Product Description
The ABB PS2/58 is a 2-phase, 58-pole pin busbar designed for large-scale power distribution to 2-pole devices in extensive distribution panels. With a 10 mm² conductor cross-section and 63 A rated current, it provides reliable busbar connectivity for up to 29 two-pole DIN-rail mounted devices. The phase sequence follows L1-L2-L1-L2 pattern. The busbar is fully insulated and compatible with ABB S200 miniature circuit breakers, F200 residual current circuit breakers, and DDA200 RCBOs.
Specifications
| Product Type |
Pin Busbar |
| Model |
PS2/58 |
| Order Code |
2CDL220001R1058 |
| Poles |
2-phase, 58-pole |
| Phase Sequence |
L1-L2-L1-L2 |
| Cross-Section |
10 mm² |
| Rated Current (Iu) |
63 A |
| Rated Operational Voltage (Ue) |
690 V AC/DC |
| Short-Time Withstand Current (Icw) |
25 kA |
| Conditional Short-Circuit Current (Iq) |
25 kA |
| Impulse Withstand Voltage (Uimp) |
4.5 kV |
| Pin Pitch |
17.5 mm |
| Length |
1020 mm |
| Insulation |
Insulated |
| Connection Type |
Pin |
| Number of Phases |
2 |
| Number of Terminals |
58 |
| Number of Mountable Devices |
29 |
| Suitable for Auxiliary Switches |
No |
| Suitable for N Conductor |
No |
| Color |
Light grey |
| Compatibility |
S200, F200, DDA200 series |
| Standards |
IEC/EN 60947-1 |
| RoHS |
Compliant |
| EAN |
4016779556552 |
| Country of Origin |
Germany |
Features
- 2-phase 58-pole pin busbar for large-scale 2-pole device distribution
- Phase sequence L1-L2-L1-L2 for balanced two-phase wiring
- 10 mm² cross-section with 63 A rated current
- 690 V AC/DC operational voltage rating
- 25 kA short-time and conditional short-circuit withstand current
- 4.5 kV impulse withstand voltage
- 17.5 mm pin pitch for standard DIN-rail device spacing
- 1020 mm length for extensive panel layouts
- Fully insulated light grey housing
- Compatible with ABB S200, F200, and DDA200 series devices
- Accommodates up to 29 two-pole connected devices
- RoHS compliant
Shipping
Fast worldwide shipping via DHL/FedEx/UPS. 1-year warranty. New surplus in stock. Bulk inquiry welcome.