IP40 Single Phase EMI Power Filter IP40 250VDC For Coffee Equipment

Single Phase EMI Power Filter IP40 250VDC For Coffee Equipment

 Description Of EMI Power Filter

Emi filter means the connecter to provide alternating current , make household electrical appliances and portable device for small power. Emi filter is a slot hole or box, using to let the stick or copper prominent power plug inserts, in order to conduct electricity through the plug to the electrical appliances.

Technical Specification of EMI fiter

Typical Applications of EMI fiter

1. Portable electrical and electronic equipment;

2. Medical equipment;

3. Test and measurement equipment;

4. Small and medium-sized machines and household equipment

5. Single-phase power supply,switch-mode power supply

Tabulates of EMI fiter

Model No. Rated Current @40°C   Terminal Options* Bleeder resistor(optional) G Leakage current 250V/50Hz Electrical Schematic   Rated Voltage(V)  Operating Frequency(Hz)   YB11B6-1A 1A Q S - - - <0.8mA Fig.1 115/250V 50/60Hz YB11B6-2A 2A Q S - - - Fig.1 YB11B6-3A 3A Q S - - - Fig.1 YB11B6-4A 4A Q S - - - Fig.1 YB11B6-6A 6A Q S - - - Fig.1 YB11B6-8A 8A Q S - - - Fig.1 YB11B6-10A 10A Q S - - - Fig.1

Medical Type Tabulates of EMI fiter

Model No. Rated Current @40°C   Terminal Options Bleeder resistor(optional)(MΩ) Medical equipment 5 G Leakage current 250V/50Hz Electrical Schematic   Rated Voltage(V)  Operating Frequency(Hz)   YB11B6-1A-x(R5) 1A Q S - 1 5 - <5μA Fig.3 115/250V 50/60Hz YB11B6-2A-x(R5) 2A Q S - 1 5 - Fig.3 YB11B6-3A-x(R5) 3A Q S - 1 5 - Fig.3 YB11B6-4A-x(R5) 4A Q S - 1 5 - Fig.3 YB11B6-6A-x(R5) 6A Q S - 1 5 - Fig.3 YB11B6-8A-x(R5) 8A Q S - 1 5 - Fig.3 YB11B6-10A-x(R5) 10A Q S - 1 5 - Fig.3

*Q: Fast-on 6.35x0.8mm S: solder 4.0x0.8mm W: UL1015 18awg

Electrical schematic of EMI fiter

Fig.1

Standard type

Fig.2

R5 type

Fig.3

Lg type

Mechanical Dimension(Unit: mm) of EMI fiter

Insertion loss table(In 50ohm system according IEC/CISPR No.17) of EMI fiter

Common mode -------- differential mode

                                       1A

                                                                                                                                             3A

                                          6A

                                                                                                                                              8A

                                         10A

Fig.2