Description
Les nouvelles alimentations bidirectionnelles de la série EA-PSB 10000 offrent plus de puissance dans un encombrement plus petit : 3 kW dans seulement 2 unités de hauteur (2U). Comparé à la série EA-PSB 9000 3U, cela permet d’économiser un espace de 2U, soit un tiers.
Ces alimentations bidirectionnelles permettent d’avoir dans un seul appareil une alimentation (génération) et une charge électronique (absorption) à réinjection sur le réseau. Vous aurez ainsi la possibilité de générer et absorber 3 kW. La mise en parallèle via un vrai système maître-esclave est possible afin d’atteindre des puissances supérieures au 1 MW.
Caractéristiques Techniques
- Puissance de sortie nominale: 3 kW par module , extensible jusqu'au 1MW
- Mise en parallèle via un vrai maître-esclave (32 unités max)
- Générateur arbitraire inclus : Simulation de batterie, testeur de batterie, simulation PV selon norme EN50530…
- Entrée secteur world-range 342 Vac à 528 Vac (3PH + T)
- Rendement supérieur à 95,5%
- Tensions de sortie : 60 Vdc à 2000 Vdc
- Courants de sortie : 40 A à 1000 A
- Différents niveaux de protection : OVP, OCP, OPP, OTP
- Ecran tactile
- Interfaces de communication : USB, LAN et analogique isolée en std / RS232, CAN, LAN en option
- Drivers labview, commandes SCPI et commandes MODBUS disponibles
Technical Specifications
|
PSB 10010-60
|
PSB 10060-60
|
PSB 10080-60
|
PSB 10200-25
|
PSB 10360-15
|
| DC-Output |
| Voltage range |
0 - 10 V |
0 - 60 V |
0 - 80 V |
0 -200 V |
0 - 360 V |
| Ripple rms CV |
10 mV BW 300 kHz |
10 mV BW 300 kHz |
10 mV BW 300 kHz |
30 mV BW 300 kHz |
30 mV BW 300 kHz |
| Ripple and noise p-p CV |
100 mV BW 20 MHz |
100 mV BW 20 MHz |
100 mV BW 20 MHz |
300 mV BW 20 MHz |
300 mV BW 20 MHz |
| UMin for IMax (Sink) |
0.8 V |
0.8 V |
0.8 V |
2 V |
2 V |
| Current range |
0 - 60 A |
0 - 60 A |
0 - 60 A |
0 - 25 A |
0 - 15 A |
| Power range *1 |
0 - 600 W |
0 - 1500 W (0 - 1200 W) |
0 - 1500 W (0 - 1200 W) |
0 - 1500 W (0 - 1200 W) |
0 - 1500 W (0 - 1200 W) |
| Resistance range |
0.04 Ω - 80 Ω |
0.04 Ω - 80 Ω |
0.04 Ω - 80 Ω |
0.25 Ω - 500 Ω |
0.8 Ω - 1600 Ω |
| Output capacity |
8640 μF |
8640 μF |
8640 μF |
800 μF |
330 μF |
| Efficiency up to |
93.0% *2 |
94.0% *2 |
94.0% *2 |
94.5% *2 |
94.5% *2 |
| Isolation |
| Negative DC-Pol <-> PE |
±1000 V DC |
±1000 V DC |
±1000 V DC |
±1000 V DC |
±1000 V DC |
| Positive DC-Pol <-> PE |
+1000 V DC |
+1000 V DC |
+1000 V DC |
+1000 V DC |
+1000 V DC |
| Article number |
30000734 |
30000720 |
30000721 |
30000722 |
30000723 |
*1 The value in brackets applies to the state of derating (power reduction) for 110 V AC and 120 V AC grid
*2 100% Power and 100% Output voltage |
|
Technical Specifications
|
PSB 10500-10
|
PSB 10750-06
|
|
|
|
| DC-Output |
| Voltage range |
0 - 500 V |
0 - 750 V |
|
|
|
| Ripple rms CV |
40 mV BW 300 kHz |
50 mV BW 300 kHz |
|
|
|
| Ripple and noise p-p CV |
500 mV BW 20 MHz |
500 mV BW 20 MHz |
|
|
|
| UMin for IMax (Sink) |
2.5 V |
2.5 V |
|
|
|
| Current range |
0 - 10 A |
0 - 6 A |
|
|
|
| Power range *1 |
0 - 1500 W (0 - 1200 W) |
