| Brand Name: | Weiaipu |
| Model Number: | VIP4-1A-06(10243) |
| MOQ: | 245PCS |
| Price: | 2.82USD |
| Packaging Details: | Carton |
| Payment Terms: | T/T |
6A 115/250VAC 50-60Hz AC Noise Purification Line Filter for Power System
VIIP VIP4-1A-06(10243) Single-phase EMI Power Filter 6A 115/250VAC 50/60Hz
High-performance AC filter designed to suppress electromagnetic interference in single-phase power systems for CNC machines and industrial control equipment.
The Single Phase EMI Filter is a high-performance AC filter designed to suppress electromagnetic interference in single-phase power systems. Rated at 115/250VAC and 50/60Hz, it features exceptionally low leakage current for enhanced safety and efficiency. RoHS & REACH compliant and free from hazardous substances, it delivers reliable high-frequency noise attenuation to protect connected devices from malfunctions and EMI-induced damage.
Its compact, standardized design ensures easy integration into industrial machinery, household appliances, medical devices, and telecommunications equipment--making it a dependable choice for improving EMC performance and system stability.
| Parameter | Value |
|---|---|
| Voltage Rating | 115/250 VAC |
| @115VAC (Current Rating) | 6A RMS Max. |
| @250VAC (Current Rating) | 6A RMS Max. |
| Operating Frequency | 50/60 Hz |
| @115VAC/60Hz (Leakage Current) | 0.3 mA Max. |
| @250VAC/50Hz (Leakage Current) | 0.6 mA Max. |
| Hi-pot Rating | For One Minute |
| IR | 100M ohm @ 500VDC |
| Temperature Range | -25°C ~ +100°C |
A: For standard off-the-shelf VIP4 series models, low MOQ is acceptable. Stock items support small-batch trial orders; for bulk mass production orders, MOQ will be based on production arrangement. Contact our sales team for detailed MOQ information.
A: Yes, sample service is available. Standard VIP4 models can be supplied as samples for your lab EMC validation and performance verification. Sample freight will be borne by the buyer.
A: VIP4 series single-phase filters are rated at 115/250VAC, operating frequency 50/60Hz. Different part numbers support different rated current from 1A-10A (for example VIP4-2B-10 is 10A model). Please refer to the product approval sheet for exact parameter of each model.
A: Yes. Insertion-loss data under 50Ω standard test system is included in each model's approval sheet. We can provide test curves for common-mode and differential-mode noise attenuation for your circuit simulation and EMC evaluation.
A: Every finished VIP4 filter undergoes hip-pot withstand voltage test for 1 minute as per specification, together with insulation resistance test (≥100MΩ @500VDC input/output to ground). Full test specification is shown on the approval sheet.
A: Yes, our in-house EMC engineering team can offer technical support. Please share your test report, application condition and circuit information, we will analyze and give suggestions for improvement or model adjustment.
A: Sure. Please provide key information including working voltage, rated current, equipment type, main noise frequency and installation condition. Our team will help you pick the most suitable filter solution for your system.
| Brand Name: | Weiaipu |
| Model Number: | VIP4-1A-06(10243) |
| MOQ: | 245PCS |
| Price: | 2.82USD |
| Packaging Details: | Carton |
| Payment Terms: | T/T |
6A 115/250VAC 50-60Hz AC Noise Purification Line Filter for Power System
VIIP VIP4-1A-06(10243) Single-phase EMI Power Filter 6A 115/250VAC 50/60Hz
High-performance AC filter designed to suppress electromagnetic interference in single-phase power systems for CNC machines and industrial control equipment.
The Single Phase EMI Filter is a high-performance AC filter designed to suppress electromagnetic interference in single-phase power systems. Rated at 115/250VAC and 50/60Hz, it features exceptionally low leakage current for enhanced safety and efficiency. RoHS & REACH compliant and free from hazardous substances, it delivers reliable high-frequency noise attenuation to protect connected devices from malfunctions and EMI-induced damage.
Its compact, standardized design ensures easy integration into industrial machinery, household appliances, medical devices, and telecommunications equipment--making it a dependable choice for improving EMC performance and system stability.
| Parameter | Value |
|---|---|
| Voltage Rating | 115/250 VAC |
| @115VAC (Current Rating) | 6A RMS Max. |
| @250VAC (Current Rating) | 6A RMS Max. |
| Operating Frequency | 50/60 Hz |
| @115VAC/60Hz (Leakage Current) | 0.3 mA Max. |
| @250VAC/50Hz (Leakage Current) | 0.6 mA Max. |
| Hi-pot Rating | For One Minute |
| IR | 100M ohm @ 500VDC |
| Temperature Range | -25°C ~ +100°C |
A: For standard off-the-shelf VIP4 series models, low MOQ is acceptable. Stock items support small-batch trial orders; for bulk mass production orders, MOQ will be based on production arrangement. Contact our sales team for detailed MOQ information.
A: Yes, sample service is available. Standard VIP4 models can be supplied as samples for your lab EMC validation and performance verification. Sample freight will be borne by the buyer.
A: VIP4 series single-phase filters are rated at 115/250VAC, operating frequency 50/60Hz. Different part numbers support different rated current from 1A-10A (for example VIP4-2B-10 is 10A model). Please refer to the product approval sheet for exact parameter of each model.
A: Yes. Insertion-loss data under 50Ω standard test system is included in each model's approval sheet. We can provide test curves for common-mode and differential-mode noise attenuation for your circuit simulation and EMC evaluation.
A: Every finished VIP4 filter undergoes hip-pot withstand voltage test for 1 minute as per specification, together with insulation resistance test (≥100MΩ @500VDC input/output to ground). Full test specification is shown on the approval sheet.
A: Yes, our in-house EMC engineering team can offer technical support. Please share your test report, application condition and circuit information, we will analyze and give suggestions for improvement or model adjustment.
A: Sure. Please provide key information including working voltage, rated current, equipment type, main noise frequency and installation condition. Our team will help you pick the most suitable filter solution for your system.