This range of high current equipment filters is suitable for a wide variety of EMC applications where high performance filtering of single phase ac mains lines is required. The filters incorporate feedthrough capacitors to give excellent high frequency performance. They are designed for either bulkhead or chassis mounting for optimum flexibility although maximum performance will only be achieved when bulkhead mounted. Self-healing metallised plastic film capacitors are used for maximum reliability and safety. This range of filters is intended for use in a permanently earthed application and complies with the proof voltage requirements of EN133200.

Rated Voltage250V ac 50/60Hz, 250Vdc
Test Voltage(line – earth)2250V dc
(line – line)1250V dc
Rated Current, IRAs tabulated
Insertion Loss (50Ω, asymmetric)100dB from 300kHz to 1GHz
Maximum Full Load Heat DissipationAs tabulated
Maximum Temperature Rise at Full Load25ºC
Ambient Temperature Range-40ºC to +85ºC
Maximum Leakage Current (at 250V 50Hz)125mA
Maximum Heat DissipationAs Tabulated
Maximum Discharge Time to below 34V2 Seconds
Part NumberCurrent Rating IR (A) @50ºC*Maximum Heat Dissipation (W)Major Dimensions (mm)Weight (Kg)
Length AWidth BDepth C
DS29012107170180502
DS290131611170180502
DS290143220170180753
DS290156340220180855
DS2901610060300180907

*Current derating between 50ºC and 85ºCFor temperature, θ Iθ = IR 

Part NumberDimensions (mm)
ABCDEFGHJ
DS29012170501825301003517.5M4
DS29013170501825301003517.5M4
DS29014170751837.5551003525M4
DS29015220853242.5651205025M6
DS29016300903245702005025M6

The chassis and/or bulkhead should be a flat clean paint-free metal surface to provide a good low impedance earth bond. Recommended thread tightening torques: M4: 1.2 N-m M6: 2.5 N-m

These filters must be solidly and permanently earthed via the chassis mounting, the bulkhead mounting, or via the earth screw provided. Terminals must be suitably enclosed by the user. These filters are fitted with discharge resistors, but the user must still ensure that the capacitors are safely discharged prior to touching terminals.