Pre-wired internal circuit, no extra wiring work between socket, switch and filter
VIIP original manufacturing, stable batch consistency, support sample testing & mass production order
Compact form factor optimizes enclosure layout for space-constrained electronic devices
Strict factory hipot high-voltage test ensures dielectric safety for each production batch
Effectively prevents internal equipment noise feedback back to AC mains power grid
Standardized panel cutout dimension, compatible with most mainstream device housing designs
Robust metal housing structure resists mechanical vibration for industrial onsite applications

Separated input-output circuit layout lowers crosstalk and enhances filtering performance
Optimized insertion loss performance to help end products pass EMC certification tests
Integrated rocker switch supports direct main-circuit power on/off without extra switch component
Available for sample validation, small-batch trial orders and large-volume mass production
Designed for single-phase AC mains, widely adaptable for commercial and office electronic hardware

Single-stage LC filter topology with excellent attenuation for common-mode and differential-mode interference within 150kHz-30MHz frequency band
Compact metal shielded enclosure with mounting holes for convenient chassis installation and good shielding performance against external EMI disturbance
Compliant with RoHS & REACH environmental requirements, halogen-free material; CE safety certification available
Bidirectional noise suppression: protects equipment from grid noise and reduces equipment emission back to power lines
Stable electrical performance, low leakage current, suitable for long-term continuous operation in commercial and light-industrial environments
Cost-effective general-purpose solution for EMC rectification of AC powered electronic devices

Compact diamond‑shape outline, easy to arrange inside limited space of power cabinet and machine housing
 Tinned wire end for convenient crimping or terminal connection during system integration
Suitable for equipment retrofitting upgrade, easy to add noise‑suppression function for existing machines
 Strict raw‑material screening, guarantees long service life even for continuous industrial operation

Flexible lead‑wire connection mode, adapts for various installation scenarios without fixed socket limitation
Reduces total BOM component count, integrates complete filtering function within one compact module
Maintains stable filtering capability under continuous long‑time full‑load working condition
Helps end equipment improve EMC performance to satisfy noise‑reduction test requirements
Mature mass‑production design with standardized manufacturing process, delivers consistent batch‑to‑batch quality

Wide operating temperature range from ‑25 °C to +100 °C, performs steadily under harsh temperature environments
Effectively blocks noise coming from utility grid to protect sensitive electronic circuits inside devices
Restrains conducted noise generated by internal equipment, avoids interference to adjacent electronic units
Optimized internal filter circuit layout to reduce parasitic coupling and maintain consistent filtering effect
Solid metal housing prevents external electromagnetic disturbance from affecting filter inner circuit

Compact metal shell design, saves internal cabinet space for end‑product equipment layout
Panel mounting design with two mounting holes for firm installation onto chassis and equipment enclosure
Low line‑to‑ground leakage current, fits wide range of commercial and industrial electronic equipment
High insulation resistance ≥100 MΩ @500 VDC between input, output and ground for enhanced electrical safety
Pass strict one‑minute hi‑pot withstand test, guarantees stable dielectric strength for long‑term operation

Single‑stage LC filter architecture, suppress both common‑mode and differential‑mode EMI noise on AC power input
6A RMS rated current under both 115VAC and 250VAC working conditions
Wire‑lead output (UL1015‑20AWG) for flexible wiring inside equipment; metal enclosure provides shielding against radiated interference
Low leakage current design: max.0.3mA@115VAC/60Hz; max.0.6mA@250VAC/50Hz
Wide operating temperature range: ‑25℃ ~ +100℃, adapts to varied working environment
High insulation performance: ≥100MΩ insulation resistance @500VDC (input/output‑to‑ground)
Compliance with CE, RoHS, REACH for global market access
Compact mechanical outline with mounting holes for easy chassis fixation

VIP4‑2B‑10 is a single‑phase two‑stage EMI power filter with rated current of 10A and rated voltage of 115/250VAC for 50/60Hz power supply. Adopting professional two‑stage filtering circuit structure, it delivers outstanding insertion loss performance and effectively suppresses common‑mode and differential‑mode electromagnetic interference on power lines. This filter features reliable high‑voltage resistance and superior insulation property, with wide operating temperature range from ‑25℃ to +100℃. Designed with solder terminal connection, it supports long‑term continuous stable operation. Widely applied in industrial control systems, automation equipment, communication devices and household electronic appliances to meet strict EMC noise mitigation requirements.

VIP4‑2B‑10 is a single‑phase two‑stage EMI power filter with rated current of 10A and rated voltage of 115/250VAC for 50/60Hz power supply. Adopting professional two‑stage filtering circuit structure, it delivers outstanding insertion loss performance and effectively suppresses common‑mode and differential‑mode electromagnetic interference on power lines. This filter features reliable high‑voltage resistance and superior insulation property, with wide operating temperature range from ‑25℃ to +100℃. Designed with solder terminal connection, it supports long‑term continuous stable operation. Widely applied in industrial control systems, automation equipment, communication devices and household electronic appliances to meet strict EMC noise mitigation requirements.

VIP4‑2B‑10 is a single‑phase two‑stage EMI power filter with rated current of 10A and rated voltage of 115/250VAC for 50/60Hz power supply. Adopting professional two‑stage filtering circuit structure, it delivers outstanding insertion loss performance and effectively suppresses common‑mode and differential‑mode electromagnetic interference on power lines. This filter features reliable high‑voltage resistance and superior insulation property, with wide operating temperature range from ‑25℃ to +100℃. Designed with solder terminal connection, it supports long‑term continuous stable operation. Widely applied in industrial control systems, automation equipment, communication devices and household electronic appliances to meet strict EMC noise mitigation requirements.

VIP4‑2B‑10 is a single‑phase two‑stage EMI power filter with rated current of 10A and rated voltage of 115/250VAC for 50/60Hz power supply. Adopting professional two‑stage filtering circuit structure, it delivers outstanding insertion loss performance and effectively suppresses common‑mode and differential‑mode electromagnetic interference on power lines. This filter features reliable high‑voltage resistance and superior insulation property, with wide operating temperature range from ‑25℃ to +100℃. Designed with solder terminal connection, it supports long‑term continuous stable operation. Widely applied in industrial control systems, automation equipment, communication devices and household electronic appliances to meet strict EMC noise mitigation requirements.