Industrial 6A EMC EMI Filter VIP1-1B-06 B011X0478 AC Power Anti-interference Filter

The VIIP VIP1-1B-06 is a high performance single phase single stage AC EMI power filter, configured with a 6A rated current and compatible with 115V to 250V AC operating voltage. Compatible with global 50Hz and 60Hz power frequency systems, this filter adopts a professional LC circuit design to effectively block and eliminate common mode and differential mode high frequency noise on AC power lines. It significantly minimizes conducted electromagnetic interference of electronic equipment and assists end products in meeting universal international EMC compliance standards. Featuring outstanding dielectric strength and stable insulation performance, this filter supports reliable operation under wide temperature conditions ranging from minus 25 degrees Celsius to 100 degrees Celsius. Equipped with upgraded low leakage current design and robust metal shielding enclosure, the unit delivers consistent high efficiency filtration and durable operational stability during long term continuous working cycles.

This precision grade EMI power filter is specially designed for all types of single phase AC electrical and electronic equipment. Serving as a vital anti interference component in power systems, it effectively isolates grid borne noise and shields precision devices from external electromagnetic disturbance. It is widely adopted in industrial control equipment, communication terminals, medical instruments, precision testing devices and residential household appliances. Installed at the front end of equipment power input, it purifies abnormal interference signals from the public power grid and stops internal electromagnetic noise of devices from feeding back into the power network. It greatly enhances the overall operational stability and safety of electrical systems, offering reliable technical support for enterprises to complete standard EMC testing and product certification.

1. What is insertion loss of an EMI filter Insertion loss refers to the noise attenuation capability of the filter measured under standard test conditions. It shows how much high frequency noise can be reduced after the filter is installed. Higher insertion loss value means better ability to suppress electromagnetic noise on power lines. Buyers can refer to this parameter to judge whether the filter meets their EMC test requirements.
2. Can I use this AC EMI filter on DC power supply This series EMI filter is designed specifically for alternating current power systems. It cannot achieve expected filtering effect when applied to direct current circuits. Using AC filters on DC lines may even cause abnormal circuit performance. Please select dedicated DC EMI filters for DC power supply projects.
3. How does ambient humidity affect EMI filter performance High humidity environment will lower the insulation performance of the filter. It may raise leakage current and increase risks of electric breakdown. It is recommended to keep the filter working in dry and well ventilated conditions. For wet working environments, you need to choose filters with special moisture resistant treatment.
4. What is the difference between rated current and maximum surge current of EMI filter Rated current represents the continuous safe working current for long term operation. Surge current is the instantaneous peak current that the filter can withstand for a very short time. Do not take surge current as the standard for equipment continuous current selection, otherwise overheating and performance degradation will occur.
5. Will the EMI filter affect the power factor of my equipment A standard passive EMI filter will not change the power factor of most electrical equipment. It only filters high frequency electromagnetic noise instead of adjusting reactive power. If you need power factor correction function, you need to add extra power factor correction modules separately.