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EXPLANATION OF ENCLOSURE SPECIFICATIONS 

 

There are many different factors that help determine the best style of enclosure for 
you or your vehicle. Listed below are some factors that should be considered. 

 

The size of the enclosure is directly proportional to the efficiency and power handling 
of that speaker. A woofer in a smaller enclosure will handle more power than the 
same woofer in a larger enclosure. The exact opposite is true for efficiency, a larger 
enclosure will play lower frequencies at a higher volume with less power than a 
smaller enclosure. 

 

The sealed enclosure design following is best for overall sound quality. The enclosure 
size to use will depend on the power and type of vehicle that it will be placed in. 
Larger enclosures are best suited if you have smaller amounts of power (25% to 50% 
of speaker’s power handling), have a larger vehicle or looking for greater output. A 
smaller enclosure should be utilized if you have recommended power (50% to 100% 
of speaker’s rated power handling), have a smaller (high gain) vehicle or are looking 
for more accurate sound reproduction. The smaller sealed enclosure will yield more 
control, this audible translates into faster and more accurate bass. 

 

A  vented  enclosure  will  offer  greater  efficiency  and  stronger  low  bass  output 
compared to a sealed design. A vented enclosure uses the back wave (sound from the 
back  side of  the  cone)  to  reinforce  the  output  from  the  speaker.  A  properly  tuned 
enclosure  will  yield  gain  across  the  entire  bandwidth of  the  subwoofer  system  and 
offer more cone control than a sealed enclosure. A low tuning will yield less overall 
gain but greater extension (low bass). A high tuned enclosure will offer more gain but 
limit the low end response of the system. One of the advantages of having a vented 
enclosure is because it is tunable to a specific frequency and that tuning frequency is 
known as the “Fb”. Another important box specification is “F3”, which is the rolloff 
frequency at which the driver’s response is down 3dB. This is an important number 
when it comes to setting your a highpass filter or your ORION IntelliQ. The IntelliQ 
should  be  set at  the  same  frequency  as  the  “F3”as  this  will  keep  the  speaker  from 
damaging or what is know as overloading. 

 

Good planning and proper construction will assure the best response from your 
system. The next pages will outline many different enclosures and designs that allow 
the HCCA subwoofers to perform best. As always, if you have any questions on 
enclosure construction or design, call Technical Support 1-800-753-0800. 

Содержание HCCA102

Страница 1: ...Subwoofer MODEL HCCA102 HCCA104 HCCA122 HCCA124 HCCA152 HCCA154 OWNER S MANUAL...

Страница 2: ...gh temperature possibilities of this woofer it is recommended that when the woofer is installed it be positioned so that the cone either faces upward or downward only FINDING SPEAKER MOUNTING LOCATION...

Страница 3: ...sinking shorting rings to reduce inductive heating 13 Cast aluminum rear pole piece heat sink with fins and vent holes Part of the enhanced voice coil cooling system forced convection aluminum heat s...

Страница 4: ...ORION HCCA 12 4 OHM Re Cone Kit HCCA152ck ORION HCCA 15 2 OHM Re Cone Kit HCCA154ck ORION HCCA 15 4 OHM Re Cone Kit WIRING CONFIGURATIONS The following illustrations provide guidelines on properly co...

Страница 5: ...load to the amplifier Figure 2 Figura 2 Abbildung 2 1 Connect the woofer in series by connecting the negative of one terminal to the positive terminal of the other coil 2 Wire the positive terminal o...

Страница 6: ...ad to the amplifier Figure 3 Figura 3 Abbildung 3 1 Connect the speaker in parallel by connecting the two positive terminals together and the two negative terminals together 2 Wire the positive termin...

Страница 7: ...to the amplifier Figure 4 Figura 4 Abbildung 4 1 Connect the speaker in parallel by connecting the two positive terminals together and the two negative terminals together 2 Wire both positive terminal...

Страница 8: ...ults in a 1 ohm load to the amplifier Figure 5 Figura 5 Abbildung 5 1 Connect the speaker in parallel by connecting the four positive terminals together and the four negative terminals together 2 Wire...

Страница 9: ...e coil woofers with voice coils in series and then parallel the two series woofers results in a 2 ohm load to the amplifier Figure 6 Figura 6 Abbildung 6 1 Connect each woofer in series by connecting...

Страница 10: ...ice coil woofer with voice coils of each woofer wired in series and then parallel the three woofers for a resulting 2 67 ohms load to the amplifier Figure 7 Figura 7 Abbildung 7 1 Connect each woofer...

Страница 11: ...oil woofers should be wired with the voice coils on each woofer in series and then parallel the four woofers for a resulting 2 ohm load to the amplifier Figure 8 Figura 8 Abbildung 8 1 Connect each wo...

Страница 12: ...oil woofers should be wired with the voice coils on each woofer in series and then parallel the four woofers for a resulting 1 ohm load to the amplifier Figure 9 Figura 9 Abbildung 9 1 Connect each wo...

Страница 13: ...he speaker s voice coils to the first amplifier by connecting the positive terminal and the negative terminal from the speaker to the respective positive terminal and the negative terminal from the fi...

