Eltako

Field-free switch Self-learning field-free switch, interrupts the power supply after all downstream consumers and thus prevents disturbing electromagnetic fields, self-learning processor instead of setting buttons for the current thresholds, rated switching power 16 A/250 W AC self-learning field-free switch. Self-learning. Stand-by-loss only 0.8 Watt. Modern hybrid technology combines the advantages of wear-free electronic control with high switching power from special relays. The field-free switch interrupts the power supply after disconnection of downstream consumers and thus prevents interfering electromagnetic fields. Up to a current consumption of 200ma, 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 adjusted manually, but is learned by the FR12 using a patented method. 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. An adjustable DC voltage 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 with a delay of approx. 1 second and the LED lights red. Measurement voltage: 230 W

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

Radio switch for mounting on support rail DIN-EN 60715 TH35, for shading elements and roller shutters, 2 channels for 2 230 V motors, 2+2 closer 4A/250 V AC, potential-separated from supply voltage 12 V, bidirectional, stand-by-loss only 0.1 Watt, connection to the supply voltage 12 V Eltako-RS485 bus, the probes can be learned either as a direction sensor or as a universal probe PLE: 1 Max. Number of blind exits: 2 Bus system EIB/KNX: No Bus system Radiobus: Yes Bus system Powernet: No Bus connection included: Yes Bus system LON: No On site/hand operation: Yes With LED display: No Switch actuator shading elements and roller shutters with 2 channels for two 230V motors. 2+2 Locker 4A/250V AC, potential-separated from the supply voltage 12V. 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. Contact circuit in the zero passage for protecting the contacts and motors. A motor is connected to 1, 2 and N, a second motor may be connected to 3, 4 and N. If both relays of the FSB14 are switched on, 0.4 Watt are required. If the supply voltage fails, it is switched off in a defined manner. The probes can be learned either as a directional sensor or as a universal probe: Local control with universal probe: With each pulse, the switching position changes in the order, stop, stop, stop. Local control with directional sensor: The switching position on is activated in a targeted manner with a key pulse at the top. On the other hand, the switching position Ab is selectively activated by means of a pulse at the bottom. Another pulse from one of the two probes immediately interrupts the sequence. Central control dynamic without priority: By means of a control signal of a probe learned as a central control probe without priority, the switching position Up or Down is activated in a targeted manner. Without priority because this function of other tax

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

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

Universal dimmor for mounting on support rail DIN-EN 60715 TH35, Power MOSFET up to 400 W or. 800 W, automatic lamp detection, bidirectional, stand-by loss only 0.3 Watt, minimum brightness and dimming speed adjustable, with children's room, slumber and light alarm circuit, in addition with light scene control and constant light control, no minimum load, connection to the RS485 interface universal dimming switch, power MOSFET up to 400W. Automatic lamp detection. Bidirectional. Stand-by loss only 0.3 Watt. Minimum brightness and dimming speed adjustable. With children's room, slumber and light alarm. In addition to light scene control and constant light control. Row mounting device for mounting on support rail. Universal dimming switch for lamps up to 400W, depending on the ventilation conditions, dimmable energy saving lamps ESL and dimmable 230V LED lamps additionally depending on the lamp electronics. Switching in the zero passage with soft-on and soft-out for lamp protection. Switching 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. Connection to Eltako-RS485-Bus. Cross-wiring bus and power supply with plug-in bridge. The upper rotary switch LA/LRN is first required for learning and determines during operation whether the automatic lamp recognition should act or special comfort positions. The LED accompanies the learning process according to the user manual and displays control commands by short flashing. Width in division units: 1 Number of outputs: 1 Output power from/to: 400 - W Voltage range: 230 - V Version: Dimmaktor Power added: No Bus system EIB/KNX: No Bus system Radiobus:

Base load element resistance block, PTC in a small socket with connection lines, can be used directly in a consumer, a switch or a branch box, it is not able to hold the field-free switch on without additional consumers A basic load is used if consumers cannot be detected due to their capacity, but should cause the mains voltage to be switched on. Basic loads must always go into operation parallel to the associated consumer and be switched off with the same. Higher standby loads can impair or prevent recognition of a basic load. Examples of this: fluorescent lamps, dimmer circuits and electronic transformers. Basic load element GLE PTC in a small sleeve with connection lines can be used directly in a consumer, a switch or a branch can. It is not able to hold the field-free switch on without additional consumers.

Coupling relay width 9 mm for support rails DIN EN 60715 TH35, switching position indicator with LED. Only 1/2 division unit = 9 mm wide, 55 mm deep. Safe separation according to WDE 0106, part 101 Voltage type for actuation: AC Number of contacts as closer: 1 Rated control voltage Us at AC 50 Hz: 230 - W Coupling relays. No standby loss. The most modern hybrid technology combines the advantages of wear-free electronic control with the high power of special relays. Control indicator with LED. Only 0.2W. Safe separation according to WDE 0106, part 101, therefore also usable as a coupling relay.

