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| Circuit operating current I(A) = 50 A | ||
| Type | Integrated functions and operating parameters | Application |
| PM50CBS060 | based on 3-phase IGBT bridge, adopting 3rd generation elements (H series) and diodes, converts the AC power signal to DC | noise level for loads of 0.1 kW/ AC200V in 3-phase inverter circuits and motor control systems |
| includes interrupter circuit with (energy) recovery dynamic braking | ||
| output current parameters: | ||
| 100% load – 0.8 A (rms) | ||
| 150% load – 1.2 A (rms), 1 min. | ||
| (current output signal consists of a sinusoidal utility signal and the leakage current; it can be described using the following formula I0P = I0 x √2) | ||
| flat housing with insulating plate on the bottom, pin outputs | ||
| PS11012 | based on 3-phase IGBT bridge, adopting 3rd generation elements (H series) and diodes, converts the AC power signal to DC | noise level for loads of 0.2 kW/ AC200V in 3-phase inverter circuits and motor control systems |
| zawiera układ przerywacza z dynamicznym hamowaniem odzyskującym (energię) | ||
| output current parameters: | ||
| 100% load – 1.5 A (rms) | ||
| 150% load – 2.25 A (rms), 1 min. | ||
| (current output signal consists of a sinusoidal utility signal and the leakage current; it can be described using the following formula I0P = I0 x √2) | ||
| flat housing with insulating plate on the bottom, pin outputs | ||
| PS11013 | based on 3-phase IGBT bridge, adopting 3rd generation elements (H series) and diodes, converts the AC power signal to DC | noise level for loads of 0.4 kW/ AC200V in 3-phase inverter circuits and motor control systems |
| includes interrupter circuit with (energy) recovery dynamic braking | ||
| output current parameters: | ||
| 100% load – 3 A (rms) | ||
| 150% load – 4.5 A (rms), 1 min. | ||
| (current output signal consists of a sinusoidal utility signal and the leakage current; it can be described using the following formula I0P = I0 x √2) | ||
| flat housing with insulating plate on the bottom, pin outputs | ||
| PS11014 | based on 3-phase IGBT bridge, adopting 3rd generation elements (H series) and diodes, converts the AC power signal to DC | noise level for loads of 0.75 kW/ AC200V in 3-phase inverter circuits and motor control systems |
| includes interrupter circuit with (energy) recovery dynamic braking | ||
| output current parameters: | ||
| 100% load – 5 A (rms) | ||
| 150% load – 7.5 A (rms), 1 min. | ||
| (current output signal consists of a sinusoidal utility signal and the leakage current; it can be described using the following formula I0P = I0 x √2) | ||
| flat housing with insulating plate on the bottom, pin outputs | ||
| PS11015 | based on 3-phase IGBT bridge, adopting 3rd generation elements (H series) and diodes, converts the AC power signal to DC | noise level for loads of 1.5 kW/ AC200V in 3-phase inverter circuits and motor control systems |
| includes interrupter circuit with (energy) recovery dynamic braking | ||
| output current parameters: | ||
| 100% load – 7 A (rms) | ||
| 150% load – 10.5 A (rms), 1 min. | ||
| (current output signal consists of a sinusoidal utility signal and the leakage current; it can be described using the following formula I0P = I0 x √2) | ||
| flat housing with insulating plate on the bottom, pin outputs | ||
| PS11016 | based on 3-phase IGBT bridge, adopting 3rd generation elements (H series) and diodes, converts the AC power signal to DC | noise level for loads of 2.2 kW/ AC200V in 3-phase inverter circuits and motor control systems |
| includes interrupter circuit with (energy) recovery dynamic braking | ||
| output current parameters: | ||
| 100% load – 11 A (rms) | ||
| 150% load – 16.5 A (rms), 1 min. | ||
| (current output signal consists of a sinusoidal utility signal and the leakage current; it can be described using the following formula I0P = I0 x √2) | ||
| flat housing with insulating plate on the bottom, pin outputs | ||
