Single Phase EMI Power Filter IP40 250VDC For Coffee Equipment

Single Phase UL1283 IP40 250VDC EMI Power Filter

YB11B6-6A Fast On IEC Emi Power Filter with Switch for Coffee Equipment

Technical Specification of EMI fiter

Product Photos

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

Rule of Nomination of EMI fiter

YB 11 B6 - 10A - Q ( R 5 G )

¦ ¦ ¦ ¦ ¦ ¦ ¦

circuit case current connection optional

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