Dayton Audio TT25-8 PUCK Tactile Transducer Mini Bass Shaker 8 Ohm
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Dayton Audio's TT25 PUCK is a small, 8 or 16 ohm tactile transducer or mini bass shaker that is intended to be used in home theater, gaming, and auto sound applications. Highlights * Quality construction and economically priced * Add tactile feedback to chairs and couches for the ultimate gaming and movie experience * Small and easy to install Product Details Dayton Audio TT25 PUCK Tactile Transducer Mini Bass Shaker 8/16 Ohm The PUCK™ by Dayton Audio is a small, economical tactile transducer otherwise known as a mini bass shaker that is intended to be used in home theater, gaming, and auto sound applications. This mini bass shaker has the unique ability to transfer low frequency sound waves directly to the listener by mounting the PUCK™ to surface areas that a listener's body will come into contact with. Because the listener feels the low frequency, the volume of the overall sound can be kept to a minimum without sacrificing the audio quality. The PUCK measures a mere 3-1/2 diameter and 1 depth, nearly identical in size to an ice hockey puck. The small depth and diameter of the PUCK™ mini bass shaker make it uniquely suited for tight spaces and unobtrusive applications. 4 layer Voice Coil with 1 aluminum former. Note: Requires 6 #6 wood or sheet metal screws for surface mounting. To simplify installation on flat surfaces our Surface Mount Ring Kit (400-0010 (http://soundimportsnl.webshopapp.com/en/smrk.html)) allows you to mount the PUCK transducer without the need for a mounting hole. Specifications: • Power handling: 15 watts RMS/30 watts max • Impedance: 8 ohms 16 ohms • Usable frequency response: 20 to 80 Hz • Fs: 40 Hz • Force peak: 30 lbs. per ft. total when used in 4 PUCK configuration • Dimensions: 3-1/2 dia. x 1 H • Cutout: 70 mm with 25 mm slot for wire pass through • Consult owners manual for cut-out template and wiring information. To learn more about Dayton Audio Exciters, and for help on which Exciter is right for you, check out Understanding & Using Dayton Audio Exciters (http://www.daytonaudio.com/media/resources/understanding-and-using-dayton-audio-exciters-revised2.pdf). Product Specifications Application Low Frequency Bass Shaker Impedance 8 ohms / 16 ohms Power Handling (RMS) 15 Watts
Dayton Audio TT25-8 PUCK Tactile Transducer Mini Bass Shaker 8 Ohm
The PUCK™ by Dayton Audio is a small tactile transducer or mini bass shaker that is intended to be used in Home Theater, Gaming, and Auto Sound applications. Highlights * Quality construction * Economically priced * Many applications * Feel the bass! * Mini Bass Shaker * Sound Exciter Product Details Dayton Audio TT25 PUCK Tactile Transducer Mini Bass Shaker 8/16 Ohm The PUCK™ by Dayton Audio is an inexpensive, small tactile transducer otherwise known as a mini bass shaker that is intended to be used in Home Theater, Gaming, and Auto Sound applications. This mini bass shaker has the unique ability to transfer low frequency sound waves directly to the listener by mounting the PUCK™ to surface areas that a listener's body will come into contact with. Because the listener feels the low frequency, the volume of the overall sound can be kept to a minimum without sacrificing the audio quality. The PUCK™ measures a mere 3-1/2 diameter and 1 depth, nearly identical in size to an ice hockey puck. The small depth and diameter of the PUCK™ mini bass shaker make it uniquely suited for tight spaces and unobtrusive applications. 4 layer Voice Coil with 1 aluminum former. Requires 6 #6 wood or sheet metal screws for surface mounting. Four PUCK™ transducers can be wired for Stereo 8 Ohm Right/Left 2 channel wiring or as a 4 Ohm 1 channel system. Specifications: • Power handling: 15 watts RMS/30 watts max • Impedance: 8/16 ohms • Usable frequency response: 20 to 80 Hz • Fs: 40 Hz • Force peak: 30 lbs. per ft. total when used in 4 PUCK configuration • Dimensions: 3.5 dia. x 1 H • Cutout Dimension: 70 mm with 25 mm slot for wire pass through • Consult owners manual for cut-out template and wiring information.
