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N 525D11 - KNX Switch/dim actuator, 2x DALI Broadcast image 1
Siemens

N 525D11 - KNX Switch/dim actuator, 2x DALI Broadcast

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Price (excl. VAT):
183,62 €
This price is valid until 31.12.25
EAN: 4047625010508
MPN: 5WG1525-1DB11
Package: 1
Estimate delivery time at our warehouse (approx.): 3d

Technical Information

Item condition New
Manufacture name N 525D11 - KNX Switch/dim actuator, 2x DALI Broadcast
Brand Siemens
Categories Other Products
Harmonized System Code 8537 1091 00

Packing details

Packing level 1 4047625010508

Description

The Siemens N 525D11 KNX Switch/Dim Actuator (Model: 5WG1525-1DB11) enables seamless integration of DALI lighting control within KNX building automation systems. This unit supports two DALI broadcast channels, providing reliable and efficient luminance adjustment and switching functionality to connected light fixtures. Designed for professional use, the actuator is compatible with KNX communication standards and facilitates simplified setup for complex lighting scenarios.

 

Key dimensions include a compact housing measuring 11.40 x 11.30 x 9.00 cm, with a net weight of 0.231 kg, ensuring ease of installation in electrical panels or distribution boards without demanding excessive space or structural modifications.

 

The device offers robust operational capabilities that align with industry standards for building management systems requiring flexible lighting solutions across commercial settings such as office buildings, industrial sites, or smart homes. By leveraging its dual DALI broadcast outputs via the KNX protocol, this product delivers precise control over dimming functions to optimize energy consumption and enhance user comfort within dynamic environments.

 

This actuator exemplifies technological reliability within interconnected systems while offering straightforward commissioning processes through scalable automation projects—ideal for engineers managing large-scale installations looking to streamline operations while maintaining compliance with contemporary interoperability requirements in smart infrastructures.