Best selling Actuators from Eltako
On this page you’ll find a ranking of the best Actuators from Eltako. To give you a quick overview, we’ve added the most important product details. This page always stays fresh and updates automatically.
1. Eltako Universal dimming actuator
Universal dimming actuator with IP, Matter via Wi-Fi, optional EnOcean. With power mosfet. Dimmable 230 V LED lamps in 'trailing edge phase control' mode up to 300 W, or in 'leading edge phase control' mode up to 100 W, depending on the ventilation conditions. 230 V incandescent and halogen lamps up to 300 W, depending on the ventilation conditions. No minimum load. REST-API. Stand-by loss only 0.7 W. For recessed mounting. 46 x 45 mm, 20 mm deep. The connection terminals are screw terminals for conductor cross-sections up to 2.5 mm². Switching with soft on and soft off to protect the lamp. Supply, switching and control voltage local 110-240 V. The set brightness level is saved when switching off (memory). Automatic electronic overload protection and overtemperature cut-out. With control input for a control button or switch that may be fitted upstream. A glow lamp current is not permitted. The Wi-Fi connection utilises the 2.4 GHz frequency band and enables over-the-air updates (OTA). This actuator is Matter-certified and can therefore be taught into various ecosystems and operated in parallel. For control via Matter, a compatible Matter controller is required for each ecosystem. For Apple Home e.g. a Homepod mini, for Amazon Alexa e.g. a compatible ECHO Dot and for Google Home e.g. a Nest mini. The optional configuration of the actuator is carried out via the ELTAKO Connect app. A development version of the REST API according to the OpenAPI specification is available via the online product page of the device. This is continuously being developed. The range of functions can be extended using plug-on adapters. The EnOcean adapter (EOA64) provides access to the EnOcean ecosystem. Further information on this can be found on the product page of the respective adapter.
2. Eltako Repeater 1 and 2 level radio repeater
1- and 2-level radio repeater. Standby loss is only 0.9 watts. For installation mounting. 45 mm long, 45 mm wide, 33 mm deep. This repeater is only necessary if the structural conditions prevent uninterrupted reception or if the distance between the radio button and receiver is too great. The 1-level mode is set by default. It only receives, checks, and retransmits radio signals from sensors with full transmission power. Radio signals from other repeaters are ignored to reduce data volume. The rotary switch allows switching to the 2-level mode. Now, in addition to the radio signals from sensors, the radio signals from another 1-level repeater are also processed. A radio signal can be received and amplified a maximum of 2 times. The LED indicates incoming radio signals with a brief flash. Radio repeaters do not need to be programmed. They receive and amplify the radio signals from all radio sensors within their reception range.
3. Eltako FASSA-230V
Eltako radio switch actuator FASSA-230V
Manufacturer: Eltako
Designation: Radio switch actuator for outdoor sockets
Type: FASSA-230V
Bus system KNX: No
Bus system KNX radio: No
Bus system radio bus: Yes
Bus system LON: No
Bus system Powernet: No
Other bus systems: Without
Radio bidirectional: Yes
Mounting type: Socket
On-site/manual operation: Yes
With LED display: Yes
Max. switching capacity: 2300 W
Switching capacity: 2300 W
Max. switching capacity LED: 400 W
Output power: 2300 W
Suitable for C-load: Yes
Max. number of switching outputs: 1
Number of switching outputs: 1
Max. rated current: 16 A
Rated operating voltage: 230 V
Various phases can be connected: No
With bus coupling: Yes
Bus module can be removed: No
Modular expansion option: No
Protection class (IP): IP44
Eltako wireless switching actuator FASSA-230V: further details
Wireless outdoor socket-outlet switching actuator. 1 NO contact not potential-free 16A/250V AC, 230V LED lamps and ESL up to 400 Watt, incandescent lamps 2300 Watt. Dimensions: 116x56x46mm (without plug), black. Suitable for indoor and outdoor use, IP44 (splash-proof). Encrypted radio, bidirectional radio, and repeater function can be switched on. Stand-by loss only 0.4 Watt. Smart Home actuator. Intermediate plug for German protective contact socket. With increased protection against accidental contact. Supply and switching voltage 230V. Contact switching in zero crossing. Bistable relay, so there is no coil power loss and no heating even when switched on. After plugging in, wait for the automatic short synchronization before plugging in the switched consumer. If the supply voltage fails, the switching state is retained. When the supply voltage returns, it is switched off in a defined manner. EAN: 4010312323984.