| PS11017 | based on 3-phase IGBT bridge, adopting 3rd generation elements (H series) and diodes, converts the AC power signal to DC | noise level for loads of 3.7 kW/ AC200V in 3-phase inverter circuits and motor control systems |
| includes interrupter circuit with (energy) recovery dynamic braking | ||
| output current parameters: | ||
| 100% load – 17 A (rms) | ||
| 150% load – 25.5 A (rms), 1 min. | ||
| (current output signal consists of a sinusoidal utility signal and the leakage current; it can be described using the following formula I0P = I0 x √2) | ||
| flat housing with insulating plate on the bottom, pin outputs | ||
| PS11023-A | based on 3-phase IGBT bridge, adopting 3rd generation elements (H series) and diodes, converts the AC power signal to DC | noise level for loads of 0.75 kW/ AC200V in 3-phase inverter circuits and motor control systems (with power of 0.2 kW and 0.4 kW ) |
| output current parameters: | ||
| 100% load – 17 A (rms) | ||
| 150% load – 25.5 A (rms), 1 min. | ||
| (current output signal consists of a sinusoidal utility signal and the leakage current; it can be described using the following formula I0P = I0 x √2) | ||
| flat housing with insulating plate on the bottom, pin outputs | ||
| PS11032 | based on 3-phase IGBT bridge, adopting 3rd generation elements (H series) and diodes, converts the AC power signal to DC | noise level for loads of 0.2 kW/ AC200V in 3-phase inverter circuits and motor control systems and motors with an integrated converter |
| output current parameters: | ||
| 100% load – 1.5 A (rms) | ||
| 150% load – 2.25 A (rms), 1 min. | ||
| (current output signal consists of a sinusoidal utility signal and the leakage current; it can be described using the following formula I0P = I0 x √2 Tc < 100 °C) | ||
| flat housing with insulating plate on the bottom, pin outputs | ||
| PS11033 | based on 3-phase IGBT bridge, adopting 3rd generation elements (H series) and diodes, converts the AC power signal to DC | noise level for loads of 0.4 kW/ AC200V in 3-phase inverter circuits and motor control systems and motors with an integrated converter |
| output current parameters: | ||
| 100% load – 3 A (rms) | ||
| 150% load – 4.5 A (rms), 1 min. | ||
| (current output signal consists of a sinusoidal utility signal and the leakage current; it can be described using the following formula I0P = I0 x √2 Tc < 100 °C) | ||
| flat housing with insulating plate on the bottom, pin outputs | ||
| PS11034 | based on 3-phase IGBT bridge, adopting 3rd generation elements (H series) and diodes, converts the AC power signal to DC | noise level for loads of 0.75 kW/ AC200V in 3-phase inverter circuits and motor control systems and motors with an integrated converter |
| output current parameters: | ||
| 100% load – 5 A (rms) | ||
| 150% load – 7.5 A (rms), 1 min. | ||
| (current output signal consists of a sinusoidal utility signal and the leakage current; it can be described using the following formula I0P = I0 x √2 Tc < 100 °C) | ||
| flat housing with insulating plate on the bottom, pin outputs | ||
| PS11035 | based on 3-phase IGBT bridge, adopting 3rd generation elements (H series) and diodes, converts the AC power signal to DC | noise level for loads of 1.5 kW/ AC200V in 3-phase inverter circuits and motor control systems and motors with an integrated converter |
| output current parameters: | ||
| 100% load – 5 A (rms) | ||
| 150% load – 10.5 A (rms), 1 min. | ||
| (current output signal consists of a sinusoidal utility signal and the leakage current; it can be described using the following formula I0P = I0 x √2 Tc < 100 °C) | ||
| flat housing with insulating plate on the bottom, pin outputs | ||
| PS11036 | based on 3-phase IGBT bridge, adopting 3rd generation elements (H series) and diodes, converts the AC power signal to DC | noise level for loads of 0.2 kW/ AC200V in 3-phase inverter circuits and motor control systems and motors with an integrated converter |
| output current parameters: | ||
| 100% load – 11 A (rms) | ||
| 150% load – 16.5 A (rms), 1 min. | ||