Страница 14: ...he speaker s voice coils to the first amplifier by connecting the positive terminal and the negative terminal from the speaker to the respective positive terminal and the negative terminal from the fi...

Страница 15: ...0 4000 Mms total moving mass grams 250 225 425 MS MECHANICALCOMPLIANCE MM 0 000056 0 000057 0 000057 Bl motor strength Tesla M 23 3 29 86 26 27 Sd effective radiating area sq cm 333 29 333 29 559 9 Sd...

Страница 16: ...0 Mms total moving mass grams 386 500 460 MS MECHANICALCOMPLIANCE MM 0 00006 0 00005 0 000061 Bl motor strength Tesla M 33 2 25 34 32 21 Sd effective radiating area sq cm 559 9 962 11 962 11 Sd effect...

Страница 17: ...for vented box designs Electrical Parameters were calculated in series ENCLOSURE DESIGN This section gives the basic description for a sealed enclosure Orion HCCA woofers are designed for sealed enclo...

Страница 18: ...aster and more accurate bass A vented enclosure will offer greater efficiency and stronger low bass output compared to a sealed design A vented enclosure uses the back wave sound from the back side of...

Страница 19: ...cu ft V total 1 cu ft Qtc 0 537 QL 20 F3 67 85 Hz Fill none External Dimensions A 14 in 356 mm B 14 in 356 mm C 14 in 356 mm Internal Dimensions A 12 in 305 mm A B 12 in 305 mm C 12 in 305 mm C Wall T...

Страница 20: ...75 in 95 mm Wv 3 75 in 95 mm Lv 11 67 in 296 mm External Dimensions A 16 in 406 mm B 20 in 508 mm C 16 in 406 mm Internal Dimensions A 14 in A B 18 in 457 mm C 14 in 356 mm C Wall Thickness Front 1 i...

Страница 21: ...in 292 mm C 13 16 in 334 mm C Wall Thickness Front 1 in 25 4mm B Sides 1 in 25 4mm Top c Bottom b d Box Parts Box Shape Square Prism 1 Top 1 Bottom depth c 15 16 in 385 mm width b 13 5 in 343 mm thick...

Страница 22: ...No of Vents 1 Vent shape rectangle Vent ends one flush Hv 4 5 in 114 mm Wv 4 5 in 114 mm Lv 9 45 in 240 mm External Dimensions A 15 in 381 mm B 15 in 381 mm C 17 41 in 442 mm Internal Dimensions A 13...

Страница 23: ...u ft Qtc 0 952 QL 12 95 F3 32 93 Hz Fill none External Dimensions A 17 71 in 450 mm B 27 42 in 697 mm C 11 71 in 297 mm Internal Dimensions A 15 71 in 399 mm A B 25 42 in 645 7 mm C 9 709 in 247 mm C...

Страница 24: ...nts No of Vents 1 Vent shape rectangle Vent ends one flush Hv 5 in 127 mm Wv 5 in 127 mm Lv 14 54 in 369 mm External Dimensions A 18 in 457 mm B 18 in 457 mm C 22 78 in 579 mm Internal Dimensions A 16...

Страница 25: ...406 mm C 16 36 in 416 mm C Wall Thickness Front 1 in 25 4 mm B Sides 1 in 25 4 mm Top c Bottom b d Box Parts Box Shape Square Prism 1 Top 1 Bottom depth c 18 36 in 466 mm width b 22 in 559 mm thicknes...

Страница 26: ...ts No of Vents 1 Vent shape rectangle Vent ends one flush Hv 6 in 152 mm Wv 6 in 152 mm Lv 9 37 in 238 mm External Dimensions A 18 in 457 mm B 18 in 457 mm C 18 89 in 480 mm Internal Dimensions A 16 i...

Страница 27: ...3 64 cu ft Qtc 0 587 QL 5 F3 45 39 Hz Fill none External Dimensions A 19 5 in 495 mm B 20 in 508 mm C 22 in 559 mm Internal Dimensions A 17 5 in 445 mm A B 18 in 457 mm C 20 in 508 mm C Wall Thickness...

Страница 28: ...ents 1 Vent shape rectangle Vent ends one flush Hv 7 in 178 mm Wv 7 in 178 mm Lv 14 07 in 357 mm External Dimensions A 22 95 in 583 mm B 35 9 in 912 mm C 14 95 in 378 mm Internal Dimensions A 20 95 in...

Страница 29: ...60 mm C 18 66 in 474 mm C Wall Thickness Front 1 in 25 4 mm B Sides 1 in 25 4 mm Top c Bottom b d Front a Back e c Sides Box Parts Box Shape Square Prism 1 Top 1 Bottom depth c 20 66 in 525 mm width b...

Страница 30: ...pe rectangle Vent ends one flush Hv 10 in 254 mm Wv 10 in 254 mm Lv 14 34 in 364 mm External Dimensions A 22 23 in 565 mm B 34 74 in 882 mm C 14 51 in 369 mm Internal Dimensions A 20 23 in 514 mm A B...

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