4. Eltako FS55E-am
Eltako Wireless Switch FS55E-am
Manufacturer: Eltako
Designation: Wireless Switch Battery
Type: FS55E-am
With Remote Control: No
Wall Remote Control: Yes
Window Remote Control: No
With Control: No
Signal Transmission: Wireless
Number of Channels: 2
Mounting Type: Surface-mounted
Material: Plastic
Material Quality: Thermoplastic
Halogen-free: Yes
Surface Protection: Untreated
Surface: Matte
Color: Anthracite
RAL Number (similar): 7016
Transparent: No
Range: 30 m
Suitable for Switches: Yes
Suitable for Dimmers: Yes
Suitable for Blinds Switches: Yes
Suitable for Display Elements: Yes
Suitable for Motion Sensors: No
Compatible with Apple HomeKit: No
Compatible with Google Assistant: No
Compatible with Amazon Alexa: No
IFTTT Support Available: No
Eltako Wireless Switch FS55E-am: Additional Details
Wireless switch in E-design, 80x80 mm externally, inner frame dimension 55x55 mm, 15 mm high. Generates energy for wireless telegrams even when the button is pressed, thus no connection cable and no standby loss. This wireless switch can be learned as a universal button in the impulse relay series 61, 62, and 14. Press the wireless switch up or down; the switching position of the actuator changes with each activation (toggle switch). When multiple wireless switches or wireless buttons are learned together, the wireless switch functions as a toggle switch.
EAN: 4010312324431.
5. Eltako Bus coupler RS485
Bus couplers for wire connections of the bus and power supply bridges series 14. Cross-wiring bus and power supply with plug bridge. The bus coupler FBA14 can connect various bus components as well as feed power supplies. Bus components on different mounting rails or in other distribution boxes or control cabinets are connected with one FBA14 and a 4-wire shielded bus cable, such as a telephone line. The total length of all connection cables should not exceed 100 m, and a second termination resistor, only 9 mm wide, must be plugged into the last actuator, which is included with the FAM14 or FTS14KS. The position of the bus coupler in a device series of the series 14 is arbitrary.
6. Eltako DL-RM16A-HS-WE
Module for controlling a relay contact via the DALI bus (DT7) for DIN rail EN 60715 TH35. Dimensions: 98x17.5x56 mm. Protection class IP20. DALI power consumption 2.7 mA. Compact relay module for directly controlling 230 V AC loads via DALI. Simple integration of loads without a DALI input into a DALI circuit, allowing loads to be switched on and off via DALI commands. The device's functionality complies with the standard for DALI Device Type 7 - Switching Function (from firmware version 2.0). Adjustable behavior for power-up and loss of bus power. The DALI-RM16 is powered via the DALI bus, requiring no additional power supply. Turn-on at zero crossing. Integrated inrush current limitation, particularly suitable for loads with very high inrush currents (>100 A). The interface represents a participant on the bus and is addressable accordingly. Configuration via PC software DALI-Cockpit. DALI functions and command set: The DALI-RM16 provides the ability to connect loads to the DALI bus and subsequently switch them on and off. The DALI-RM16 is a control device for non-dimmable loads based on the DALI specification IEC 62386-208 (Device Type 7). The switching characteristic is determined by comparing the virtual lamp power level (VDAP) with 4 switching thresholds. The virtual lamp power level (VDAP) corresponds to the dimming value of a DALI electronic ballast and is subject to the corresponding properties (limited by MINLEVEL and MAXLEVEL, dimming speed by Fadetime and Faderate). For each dimming direction, there are 2 switching thresholds used for comparison with the virtual lamp power level. Only the switching threshold valid for the current virtual dimming direction is evaluated. A threshold with the value MASK is inactive and is not used for comparison. Fading allows for on and off delays to be realized. The DALI-RM16 is powered by the DALI bus.
7. Eltako FTN14 RS485 switching actuator top-hat rail Switching capacity (max.) 2000 W
Stair light delay switch, 1 normally closed contact not potential-free 16A/250V AC, suitable for incandescent lamps up to 2000W, with a fallback delay and a pre-warning before switching off, as well as an optional permanent light function via a button. Also suitable for energy-saving lamps (ESL) up to 200 watts. Bidirectional. Standby loss is only 0.2 watts. Rail-mounted device for installation on a mounting rail. Connection to the Eltako RS485 bus. Cross-wiring of bus and power supply with a jumper. Switching voltage 230V. Contact switching at zero crossing to protect the contacts and consumers. In the event of a power failure, the switching state is maintained. When power is restored, the timing begins, and the device will switch off at the end of this period. In addition to the bus control input, this stair light delay switch can also be locally controlled with a conventional 230V control button. Glow lamp current up to 5mA, depending on the ignition voltage of the glow lamps. The upper rotary switch LRN is needed for the learning process. After that, the fallback delay can be set from 1 to 30 minutes. The middle rotary switch is used in the LRN position to learn radio buttons and/or radio motion brightness sensors (FBH), including one or more central control buttons. After that, the desired function of this stair light delay switch can be selected: NLZ = delay switch with adjustable response delay. The LED under the upper rotary switch accompanies the learning process according to the operating instructions and indicates control commands during operation by briefly flashing.
