Advanced Harmonic Filter PHF 005 Designed for matched with Danfoss VLT® Series drives，Rated Current 14A
SIKES Advanced Passive Harmonic Filter PHF 005 and PHF 010 are robust and easy-to-use passive harmonic filters that reduce harmonics while maintaining good system energy efficiency.
Optimize harmonic performance
Advanced Harmonic Filter PHF 005/010 is a cost-effective total solution. Compared to traditional harmonic trap filters PHF offers a smaller foot print and higher harmonic reduction.
The solution is available in two variants, PHF 005 and PHF 010. When connected in front of a Danfoss VLT® drive, the harmonic current distortion generated back to the mains is reduced to 5% and 10% Total Harmonic Current Distortion at full load. (System requirements: THVD < 2%, line voltage unbalance < 1%)
With a >98% efficiency the Advanced Passive Harmonic Filters offer cost effective and very robust harmonic solutions specifically for Danfoss VLT® drive power up to 250 kW.
As stand-alone options the Advanced Harmonic Filters feature a compact housing that is easily integrated into existing panel space. This makes them well-suited for retrofit applications with limited adjustments of the frequency converter.
380-415 VAC (50 Hz) available；
440-480 VAC (60 Hz) on request；
500-525 VAC (50 Hz) on request；
690 VAC (50 Hz) on request.
Enclosure Rating：IP20 ( IP21 on request)
Overload Current：160% for 60 seconds
True Power Factor
0.85 @ 50% load
0.99 @ 100% load
Ambient Temperature：-13º~113º F (-25º~45ºC) without derating
Features and benefits
Designed for matched performance with Danfoss VLT® Series drives
User-friendly startup; no adjustment necessary
Requires no routine maintenance
Protects multiple drives with one filter
Designed to address the current distortion limit guidelines of:
PHF 010 has THiD < 10%; equal or superior performance and cost competitive compared to 12-pulse rectifiers
PHF 005 has THiD < 5%; equal or superior performance and cost competitive compared to 18-pulse rectifiers
|Frecuencia de operación||50 Hz|
|Rango de Corriente Nominal (A)||14|
|Rango de potencia (KW)||7.5|
|Rango de voltaje nominal (V)||400|
|Tipo de óptica||Passive|