Power Line Filter For New Energy Testing

Power Line Filter 16-1600A For New Energy Testing

Power Line Filter For New Energy Testing

EMI Filter, EMC, Variable frequency inverter, Automotive Electronics Testing, New Energy Vehicle (NEV) Testing

Technical Data:

Rated Voltage: 250(0-2000VDC)/440-1200VAC,
Rated Current: 16-1600A
Rated Frequency: 50/60Hz
Test Voltage: 1200-3000Vdc/2s
Climatic Category: 25/085/21

Product Description

Our anechoic chamber filters for new energy testing are designed for EMC applications. These filters deliver excellent EMI suppression, effectively reducing noise in power and signal lines to ensure accurate test results and stable device performance. They meet the demands of testing in complex electromagnetic environments, providing reliable solutions for suppressing electromagnetic noise.

In new energy system testing, even low levels of conducted EMI can affect measurement accuracy or disrupt sensitive control signals. Our anechoic chamber filters for new energy testing solve this by removing unwanted interference from the power input, maintaining clean signal paths and enabling consistent, repeatable testing outcomes for inverters, converters, and electronic control units.

Compared with standard filters, our anechoic chamber filters for new energy testing offer higher attenuation, broader frequency range coverage, and are engineered to meet the specific noise suppression needs of EV power systems, solar inverters, and other complex test setups. With Noordin’s deep EMC expertise, we ensure each filter delivers long-term reliability and precision.

Learn more in our latest blog:
“Why EMI Filters Matter in Anechoic Chambers for New Energy Testing“

Typical Applications

Anechoic chamber filters for new energy testing are essential in photovoltaic inverter testing, where they suppress conducted noise to ensure accurate power conversion efficiency and EMI compliance results.

In electric vehicle charging equipment testing, anechoic chamber filters for new energy testing eliminate power line interference, maintaining clean signals for performance and safety validation.

Anechoic chamber filters for new energy testing provide stable, low-noise environments in wind power systems testing, ensuring precise evaluation of power electronics under dynamic load conditions.

For energy storage systems testing, anechoic chamber filters for new energy testing reduce EMI on high-voltage lines and control circuits, supporting safe and reliable system analysis.

In automotive electronics testing, anechoic chamber filters for new energy testing block unwanted EMI that could interfere with sensitive modules like ECUs, BMS, and inverters.

Anechoic chamber filters for new energy testing are critical for new energy vehicle (NEV) testing, offering robust suppression across a wide frequency range to support EMC compliance of complex vehicle systems.

Product Features

High Electromagnetic Interference (EMI) Suppression: The filter features low bypass capacitance and high insertion loss, achieving optimal harmonic current suppression. This ensures accurate electromagnetic compatibility (EMC) testing for new energy devices such as photovoltaic inverters, electric vehicle chargers, and wind power generation systems.
Broad Frequency Range: Effective across a wide frequency range, from low to high frequencies, supporting diverse testing needs for new energy devices in the electromagnetic wave anechoic chamber.
Low Insertion Loss: Offers minimal insertion loss, ensuring that the power and signal supply to the tested devices remains stable and clean for precise measurements.
Compliance with EMC Standards: Meets international and industry standards such as IEC 61000/61851、CISPR12/25, ensuring reliable test results and compliance.

Technical Data

Rated Voltage	250VAC/0-2000VDC	Single-phase/DC
Rated Voltage	440-690VAC	Three-phase
Rated Frequency	DC/50/60Hz
Rated Current	Refer to product selection table	Ambient temperature of +40℃
Number of lines	2 or 4
Insertion Loss, Per MIL-STD-220C	＞100dB	Three-stage filter: 14kHz – 40GHz
DC Resistance	Refer to product selection table	Each Line
Power Dissipation	Refer to product selection table	At Rated Current
Test Voltage	1200/3000 Vdc, 2s	Line/Line
Test Voltage	1200/3000 Vdc, 2s	Line/Ground
Voltage Drop/line	＜1%	Rated Voltage 250/440V@50/60Hz
I_Leakage	Refer to product selection table
Discharge Time to Below 34V	30s
Climatic Category (EN 60068-1)	25/085/21	-25℃~+85℃ 21 days damp heat test

Discharging Resistance Integrated

A discharge resistor is integrated into the filter to safely dissipate stored capacitance after power is turned off.

Type	Rated Current (A)	Rated Voltage (VAC/DC)	Number of lines	I_Leakage (A)	DC resistance of each line (mΩ)	Power Dissipation (W)	Dimensional Drawing
GPF271C-16G	16	250/2000	2	0.03	＜16	＜25	Fig 1
GPF271C-32G	32	250/2000	2	0.03	＜16	＜25
GPF271C-63G	63	250/2000	2	0.03	＜10	＜40
GPF271C-100G	100	250/2000	2	0.03	＜3	＜40	Fig 2
GPF271C-150G	150	250/2000	2	0.03	＜2	＜70
GPF271C-200G	200	250/2000	2	0.03	＜2	＜80
GPF271C-300G	300	250/2000	2	0.03	＜1	＜80	Fig 3
GPF271C-400G	400	250/2000	2	0.03	＜1	＜100	Fig 4
GPF271C-500G	500	250/2000	2	0.03	＜1	＜150
GPF271C-600G	600	250/2000	2	0.03	＜1	＜200
GPF471C-16G	32	440-690VAC	4	0.5	＜10	＜25	Fig 5
GPF471C-32G	32	440-690VAC	4	0.5	＜10	＜25
GPF471C-63G	63	440-690VAC	4	0.5	＜10	＜50
GPF471C-100G	100	440-690VAC	4	0.5	＜2	＜60
GPF471C-150G	150	440-690VAC	4	0.5	＜1	＜70
GPF471C-200G	200	440-690VAC	4	0.5	＜1	＜90
GPF471C-300G	300	440-690VAC	4	0.5	＜0.1	＜250	Fig 6
GPF471C-400G	400	440-690VAC	4	0.5	＜0.1	＜300	Fig 7
GPF471C-600G	600	440-690VAC	4	0.5	＜0.1	＜300	Fig 7

