Fuse A5530FIBSW

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Price (excl. VAT):

188,50 €

This price is valid until 31.12.25

EAN: 4011377148826

MPN: A5530FIBSW

Box: 1

Estimate delivery time at our warehouse (approx.): 2-4 weeks

Technical Information

Item condition	New
Manufacture name	Fuse A5530FIBSW
Brand	Jung
Categories	RCCB - (Residual Current Breakers)
Country of origin*	DE
* The actual country of origin may differ depending on the delivery batch. To confirm the specific country of origin, please contact your account manager.
Harmonized System Code	8536 3010 00
Rated current	16 A
Rated voltage	230 V
Number of poles	2
Rated fault current	30 A
Leakage current type	A
Selective protection	No
Short-circuit breaking capacity (Icw)	3 kA
Surge current capacity	0.25 kA
Short-time delayed tripping	No
Frequency	60 Hz

Packing details

Packing level 1

4011377148826

Other Technical data

Mounting method	Built-in
Built-in depth	32 mm
Degree of protection (IP)	IP21
Connectable conductor cross section solid-core	15-2.5 mm²
With interlocking device	No
Ambient temperature during operating	-25-40 °C
Additional equipment possible	No

Downloads

Deep link REACH Product data sheet

Description

Fuse A5530FIBSW, RCCB device for fault current protection in AC systems.Intervenes on leakage currents of type A, ensuring protection against electric shocks and potential wiring faults. 2-pole configuration.Rated voltage 230 V.Rated current 16 A.Fault tripping at 30 A.Mounting method:built-in (not surface).Short-circuit breaking capacity rated at 3 kA.Surge withstand up to 0.25 kA max.Operates on a frequency of 60 Hz exclusively.IP21-rated enclosure protects against small solid objects >12 mm and vertically dripping water during operation indoors or enclosed setups only. Operating temp limits:-25°C min to +40°C max working ambient range under full load tolerance expected within thermal limits specified above duration-wise considering fail-safes/delays cutoff non-existence implied raw calculated steady-operation environment thermal integration etc., Allowable conductor dimensions vary between multiwiring capabilities based—undefined cross-consistency-related configurations importance priorities solid-core conductors acceptable limit variances tested measuring *min safe conduit-sized requires smallest entry expectation intricacy if sizing gap inflexible batch cable tricky replacements-bundling-tight fixes(*missing issues/conduc safety interleave combinatorics_samples?) CLE verifies final reinforce corr specs