Universal actuator 4 outputs KNX ÆVO Series

DIN-Rail mount modules

CODE: EK-FH1-TP

Description

ÆVO built to last – Unbeatable reliability and durability for a worry-free future. The EK-FH1-TP universal actuator from the ÆVO Series allows you to control up to 4 groups of electrical loads, such as lights and valves, or to control up to 2 motorised actuators, such as venetian blinds and 3-way valves, either independently or in any combination you choose; to this end, the device features outputs fitted with potential-free relay contacts. The device’s bistable relays ensure that the set control status is maintained even in the event of a power failure on the bus.

The device is fitted with buttons for manual control and LEDs to indicate its status; one button allows you to switch between automatic and manual operation. The device features an integrated KNX bus communication module and is designed for mounting on a 35 mm profile rail. Power is supplied via the KNX bus and no auxiliary power supply is required.

Technical data
Power supply 
  • Voltage 30 Vdc via KNX bus
Outputs
  • Number: 8 (bistable relays)
  • Voltage 230V AC
  • Current: 16 A
Delivery
Delivery includes a terminal block for connection to the bus.
Functions / Features
  • Plastic housing
  • Push buttons and LEDs for controlling and signalling the status of the outputs on the front panel
  • Push-button and LED for programming or manual/automatic operation on the front panel
  • Bus line connection via KNX terminal
  • Connection of consumers via screw terminals with cable cross-section up to 4 mm2
  • Connection of different phases on adjacent outputs
  • Device with 4 modular units (1 UM = 18 mm)
Configurationa and commissioning
FISPEKFH1TPIEX01
  • v. 1.0 (15/07/2026)
  • PDF | 939,6 KB
  • Download
MAEKFG1FI1FH1TP_EN
  • v. 3.0 (21/07/2026)
  • PDF | 2,9 MB
  • Download
APEKFH1TP03
  • v. 0.3 (29/07/2026)
  • KNXPROD | 1,4 MB
  • Download
CEEKFH1TP
  • v. 1.0 (21/07/2026)
  • PDF | 383,7 KB
  • Download
UKCADCEKFH1TP_v.1
  • v. 1.0 (21/07/2026)
  • PDF | 216,5 KB
  • Download
DQEKFH1TP
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