Circuit Diagrams

Outline Drawing (mm)

Type	A	B	C	D	E	F	G	H	I	J	K	L	Dim.
GPF271C-16G	650	160	120	200	180	350	100	50	M24	M6	M6	/	Fig 1
GPF271C-32G	650	160	120	200	180	350	100	50	M24	M6	M6	/
GPF271C-63G	650	160	120	200	180	350	100	50	M33	M6	M6	/
GPF271C-100G	850	180	140	220	200	275	100	50	M45	M8	M8	/	Fig 2
GPF271C-150G	850	180	140	220	200	275	100	50	M45	M8	M8	/
GPF271C-200G	850	180	140	220	200	275	100	50	M60	M12	M8	/
GPF271C-300G	1000	250	200	290	270	240	65	75	2*M45	M12	M12	111	Fig 3
GPF271C-400G	1000	250	200	290	270	240	65	75	2*M60	3*80	M12	111	Fig 4
GPF271C-500G	1000	250	200	290	270	240	65	75	2*M60	3*80	M12	111
GPF271C-600G	1000	250	200	290	270	240	65	75	2*M60	3*80	M12	111
GPF471C-16G	700	250	120	290	270	200	100	50	M33	M6	M6	/	Fig 5
GPF471C-32G	700	250	120	290	270	200	100	50	M33	M6	M6	/
GPF471C-63G	700	250	120	290	270	200	100	50	M45	M6	M6	/
GPF471C-100G	860	250	140	290	270	280	90	60	M72	M8	M8	/
GPF471C-150G	860	250	140	290	270	280	90	60	M72	M8	M8	/
GPF471C-200G	860	250	140	290	270	280	90	60	M72	M12	M8	/
GPF471C-300G	1100	400	200	450	425	250	85	135	4*M45	M12	M8	100	Fig 6
GPF471C-400G	1100	450	200	500	475	250	85	135	4*M60	3*80	M12	110	Fig 7
GPF471C-600G	1100	450	200	500	475	250	85	135	4*M60	3*80	M12	110	Fig 7

Insertion Loss

Frequency of 14kHz-40GHz, insertion loss over 100dB.

Factory and Production Line

Why choose us?

10+ years experience

With 10+ years experience in manufacturing power line filters, we bring deep industry knowledge to every product we create.

Wide Client Base

We are trusted by 1,000+ long-term customers, showcasing our ability to consistently meet and exceed client expectations.

Proven Quality

10,000+ positive feedbacks from satisfied clients attest to the quality and reliability of our products.

Customized Solutions

We offer tailored services to meet the specific needs of our customers, ensuring that every solution is perfect for your requirements.

Competitive Advantage

We prioritize innovation, offering products with excellent performance at a competitive price, ensuring the best value for your investment.

FAQs

How to choose the appropriate product model?

Do you provide customization services?

Yes, we can provide customization services according to your requirements.

Are there samples available for viewing or testing?

Yes, we offer sample services for testing. （What is the minimum order quantity for the product? Usually, we support a minimum order quantity of one. ）

What material is the product made of?

Typically, our products are made of stainless steel, nickel-plated carbon steel, aluminum, or other specified materials. Additionally, we can accommodate special material requests.

What are the specifications and dimensions of the product?

Generally, we provide specific product dimension information on the product page. However, if you require custom dimensions, please contact us.

Do you offer global shipping?

Yes, we provide global shipping. With convenient international freight services, we can deliver goods to wherever you need.

How long does it take to ship after order confirmation?

Typically, for small batch orders, we ship within 1-3 weeks upon receiving the prepayment.

How can I place an order?

Feel free to reach out to us by submitting an inquiry form or visiting our “Contact Us” page,and we will respond to you within 24 hours.

Which payment methods do you accept?

We accept various payment methods including T/T, letter of credit, and PayPal.

Are there wholesale prices or discounts available?

We offer tiered pricing, with more favorable prices for bulk orders.

How long does shipping take?

Shipping times vary depending on the method chosen, but generally, goods are delivered within 7-30 days after dispatch.

What shipping methods are available?

We offer various shipping methods including by sea, air, truck, and railway.

How do you handle product quality issues?

For any product quality issues, we will respond within 24 hours and provide effective solutions.

Do you provide after-sales service?

Yes, we offer a comprehensive after-sales service, including a 2-year warranty on our products. You can rest assured after purchasing from us.

Do you have a technical support team?

Yes, we have a professional technical team and our own EMC laboratory.

Do you provide opportunities for distributor or reseller partnerships?

Yes, but we will review your qualifications to determine if you can become our distributor.

Do you accept OEM or ODM orders?

Yes, we accept OEM or ODM orders.

Contact us to get your quote!

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