| (current output signal consists of a sinusoidal utility signal and the leakage current; it can be described using the following formula I0P = I0 x √2 Tc < 100 °C) | ||
| flat housing with insulating plate on the bottom, pin outputs | ||
| PS11037 | based on 3-phase IGBT bridge, adopting 3rd generation elements (H series) and diodes, converts the AC power signal to DC | noise level for loads of 3.7 kW/ AC200V in 3-phase inverter circuits and motor control systems and motors with an integrated converter |
| output current parameters: | ||
| 100% load – 17 A (rms) | ||
| 150% load – 22.5 A (rms), 1 min. | ||
| (current output signal consists of a sinusoidal utility signal and the leakage current; it can be described using the following formula I0P = I0 x √2 Tc < 100 °C) | ||
| flat housing with insulating plate on the bottom, pin outputs | ||
| PS12012-A | based on 3-phase IGBT bridge, adopting 3rd generation elements (H series) and diodes, converts the AC power signal to DC | noise level for loads of 0.2 kW/ AC400V in 3-phase inverter circuits and motor control systems |
| includes interrupter circuit with (energy) recovery dynamic braking | ||
| output current parameters: | ||
| 100% load – 1.2 A (rms) | ||
| 150% load – 1.8 A (rms), 1 min. | ||
| (current output signal consists of a sinusoidal utility signal and the leakage current; it can be described using the following formula I0P = I0 x √2) | ||
| flat housing with insulating plate on the bottom, pin outputs | ||
| PS12013-A | based on 3-phase IGBT bridge, adopting 3rd generation elements (H series) and diodes, converts the AC power signal to DC | noise level for loads of 0.4 kW/ AC400V in 3-phase inverter circuits and motor control systems |
| includes interrupter circuit with (energy) recovery dynamic braking | ||
| output current parameters: | ||
| 100% load – 1.8 A (rms) | ||
| 150% load – 2.7 A (rms), 1 min. | ||
| (current output signal consists of a sinusoidal utility signal and the leakage current; it can be described using the following formula I0P = I0 x √2) | ||
| flat housing with insulating plate on the bottom, pin outputs | ||
| PS12014-A | based on 3-phase IGBT bridge, adopting 3rd generation elements (H series) and diodes, converts the AC power signal to DC | noise level for loads of 0.75 kW/ AC400V in 3-phase inverter circuits and motor control systems |
| includes interrupter circuit with (energy) recovery dynamic braking | ||
| output current parameters: | ||
| 100% load – 3.4 A (rms) | ||
| 150% load – 5.1 A (rms), 1 min. | ||
| (current output signal consists of a sinusoidal utility signal and the leakage current; it can be described using the following formula I0P = I0 x √2) | ||
| flat housing with insulating plate on the bottom, pin outputs | ||
| PS12015-A | based on 3-phase IGBT bridge, adopting 3rd generation elements (H series) and diodes, converts the AC power signal to DC | noise level for loads of 1.5 kW/ AC400V in 3-phase inverter circuits and motor control systems |
| includes interrupter circuit with (energy) recovery dynamic braking | ||
| output current parameters: | ||
| 100% load – 4.8 A (rms) | ||
| 150% load – 7.2 A (rms), 1 min. | ||
| (current output signal consists of a sinusoidal utility signal and the leakage current; it can be described using the following formula I0P = I0 x √2) | ||
| flat housing with insulating plate on the bottom, pin outputs | ||
| PS12017-A | based on 3-phase IGBT bridge, adopting 3rd generation elements (H series) and diodes, converts the AC power signal to DC | noise level for loads of 3.0 kW/ AC400V in 3-phase inverter circuits and motor control systems |
| includes interrupter circuit with (energy) recovery dynamic braking | ||
| output current parameters: | ||
| 100% load – 7.2 A (rms) | ||
| 150% load – 10.8 A (rms), 1 min. | ||
| (current output signal consists of a sinusoidal utility signal and the leakage current; it can be described using the following formula I0P = I0 x √2) | ||
| flat housing with insulating plate on the bottom, pin outputs | ||
