REO TSS reactor with iron core
DESCRIPTION
The buck converter reactor as an inductive passive component in the power supply and in power electronics is used to attenuate unwanted frequencies or for saving energy and storage.
The term buck-converter reactor indicates the complete ready-for-use unit containing the choke, air cooling, mounting and connections. The reactors are available with different cores, which enables individual selection depending on the requirement of the application. In addition to iron-based cores, reactors with cores of amorphous alloy are becoming more common, in the form of toroidal cores, cut strip-wound cores or special custom solutions.
The use of amorphous materials offers an exceptional combination of high saturation flux density (1.56 T) and a high permeability. In addition to the high temperature class, further features of amorphous alloy include low hysteresis and eddy-current losses, suitability for the medium-frequency range (<20 kHz) and use for high powers up to 500 kVA.
ADVANTAGES
- Lower losses in comparison with grain-oriented sheet
- Can be used in the kHz region
- Equal or higher power ranges with smaller components
- Significantly lower weight
- High flux densities
- Usable up to temperature class H (180°C)
- Protection class IP 65
Technical Data
- Type of reactor: Up/Buck converter reactor with iron core
- Voltage of the system: 500 – 1100 V
- Max. permissible tolerances: ( -10 % / +10 % )
- Linearity: min. 0.2 mH @ 230 Aeff
- Harmonic currents constantly / Superimposed Harmonics: 60 Ass @ 19 kHz
- Insulation class: H
- Cooling: AF
- Protection rating: IP65/66
- Rated voltage for insulation: 1200 Vdc
- Test voltage: 3.5 kV (50 Hz, 60 s)
| Voltage [V] | 500 – 1100 |
| Rated current [A] | 120 |
| Linearity @230 A [mH] | min. 0.2 @ 230 Aeff |
| Rated inductance[mH] | 0,2 |
| Resistance [mΩ] | 3,7 @ 20°C/
5,1 @ 120°C |
| Losses [W] | ≤ 170 W @ 120°C |
| Copper [kg] | 4,4 |
| Weight [kg] | 17,4 |
