Eltako

Field-free switches for UP assembly Self-learning field-free switches, non-potential-free 10A/250V AC, stand-by-loss only 0.8 Watt, supply and switching voltage 230W interrupts the power supply after disconnection of downstream consumers and thus prevents interfering electromagnetic fields. Self-learning processor for the current thresholds Self-learning field switch 230W. 1 lock not potential-free 10A/250V AC. Stand-by-loss only 0.8 Watt. For installation. 45mm long, 45mm wide, 26mm deep. Supply and switching voltage 230W. Modern hybrid technology combines the advantages of wear-free electronic control with high switching power from special relays. The field-free switch FR61-230V interrupts the power supply after disconnection of downstream consumers and thus prevents interfering electromagnetic fields. Up to a current consumption of 20ma, small consumers are allowed, which do not prevent field-free switching after larger consumers are switched off. The limit value does not have to be set manually, but is learned by the FR61. Consumers with more than 200ma current consumption are always defined as consumers which are intended to cause the power supply to be switched on. As long as no larger consumer is switched on, the monitored circuit 1-pole remains switched off from the network. Neutral and protective conductors are not switched to prevent an antenna effect. A DC voltage 230W DC with low residual ripple is present for monitoring. Therefore, a bridging of the working contact is not permissible and leads to destruction of the device. When a consumer is switched on, the field-free switch switches the monitored outer conductor. When the outer conductors are switched on first and after a power failure, the FR61 automatically learns new: first, a switch-on current of 30ma is predetermined. If then a small consumer is switched on for more than 24 hours, the total current consumption d

Current surge relays for mounting on support rail DIN-EN 60715 TH35, 16 A/250 V AC, potential-separated from supply voltage, with DX technology, bidirectional, stand-by-loss only 0.1 Watt current surge relays with 4 channels, each 1 closer 4A/250V AC, -Glüh lamps 1000W, potential-separated from supply voltage, with DX. Bidirectional. Stand-by loss only 0.1 Watt. Connection to Eltako-RS485-Bus. Cross-wiring bus and power supply with plug-in bridge. To this end, simply connect the N conductor to the terminal (N) and L to K(L). This results in an additional stand-by loss of only 0.1 Watt. If all 4 relays of the FSR14-4x are switched on, 0.7 watts are required. If the supply voltage fails, it is switched off in a defined manner. The channels can be taught independently as ES and/or ER channels. Scene control: A plurality of channels of one or more FSR14-4x can be switched on or off to one scene with one of the four control signals of a pushbutton learned as a scene scanner. Central commands on the PC are sent with the building radio visualization and control software GFVS. Learn one or more FSR14-4x on PC. With the rotary switches, the probes are learned and the 4 channels are tested if necessary. The LED under the upper rotary switch accompanies the learning process according to the user manual and displays control commands during operation by short flashing. Width in division units: 1 Max. Switching current: 4 A Max. Switching power: 1000 W Max. Number of switching outputs: 4 Bus system EIB/KNX: No Bus system Funkbus: Yes Bus system Powernet: No Bus connection included: Yes Bus system LON: No On site/hand operation: Yes With LED indicator: No Different phases connectable: No Modular expansion option: No

Electric shock switch relays for mounting on support rail DIN-EN 60715 TH35, 16 A/250 V AC, potential-separated from supply voltage, with DX technology, bidirectional, stand-by-loss only 0.1 Watt power surge switch relays with 2 channels, 1+1 lock potential-free 16A/250V AC, light bulbs 2000W, with DX technology. Bidirectional. Stand-by loss only 0.1 Watt. Row mounting device for mounting on support rail. Connection to Eltako-RS485-Bus. Cross-wiring bus and power supply with plug-in bridge. To this end, simply connect the N conductor to the terminal (N1) and L to 1(L) and/or N to (N2) and L to 3(L). This results in an additional stand-by loss of only 0.1 Watt. If the supply voltage fails, the switching state is maintained. When the supply voltage is recurring, it is switched off in a defined manner. The channels can be taught independently as ES and/or ER channels. Scene control: A plurality of channels of one or more FSR14-2x to one scene can be switched on or off with one of the four control signals of a pushbutton learned as a scene scanner. Central commands on the PC are sent with the building radio visualization and control software GFVS. The LED under the upper rotary switch accompanies the learning process according to the user manual and displays control commands during operation by short flashing. Max. switching current: 16 A Max. Switching power: 2000 W Width in division units: 1 Max. Number of switching outputs: 2 Bus system EIB/KNX: No Bus system Funkbus: Yes Bus system Powernet: No Bus connection included: Yes Bus system LON: No On site/hand operation: Yes With LED indicator: No Different phases connectable: No Modular expansion option: No