| PS12018-A | based on 3-phase IGBT bridge, adopting 3rd generation elements (H series) and diodes, converts the AC power signal to DC | noise level for loads of 3.7 kW/ AC400V in 3-phase inverter circuits and motor control systems |
| includes interrupter circuit with (energy) recovery dynamic braking | ||
| output current parameters: | ||
| 100% load – 9.2 A (rms) | ||
| 150% load – 13.8 A (rms), 1 min. | ||
| (current output signal consists of a sinusoidal utility signal and the leakage current; it can be described using the following formula I0P = I0 x √2) | ||
| flat housing with insulating plate on the bottom, pin outputs | ||
| PS12032 | based on 3-phase IGBT bridge, adopting 3rd generation elements (H series) and diodes, converts the AC power signal to DC | noise level for loads of 0.2 kW/ AC400V in 3-phase inverter circuits and motor control systems and motors with an integrated converter |
| output current parameters: | ||
| 100% obciążenia - 1.2 A (rms) | ||
| 150% load – 1.8 A (rms), 1 min. | ||
| (current output signal consists of a sinusoidal utility signal and the leakage current; it can be described using the following formula I0P = I0 x √2 Tc < 100 °C) | ||
| flat housing with insulating plate on the bottom, pin outputs | ||
| PS12033 | based on 3-phase IGBT bridge, adopting 3rd generation elements (H series) and diodes, converts the AC power signal to DC | noise level for loads of 0.4 kW/ AC400V in 3-phase inverter circuits and motor control systems and motors with an integrated converter |
| output current parameters: | ||
| 100% load – 1.8 A (rms) | ||
| 150% load – 2.7 A (rms), 1 min. | ||
| (current output signal consists of a sinusoidal utility signal and the leakage current; it can be described using the following formula I0P = I0 x √2 Tc < 100 °C) | ||
| flat housing with insulating plate on the bottom, pin outputs | ||
| PS12034 | based on 3-phase IGBT bridge, adopting 3rd generation elements (H series) and diodes, converts the AC power signal to DC | noise level for loads of 0.75 kW/ AC400V in 3-phase inverter circuits and motor control systems and motors with an integrated converter |
| output current parameters: | ||
| 100% load – 3.4 A (rms) | ||
| 150% load – 5.1 A (rms), 1 min. | ||
| (current output signal consists of a sinusoidal utility signal and the leakage current; it can be described using the following formula I0P = I0 x √2 Tc < 100 °C) | ||
| flat housing with insulating plate on the bottom, pin outputs | ||
| PS12036 | based on 3-phase IGBT bridge, adopting 3rd generation elements (H series) and diodes, converts the AC power signal to DC | noise level for loads of 2.2 kW/ AC400V in 3-phase inverter circuits and motor control systems and motors with an integrated converter |
| output current parameters: | ||
| 100% load – 5.5 A (rms) | ||
| 150% load – 8.25 A (rms), 1 min. | ||
| (current output signal consists of a sinusoidal utility signal and the leakage current; it can be described using the following formula I0P = I0 x √2 Tc < 100 °C) | ||
| flat housing with insulating plate on the bottom, pin outputs | ||
| PS12038 | based on 3-phase IGBT bridge, adopting 3rd generation elements (H series) and diodes, converts the AC power signal to DC | noise level for loads of 3.7kW/ AC400V in 3-phase inverter circuits and motor control systems and motors with an integrated converter |
| output current parameters: | ||
| 100% load – 9.2 A (rms) | ||
| 150% load – 13.8 A (rms), 1 min. | ||
| (current output signal consists of a sinusoidal utility signal and the leakage current; it can be described using the following formula I0P = I0 x √2 Tc < 100 °C) | ||
| flat housing with insulating plate on the bottom, pin outputs | ||
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Tel.: +48 71 343 97 55
sklep@eltron.pl
Address:
Eltron L.L.L.P.
ul. Brodzka 10 B
54-103 Wrocław
Customer Service:
Helpline Mon.-Fri. 8.00-16.00
Tel.: +48 71 343 97 55
sklep@eltron.pl
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