Coupling relay width 9 mm for support rails DIN EN 60715 TH35, switching position indicator with LED. Only 1/2 division unit = 9 mm wide, 55 mm deep. Safe separation according to WDE 0106, part 101 Mounting type: DIN rail Measurement current: 6 A Number of locks: 1 Number of changers: 0 Number of openers: 0 Width in division units: 0.5 Max. Fluorescent lamp load (parallel compensated): 300 VA Max. Luminous lamp load (Duo circuit): 600 VA Max. Incandescent lamp load: 500 W supply voltage range: 250 - 250 W control voltage 1: 24 - 24 W control voltage type 1: AC/DC frequency of control voltage 1: 50 - 50 Hz Max. Luminous lamp load: 600 VA voltage type of supply voltage: AC Max. Switching current (cos phi = 0.6): 2 A Installation depth: 55 mm Function: partially electronic coupling relays. No standby loss. The most modern hybrid technology combines the advantages of wear-free electronic control with the high power of special relays. Control indicator with LED. Only 0.2W. Safe separation according to WDE 0106, part 101, therefore also usable as a coupling relay.

Universal dimming switch for mounting on support rail DIN-EN 60715 TH35 Power MOSFET up to 400 W, for lamps up to 400 W, depending on the ventilation conditions, dimmable energy-saving lamps ESL and dimmable 230 V-LED lamps additionally depending on the lamp electronics, automatic lamp detection, minimum or maximum brightness and dimming speed adjustable, children's room and slumber circuit. Power MOSFET up to 400W. Stand-by loss only 0.1 Watt. The load type of a power additive can differ in the circuit power increase with additional lights from the load type of the universal dimming switch. This makes it possible to mix L-Lasten and C-Lasten. This setting must match the actual installation, otherwise the electronics could be destroyed! Width in division units: 1 Number of outputs: 1 Output power from/to: 400 - W Voltage range: 230 - W Power supply usable: Yes Bus system EIB/KNX: No Bus system Radio bus: No Bus system Powernet: No Bus connection included: No Bus system LON: No Other bus systems: without on-site/hand operation: Yes With LED display: Yes Parallel operation possible: No

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 shall be the same potential, the following non-sections: automatic transmission, reverse deceleration, automatic transmission, duration up to Aba3 and A4 for local control with a normal double shutter switchA3 and A4 alternating shutter for static central control a5 and A6 for local control with a normal double shutter measurement A5 and A6 alternating shutter. Stand-by loss only 0.5 Watt. 1 division unit. The tube motors of shading elements and roller shutters must not be directly connected in parallel, since otherwise, over the limit switches, back tensions and finally the destruction of the motors occur. For a motor and if the control voltage and the motor voltage are 230W, however, an EGS12Z-UC is sufficient to control more than one motor with an EGS12Z-UC or if the control voltage is unequal, a MTR12-UC must be connected for each two motors. The MTR12-UC can be operated in parallel, but require free contact outputs K2/K3 of the controlling EGS12Z-UC. These are connected to the terminals K2/K3 of the MTR12-UC. 1/2 = motor 1, 3/4 = motor 2. With a rotary switch, the functions can be locked on or off and can be switched off completely. This lock applies only to the max. 2 connected motors. In this way, individual shading elements or roller shutters can be completely or partially excluded from the automatic function of an overall controller

DIN-EN 50 022 control input 230W AC and additionally adjustable for universal voltage 8 to 230W UC, follow-up time up to 12 minutes, response delay: 0 - 8 minutes, with continuous on- and continuous off switch, 16A/250V AC not potential-free TLE: 1 number of contacts as closer: 1 follow-up switch. Stand-by loss only 0.5 Watt. Contact circuit in the zero passage to protect the contacts and consumers. The most modern hybrid technology combines the advantages of wear-free electronic control with the high power of special relays. Control voltage 230W and additionally galvanically separated universal control voltage 8..230V UC. Very low switching noise. Adjustable with the upper rotary switch for 1 to 12 minutes. Response delay 0 to 12 minutes with the middle rotary switch adjustable. Permanent-on and permanent-off switch with the lower rotary switch. Function: With the closing of the control contact (light switch), the response delay AV (if not set 0) begins at whose end the fan is switched on. From the opening of the control contact and if a set response delay had already expired, the set relapse delay RV (aftertime) at whose end the fan is switched off runs. This follow-up switch can be controlled by all dimmers EUD12 and EUD61 even with the smallest dimming position.