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The Ohmite AHM-L15 is a single-phase EMC/EMI line filter module designed for medical applications. It features a dual-stage architecture to suppress electromagnetic interference. The unit supports a current rating of 15 A and operates at a voltage rating of 250 VAC at 50/60 Hz. It utilizes quick-connect terminals for installation and is rated for chassis mounting. The operating temperature range extends from -25°C to 85°C.
Verify that the specific procurement order explicitly confirms compliance with IEC 60601-1 standards, as this certification is critical for medical applications. Ensure the supplier documentation matches the Ahm-L15 designation to confirm the dual-stage configuration and 15 A current rating are present. Request test reports or certificates of conformity to validate the leakage current performance claims before integration into regulated medical systems.
Select this component when designing medical-grade equipment requiring certified EMI filtration with strict leakage current limits. The dual-stage design offers superior attenuation compared to single-stage alternatives. Verify that the system's maximum continuous current does not exceed 15 A and that the operating environment remains within the specified -25°C to 85°C thermal range to maintain filter efficacy and safety compliance.
The AHM-L15 belongs to the AHM-L Series manufactured by Ohmite. This series is specifically engineered for the medical industry, focusing on high-performance filtering without compromising patient safety through excessive leakage. It serves as a specialized solution for integrating clean power into diagnostic and therapeutic devices where regulatory compliance is mandatory.
Public confirmed substitute part numbers are not available in the provided source material. Users must consult Ohmite technical support for direct equivalents that meet identical IEC 60601-1 and leakage current requirements.
Yes, it meets the requirements of the IEC 60601-1 Standard.
The AHM-L15 has a current rating of 15 A.
It utilizes a dual-stage filtering architecture.