What are the technical specifications of schaffner-fn2010a-20-06-power-line-filter?

Key technical specifications of Filtre de ligne d'alimentation Schaffner FN2010A-20-06 Monophasique 20A 250VAC raccordement rapide: series: FN2010A; filter: Single-phase power line filter (single stage); rated_current: 20A; voltage: 250VAC / 250VDC; working_frequency: 0 ~ 400Hz; max_leak_current: < 0.5mA.

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Filtre de ligne d'alimentation Schaffner FN2010A-20-06 Monophasique 20A 250VAC raccordement rapide

Q: What are the OEM and cross-reference part numbers for FN2010A-20-06?

The OEM and interchange cross-reference numbers for Filtre de ligne d'alimentation Schaffner FN2010A-20-06 Monophasique 20A 250VAC raccordement rapide include: AMI-21A-20-1, RP115-3-4.7-QD, 3VK1.

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Série	FN2010A
Filtre	Single-phase power line filter (single stage)
Courant Nominal	20A
Tension	250VAC / 250VDC
Fréquence de travail	0 ~ 400Hz
Courant de fuite maximal	< 0.5mA
Type de Connecteur	Quick Connect (Faston)
Installation	Chassis mounting (flange)
Matériau de Coque et Matériau de Soutien	Aluminum Housing
Certification	UL certified component, CSA certified, VDE certified

N° Fabricant

FN2010A-20-06

N° Interchangeable

AMI-21A-20-1RP115-3-4.7-QD3VK1

Systèmes Électriques et Électroniques - Encyclopédie Industrielle

Purchase high-quality Schaffner FN2010A-20-06 power line filter, designed for industrial-grade universal AC/DC EMI/RFI filtering. This product has a rated current of 20A, a rated voltage of 250VAC, a working frequency of 0~400Hz, and uses a single-stage filter topology, supporting quick-connect flange installation. Suitable for inverters, servo drives, power modules, communication equipment, and other applications with strict electromagnetic compatibility requirements. Original import, complete data manual (PDF) provided, can replace models such as AMI-21A-20-1, RP115-3-4.7-QD, etc. The Schaffner FN2010 series is renowned for its low leakage current and high attenuation performance, and is a reliable choice for engineers to solve conduction interference problems.