Harmonic filters 132 kW up to 2600 kW
Function
Mitigation of harmonics caused by non-linear loads is vital procedure if it comes to energy cost reduction. ElhandHF™ Harmonic filter allows to utilize system power capacity to maximum degree, protects against shortened installation life and equipment malfunction. Due to compact design, filter can be easily integrated with existing system and is ready to use right after installation. Compensation of harmonics by filter application helps to comply with IEEE 519, EN-61000-3 or other energy quality standards.
Mitigation of harmonics caused by non-linear loads is vital procedure if it comes to energy cost reduction. ElhandHF™ Harmonic filter allows to utilize system power capacity to maximum degree, protects against shortened installation life and equipment malfunction. Due to compact design, filter can be easily integrated with existing system and is ready to use right after installation. Compensation of harmonics by filter application helps to comply with IEEE 519, EN-61000-3 or other energy quality standards.
| Benefits | Application |
|---|---|
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Special execution
Products with parameters exceeding the catalogue card can be made upon prior contact.
Product for:
Details:
| Rated power | 132-2600 kW |
|---|---|
| Rated voltage |
380-415 V ± 10% |
| Rated frequency | 50 Hz |
| THDi | according to IEEE 519 |
| Overload capability | 110% Pn (continuous) 160% Pn 1 min/h (momentary) |
| Capacitive power consumption at no load | ≤15% Pn (132 - 2600 kW) |
| Ambient temperature | 40°C – land design 45°C – maritime design ≥50°C – heavy duty design |
| Insulation class | H (180°C) |
| Winding material | aluminium, copper |
| Standard equipment | NC temperature switch |
| Mounting | standing, vertical |
| Degree of protection | IP00, IP23 |
| Standards compatibility | PN-EN 60076-6 |
*- UL approved insulation system
Typical application schematic
Maciej Haltof, Jarosław Czornik,
R. Kolano, A. Kolano–Burian,
M. Hreczka, P. Zackiewicz, M. Polak
R. Kolano, A. Kolano–Burian,
M. Hreczka, P. Zackiewicz, M. Polak
Journal of Magnetism and Magnetic Materials 519 (2021) 167476
Kurt Schenk,
Andrzej Pietkiewicz
Andrzej Pietkiewicz
2020
Jarosław Czornik
Maciej Haltof
Maciej Haltof
PRZEGLĄD ELEKTROTECHNICZNY, ISSN 0033-2097, R. 96 NR 3/2020
Leszek Jasiński,
Tomasz Orłowski
Tomasz Orłowski
2020
