PTCB BE PT 6/10 - Elemento base
1760600

Elemento base, tipo di montaggio: Guida di supporto: TH 35 - 7,5 mm, corrente nominale: 31 A

Per il suo funzionamento questo prodotto necessita di altri prodotti. Accessori necessari

Dettagli prodotto

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I vantaggi

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Trasparenza sull'utilizzo e sullo stato del sistema grazie a connessioni integrate per segnali individuali o collettivi
Facilità di messa in servizio e manutenzione grazie al cablaggio preinstallato che rimane intatto quando si sostituisce la spina

Domande frequenti

How does the feed-in work and how is the bridging carried out?

Currents of up to 40 A can be fed in at the upper terminal point. Conductors with up to 6 mm2 flexible or 10 mm2 rigid can be connected. The current fed in can be distributed via the bridge shafts arranged at the top with FBS ..... Vedi di più

Currents of up to 40 A can be fed in at the upper terminal point. Conductors with up to 6 mm2 flexible or 10 mm2 rigid can be connected. The current fed in can be distributed via the bridge shafts arranged at the top with FBS ...-8 bridges. The following applies: currents greater than 31 A must be distributed via two bridges; currents up to and including 31 A can be distributed via one bridge.

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Which characteristic curves do I select and when?

Two different characteristic curves are available:
- The faster F2 characteristic curve is suitable for more sensitive loads, such as sensors or resistive loads. It triggers at DC voltages in the 4 ... 8 x In range.
- The medium-lag M1 characte... Vedi di più

Two different characteristic curves are available:
- The faster F2 characteristic curve is suitable for more sensitive loads, such as sensors or resistive loads. It triggers at DC voltages in the 4 ... 8 x In range.
- The medium-lag M1 characteristic curve is recommended for more current-intensive (e.g. capacitive) loads or motors. It triggers at DC voltages 8 ... 15 times In.

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Are there requirements for the PS? What needs to be considered for correct dimensioning?

For selective protection, the power supply should be able to supply the necessary increased tripping current. Line impedances must also be taken into account.

What is meant by short-circuit breaking capacity and what is the difference between the terms Icn and Inc?

Short-circuit breaking capacity: Maximum short-circuit current that the circuit breaker can safely switch off. What must be observed if the source current is higher than the short circuit breaking capacity? In this case, the protective circuit breake... Vedi di più

Short-circuit breaking capacity: Maximum short-circuit current that the circuit breaker can safely switch off. What must be observed if the source current is higher than the short circuit breaking capacity? In this case, the protective circuit breaker may be used with a backup fuse up to the Inc. Certain fuses have been tested and approved for this purpose (see certificate).
- Icn (rated short-circuit breaking capacity): Value that the circuit breaker alone can switch off without backup fuse.
- Inc (Conditional rated short-circuit current): Value that the switch can handle with an upstream fuse.

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Can the PTCB TM be used for AC and DC?

Yes, for AC the prospective short-circuit current at the intended installation location must be taken into account. This must not exceed the breaking capacity of the PTCB TM. The magnetic tripping for AC and DC differs by the factor DC/AC = 1.3.

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