Hager The Hager KNX 3‑channel 300W dimmer provides precise, flicker‑free lighting control for smart homes and buildings. Each 300W channel is independently controllable for scenes and scheduling, with soft‑start, overload and short‑circuit protection, and manual override. ETS‑programmable with status feedback, it supports LED, incandescent and halogen loads and installs compactly on DIN rail.

EAN

3250616059351

Packaging

1 Piece

KNX 3-channel Dimmer 300W TYA663AN

Phase out product: please contact your electrical wholesaler for availability

Technical properties
Environmental value
Documentations

Download the data sheet

Technical properties

Operating voltage over bus

21 - 32 V
Input voltage

230 - 230 V
System supply voltage

30 V DC Via bus
Auxiliary tension

230 - 230 V

Bus current consumption data transfer

2,30 mA

Frequency

50 - 60 Hz

Operating temperature

-5 - 45 °C

Cross-section flexible conductor

0.75 - 2.5 mm²
Cross-section rigid conductor

0.75 - 2.5 mm²
Connector/plug type

DRA (DIN-rail Adapter)

Number of outputs

3
Type of dimmer

Universal
With battery

No

LED lamp power

210 W
Dimmable 230 V LED lamp

60 - 60 W

Number of modules

6

230 V incandescent and halogen lamp

300 W
Power incandescent lamp

900 - 900 W
Power of variator

900 - 900 W

With bus system KNX radio

No
Type of connection

quickconnect

Supported configuration mode

ETS

Fuse

Overheating protection (display using LEDs), Short-circuit proof and overload-proof (display using LEDs)
Operating mode

1. 2 or 3-channel operation possible, Load coupling of 3 channels to increase output power using parallel connection of the outputs
Dimming principle

Phase cut-on or cut-off according to load type, self-learning, Minimum/maximum dimming values per channel settable on device
Function

Learning function for optimised operation of compact fluorescent lamps and LED luminaires can be activated via the bus
Type of connection

With quickconnect plug-in terminals
Labelling

Large labelling field
Protection

With overheating, overload and short-circuit protection