Rotary-Tast Dimming Switch for Single Mount 84x84x25mm or assembly into the E-Design switch system. Installation depth 33 mm. Universal dimming switch with rotary knob, Power MOSFET up to 300W. Automatic lamp detection. Minimum brightness and maximum brightness adjustable. Stand-by loss only 0.14 Watt. Universal dimming switch for lamps up to 300W, depending on the ventilation conditions. Dimmable energy-saving lamps ESL and dimmable 230V LED lamps additionally depend on lamp electronics. Switching in the zero passage with soft-on and soft-out for lamp protection. Supply, switching and control voltage 230V. No minimum load required. The set brightness level remains stored when switching off (memory). In the event of a power failure, the switching position and the brightness stage are stored and is switched on when the supply voltage is returned. Automatic electronic overload protection and overtemperature shutdown. Mounting: Mounting plate on. After adjusting the rotary switches, remove the red insulating cap and plug the rotary knob. The insulating cap should remain in the DTD65 for later use. Then snap the frame and plug the front panel. Attention! Before assembly and disassembly always turn off the mains voltage! With the left %-Drehschalter the minimum brightness (fully dimmed) can be set. With the middle %-Drehschalter the maximum brightness (fully dimmed) can be set. The right rotary switch adjusts the operating mode: AUTO allows the dimming of all lamp types. LC is a comfort position for LED lamps, which cannot be dimmed far enough on AUTO (phase section) due to construction and must therefore be forced to phase out. EC is a comfort position for energy-saving lamps, which must be switched on with an increased voltage due to the construction, so that they can also be switched on safely again cold. Operation: In the center of rotation

Radio blind actuator Tip-Funk® blind and roller shutter actuator, 1+1 closer, 4 A/250 W AC, for a shading element motor. 45 x 45 x 18 mm, stand-by loss only 0.8 W, up to 24 radio universal probes, radio direction probes and radio central control probes as well as bidirectional radio can be learned with the comfortable tip-radio technique, in addition, the actuator can be locally controlled with a conventional 230 V control probe without glow lamp current. 45x45x18mm. Stand-by loss only 0.8 Watt. With the comfortable Tip-Funk® technology, up to 24 radio universal probes, radio direction probes and radio central control probes can be learned. In addition, the actuator can be locally controlled with a conventional 230V controller without a glow lamp current. H x B x T mm: 45 x 45 x 18 Rated voltage: 250 W

Sensor input module for mounting on support rail DIN-EN 60715 TH35, for the Eltako-RS485-Bus, 10 control inputs for universal control voltage, stand-by loss only 0.1 W, connection to the Eltako-RS485 bus, cross-switching bus and power supply with plug-in bridges, the 12V DC power supply takes place with the only 1 TE wide switching power supply FSNT14-12V/12W, 10 control inputs +E1..+E10/-E galvanically isolated from the supply voltage, control voltage: 8..230V UC TLE: 2 Number of operating points: 10 input module for the Eltako-RS485-Bus, 10 control inputs for universal control voltage. Stand-by loss only 0.1 Watt. Connection to Eltako-RS485-Bus. Cross-wiring bus and power supply with plug-in bridges. Operation in conjunction with FAM14 or FTS14KS. 10 control inputs +E1..+E10/-E galvanically separated from the supply voltage. Control voltage: 8..230V UC. From the production week 44/15, the control inputs can be activated either for probes (delivery state), window door contacts or motion detectors. Control inputs for probes: Telegrams are generated by radio scanners (e.g. 0x70). Maximum 10 FTS14EM form a group. In total, a maximum of 50 FTS14EM is possible with 500 probes or contacts in an RS485 bus. In order to generate the necessary learning messages for learning into the actuators, the desired group must be selected at the upper and lower rotary switches. For probes in the region UT or RT or for window door contacts and motion detectors in the region RT.

