DC-UPS for capacitors, primary : 24 V, secondary: 24 V, output: 3, energy: 0.5 kJ, dimensions: 92,5x60x116 mm, weight: 0.5 kg
Short description
The DC-UPS of the series C-TEC includes ultra-capacitors as energy storage inside the housing. This capacitor is charged with the system voltage (Ue) during normal operation. The connected loads are supplied as well from the system voltage. In case of an interruption of the system voltage the energy of the ultra-capacitors is released in a regulated way. With a dc dc converter, the load is supplied by the capacitor until it is discharged. The back-up time depends on the state of charge of the capacitors and on the discharge current.
The DC-UPS has the following characteristics:
|
---|
Nominal input voltage |
24 V DC -15 % / 10 % |
Input voltage range |
20,4 V … 26,4 V DC |
Min. charging voltage |
23,7 V DC |
Nominal input current (at 24,0 V DC) C charged 3 A load |
3,1 A DC |
Output voltage in back-up operation |
23,0 V DC ±2 % |
Nominal output current Max |
3 A DC (at 0,94 kJ respectively 0,47 kJ) |
Nominal output current at maximum energy |
2 A DC (at 1,0 kJ respectively 0,5 kJ)) |
Current limitation |
1,05 … 1,2 x INom |
Power loss at Uc > |
2,5 W |
Power loss at 100 % load and charge |
7 W (max. 60 seconds) |
Efficiency at Uc > |
>96% @ (Ue=24,0 V DC; Ua=22,9 V DC; Ia=INom) |
Internal device protection (internal) |
4 A (T) |
fusing DC-output circuit (external) |
3 A (T) |
Type of connection: input Ue |
Spring terminal max. 1,0 mm² |
Type of connection: output Ua |
Spring terminal max. 1,0 mm² |
Type of connection: message contacts |
Spring terminal max. 1,0 mm² |
Max. load message contact (Ue-OK[1]) |
30 V/ 0,5 A |
Protective system |
IP20 u. EN 60529 |
Operational temperature |
-20 °C … 60 °C |
Storage temperature |
-20 °C … 60 °C |
Rel. humidity |
≤95% no condensation |
Max. mounting height (without load reduction) |
2000 m above sea level |
dimensions (HxWxD) |
92,5 mm, 60 mm, 116 mm |
weight |
0,6 Kg |
Fixation | Snap-on mounting for DIN top hat rail |
UL approvals |
UL 508 C22.2 |