List of products by brand Eltako

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 deceleration, automatic transmission, duration up, duration Aba3 and A4 for local control with a normal double shutter switchA3 and A4 alternating controller for the static central controller A5 and A6 for local control with a normal double shutter A5 and A6 alternating actuator A7 dynamic for the central controller A250. Electric shock group switches for central control for 1 motor or for motor relays. Stand-by loss only 0.05 to 0.4 Watt. This current surge group switch converts the commands of the sensor relays or of switches and pushbuttons, and switches a motor, motor separation relays MTR12-UC or DC motor relays depending on the setting of the turntables on the front side. The operating principle of this current surge group switch is that, on the one hand, on the other hand, on the other hand, on the other hand, both contacts can be controlled in a pulse-wise manner, on the other hand, on the other hand, by means of additional control inputs can be selected specifically on or off. Dynamically denotes control inputs in which a pulse of at least 20 ms is sufficient to close a contact. Static is a control input in which the contact is closed only as long as the control command is present. The names on and off apply to roller shutters, blinds and roller blinds. Number of locks: 2 Width in division units: 2 Rated switching current: 16 A Control voltage 1: 8 - 230 W

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

LED dimming switch for installation and AP mounting Power MOSFET for LED lamps 12-36 W DC to 4 A, pulse width modulation PWM. Stand-by loss only 0.1 Watt. Minimum brightness and dimming speed adjustable, Children's room and slumber circuit Operation type: Rotary knob Halogen-free: Yes Serial dimmer: No Conveyor input: No Applicable with motion detector: No Applicable with presence detector: No Applicable with time switch/timer: No Applicable with radio button: No Applicable with IR button: No Adjustment with screw Material: Plastic Material: Thermoplastic. Stand-by loss only 0.1 Watt. Minimum brightness and dimming speed adjustable. With children's room and slumber circuit. For installation. 45mm long, 45mm wide, 18mm deep. Dimming switches for R and LED loads up to 4A depending on the ventilation conditions. With soft-on and soft-out for lamp protection. Supply voltage 12 to 36W DC, depending on the connected LED illumination. A pulse-resistant power supply is required. Universal control voltage 8..230V UC, galvanically isolated from the supply voltage. Either directional keys can be connected to arrow up+bottom, or these connection terminals are bridged and a probe is connected as a universal probe. With universal probe: Short control commands turn on/off, permanent control changes brightness up to the maximum value. An interruption of the control changes the dimming direction. With directional sensor: turn on and dim with arrow up, turn off and dim down with arrow down. A double pulse with arrow up causes dimming up to full brightness with the set dimming speed (dimspeed). The set brightness level remains stored when switching off (memory). For a current

Switching relay for mounting on support rails DIN-EN60715 TH35 No heat losses due to internal bistable relay,DX=Eltako-Duplex technology, switch in the zero crossing of the sine wave of a 230V switching voltage, low switching noise, control indicator with light-emitting diode, integrated freewheel/lowering diode (A1 =+, A2 =−) switching relays. No standby loss. The most modern hybrid technology combines the advantages of wear-free electronic control with the high power of special relays. To this end, simply connect the N conductor to the terminal (N) and L to 1 (L). This results in a 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. Very low switching noise. Control indicator with light-emitting diode. The connection terminal occupancy is identical to the electromechanical switching relay R12-100-. By using a bistable relay, there is no coil loss power and no heating as a result even in the switched-on state. The relay contact can be open or closed during commissioning and synchronizes during the first actuation. This relay is not suitable for feedback with the switching voltage of a dimming switch. The electronics have no own power supply and therefore no stand-by loss. Only when the control contact is closed is the microcontroller which switches the bistable relay in the correct direction. When the control contact is opened or a falling control voltage is switched back. TLE: 1 Number of contacts as closer: 1 Rated control voltage Us at AC 50 Hz: 8 - 230 V

