The radio-key module DMF_A enables the implementation of the battery-less radio transmission of a scanner signal, amongst others, in building technology, industrial automation, aircraft industry and other areas. The eergy needed for this is extracted from an electrodynamic power unit from the energy of the key drop. Can be combined with a push-button switch or a positioning return switch.
The radio control receiver in the mounting enclosure is used for switching of 4 independent electrical loads by means of radio transmission. The radio transmission takes place on the European harmonized frequency of 868.3 MHz. The system is particularly suitable for the flexible building or industrial automation, as the assembly and installation expense for both new installations, retrofitting or upgrading is reduced. The receiver responds to commands from binary wireless/radio sensors and switches of various manufacturers, whose sensors based on EnOcean PTM and STM-Modules. The switching outputs can be configured either as switch or button. Several (maximum 10) broadcast stations can be taught per channel.
The RAFIX switching element has spade terminals which can be soldered/plugged or wired into a block connector. A protective cage may be used to finger-proof the connection (acc. to VBG 4) to the switching element and lamp holder. The protective cage is snapped onto the contact element prior to connecting the contact lugs. There is also the option of using a PCB socket for mounting on printed circuits. Construction: Contact system: Self-cleaning bridge contact with textured contact surface & - Standard switching element: Common switching chamber, 1 operating plunger & - Universal switching element: 2 separate switching chambers, 2 operating plungers, NC contacts with forced separation acc. to VDE 0660 & - Illumination: Lamp holder wedge base W2 x 4.6 d max. 60 V/1.2 W bulb, multi-chip-LED & - Fastening: snaps onto actuator element & - Connections: Spade terminal (tinned), can also be used as solder terminal Mechanical characteristics: actuation travel: stop strength (in conjunction with actuator element). Standard switching elements: The standard switching element includes an operating plunger and a common switching chamber. This can be snapped onto operating elements with one operating direction (e.g. push buttons). A standard switching element with integrated latching mechanism is used as the switch. It is tripped through normal actuation. 1 NC +1 NO contact
The RAFIX switching element has 2.8 x 0.8 mm spade terminals which can be soldered/plugged or wired into a block connector. A protective cage may be used to finger-proof the connections (acc. to VBG 4) to the switching elements and lamp holders. The protective cage is snapped onto the contact elements prior to connecting the contact lugs. There is also the option of using a pcb socket for mounting on printed circuits. The standard switching element includes an operating plunger and a common switching chamber. This can be snapped onto operating elements with one operating direction (e.g. pushbuttons). A standard switching element with integrated latching mechanism is used as the switch It is tripped through normal actuation.
The RAFIX switching element has 2.8 x 0.8 mm spade terminals which can be soldered/plugged or wired into a block connector. A protective cage may be used to finger-proof the connections (acc. to VBG 4) to the switching elements and lamp holders. The protective cage is snapped onto the contact elements prior to connecting the contact lugs. There is also the option of using a pcb socket for mounting on printed circuits. The standard switching element includes an operating plunger and a common switching chamber. This can be snapped onto operating elements with one operating direction (e.g. pushbuttons). A standard switching element with integrated latching mechanism is used as the switch It is tripped through normal actuation.
