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TDK-Lambda RSHN-2016L Single-phase Power Line EMC Filter 16A 250VAC/VDC Two-stage Filtering Terminal Block Base Mounting - Image 1

TDK-Lambda RSHN-2016L Single-phase Power Line EMC Filter 16A 250VAC/VDC Two-stage Filtering Terminal Block Base Mounting


SeriesRSHN Series
FilterSingle-phase power line filter / EMC/EMI filter
Rated Current16A
Rated Power250VAC / 250VDC
Frequency Range50/60Hz
Filter GradeTwo-Stage Filtration
Connector TypeTerminal
InstallationBase Mounting / Flange Mounting / Enclosure Mounting (Optional DIN Rail Mounting Accessories)
Max Leak CurrentStandard leakage current (L version), optional low leakage current (LD version)
Operating Temperature-25°C to +85°C
Terminal SizeScrew-mounted terminal block (compatible with 0.3-30mm² / 22-10 AWG wire)
MaterialMetal Shell (Excellent Shielding Effect)
Weightapproximately 350g
Height35mm (nominal)
CertificationUL 1283, CSA C22.2 No.8, EN 60939 (UL/CSA/ENEC Approved)
Energy Efficiency ComplianceRoHS Directive Compliant, Lead-Free
Application SystemSwitched-Mode Power Supply, Inverter, Servo Drive, Industrial Automation Equipment Input End EMI Suppression
Attenuation PerformanceWideband high attenuation, effectively suppresses differential and common mode (specific insertion loss curves please refer to the data sheet)
Manufacturer No.
RSHN-2016LRSHN2016L
Interchange No.
RSHN-2016LDRSHN-2016D46R0424
Fitment Vehicles
Industrial Control SystemPower Supply EquipmentMedical SystemDigital Signal Processing (DSP) SystemVoIP DeviceAutomotive Electronics

Electrical And Electronic Systems - Industrial Encyclopedia

TDK-Lambda RSHN-2016L single-phase power line filter, rated current 16A, rated voltage 250VAC/VDC, two-stage filtering design provides wideband high attenuation performance. Connected by terminal block, base/flange mounting, complies with UL/CSA/EN60939 standards, RoHS compliant. Widely used in industrial control, power supply, medical equipment and automotive electronics fields for EMI suppression. Complete data sheet, 3D model and installation guide provided.