Structure-borne drivers


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 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