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Rapid Online - Rapid Electronics Ltd.£57.90Visit shop Eltako 30014002 FSR14-2x Bus Switch Actuator 2CH 16A DIN Rail 0.1W...
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The Eltako FSR14-2x is a DIN rail-mounted dual-channel switching actuator designed for smart home integration via the RS485 bus and EnOcean protocols. It offers flexible control for lighting and other connected devices with its 16A/250V channels, supporting impulse or switching relay modes with adjustable timing. A key benefit is its extremely low standby loss of just 0.1 watt, contributing to energy efficiency. However, its advanced features may require a moderate learning curve for initial setup and programming.
| Series | FSR14-2x |
|---|---|
| Model Part Number | FSR14-2x |
| Brand | Eltako |
Each channel can handle a maximum switching capacity of 16A at 250V AC. For incandescent lamps, the maximum is 2000W, and for 230V LED lamps, it's up to 400W.
The device can be powered by 12V or 230V AC, depending on the specific wiring configuration and connection to the power supply terminals.
DX technology refers to Eltako's patented Duplex technology, which allows the relays to switch potential-free contacts at the zero-crossing point of the 50Hz AC voltage. This significantly reduces wear and tear on the contacts, extending the device's lifespan.
Yes, the FSR14-2x is designed to be compatible with various Eltako wireless sensors, including pushbuttons, motion/brightness sensors (FBH), and window/door contacts (FTK), allowing for flexible automation scenarios.
The device boasts a very low standby loss of only 0.1 watt when correctly wired and configured.
Scene control is configured by teaching-in a pushbutton programmed as a scene button. Multiple channels on one or more FSR14-2x devices can then be instructed to switch on or off together as part of a defined scene.
Yes, it is a modular device designed for mounting on a standard DIN rail (TH35) and occupies 1 module (18mm width) and 58mm depth.
If the supply voltage fails, the switching state of the actuator is retained. When the supply voltage is restored, the device is switched off in a defined manner to prevent unexpected activation.
Verify the power supply connection and voltage. Ensure the correct terminals are used for 12V or 230V AC input. Check the circuit breaker or fuse for the power source.
Confirm that the channels have been correctly taught-in and configured using the rotary switches. Check the input signals from connected sensors or control commands. Ensure the load connected to the output is within the specified limits (16A/250V AC).
Double-check the RS485 bus wiring, ensuring correct polarity and termination if applicable. Verify that the device is properly addressed within the bus system. Check for correct jumper settings for bus cross-wiring.
Ensure the EnOcean protocol is enabled and the devices are correctly taught-in to the FSR14-2x. Check for signal interference and ensure the devices are within the effective range of the EnOcean gateway or actuator.
Confirm that the upper rotary switch is set to the correct function (EW for impulse, RV for delay) and that the desired time value (0-120 seconds or 0-120 minutes) is accurately set.
Setup:
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