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Crunch P1-693

6" x 9" 3-Way Power One Series Coaxial Speaker

Crunch P1-693
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Manufacturer: Crunch
Model: P1-693
SKU#: 1585403
Condition: Brand New
Availability: In Stock
Warranty: 1-year Warranty
List Price: $ 55.00
Discount: - $ 31.25
Your Price:  $ 23.75
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  1. Description
  2. Specifications
  3. Accessories
  4. Reviews

6" x 9" 3-Way Power One Series Coaxial Speaker

 

 • 800W Max

 

 • 55W RMS

 

 • Silver Alpha-Cellulose Woofer Cones

 

 • Moisture Resistant Rubber Surrounds

 

 • Neo Mylar Soft Dome Tweeter

 

 • Spade Speaker Terminals

Speaker Specifications
Speaker Size 6" x 9" Speakers
Design 3-way
Tweeter Design Dome tweeters
Tweeter Composition Mylar
Woofer Composition Cellulose
Woofer Surround Rubber
Peak Power Handling 1000 watts
RMS Power Handling 70 watts
Sensitivity 89dB
Frequency Response 46 - 20,000 Hz
Impedance (per voice coil) 4 ohms
Top Mount Depth 3-3/8"
Bottom Mount Depth NA
Cutout Dimensions 4-5/8" x 6-9/16"
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Product Summary QR Code
SKU#: 1585403
Manufacturer: Crunch
Model: P1-693
Condition: Brand New
Availability: In Stock
Warranty: 1-year Warranty
Price: $23.75


Speaker Size
Refers to the size of the speakers.

  • 3.5" Speakers
  • 4" Speakers
  • 4" x 6" Speakers
  • 4" x 10" Speakers
  • 5" x 7" Speakers
  • 5.25" Speakers
  • 6" Speakers
  • 6.5" Speakers
  • 6" x 8" Speakers
  • 6" x 9" Speakers
  • 8"
  • 10"
  • Tweeters
  • Component Speakers
Every vehicle has standard application sizes. Please contact us for your vehicle's specific speaker sizes if you do not know them.
Design
The number of individual drivers in a car speaker. Speakers with 2 drivers are known as 2-way, 3 drivers = 3-way and so forth. Component systems are often referred to as "separates" because the tweeter is not attached to the midwoofer (main speaker driver) and mounts separately in a location such as a door post. Component systems typically come with an external crossover so you can easily adjust the high and low frequencies sent to both the midwoofer (main driver) and the tweeter. Center channel speakers are great for those looking to capture true surround sound in their car.
Tweeter Design
Designs such as cone, dome, semi-dome, balanced dome, and whizzer are most popular. Read below for a description of each and other designs.

  • Cone tweeters
  • Cone tweeters are simple, efficient and typically are the most reasonably priced.

  • Dome tweeters
  • Dome tweeters are used in most home speakers, and provide a smoother and more accurate sound.

  • Semi-dome tweeters
  • Semi-dome design is one with a dome placed inside a cone.

  • Balanced dome tweeters
  • A Balanced dome driver is a semi-dome with equal reproduction area given the cone and dome portions of the driver.

  • EMIT tweeters
  • An "EMIT" tweeter was introduced by industry leader Infinity. "EMIT" is the acronym for Electro Magnetic Induction Tweeter. They are a thin piece of plastic material with an etched voice coil on the surface of them suspended between 2 very powerful Samarium Cobalt magnets. This design is the key to the EMIT tweeters super fast, crystal clear high end sound.

  • Whizzer tweeters
  • A whizzer tweeter is a separate tweeter cone driven by the voice coil of the woofer.
Tweeter Composition
Materials such as polypropylene, silk, cloth, and paper are the most common, where as many more recent tweeters are now manufactured with composites such as aluminum, titanium, Mylar, and other materials.

  • PEI
  • PEI is an acronym for "Polyetherimide" which is an amorphous, amber transparent, high-performance thermoplastic.

  • PEN
  • PEN is an acronym for the space age material "biaxially oriented polypropylene naphthalate film".
Woofer Composition
The woofer cone material is essential for efficient operation. Poly cones produce exceptional sound and are sturdy against various changes in temperature. Paper cones are very efficient, and when treated for moisture resistance, will perform at a high level. Poly refers to polypropylene: thermoplastic plastics or fibers that are polymers of propylene. IMPP refers to injection molded polypropylene, a commonly used process and material in speaker manufacture.
Woofer Surround
The flexible ring around the edge of the woofer cone. Surrounds are usually made of cloth, foam or rubber. Rubber and composites tend to last longer and hold up better in harsh environments.
Peak Power Handling
Peak power handling refers to the amount of power a speaker can handle during a brief musical burst. The RMS power range figure is a much more reliable rating for determining the speaker's power requirements. The Peak power handling specification is typically rated per speaker unless otherwise noted.
RMS Power Handling
The RMS power is the amount of power the speaker requires to operate safely and properly. RMS Power Handling refers to the amount of power a speaker can handle on a continuous basis. We recommend powering your speaker or subwoofer 75% - 90% of its recommended RMS rating. The RMS power handling specification is typically rated per speaker unless otherwise noted.
Sensitivity
An efficiency or sensitivity rating tells you how effectively a speaker converts power into sound. The higher the number, the more efficient the speaker and the louder it will play with the same input power. An efficient speaker helps you maximize your available power. Most sensitivity ratings measure the speaker's output with 1 watt of input, 1 meter from the speaker. Some speakers' sensitivity is measured with 2.83 volts of input, instead of 1 watt.

Efficiency (1W/1m) is not an accurate indicator of a subwoofer's output capability and should not be used as a comparison to other subwoofers to determine which one is "louder".
Frequency Response
The range of frequencies the speaker will reproduce (lowest frequency to the highest). Bigger is better, meaning the wider the range, the better. The optimal range is 20 - 20,000 Hz (which is the range of human hearing).
Impedance (per voice coil)
The load value (in ohms) that the speakers present to the amplifier per voice coil - the amount of resistance to the current flow. This is a key specification as subs wired in parallel or low impedances can create problems with your amplifier and potentially void all warranties. We encourage you to ask our support department prior to purchase if you do not understand which impedance level will suit you/your amp best.
Top Mount Depth
The depth when installed on top of the mounting surface. Measured from the bottom of speaker(magnet) to the bottom of mounting holes on rim of speaker.(Most common application)
Bottom Mount Depth
The depth when installed from bottom of the mounting surface. Measured from the bottom of speaker(magnet) to the top of the mounting holes on rim of speaker.
Cutout Dimensions
Refers to the hole dimensions (in inches or millimeters) needed to mount the speaker.