Control relays for support rails DIN EN 60715 TH35 switching position indicator by light-emitting diode, low control power requirement, low switching noise, for small currents, low self-heating, with integrated free-wheeling/lowering diode (A1=+, A2=′′), ER12-001-12 ̊230 W UC according to WDE 010, part 101, therefore also used as coupling relay A250. No standby loss. The most modern hybrid technology combines the advantages of wear-free electronic control with the high power of special relays. Low switching noise. Control indicator with light-emitting diode. Integrated freewheel/leak diode (A1 =+, A2 =−). Safe separation according to WDE 0106, part 101, therefore also usable as a coupling relay. By using a bistable relay, there is no coil loss power and no heating as a result even in the switched-on state. The relay contact can be open or closed during commissioning and synchronizes during the first actuation. This relay is not suitable for feedback with the switching voltage of a dimming switch. The electronics have no own power supply and therefore no stand-by loss. Only when the control contact is closed is the microcontroller which switches the bistable relay in the correct direction. When the control contact is opened or a falling control voltage is switched back. TLE: 1 Number of contacts as changer: 1 Rated control voltage Us at AC 50 Hz: 230 - 230 W

Control relays for support rails DIN EN 60715 TH35 switching position indicator by light-emitting diode, low control power requirement, low switching noise, for small currents, low self-heating, with integrated freewheeling/locking diode (A1=+, A2=′′), ER12-001-12230 W UC according to WDE 010, part 101, therefore also used as coupling relays, nominal switching power: 1250. No standby loss. The most modern hybrid technology combines the advantages of wear-free electronic control with the high power of special relays. Low switching noise. Control indicator with light-emitting diode. Integrated freewheel/leak diode (A1 =+, A2 =−). Due to the use of bistable relays, there is no coil loss power and no heating thereby even in the switched-on state. The relay contact can be open or closed during commissioning and synchronizes during the first actuation. This relay is not suitable for feedback with the switching voltage of a dimming switch. The electronics have no own power supply and therefore no stand-by loss. Only when the control contact is closed is the microcontroller which switches the bistable relay in the correct direction. When the control contact is opened or a falling control voltage is switched back.

Switching relay for mounting on support rails DIN-EN60715 TH35 No heat losses due to internal bistable relay,DX=Eltako-Duplex technology, switch in the zero crossing of the sine wave of a 230V switching voltage, low switching noise, control indicator with light-emitting diode, integrated freewheel/lowering diode (A1 =+, A2 =−) switching relays. No standby loss. The most modern hybrid technology combines the advantages of wear-free electronic control with the high power of special relays. Very low switching noise. Control indicator with light-emitting diode. The connection terminal occupancy is identical to the electromechanical switching relay R12-110-. By using a bistable relay, there is no coil loss power and no heating as a result even in the switched-on state. The relay contact can be open or closed during commissioning and synchronizes during the first actuation. This relay is not suitable for feedback with the switching voltage of a dimming switch. The electronics have no own power supply and therefore no stand-by loss. Only when the control contact is closed is the microcontroller which switches the bistable relay in the correct direction. When the control contact is opened or a falling control voltage is switched back. TLE: 1 Number of contacts as closers: 1 Number of contacts as openers: 1 Rated control supply voltage Us at AC 50 Hz: 8 - 230 V

Switching relay for mounting on support rails DIN-EN60715 TH35 No heat losses due to internal bistable relay,DX=Eltako-Duplex technology, switch in the zero crossing of the sine wave of a 230V switching voltage, low switching noise, control indicator with light-emitting diode, integrated freewheel/lowering diode (A1 =+, A2 =−) TLE: 1 number of contacts as a closer: 2 measurement control supply voltage Us at AC 50 Hz: 8 - 230 V switching relays. No standby loss. The most modern hybrid technology combines the advantages of wear-free electronic control with the high power of special relays. Very low switching noise. Control indicator with light-emitting diode. The connection terminal occupancy is identical to the electromechanical switching relay R12-200-. By using a bistable relay, there is no coil loss power and no heating as a result even in the switched-on state. The relay contact can be open or closed during commissioning and synchronizes during the first actuation. This relay is not suitable for feedback with the switching voltage of a dimming switch. The electronics have no own power supply and therefore no stand-by loss. Only when the control contact is closed is the microcontroller which switches the bistable relay in the correct direction. When the control contact is opened or a falling control voltage is switched back.