Actuator
EUR58,48
Eltako FTN14 RS485 switching actuator top-hat rail Switching capacity (max.) 2000 W
Switch actuator
8. Eltako Universal dimmer switch BT
The Eltako Universal Dimmer Switch BT is an innovative solution for the intelligent control of lighting systems. Equipped with a built-in timer and Bluetooth functionality, this dimmer allows for easy adjustment of lighting conditions via the ELTAKO Connect app. With a maximum power of 300 watts and automatic lamp detection, it is suitable for a variety of dimmable 230V LED and energy-saving lamps. The dimmer switch offers numerous features, including minimum and maximum brightness, dimming speed, as well as special programs for children's rooms and snooze mode. Its simple installation on a mounting rail according to DIN-EN-60715 TH35 makes it a practical choice for indoor use. Additionally, the zero-cross switching with soft on and soft off ensures gentle handling of the lamps. With a backup time of up to five days without a battery, the dimmer switch remains reliable even during power outages.
- Integrated timer with up to 10 program memory slots
- Astro function for automatic switching at sunrise and sunset
- Zero-cross switching with soft on and soft off for lamp protection
- Automatic summer and winter time adjustment
- Backup time of up to 5 days without a battery.
9. Eltako FSM61-UC Funksendemodul
The wireless 2-gang transmitter module with internal antenna has no standby loss and is suitable for flush mounting. It measures 45 mm in length, 45 mm in width and 18 mm in depth. The FSM61-UC radio transmitter module has two channels and can transmit radio telegrams in Eltako building radio like a radio push-button. A1 triggers a radio telegram like pressing a rocker switch at the top, while A3 simulates pressing a rocker switch at the bottom. The telegram when the two control contacts are opened is identical to that of a radio button when it is released. Several radio transmitter modules must not be controlled at the same time. The universal control voltage at +On/-A2 processes control commands from 8 to 253 V AC or 10 to 230 V DC with a minimum length of 0.2 seconds. The maximum parallel capacitance of the control lines at 230 V is 5 nF, which corresponds to a length of approx. 20 metres. If terminals A1 and A3 are connected with a bridge, a radio telegram is sent from A3 once a minute as long as the control voltage is present, e.g. for centralised commands with priority. A constant power supply is not required, so there is no standby loss. The rotary switch is required to activate or deactivate the encryption and is set to AUTO during operation. To activate the encryption, turn the rotary switch to the right stop (key position) and press once. To deactivate encryption, turn the rotary switch to the left stop (crossed-out key position) and press once.
10. Eltako FSR71NP-2x-230V
Power pulse relay with 2 channels, each with 1 normally open contact, not potential-free, 16A/250V AC, 230V LED lamps up to 400W, incandescent lamps 2000W. With light scene control via PC or with wireless switches. Encrypted radio, bidirectional radio, and repeater function can be activated. Standby loss is only 0.8 watts. Installation in the 230V mains connection line, for example in false ceilings and luminaires. Dimensions: 166 mm long, 46 mm wide, and 31 mm high. With cable strain relief. Maximum current as a sum over both contacts is 16A. In the event of a power failure, the switching state is retained. Upon restoration of power, it is defined as switched off. The channels can be learned independently as ES and/or ER channels. Scene control: With one of the four control signals from a button learned as a scene button with a double switch, multiple channels of one or more FSR71NP-2x can be turned on or off for each scene. Central commands from the PC are sent using the building radio visualization and control software GFVS. For this, one or more FSR71NP-2x must be learned on the PC. The rotary switches are used to learn the buttons and, if necessary, to test the 2 channels. For normal operation, the middle and lower rotary switches are then set to AUTO. The upper rotary switch is used to set the EW time (0-120 seconds) for relays or the RV time (0-120 minutes) for pulse switches uniformly for all channels if necessary. When wireless motion brightness sensors FBH (Master) and/or FBH (Slave) are learned, the switching threshold for each channel is set with the upper rotary switch, which determines when the lighting is turned on or off. Settings for the upper rotary switch are according to the user manual. When wireless brightness sensors are learned, the switching threshold for each channel is set with the upper rotary switch, which determines when the lighting is turned on or off depending on brightness.
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