1
/
of
2
ELECTRONICON E62.N16-303S40 E62-3HF Heavy Duty Three Phase AC Filter Capacitor, 30µF, 750V AC
Regular price
$120.00 USD
Regular price
Sale price
$120.00 USD
Shipping calculated at checkout.
Quantity
Couldn't load pickup availability
Secure checkout via Credit Cards, PayPal & Bank Wire (T/T)
Overview: The ELECTRONICON E62-3HF is a high-end, heavy-duty three-phase AC filter capacitor engineered for demanding power electronics applications, specifically optimized for high harmonic frequencies (>1kHz). It features a low-inductance design with wavecut technology for superior RMS and surge current strength, making it ideal for harmonic filtering in three-phase mains. The capacitor is filled with environmentally friendly plant oil for optimized heat dissipation and includes an integrated overpressure protection (BAM™) for safe, controlled disconnection.
- Heavy-duty construction for extreme operating conditions.
- Very low series resistance (Rs) and self-inductance (Le).
- Internal delta connection of three capacitor elements.
- Terminals (S4 design) optimized for very high harmonic frequencies (>1kHz).
- Integrated break-action mechanism (BAM™) for overload protection.
- Long statistical lifetime of >200,000 hours.
- Capacitance tolerance of ±5% (tighter tolerances available).
| Product ID | E62.N16-303S40 |
| Brand | ELECTRONICON |
| Series | E62-3HF |
| Capacitance (Cn) per Phase | 30 µF |
| Rated AC Voltage (UN) | 750 V AC |
| RMS Voltage (Urms) | 530 V |
| Series Resistance (Rs) | 0.7 mΩ |
| Self Inductance (Le) | 120 nH |
| Thermal Resistance (Rth) | 4.1 K/W |
| Max. Continuous Current (Imax) | 1.1 A |
| Surge Current (Î) | 3.3 kA |
| Dimensions (D1 x L1) | 85 x 164 mm |
| Design | S4 |
| Weight | 1.0 kg |
| Order Number | E62.N16-303S40 |
| Pieces per Box | 5 / FB8 |
| Standards | IEC 61071, UL810, CSA 22.2 No.190 |
| Case Material | Aluminium |
| Filling Material | Plant oil based, non-PCB |
| Internal Protection | Break-action mechanism (BAM™) |
| Operating Temperature (Θmin ... Θmax) | -50 ... +85 °C |
| Hotspot Temperature (ΘHOTSPOT) | ≤ 85 °C |