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SITOP SEL1200 selectivity module 8-...
In stock: No
Vendor stock: Yes
Minimal order quantity: 1
Price (excl. VAT):
164,34 €
per pcs
EAN: 4025515155270
MPN: 6EP4438-7FB00-3DX0
Box: 1
Technical Information
| Item condition | New |
| Manufacture name | SITOP SEL1200 selectivity module 8-... |
| Brand | Siemens |
| Categories |
Relays |
| Country of origin | AT |
| Harmonized System Code | 8536 3010 00 |
| Width | 45 mm |
| Height | 135 mm |
| Depth | 125 mm |
| Current measuring range | UN A |
| External current transformer | - |
| With detachable clamps | No |
| Single-phase hysteresis possible | - |
| Three-phase hysteresis possible | - |
| Single-phase under current possible | - |
| Three-phase under current possible | - |
| Single-phase overcurrent possible | - |
| Three-phase overcurrent possible | - |
| Contains function DC-voltage under current | No |
| Contains function DC-voltage overcurrent | Yes |
| Function DC-current hysteresis | Yes |
| Type of electric connection | Spring clamp connection |
| Rated control supply voltage at AC 50 Hz | UN V |
| Rated control supply voltage at AC 60 Hz | UN V |
| Rated control supply voltage at DC | 20.4-30 V |
| Max. permitted delay-on energization time | 5 s |
| Min. adjustable delay-on energization time | UN s |
| Max. permitted off-delay time | UN s |
| Min. adjustable off-delay time | UN s |
| Voltage type for actuating | DC |
| Number of contacts as normally closed contact | 0 |
| Number of contacts as normally open contact | 0 |
| Number of contacts as change-over contact | 0 |
Packing details
| Packing level 1 | 4025515155270 |
Description
SITOP SEL1200 selectivity module 8-channel switching characteristic input: 24 V DC/60 A output: 24 V DC/8 x 10 A threshold adjustable 2-10 A with monitoring interface *Ex approval no longer The selectivity module SITOP SEL1200 is the optimum expansion for all 24 V power supplies in order to distribute the load current to several current branches and monitor these. Overloads and short-circuits in one or more branches are detected reliably. Brief current peaks, e.g. due to high starting current, are permitted by the electronics. Branches with longer overloads are deenergized. This is ensured even with high-impedance lines and "creeping" short-circuits. The intact branches are supplied, thus minimizing system downtimes. Signaling of the faulty branch takes place via LEDs on the device as well as via a common signaling contact or diagnostics monitor. Whatever sector, whatever requirement – Siemens offers reliable and efficient power supplies for any system.