reliability while minimising potential disruptions

• Used with ATV9 for optimised performance
• Suitable for requiring stable electromagnetic environments
• Effective for automation systems needing inverter support
• Ideal for industrial sectors that require dependable electrical solutions

It is important to follow the installation guidelines closely to ensure compatibility and proper functionality with existing systems.

Yes, it is designed to work efficiently with various systems, enhancing their performance without significant modifications.

The embedded EMC filter reduces interference, contributing to stable operations across sensitive electrical devices.

Regular inspections are advisable to confirm that components function appropriately, although this product requires minimal upkeep.

It is designed for industrial environments, effectively managing electrical performance under varying operational conditions.