Schaffner 3A, 250 V ac Male Panel Mount IEC Filter FN9222-3-06, Faston None Fuse

From Schaffner the FN9222 IEC inlet filter combines an IEC inlet and mains filter with excellent filter attenuation in a small form factor. A wide selection on amperage ratings, output connections, mounting possibilities and filters are designed to offer you the desired solution.

Can be used in a wide range of applications such as portable electrical & electronic equipment, household equipment, single-phase & switch-mode power supplies, test & measurement equipment, medical equipment & rack mounting equipment.

Excellent performance/size ratio
Frequency DC to 400 Hz
Optional medical versions (B type) according to IEC/EN 60601-1
Snap-in versions (S & S1 type)
Hot inlet versions (HI type)
Optional overvoltage protection (Z type)
Different output connections offering maximum flexibility for assembly

UL listed, CSA certified (all types); VDE, SEV, SEMKO (up to 10A max.)

The Schaffner IEC inlet filter is a male, panel mount power entry module with excellent filter attenuation in a small form factor. It has a voltage rating of 250VAC with 3A high-performance current rating. It has a wide selection on amperage ratings, output connections, mounting possibilities. The operating frequency of this filter ranges between 0Hz and 400Hz.

Excellent performance/size ratio
Fuse drawer with easy-access
Fast-On terminals
Maximum leakage current is 373μA
Optional surge pulse protection
Different output connections offering maximum flexibility for assembly
Operating temperature ranges between -25°C and 85°C
•Connector type C14

Electrical and electronic equipment
Household equipment
Single-phase and switch-mode power supplies
Test and measurement equipment
Rack mount equipment

UL approved
CSA certified
VDE
SEV
SEMKO
IP40 rated

UL Listed; CSA Certified; 10 A max. for VDE; SEMKO

Schaffner FN92XX & FN32X Series

These high performance filters contain an additional capacitor to give a class X2 capacitor between live and neutral at both the filter input and output.