- 5,284
- Sick_Cylinder
Hi Robert
The Sinus Live Big Bass Pumps have two 4ohm drivers per unit, so if connecting each unit to a single channel can be wired in series for an 8ohm load or parallel for a 2 ohm load.
Your amp is rated at 40W RMS per channel with an 8 ohm load so you need to wire each unit in series.
RMS vermogen (20 Hz-20 kHz; THD < 0.5%): 2x 60 W @ 4 ohm
2x 40 W @ 8 ohm
The Big Bass Pumps are rated at 50W RMS so your amp will not be able to drive them to their maximum capability, however this should not be a problem.
Connect the positive (red lead) from the amp to the positive of the first voice coil, then connect the negative of that voice coil to the positive of the second voice coil. Connect the negative of the second voice coil to the negative (black lead) on the amp. The shakers will now be wired in series to create an 8ohm 50W RMS load. Your amp is rated at 40W RMS with an 8 ohm load. The following pictures are of a Dayton amp connected to two single voice coil bass shakers (Aura AST2B Pro 4), but it shows the correct way to connect your dual voice coil shakers. Let me know if you have any more problems / queries.
I would be very grateful if you could post up on this site a review of these bass shakers as they are reasonably priced (£39.99 in the UK from Conrad) and they have an interesting design with two opposing voice coils, which in theory may make them very effective for the amp power required and I have been thinking of adding a couple to my own tactile system.
The Sinus Live Big Bass Pumps have two 4ohm drivers per unit, so if connecting each unit to a single channel can be wired in series for an 8ohm load or parallel for a 2 ohm load.
Your amp is rated at 40W RMS per channel with an 8 ohm load so you need to wire each unit in series.
RMS vermogen (20 Hz-20 kHz; THD < 0.5%): 2x 60 W @ 4 ohm
2x 40 W @ 8 ohm
The Big Bass Pumps are rated at 50W RMS so your amp will not be able to drive them to their maximum capability, however this should not be a problem.
Connect the positive (red lead) from the amp to the positive of the first voice coil, then connect the negative of that voice coil to the positive of the second voice coil. Connect the negative of the second voice coil to the negative (black lead) on the amp. The shakers will now be wired in series to create an 8ohm 50W RMS load. Your amp is rated at 40W RMS with an 8 ohm load. The following pictures are of a Dayton amp connected to two single voice coil bass shakers (Aura AST2B Pro 4), but it shows the correct way to connect your dual voice coil shakers. Let me know if you have any more problems / queries.
I would be very grateful if you could post up on this site a review of these bass shakers as they are reasonably priced (£39.99 in the UK from Conrad) and they have an interesting design with two opposing voice coils, which in theory may make them very effective for the amp power required and I have been thinking of adding a couple to my own tactile system.
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