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VIP4-2B-10(B042Q0551) Single-Phase Power EMI Filter, EMC Anti-Interference Component for Industrial, Medical Equipment to Suppress Conducted Power Noise with Stable Low Leakage Current Performance

VIP4-2B-10(B042Q0551) Single-Phase Power EMI Filter, EMC Anti-Interference Component for Industrial, Medical Equipment to Suppress Conducted Power Noise with Stable Low Leakage Current Performance

Brand Name: Weiaipu VIIP
Model Number: VIP4-2B-10 (B042Q0551)
MOQ: 80
Price: 12.731$
Packaging Details: neutral
Payment Terms: T/T
Detail Information
Place of Origin:
Shenzhen
Certification:
CB UL CQC RoHS REACH
Voltage Rating:
115/250VAC
Current Rating:
10A RMS Max
Operating Frequency:
50/60Hz
Line To Ground:
2000 VAC
Line To Line:
500 VDC
Temperature Range:
-25°C~+100°C
Supply Ability:
30K/MONTH
Highlight:

Single-Phase Power EMI Filter

,

EMC Anti-Interference Component

,

Industrial Medical Equipment EMI Filter

Product Description
VIP4-2B-10(B042Q0551) Single-Phase Power EMI Filter

Product Brief
VIP4-2B-10 is a two-stage LC single-phase EMI power filter with 10A rated current for 115/250VAC, 50/60Hz power supply. It provides excellent attenuation for both common-mode and differential-mode conducted noise. Designed with low leakage current, high hi-pot strength and insulation resistance ≥100MΩ@500VDC, it operates stably within -25℃ to +100℃. This compact filter helps finished products meet EMC requirements effectively.

VIP4-2B-10 Single-Phase EMI Power Filter product image
Application Scope

Widely applied in industrial automation equipment, medical instruments, new-energy control units, precision measuring instruments, office automation devices and general electronic systems with single-phase AC power input.

Industrial and medical equipment applications for EMI filter
Purpose & Usage

Installed on the AC power input port of electronic equipment to suppress power-line conducted interference, block external noise from entering devices and prevent internal noise from feeding back to mains grid. Assists end products in passing EMC compliance tests.

EMI filter installation and usage diagram Technical specifications and performance characteristics
Frequently Asked Questions
What is the rated current and voltage of VIP4-2B-10?
Rated current is 10A RMS Max, rated voltage supports 115/250VAC, 50/60Hz single-phase AC power supply.
What is the maximum leakage current for this filter?
Max 0.5mA at 115VAC/60Hz; max 1.0mA at 250VAC/50Hz, suitable for safety-focused equipment.
What are the hip-pot test specifications?
Line-to-Ground: 2000VAC for 1 minute; Line-to-Line: 500VDC for 1 minute. Insulation resistance ≥100MΩ under 500VDC.
What is its operating temperature range?
Operating temperature ranges from -25℃ to +100℃ for continuous working.
Can this filter help my product pass EMC test?
It offers good insertion loss for common-mode & differential-mode noise. Actual test result depends on whole-system layout, grounding and wiring of your end device.
Good price  online

Products Details

Home > Products >
EMC EMI Filter
>
VIP4-2B-10(B042Q0551) Single-Phase Power EMI Filter, EMC Anti-Interference Component for Industrial, Medical Equipment to Suppress Conducted Power Noise with Stable Low Leakage Current Performance

VIP4-2B-10(B042Q0551) Single-Phase Power EMI Filter, EMC Anti-Interference Component for Industrial, Medical Equipment to Suppress Conducted Power Noise with Stable Low Leakage Current Performance

Brand Name: Weiaipu VIIP
Model Number: VIP4-2B-10 (B042Q0551)
MOQ: 80
Price: 12.731$
Packaging Details: neutral
Payment Terms: T/T
Detail Information
Place of Origin:
Shenzhen
Brand Name:
Weiaipu VIIP
Certification:
CB UL CQC RoHS REACH
Model Number:
VIP4-2B-10 (B042Q0551)
Voltage Rating:
115/250VAC
Current Rating:
10A RMS Max
Operating Frequency:
50/60Hz
Line To Ground:
2000 VAC
Line To Line:
500 VDC
Temperature Range:
-25°C~+100°C
Minimum Order Quantity:
80
Price:
12.731$
Packaging Details:
neutral
Delivery Time:
31DAY
Payment Terms:
T/T
Supply Ability:
30K/MONTH
Highlight:

Single-Phase Power EMI Filter

,

EMC Anti-Interference Component

,

Industrial Medical Equipment EMI Filter

Product Description
VIP4-2B-10(B042Q0551) Single-Phase Power EMI Filter

Product Brief
VIP4-2B-10 is a two-stage LC single-phase EMI power filter with 10A rated current for 115/250VAC, 50/60Hz power supply. It provides excellent attenuation for both common-mode and differential-mode conducted noise. Designed with low leakage current, high hi-pot strength and insulation resistance ≥100MΩ@500VDC, it operates stably within -25℃ to +100℃. This compact filter helps finished products meet EMC requirements effectively.

VIP4-2B-10 Single-Phase EMI Power Filter product image
Application Scope

Widely applied in industrial automation equipment, medical instruments, new-energy control units, precision measuring instruments, office automation devices and general electronic systems with single-phase AC power input.

Industrial and medical equipment applications for EMI filter
Purpose & Usage

Installed on the AC power input port of electronic equipment to suppress power-line conducted interference, block external noise from entering devices and prevent internal noise from feeding back to mains grid. Assists end products in passing EMC compliance tests.

EMI filter installation and usage diagram Technical specifications and performance characteristics
Frequently Asked Questions
What is the rated current and voltage of VIP4-2B-10?
Rated current is 10A RMS Max, rated voltage supports 115/250VAC, 50/60Hz single-phase AC power supply.
What is the maximum leakage current for this filter?
Max 0.5mA at 115VAC/60Hz; max 1.0mA at 250VAC/50Hz, suitable for safety-focused equipment.
What are the hip-pot test specifications?
Line-to-Ground: 2000VAC for 1 minute; Line-to-Line: 500VDC for 1 minute. Insulation resistance ≥100MΩ under 500VDC.
What is its operating temperature range?
Operating temperature ranges from -25℃ to +100℃ for continuous working.
Can this filter help my product pass EMC test?
It offers good insertion loss for common-mode & differential-mode noise. Actual test result depends on whole-system layout, grounding and wiring of your end device.