Bus gateway multiple gateway, bidirectional, stand-by-loss only 0.5 watts, for coupling in up to 3 FEM, up to 10 FTS12EM, for direct connection with the computer GFVS-Safe, for connection with the bus components of the series 12, an RS232 interface or as a bus connector of two RS485 buses of the series 14, connection to the Eltako-RS485 bus, cross wiring bus and power supply with multiple gateway. Bidirectional. Stand-by loss only 0.5 Watt. Row mounting device for mounting on support rail. The gateway is only 1 TE wide but can be used multiple times: for coupling up to three radio reception modules, for direct connection via the RS232 interface to the PC, for connection with the bus components of the older series 12 or as a bus connector of two RS485 buses of the series 14. Connection to Eltako-RS485-Bus. Cross-wiring bus and power supply with plug-in bridge. The hold terminal is connected to the FAM14 or FTS14KS. Radio reception modules are connected in parallel to the sub-bus terminals RSA2 and RSB2 as well as the power supply terminals GND and +12V. Up to 10 probe input modules FTS12EM are optionally connected in series to the sub-bus terminals RSA2 and RSB2, possibly in series with radio reception modules FEM. The PC connection is effected by connection to the terminals Tx and Rx. Series 12 actuators are connected to the RSA2 and RSB2 sub-bus terminals. There is no hold connection here. A second series 14-bus is fed via the terminals RSA2/RSB2. The settings of the operating mode rotary switch BA take place according to the operating instructions. TLE: 1

Power surge group switches for central control Processor controlled, EGS12Z2 and EGS12Z convert the commands of the sensors or the downstream sensor relays and switch two motors or one motor or the motor disconnect relay MTR12. control voltage at terminals +B1 --A2 or. A3 to A8 must be the same potential, the following non-sections: automatic transmission, reverse delay, automatic transmission, duration up, duration Aba3 and A4 for local control with a normal double shutter switchA3 and A4 alternatiw for static central control a5 and A6 for local control with a normal double shutter switchA5 and A6 alternatiw for dynamic central control. Electric shock group switches for central control for two 230V motors. Stand-by loss only 0.05 - 0.9 Watt. The control voltage at terminals A3 to A8 must have the same potential. This current surge group switch converts the commands of the sensor relays or of switches and buttons and switches two 230V motors depending on the setting of the rotary switches on the front side. 1/2 = motor 1, 3/4 = motor 2. The mode of operation corresponds completely to the current surge group switch EGS12Z-UC, in which a motor separation relay MTR12-UC is integrated. 2+2 closer 5A/250V AC Number of closers: 4 width in division units: 2 Rated switching current: 5 A Control voltage 1: 8 - 230 W Control voltage type 1: AC/DC Installation depth: 58 mm Function: electronic group switch Assembly type: DIN rail Frequency of control voltage 1: 50 - 50 Hz Voltage type of supply voltage: AC/DC Supply voltage range: 8 - 230 W Max. Switching current (cos phi = 0.6): 2 A manual operation possible: Yes

Current surge switch relays for mounting on support rail DIN-EN 60715 TH35 4 times power surge switch relays for central and group control, 4 independent power surge switch functions, contact 1 closer 16 A/250 V AC, 4 individual power surge switch functions with central input and output respectively. group One and Out, voltage supply, group control or local control voltage 8 ..230V UC and galvanically separated central control voltage 8..230V UC, central control commands have priority, with Eltako-Duplex technology can switch 3 of the contacts to zero passage of a connected 230V AC phase, max. Fluorescent load: 1000 VA TLE: 2 Number of locks: 4 Number of openers: 4 Width in division units: 2 Max. Fluorescent lamp load (parallel compensated): 500 VA Max. Fluorescent lamp load (Duo circuit): 1000 VA Max. Incandescent lamp load: 2000 W supply voltage range: 8 - 230 V control voltage 1: 8 - 230 V control voltage type 1: AC/DC frequency of control voltage 1: 50 - 50 Hz control voltage 2: 8 - 230 V control voltage type 2: AC/DC Max. Lamp load: 1000 VA Max. Switching current (cos phi = 0.6): 4 A Installation depth: 58 mm Function: semi-electronic 4-fold current surge relay, also for central and group control. With 4 independent contacts. Stand-by loss only 0.03 to 0.4 Watt. To this end, simply connect the N conductor to the terminal (N) and the outer conductors to 1(L), 3(L) or 5(L). This results in an additional stand-by consumption of only 0.1 Watt. If the contact is used for controlling switching devices which themselves do not switch in the zero passage, (N) should not be connected, since the additional closing delay otherwise causes the opposite. Local universal control voltage 8..230V UC. With additional universal voltage control inputs centrally in and out for 8.230V UC, isolated from the local control inputs galvanically. With additional group control inputs in and out for 8..230V UC. Same potential as local tax revenues.