Switching relays for installation and AP mounting potential-free 10A/250V AC, No stand-by loss Universal control voltage 8-230 W UC, bistable relay as working contact, very low switching noise, due to the use of a bistable relay, there is no coil loss power and no heating as a result of switching relay UC. 1 changer potential-free 10A/250V AC, light bulbs 2000W. No standby loss. For installation and AP mounting. 45 mm long, 45mm wide, 18mm deep. The most modern hybrid technology combines the advantages of wear-free electronic control with the high power of special relays. Universal control voltage 8..230V UC. Very low switching noise. By using a bistable relay, there is no coil loss power and no heating as a result even in the switched-on state. The relay contact can be open or closed during commissioning and synchronizes during the first actuation. This relay is not suitable for feedback with the switching voltage of a dimming switch. Use only the relays ESR12DDX-UC, ESR12NP-230V+UC or ESR61NP-230V+UC. The electronics have no own power supply and therefore no stand-by loss. Only when the control contact is closed is the microcontroller which switches the bistable relay in the correct direction. When the control contact is opened or a falling control voltage is switched back. Number of contacts as changer: 1 measurement control supply voltage Us at AC 50 Hz: 8 - 230 W

Power surge switches, electronic for mounting on support rail DIN-EN 60715 TH35 potential-free 16A/250V AC, incandescent lamps 200W No stand-by loss, maximum current as a sum of both contacts 20A at 230V, connection terminal occupancy is identical with current surge switches S12 width in division units: 1 Number of switches: 1 Number of openers: 1 Rated switch current: 16DC. Bulb load: 2000 W Max. Lamp load: 1000 VA Max. Fluorescent lamp load (Duo circuit): 1000 VA Max. Fluorescent lamp load (parallel compensated): 500 VA Max. Switching current (cos phi = 0.6): 4 A manual operation possible: No power surge switch UC. No standby loss. Either universal control voltage 8..230V UC at the control input +A1/-A2 or 230W with up to 5ma glow lamp current at the control input with glow lamp symbol (L)/-A2(N). The simultaneous use of two potentials at the tax inputs is not permissible. Very low switching noise. No constant power supply required, therefore no stand-by loss. The most modern hybrid technology combines the advantages of wear-free electronic control with the high power of special relays. By using a bistable relay, there is no coil loss power and no heating as a result even in the switched-on state. The relay contact can be open or closed during commissioning and synchronizes during the first actuation. The connection terminal occupancy is identical to the electromechanical current surge switch .

Power surge switch, electronic for mounting on support rail DIN-EN 60715 TH35 potential-free 16A/250V AC, incandescent lamps 200W No stand-by loss, maximum current as the sum of both contacts 20A at 230V, connection terminal occupancy is identical with current surge switch S12 width in division units: 1 Number of switches: 2 Rated switch current: 16 A. Bulb load: 2000 W Max. Lamp load: 1000 VA Max. Fluorescent lamp load (Duo circuit): 1000 VA Max. Fluorescent lamp load (parallel compensated): 500 VA Max. Switching current (cos phi = 0.6): 4 A manual operation possible: No power surge switch UC. No standby loss. Either universal control voltage 8..230V UC at the control input +A1/-A2 or 230W with up to 5ma glow lamp current at the control input with glow lamp symbol (L)/-A2(N). The simultaneous use of two potentials at the tax inputs is not permissible. Very low switching noise. No constant power supply required, therefore no stand-by loss. The most modern hybrid technology combines the advantages of wear-free electronic control with the high power of special relays. By using a bistable relay, there is no coil loss power and no heating as a result even in the switched-on state. The relay contact can be open or closed during commissioning and synchronizes during the first actuation. Maximum current as a sum of both contacts 16A at 230W.

Current surge switches, electronic for mounting on support rail DIN-EN 60715 TH35 potential-free 16A/250V AC, incandescent lamps 200W No stand-by loss, maximum current as a sum over both contacts 20A at 230V, connection terminal occupancy is identical with current surge switches S12 current surge switches, 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. The simultaneous use of two potentials at the tax inputs is not permissible. Very low switching noise. No constant power supply required, therefore no stand-by loss. The most modern hybrid technology combines the advantages of wear-free electronic control with the high power of special relays. By using a bistable relay, there is no coil loss power and no heating as a result even in the switched-on state. The relay contact can be open or closed during commissioning and synchronizes during the first actuation. The connection terminal occupancy is identical to the electromechanical current surge switch. Width in division units: 1 Number of locks: 1 Rated switching current: 16 A Control voltage type 1: AC/DC Installation depth: 58 mm Function: electronic switch Mounting type: DIN rail Frequency of control voltage 1: 50 - 50 Hz Voltage type of supply voltage: AC Supply voltage range: 250 - 250 W Max. Bulb load: 2000 W Max. Lamp load: 1000 VA Max. Fluorescent lamp load (Duo circuit): 1000 VA Max. Fluorescent lamp load (parallel compensated): 500 VA Max. Switching current (cos phi = 0.6): 4 A manual operation possible: No

