DescriptionUniversal KNX actuator EK-FH1-TP from the ÆVO series designed to control up to four separate electrical load groups (e.g. lights, valves) or up to two motorised drives (e.g. blinds, 3-way valves) independently or in combination. The device features potential-free relay outputs with bistable relays that retain the last command state even in case of bus power loss.
Operating functionsThe unit includes push-buttons for local control and LEDs for status indication; a dedicated button switches between automatic and manual operation. It integrates a KNX bus communication module and is intended for mounting on a 35 mm DIN rail. Power is supplied via the KNX bus (no auxiliary power required).
Technical data- Power supply: 30 V DC via KNX bus
- Outputs: 4 (bistable relays)
- Output voltage: 230 V AC
- Current: 16 A per output
DeliveryThe delivery includes a terminal for connection to the KNX bus line.
Functions / Features- Plastic enclosure
- Front push-buttons and LEDs for local control and output status indication
- Front programming / manual-automatic push-button and LED
- KNX bus connection via KNX terminal
- Load connections via screw terminals for conductor cross-section up to 4 mm²
- Possible connection of different phases on adjacent outputs
- Device width: 4 modular units (1 MU = 18 mm)
Configuration and commissioningDetailed parameter descriptions are provided in the device application manual. ETS5 or later is required for configuration and commissioning. ETS application: APEKFH1TP##.knxprod
Characteristics / Technical specifications- Brand: Ekinex
- Series: ÆVO
- Type: KNX universal actuator
- Model (product code): EK-FH1-TP
- Number of outputs: 4 bistable relays
- Rated output voltage: 230 V AC
- Maximum current per output: 16 A
- Power supply: via KNX bus (30 V DC), no auxiliary supply
- Load connections: screw terminals, up to 4 mm²
- Local control and programming via push-buttons and LEDs
- Mounting: 35 mm DIN rail
- Width: 4 modules (1 MU = 18 mm)
- Programming: ETS application provided (APEKFH1TP##)