The RAFIX switching element has spade terminals which can be soldered/plugged or wired into a block connector. A protective cage may be used to finger-proof the connection (acc. to VBG 4) to the switching element and lamp holder. The protective cage is snapped onto the contact element prior to connecting the contact lugs. There is also the option of using a PCB socket for mounting on printed circuits. Construction: Contact system: Self-cleaning bridge contact with textured contact surface & - Standard switching element: Common switching chamber, 1 operating plunger & - Universal switching element: 2 separate switching chambers, 2 operating plungers, NC contacts with forced separation acc. to VDE 0660 & - Illumination: Lamp holder wedge base W2 x 4.6 d max. 60 V/1.2 W bulb, multi-chip-LED & - Fastening: snaps onto actuator element & - Connections: Spade terminal (tinned), can also be used as solder terminal Mechanical characteristics: actuation travel: stop strength (in conjunction with actuator element). Standard switching elements: The standard switching element includes an operating plunger and a common switching chamber. This can be snapped onto operating elements with one operating direction (e.g. push buttons). A standard switching element with integrated latching mechanism is used as the switch. It is tripped through normal actuation. 1 NC +1 NO contact
The RAFIX switching element has 2.8 x 0.8 mm spade terminals which can be soldered/plugged or wired into a block connector. A protective cage may be used to finger-proof the connections (acc. to VBG 4) to the switching elements. The protective cage is snapped onto the contact elements prior to connecting the contact lugs. There is also the option of using a pcb socket for mounting on printed circuits. The standard switching element includes an operating plunger and a common switching chamber. This can be snapped onto operating elements with one operating direction (e.g. pushbuttons). A standard switching element with integrated latching mechanism is used as the switch It is tripped through normal actuation.
The RAFIX switching element has 2.8 x 0.8 mm spade terminals which can be soldered/plugged or wired into a block connector. A protective cage may be used to finger-proof the connections (acc. to VBG 4) to the switching elements. The protective cage is snapped onto the contact elements prior to connecting the contact lugs. There is also the option of using a pcb socket for mounting on printed circuits. The standard switching element includes an operating plunger and a common switching chamber. This can be snapped onto operating elements with one operating direction (e.g. pushbuttons). A standard switching element with integrated latching mechanism is used as the switch It is tripped through normal actuation.
The RAFIX switching element has spade terminals which can be soldered/plugged or wired into a block connector. A protective cage may be used to finger-proof the connection (acc. to VBG 4) to the switching element and lamp holder. The protective cage is snapped onto the contact element prior to connecting the contact lugs. There is also the option of using a PCB socket for mounting on printed circuits. Construction: Contact system: Self-cleaning bridge contact with textured contact surface & - Standard switching element: Common switching chamber, 1 operating plunger & - Universal switching element: 2 separate switching chambers, 2 operating plungers, NC contacts with forced separation acc. to VDE 0660 & - Illumination: Lamp holder wedge base W2 x 4.6 d max. 60 V/1.2 W bulb, multi-chip-LED & - Fastening: snaps onto actuator element & - Connections: Spade terminal (tinned), can also be used as solder terminal Mechanical characteristics: actuation travel: stop strength (in conjunction with actuator element). Standard switching elements: The standard switching element includes an operating plunger and a common switching chamber. This can be snapped onto operating elements with one operating direction (e.g. push buttons). A standard switching element with integrated latching mechanism is used as the switch. It is tripped through normal actuation. 1 NC +1 NO contact
The RAFIX switching element has spade terminals which can be soldered/plugged or wired into a block connector. A protective cage may be used to finger-proof the connection (acc. to VBG 4) to the switching element and lamp holder. The protective cage is snapped onto the contact element prior to connecting the contact lugs. There is also the option of using a PCB socket for mounting on printed circuits. Construction: Contact system: Self-cleaning bridge contact with textured contact surface & - Standard switching element: Common switching chamber, 1 operating plunger & - Universal switching element: 2 separate switching chambers, 2 operating plungers, NC contacts with forced separation acc. to VDE 0660 & - Illumination: Lamp holder wedge base W2 x 4.6 d max. 60 V/1.2 W bulb, multi-chip-LED & - Fastening: snaps onto actuator element & - Connections: Spade terminal (tinned), can also be used as solder terminal Mechanical characteristics: actuation travel: stop strength (in conjunction with actuator element). Standard switching elements: The standard switching element includes an operating plunger and a common switching chamber. This can be snapped onto operating elements with one operating direction (e.g. push buttons). A standard switching element with integrated latching mechanism is used as the switch. It is tripped through normal actuation. 1 NC +1 NO contact