FS23639-30-07 - 30A EMC line filter for CIMR-VC4A0018XAA-XXXX, CIMR-VC4A0023XAA-XXXX
MPN: FS23639-30-07
Alt. SKU: 100-124-129

Why Choose the Yaskawa FS23639-30-07 EMC/RFI Filter?
The Yaskawa FS23639-30-07 is a premium EMC/RFI filter developed by Schaffner, specifically engineered to ensure electromagnetic compatibility for Yaskawa GA700, V1000, and other compatible inverter drives. This filter is designed to suppress conducted interference on the mains supply, enabling compliance with EN 61800-3 (Category C1) and EN 55011 (Class B) standards in both industrial and residential installations.
Ideal for panel builders, OEMs, and service engineers, the FS23639-30-07 offers reliable, robust performance in demanding applications—helping to protect sensitive equipment and ensure trouble-free operation of your inverter systems.
Key Takeaways
- Model: FS23639-30-07
- Type: EMC/RFI filter for inverter drives
- Rated Current: 30 A
- Rated Voltage: 3 x 400V AC (50/60 Hz)
- Standard Compliance: EN 61800-3 (C1), EN 55011 (Class B)
- Application: Yaskawa GA700, V1000, and compatible drives
- Manufacturer: Schaffner
Frequently Asked Questions
- What drives are compatible with this filter?
- What is the main purpose of the FS23639-30-07?
- What are the physical dimensions?
- Is this filter suitable for residential environments?
- Where is this filter typically installed?
Speed & Safety Benefits
- Regulatory Compliance: Meets stringent EMC standards for both industrial and domestic installations
- System Protection: Reduces risk of interference and equipment malfunction
- Reliable Operation: Trusted Schaffner build quality for long-term performance
- Easy Installation: Mounting-compatible with Yaskawa inverter panels
Key Features of FS23639-30-07 EMC/RFI Filter
- Rated for 30 A at 3 x 400V AC (50/60 Hz)
- Compatible with Yaskawa GA700, V1000, and similar inverter drives
- Effective suppression of conducted interference
- Compliant with EN 61800-3 (C1) and EN 55011 (Class B)
- Robust and compact design for panel integration
- Reliable performance in harsh environments