Structure-borne drivers


BS 130 - 4 Ohm



bs130

Structure-borne sound converter for bass frequencies. The units are attached to a surface which is able to resonate, which causes it to oscillate (e.g. a panel of a car body, the base construction of a settee etc.). No enclosed cabinet is required. Using the BS 130 - 4 Ohm, this enables the lowest bass frequencies, such as those used for effects in films, to be reproduced in such a way that they are felt through the body rather than heard.


Please find further information on exciters here: Basic principles of exciter-technology (PDF; 388 KB)

BS 76 - 8 Ohm



bs76

Structure-borne sound converter for midrange- and high frequencies. The units are attached (with screw M5) to a surface which is able to resonate, which causes it to oscillate. No enclosed cabinet is required.


Please find further information on exciters here: Basic principles of exciter-technology (PDF; 388 KB)

BSX 130 WP - 4 Ohm



bsx130wp_1

Structure-borne sound converter for bass frequencies. The units are attached to a surface which is able to resonate, which causes it to oscillate (e.g. a panel of a car body, the base construction of a settee etc.). No enclosed cabinet is required. Using the BSX 130 WP - 4 Ohm, this enables the lowest bass frequencies, such as those used for effects in films, to be reproduced in such a way that they are felt through the body rather than heard.


Please find further information on exciters here: Basic principles of exciter-technology (PDF; 388 KB)

EX 30 S - 8 Ohm



ex30s_1

Electro dynamical exciter for stimulating bending waves on plates. The unit can be attached to the surface of the plate by gluing or screwing.

Please find further information on exciters here: Basic principles of exciter-technology (PDF; 388 KB)


*) Maximum long term power according to DIN EN 60268-5

EX 45 S - 4 Ohm



ex45s_2

Electro dynamical exciter for stimulating bending waves on plates. The unit can be attached to the surface of the plate by gluing or screwing.

Please find further information on exciters here: Basic principles of exciter-technology (PDF; 388 KB)


*) Maximum long term power according to DIN EN 60268-5

EX 45 S - 8 Ohm



ex45s_2

Electro dynamical exciter for stimulating bending waves on plates. The unit can be attached to the surface of the plate by gluing or screwing.

Please find further information on exciters here: Basic principles of exciter-technology (PDF; 388 KB)


*) Maximum long term power according to DIN EN 60268-5

EX 60 R - 8 Ohm



ex60r_8_1

Electro dynamical exciter for stimulating bending waves on plates. The unit can be attached to the surface of the plate by gluing or screwing.

Please find further information on exciters here: Basic principles of exciter-technology (PDF; 388 KB)


*) Maximum long term power according to DIN EN 60268-5

EX 60 S - 4 Ohm



ex60s_2

Electro dynamical exciter for stimulating bending waves on plates. The unit can be attached to the surface of the plate by gluing or screwing.

Please find further information on exciters here: Basic principles of exciter-technology (PDF; 388 KB)


*) Maximum long term power according to DIN EN 60268-5

EX 60 S - 8 Ohm



ex60s_2

Electro dynamical exciter for stimulating bending waves on plates. The unit can be attached to the surface of the plate by gluing or screwing.

Please find further information on exciters here: Basic principles of exciter-technology (PDF; 388 KB)


*) Maximum long term power according to DIN EN 60268-5

EX 80 S - 8 Ohm



ex80s_8_1

Electro dynamical exciter for stimulating bending waves on plates. The unit can be attached to the surface of the plate by gluing or screwing.

Please find further information on exciters here: Basic principles of exciter-technology (PDF; 388 KB) 


*) Maximum long term power according to DIN EN 60268-5