0 - 1500 W (0 - 1200 W) |
|
|
|
| Resistance range |
2 Ω - 3000 Ω |
4 Ω - 6000 Ω |
|
|
|
| Output capacity |
120 μF |
40 μF |
|
|
|
| Efficiency up to |
95.0% *2 |
95.0% *2 |
|
|
|
| Isolation |
| Negative DC-Pol <-> PE |
±1500 V DC |
±1500 V DC |
|
|
|
| Positive DC-Pol <-> PE |
+2000 V DC |
+2000 V DC |
|
|
|
| Article number |
30000724 |
30000725 |
|
|
|
*1 The value in brackets applies to the state of derating (power reduction) for 110 V AC and 120 V AC grid
*2 100% Power and 100% Output voltage |
|
Technical Specifications
|
PSB 10010-120
|
PSB 10060-120
|
PSB 10080-120
|
PSB 10200-50
|
PSB 10360-30
|
| DC-Output |
| Voltage range |
0 - 10 V |
0 - 60 V |
0 - 80 V |
0 -200 V |
0 - 360 V |
| Ripple rms CV |
10 mV BW 300 kHz |
10 mV BW 300 kHz |
10 mV BW 300 kHz |
30 mV BW 300 kHz |
30 mV BW 300 kHz |
| Ripple and noise p-p CV |
100 mV BW 20 MHz |
100 mV BW 20 MHz |
100 mV BW 20 MHz |
300 mV BW 20 MHz |
300 mV BW 20 MHz |
| UMin for IMax (Sink) |
0.8 V |
0.8 V |
0.8 V |
2 V |
2 V |
| Current range |
0 - 120 A |
0 - 120 A |
0 - 120 A |
0 - 50 A |
0 - 30 A |
| Power range *1 |
0 - 1200 W |
0 - 3000 W (0 - 1500 W) |
0 - 3000 W (0 - 1500 W) |
0 - 3000 W (0 - 1500 W) |
0 - 3000 W (0 - 1500 W) |
| Resistance range |
0.02 Ω - 24 Ω |
0.02 Ω - 24 Ω |
0.02 Ω - 40 Ω |
0.1 Ω - 250 Ω |
0.4 Ω -800 Ω |
| Output capacity |
17280 μF |
17280 μF |
17280 μF |
1600 μF |
660 μF |
| Efficiency up to |
93.0% *2 |
94.0% *2 |
94.0% *2 |
94.5% *2 |
94.5% *2 |
| Isolation |
| Negative DC-Pol <-> PE |
±1000 V DC |
±1000 V DC |
±1000 V DC |
±1000 V DC |
±1000 V DC |
| Positive DC-Pol <-> PE |
+1000 V DC |
+1000 V DC |
+1000 V DC |
+1000 V DC |
+1000 V DC |
| Article number |
30000735 |
30000726 |
30000727 |
30000728 |
30000729 |
*1 The value in brackets applies to the state of derating (power reduction) for 110 V AC and 120 V AC grid
*2 100% Power and 100% Output voltage |
|
Technical Specifications
|
PSB 10500-20
|
PSB 10750-12
|
PSB 11000-10
|
PSB 11500-06
|
|
| DC-Output |
| Voltage range |
0 - 500 V |
0 - 750 V |
0 - 1000 V |
0 - 1500 V |
|
| Ripple rms CV |
40 mV BW 300 kHz |
50 mV BW 300 kHz |
100 mV BW 300 kHz |
150 mV BW 300 kHz |
|
| Ripple and noise p-p CV |
500 mV BW 20 MHz |
500 mV BW 20 MHz |
2000 mV BW 20 MHz |
6500 mV BW 20 MHz |
|
| UMin for IMax (Sink) |
2.5 V |
2.5 V |
4 V |
4.2 V |
|
| Current range |
0 - 20 A |
0 - 12 A |
0 - 10 A |
0 - 6 A |
|
| Power range *1 |
0 - 3000 W (0 - 1500 W) |
0 - 3000 W (0 - 1500 W) |
0 - 3000 W (0 - 1500 W) |
0 - 3000 W (0 - 1500 W) |
|
| Resistance range |
1 Ω - 1500 Ω |
2 Ω - 3000 Ω |
3 Ω - 6000 Ω |
8 Ω -6000 Ω |
|
| Output capacity |
240 μF |
80 μF |
60 μF |
20 μF |
|
| Efficiency up to |
95.0% *2 |
95.0% *2 |
95.0% *2 |
95.0% *2 |
|
| Isolation |
| Negative DC-Pol <-> PE |
±1500 V DC |
±1500 V DC |
±1500 V DC |
±1500 V DC |
|
| Positive DC-Pol <-> PE |
+2000 V DC |
+2000 V DC |
+2000 V DC |
+2000 V DC |
|
| Article number |
30000730 |
30000731 |
30000732 |
30000733 |
|
*1 The value in brackets applies to the state of derating (power reduction) for 110 V AC and 120 V AC grid
*2 100% Power and 100% Output voltage |
