2-fold universal dimmer

DIN-Rail mount modules

CODE: EK-GA1-TP

Description

The Ekinex® EK-GA1-TP dimming actuator allows to command and regulate the light intensity of 2 groups of lighting devices. The device is suitable for the control of resistive, inductive and capacitive loads powered with 230 Vac. Different types of loads can be connected to different channels. The device is fitted with membrane pushbuttons for manual command and LEDs for status indication; a pushbutton allows the switching between automatic or manual operation modes. The device integrates a KNX bus communication module and is realised for mounting on a standard 35 mm DIN-rail. The device is powered by the KNX bus and requires an additional 230 Vac power supply to operate the loads.

Technical data
Power supply
  • Voltage (loads): 230 Vac 50/60 Hz
  • Voltage (electronics): 30 Vdc by KNX bus
  • Current consumption from bus: < 13 mA
  • Max. power from bus: 320 mW
Outputs
  • Number: 2
  • Max. controlled power: 300 W
  • Min. controlled power: 10 W
Delivery
Delivery includes a terminal block for connection to the bus.
Functions / Features
  • Plastic casing
  • Frontal programming pushbutton and LED
  • Membrane keyboard with LEDs for status indication of outputs
  • Pushbutton for switching operating mode (normal / programming)
  • Connection to bus line with KNX terminal block
  • Connection of outputs and 230 Vac power supply with screw terminals
  • Installation on 35 mm rail (according to EN 60715)
  • 4 modular units (1 MU = 18 mm)
  • IP20 protection degree (installed device)
  • Weight 160 g
Configurationa and commissioning
STEKGA1TP_EN
  • v. 1.0 (23/02/2022)
  • PDF | 627,5 KB
  • Download
FISPGAB1TPIEXX1
  • v. 1.0 (23/02/2022)
  • PDF | 699,6 KB
  • Download
MAEKGA1TP_EN
  • v. 1.0 (23/02/2022)
  • PDF | 2,3 MB
  • Download
APEKGA1TP01
  • v. 01 del 06/06/2018
  • KNXPROD | 72,7 KB
  • Download
CEEKGA1TP
KNX_Certification_EK-GA1-TP
DSEKGA1TP
This website or its third party tools use cookies, which are necessary to its functioning and required to achieve the purposes illustrated in the cookie policy. If you want to know more or withdraw your consent to all or some of the cookies, please refer to the cookie policy. By closing this banner, scrolling this page, clicking a link or continuing to browse otherwise, you agree to the use of cookies.