KNX-DMX gateway GW2-DMX-2TE

Name: Arcus KNX-DMX gateway GW2-DMX-2TE
Brand: Arcus
Price: 311.75 EUR
Availability: OutOfStock
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€311,75 Excl. tax €399,68 Excl. tax
€377,22 Incl. tax €483,61 Incl. tax. Out of stock, but available

Unit price: €311,75 / Piece

Gateway between KNX and DMX512 bus. Controls up to 512 channels, 64 scenes, and 16 sequences. Compact DIN rail device (2TE) with USB and manual addressing. Read more

Specifications

Brand:

Arcus

Article number:

40200182

EAN:

642125990837

Availability:

Out of stock, but available

Delivery time:

Will be shipped within approximately 8 working days.

Information

Datasheet

KNX DMX Gateway – KNX-GW2-DMX-2TE

The KNX-GW2-DMX-2TE (article number: 40200182) is a powerful gateway acting as an interface between the KNX bus system and the DMX512 bus. This compact DIN rail module (2TE) enables seamless integration of building automation systems with DMX lighting and event technology devices.

Main Features:

Full integration of KNX building automation with DMX512 lighting control
Supports up to 512 DMX channels
Control of up to 64 scenes and 16 sequences
Compact design for DIN rail mounting (2 module units)
Manual address setting via rotary switches
USB port (Micro USB) for configuration
Physical addressing via configurator or rotary switches S1 and S2

Technical Specifications:

Article number: 40200182
Dimensions: 35 x 90 x 68 mm (DIN rail, 2TE)
Protection class: IP20
Operating temperature: -5 °C to +45 °C
Controls: 3 x 16-position rotary switches, 1 x T1 button, 1 x PRG button with LED
USB port: Micro USB
KNX connection: KNX terminal block
KNX power supply: 20–32 VDC, approx. 150 mW
DMX connection: 3-pin screw terminal (0.8 mm²)
DMX512 bus: RS485, 250 kBaud, galvanically isolated
DMX termination: 120 Ohm via jumper
Power supply: 9–30 VDC, 100 mA, internally isolated and protected against reverse polarity

Note:

When creating a project, users can scale the number of used DMX channels and scenes. Only the required group addresses are generated, and they can be imported into ETS as an XML file. Address configuration is done via the configurator or directly via the device's rotary switches.