| Brand Name: | Weiaipu |
| Model Number: | VIP4-1B-06(B041Q0994) |
| MOQ: | 120PCS |
| Price: | 6-8USD |
| Packaging Details: | Carton |
| Payment Terms: | T/T |
The VIP4‑1B‑06 is a chassis‑mount single‑phase EMI power filter from VIIP Electronics, designed as a drop‑in power‑line noise‑filtering component for new‑build or retrofitted electronic systems. Rated for 6A RMS at 115/250VAC 50/60Hz mains, this single‑stage LC filter attenuates both common‑mode and differential‑mode conducted interference coming from utility power or generated by the equipment itself.
The standardized metal housing with fixed mounting holes enables straightforward mechanical integration into cabinets and equipment enclosures. Consistent electrical parameters are maintained across production batches, supporting stable supply for system integrators and distributors.
Suitable for single‑phase AC equipment requiring EMC improvement and power‑line noise suppression:
| Item | Specification |
|---|---|
| Rated Voltage | 115 / 250 VAC |
| Rated Current | 6 A RMS Max. (115VAC & 250VAC) |
| Operating Frequency | 50 / 60 Hz |
| Leakage Current (Line‑to‑Ground) | 0.5 mA Max @115VAC / 60 Hz
|
| Hi‑pot Test (1 min) | Per standard safety specification |
| Insulation Resistance | ≥100 MΩ @500 VDC (Input / Output to Ground) |
| Operating Temperature Range | ‑25 °C ~ +100 °C |
| Filter Topology | Single‑stage LC (Common‑mode + Differential‑mode) |
| Insertion Loss | Tested under 50‑Ohm system (data for reference only) |
Q1: What safety and environmental certifications does VIP4‑1B‑06 have?
A1: VIP4‑1B‑06 is certified with CE, RoHS and REACH, meeting EU environmental and safety requirements.
Q2: What are voltage, current, temperature & leakage current specs of VIP4‑1B‑06?
A2: Rated voltage: 115/250VAC; Rated current: 6A RMS Max; Operating frequency: 50/60Hz; Operating temperature range: ‑25°C ~ +100°C. Max leakage current: 0.5 mA @115VAC/60Hz, 1.0 mA @250VAC/50Hz.
Q3: What's its hi‑pot standard? Mount type & EMI suppression effect?
A3: Insulation resistance ≥100 MΩ @500VDC (Input / Output to Ground). High‑potential withstand test runs for 1 minute. It is metal‑cased bolt‑mount type with 2ר5 mounting holes. Adopts single‑stage LC topology with common‑mode inductor, Cx and Cy capacitors, suppressing both common‑mode and differential‑mode conducted noise for EMC compliance. Insertion loss data is measured under 50‑Ohm system for reference only.
Q4: Do you offer free EMC pre‑test & model selection guide? Can you support EMI rectification for inverters and servo equipment?
A4: Free EMC pre‑test and filter model‑selection guidance are available. We provide professional EMC debugging and EMI rectification solutions for inverters, servo systems and other industrial devices.
Q5: What is the recommended wire cross‑section for VIP4‑1B‑06? Can it suppress high‑frequency interference from servo drives?
A5: The matching wire shall satisfy 6A current‑carrying capacity. Its internal LC filter circuit can effectively attenuate high‑frequency EMI noise generated by servo drives. Actual performance is subject to real‑world installation and system impedance.
| Brand Name: | Weiaipu |
| Model Number: | VIP4-1B-06(B041Q0994) |
| MOQ: | 120PCS |
| Price: | 6-8USD |
| Packaging Details: | Carton |
| Payment Terms: | T/T |
The VIP4‑1B‑06 is a chassis‑mount single‑phase EMI power filter from VIIP Electronics, designed as a drop‑in power‑line noise‑filtering component for new‑build or retrofitted electronic systems. Rated for 6A RMS at 115/250VAC 50/60Hz mains, this single‑stage LC filter attenuates both common‑mode and differential‑mode conducted interference coming from utility power or generated by the equipment itself.
The standardized metal housing with fixed mounting holes enables straightforward mechanical integration into cabinets and equipment enclosures. Consistent electrical parameters are maintained across production batches, supporting stable supply for system integrators and distributors.
Suitable for single‑phase AC equipment requiring EMC improvement and power‑line noise suppression:
| Item | Specification |
|---|---|
| Rated Voltage | 115 / 250 VAC |
| Rated Current | 6 A RMS Max. (115VAC & 250VAC) |
| Operating Frequency | 50 / 60 Hz |
| Leakage Current (Line‑to‑Ground) | 0.5 mA Max @115VAC / 60 Hz
|
| Hi‑pot Test (1 min) | Per standard safety specification |
| Insulation Resistance | ≥100 MΩ @500 VDC (Input / Output to Ground) |
| Operating Temperature Range | ‑25 °C ~ +100 °C |
| Filter Topology | Single‑stage LC (Common‑mode + Differential‑mode) |
| Insertion Loss | Tested under 50‑Ohm system (data for reference only) |
Q1: What safety and environmental certifications does VIP4‑1B‑06 have?
A1: VIP4‑1B‑06 is certified with CE, RoHS and REACH, meeting EU environmental and safety requirements.
Q2: What are voltage, current, temperature & leakage current specs of VIP4‑1B‑06?
A2: Rated voltage: 115/250VAC; Rated current: 6A RMS Max; Operating frequency: 50/60Hz; Operating temperature range: ‑25°C ~ +100°C. Max leakage current: 0.5 mA @115VAC/60Hz, 1.0 mA @250VAC/50Hz.
Q3: What's its hi‑pot standard? Mount type & EMI suppression effect?
A3: Insulation resistance ≥100 MΩ @500VDC (Input / Output to Ground). High‑potential withstand test runs for 1 minute. It is metal‑cased bolt‑mount type with 2ר5 mounting holes. Adopts single‑stage LC topology with common‑mode inductor, Cx and Cy capacitors, suppressing both common‑mode and differential‑mode conducted noise for EMC compliance. Insertion loss data is measured under 50‑Ohm system for reference only.
Q4: Do you offer free EMC pre‑test & model selection guide? Can you support EMI rectification for inverters and servo equipment?
A4: Free EMC pre‑test and filter model‑selection guidance are available. We provide professional EMC debugging and EMI rectification solutions for inverters, servo systems and other industrial devices.
Q5: What is the recommended wire cross‑section for VIP4‑1B‑06? Can it suppress high‑frequency interference from servo drives?
A5: The matching wire shall satisfy 6A current‑carrying capacity. Its internal LC filter circuit can effectively attenuate high‑frequency EMI noise generated by servo drives. Actual performance is subject to real‑world installation and system impedance.