Current surge switches, electronic for central control work contacts and control inputs are central/local are galvanically separated, therefore local can be controlled with another phase and voltage, as central, with rotary switches various priorities can be set between the different control inputs, in this case it is also decided whether the device switches off in a defined manner after a mains failure or maintains the switch position, Glimm lamp current equal to 110W control voltage. Stand-by loss only 0.03 to 0.4 Watt. Priorities of central control can be selected. The most modern hybrid technology combines the advantages of wear-free electronic control with the high power of special relays. With additional control inputs centrally and centrally separated from the local control input for 8.230V UC. Supply voltage like the local control voltage. Very low switching noise. Glow lamp current from 110W control voltage up to 50ma in switch positions 1 to 3 and 5 to 7. By using a bistable relay, there is no coil loss power and no heating as a result even in the switched-on state. After installation, wait for the automatic short synchronization before the switched consumer is placed on the network. Maximum current as a sum over both contacts 20A at 230W. With control LED. Width in division units: 1 Number of locks: 1 Number of openers: 1 Rated switching current: 16 A Installation depth: 58 mm Function: electronic for central control Assembly type: DIN rail Frequency of control voltage 1: 50 - 50 Hz Frequency of control voltage 2: 50 - 50 Hz Voltage type of supply voltage: AC Supply voltage range: 250 - 250 W Max. Bulb load: 2000 W Max. Lamp load: 1000 VA Max. Light

Current surge switches, electronic for central control work contacts and control inputs are central/local are galvanically separated, therefore local can be controlled with another phase and voltage, as central, with rotary switches various priorities can be set between the different control inputs, in this case it is also decided whether the device switches off in a defined manner after a mains failure or maintains the switch position, Glimm lamp current equal to 110W control voltage. Stand-by loss only 0.03 to 0.4 Watt. Priorities of central control can be selected. The most modern hybrid technology combines the advantages of wear-free electronic control with the high power of special relays. With additional control inputs centrally and centrally separated from the local control input for 8.230V UC. Supply voltage like the local control voltage. Very low switching noise. Glow lamp current from 110W control voltage up to 50ma in switch positions 1 to 3 and 5 to 7. By using a bistable relay, there is no coil loss power and no heating as a result even in the switched-on state. After installation, wait for the automatic short synchronization before the switched consumer is placed on the network. Maximum current as a sum of both contacts 16A at 230W. With control LED. This flashes after 15 seconds with blocked local probe, not in the rotary switch positions 4 and 8. With the upper rotary switch, this current surge switch can be completely or partially excluded from the central control. Width in division units: 1 Number of locks: 2 Rated switching current: 16 A Installation depth: 58 mm Function: electronic switch Assembly type: DIN rail Frequency of control voltage 1: 50 - 50 Hz Fre

10A/250V AC, incandescent lamps 2000W, no stand-by loss, hybrid technology, either universal control voltage 8..230V UC at control input +A1/-A2 or 230 W with up to 5 ma Glow lamp current at control input (L)/-A2(N) current surge switches UC. 1 lock potential-free 10A/250V AC, light bulbs 2000W. No standby loss. For installation. 45mm long, 45mm wide, 18mm deep. The most modern hybrid technology combines the advantages of wear-free electronic control with the high power of special relays. Either universal control voltage 8..230V UC at the control input +A1/-A2 or 230W with up to 5ma glow lamp current at the control input with glow lamp symbol (L)/-A2(N). The simultaneous use of two potentials at the tax inputs is not permissible. Very low switching noise. No constant power supply required, therefore no stand-by loss. By using a bistable relay, there is no coil loss power and no heating as a result even in the switched-on state. The relay contact can be open or closed during commissioning and synchronizes during the first actuation. If this current surge switch is in a circuit which is monitored with a field-free switch FR12-230V, it does not require an additional base load, but the monitoring voltage of the FR12-230V must be set to max. The electronics have no own power supply and therefore no power consumption in both contact positions. Only during the short control pulse of only 0.2 seconds, the control current, which activates the microcontroller, lets it read the last switching state from its non-volatile memory, switches the bistable relay accordingly in the opposite direction and writes the new switching state back into the memory. Number of contacts as lock: 1 Rated control voltage Us at AC 60 Hz: 250 - W