Switch actuator, 2-gang 230021SU

Name: Switch actuator, 2-gang 230021SU
Brand: Jung
Price: 169.870 EUR
Availability: PreOrder

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Price (excl. VAT):

169,87 €

This price is valid until 31.12.25

EAN: 4011377194847

MPN: 230021SU

Box: 1

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

Technical Information

Item condition	New
Manufacture name	Switch actuator, 2-gang 230021SU
Brand	Jung
Categories	Bus System Devices (KNX/Modbus)
Country of origin	DE
Harmonized System Code	8537 1098 00
Bus system KNX	Yes
With bus connection	Yes
Bus system LON	No
Bus system KNX radio	No
Radio frequent bidirectional	No

Packing details

Packing level 1	4011377194847
Packing level 2	4011377194847

Other Technical data

Mounting method	Flush mounted (plaster)
Rated current	0 A
Output power	0 W
Rated operating voltage	21-32 V
Bus system radio frequent	No
Bus system Powernet	No
Max. switching power	3000 W
Max. number of switching contacts	2
Width in number of modular spacings	0
Max. switching current	0 A
Other bus systems	None
Suitable for C-load	Yes
Different phases connectable	No
Local operation/hand operation	No
With LED indication	No
Modular expandability	No
Bus module detachable	No
Min. depth of built-in installation box	0 mm

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Description

Switch actuator, 2-gang for integration into KNX bus systems.Designed for automated control in lighting or general power distribution networks.Enables reliability and efficiency within flush-mounted installations (plaster). Rated operating voltage:21-32 V.Bus system KNX supported.Mounting method:Flush mounted (plaster).Suitable for controlling capacitive loads (C-loads) with a max switching power of 3000 W across two selectable load contacts.No LED indication present.Max switching contacts:2 channels available onboard output capacity to manage attached circuits effectively. Other bus systems coverage excluded;no support for LON-based connections, Powernet configurations, or radio-frequency add-ons like KNX RF extensions—not modularly expandable nor field-extendable–fixed unit function constraints purposeful hardware simplifications local hand-operation bypass mechanisms disable standalone redundancy normal signal latency pathways redundant-conditioning primary termination