Wireless radio hand transmitter, can be glued to the wall, on glass or on furniture with an adhesive film, with 2 label labels for the back and 1 adhesive film. The radio modules contained in the radio hand transmitter can, according to the user's instructions, be learned in encrypted form in all encryptable actuators of the series 61 and 71, as well as in the FAM14. Color: white Number of channels: 8 Window transmitter: No Suitable for display element: No Hand transmitter: Yes Wall transmitter: No Remote control: Yes Halogen-free: Yes Surface design: shiny Suitable for switches: Yes Suitable for dimmer: Yes Suitable for blind switches: Yes Radio transmitter, 154x50mm, 16mm high. The batteryless hand transmitter contains two same radio modules as the radio button FT4 and has 2 double rockers. 8 evaluable radio telegrams can therefore be sent. This radio hand transmitter can also be glued to the wall, to glass or to furniture with an adhesive film as well as the non-conductive radio buttons. Includes 2 labeling labels for the back and 1 adhesive film. The radio modules contained in the radio hand transmitter can, according to the user's instructions, be learned in encrypted form in all encryptable actuators of the series 61 and 71, as well as in the FAM14. For this purpose, the radio-taster encryption rocker FTWW is required. Encryptable actuators carry the key pictogram.

Communication interface FTS14 communication interface for the Eltako-RS485-Bus with integrated switching power supply 12 V DC-1A, stand-by-loss only 0.6 Watt, series installation device for mounting on support rail DIN-EN 60715 TH35, 2 division units, cross wiring bus and power supply with plug-in bridge, mini-USB for connecting a PC for creating a device list, for configuring actuators with the help of PCT14 and for data backup TLE14 Eltako-RS485 bus with integrated power supply 12V DC/8W. Stand-by loss only 0.6 Watt. Supply voltage 230V. Included are 2 terminal resistors for plugging in with imprint ?, 1/2 TE, 3 plug-in bridges 1 TE (including 1 replacement), 2 plug-in bridges 1/2 TE (including 1 replacement) and a plug-in bridge mounting tool SMW14. Bus and power supply with plug-in bridge. At the last actuator, the adjacent second terminal resistor must be plugged on. Mini USB to connect a PC to create a device list, to configure the actuators using PCT14 and to backup data. A legalization code for downloading the PCT14 from the Eltako-Homepage www.eltako.de is the FTS14KS. All FTS14EM and possibly gateways FGW14 are connected to the terminal hold when they connect a PC to RS232 bus. 10 different operating modes according to the user manual can be set with the operating mode rotary switch BA. The LED at the bottom lights green when a connection was established by PCT14. When reading or writing data, the green LED flickers. The green LED expires when the connection was separated from PCT14. With a load greater than 50% of the rated power of 8W, half of the division unit is required with the spacer DS14 on the left side.

Radio minihand transmitter, 45x85mm, 18mm high. Weight only 60 grams. The batteryless mini-hand transmitter FMH8 contains two same radio modules as the radio button FT4 and has 8 buttons. 8 evaluable radio telegrams can therefore be sent. The housing is laser-engraved with numbers 1 to 8. According to the user manual, the radio modules contained in the radio minihand transmitter can be learned in encrypted form into all encryptable actuators of the series 61 and 71 as well as into the FAM14. For this purpose, the radio-taster encryption rocker FTWW is required. Encryptable actuators carry the key pictogram. Color: anthracite Number of channels: 8