Associated Equipment 3HP, 2HP specifications ExhaustVolumesRequiredfor DitterentApplications1

Page 7

ExhaustVolumesRequiredfor DitterentApplications(1)

 

WOODWORKING

 

 

METALWORKING

 

 

 

 

 

Min.CFM

 

 

 

Min,CFM

Equipment

 

Size

 

Required

Equipmenl

 

Size

Required

 

 

Q \

 

{4)

 

Krife Lengrh=

Up to 6^

350

Bufiing, Belt

BellWidlh= Upto 3'

220

 

 

'

6+ to 12'

440

 

 

3+ lo5

300

 

 

12+'to 20'

550

 

 

5+ lo 7'

390

 

 

 

ovet20'

800

 

 

7+'lo9'

500

Sander,Bell

 

BellWidlh =

Upto 6

790(3)

 

 

9+ to 11'

610

(Horizonlal)

 

 

6+'to I'

900(3)

 

 

11+ lo J3

740

Sander,Disc

D sc Diameref=

9+ ro 14

1240l3J

Bufiing,Wheel

 

 

300

Upto 12'

350

 

 

3

500

 

 

 

12+ to iB

450

 

 

 

610

 

DrumSudace =

18+'lo26'

550

 

 

5

740

 

Upto 200

350

 

 

6

1040

 

(insquarenchet

201to 400

550

GfindlngWheel

 

 

220

 

 

 

401to 700

785

 

\5)

1 1/2

220

 

 

 

701lo 1400

1100

 

 

2

390

 

BladeWidth =

Upro 2'

700(3)

 

 

3

500

 

 

 

2+"lo 3'

s00(3)

 

 

 

610

 

 

 

3+ lo 4'

1350{3)

 

 

5

880

Saw,Badial

 

Hoodbehindb ade=

430

 

 

6

1200

 

 

Frompodon b adeglard =

70

Grindingwh€el

 

 

220

Saw,Swing

BladeDiarneter=

Total=

500

 

\5)

1 . 1/2'

390

Up lo 20

350

 

 

2"

610

 

BladeDiameter=

over20'

440

 

 

,3'

740

 

lJpto 16'

350

 

 

880

 

 

 

 

 

 

 

16+ to 24'

440

 

 

5'

1200

 

 

 

ovet 24

550

Abbreviationsused in charts:

 

 

 

 

Vaieiv withdado=

550

 

 

 

 

CFI\,,=Cubicleetol air perminute

 

Planer,Single

KnileLength=

Upto 20'

785

 

=

 

 

 

 

 

 

 

 

FP[,4 Feetperminute

 

 

 

 

 

20+'lo 26'

1100

sflm= Surfaceleetperminute

 

 

( r ) Theexhauslvollme (CFlVl)requircmenlsshownarc tromthe

(3) Feqlires2 nozzesor hoods.CF[/isshownaretotatCFMfor

AmericanConferenceoi GovernmentarIndustriatHygienisls

bolhnozzlesor hoods.

 

 

lntlustriai

ventitation:A Manualot Fecannnenoeo

 

 

 

 

\ACGIH@),

 

(4) Forall melalworkngapplications,duclvelociiyshouldbe at least

P.a.rbes,1gthEditiof.Copyighl1986.Beprnredwilhpermis-

 

sion.Consultnranuator moredetailedrecommendaiions.

3500FPMfor lightg ndingor b!fiingandat least4500FPIVIIoT

 

heavygrindingor bltiing lo prevenlseltlingin dlciwork.

 

Conlacllhemal www.acgih.org

 

 

(2)

(5)

Thewheelhoodshouldcoveral leasl75%oi the wheei10be

CFMs requlredare mnimumspereachequipmenllype.Duci

considereda goodenclosure.

 

velocityshouldnol be lesslhan3500FP[,4to preventwood

 

 

dusifromsetlingin duclwork

How To SelectThe ProperSizeDust Collector

Theseduslm lectolswllgiv€youexcellenlresrltsincolectirgwood

 

PVCor plaslicpipe.ltca, delivera severest.ticetectricshock

chps,Iinedustandmetalshavngs,theyarenoldesignedtoworkintarge

 

causedby highvelocitydustpasslnglhrcughit.

centralsyslemapplcalionsTheseareportableuritsthatcanbemoved

 

TheDuslColreclorsholldbelocaledascloselothemachneaspossible

llommachnetomachneTo.seleclthepropersizeDustColleclor6eihe

 

 

andpreierabyfo morelhan10leelaway

 

 

 

5

Useasiewerbowsas

possible

I Addth€'CFMBEOUIBED"loreachmachineperlheabovechartTh.s

inyowducnrofiThe. lossthroughone

 

90'ebowsequalloapproxmaleryl0ieetotstraighl,smoollrwatpipe.

s yolr t0,41cFlv REourBED.

 

6

lltheduslcol€clorwilbeusedonmorelhanonemachne,yousholld

2 Now,selecttheDuslcolieclormodelfromPagel wilha'lvtaxcFM'

 

inslaI sldegaledanrpe6inlheducrateac, machne10"closeofl'lhal

geaterlhanyourTOTALCFMFEOUIREDn step1. ll noneorthe

 

 

seclionol duclwhenusnganolhermachireThis.wl allowlhed!s1

modelson Paget havea Max.CFMgreaferlhanyourTOTALCFM

 

 

colleclortopuI ffomony onemachineata timeandlhusincreasethe

required,youwiI needmorethanoneunitora larger'centratsyslem'

duslcoleclorperlormance.

oryornl - pFdrosh -ofInesrwi daloe!l \odL,rcolecro'<onlv

 

-

Iyptal/y a 1r/rHPModelwI workwth uplo 20lolatleel ol dLclwork a

puliaglromor rle ara ine'<,Fenolpsb d o 7 c'.qht/.

3. lllheuntwl be n a lixednslalalion'atduclworkshoutdbesheel

model2HPModelwlworkwlhuplo30totaleelol ductworkanda

3HPModewillwor*withupto75-85totatleetotduclwod(These

metalduclifsieadolliexblehoseThe.pressuredropthmughi exible

valuesarebasedonhavingdampersateachmachineconnection(asif

hoseisaboirl2

4 I meslhaiofsmmlhwaI pipeDONOTuseany

6 above)anda Iduclworkissmoothwal,sheetmeta

 

 

 

 

'ro1e

Image 7
Contents GeneralSatetyInformation SpecificationsDescription UnpackingOoeratinolnstruclionsandPartsIVanual AssemblyOperation LnstallationTroubleshootingChart MaintenanceQes.q!9!e!-s-t ReDlacementParts List for 1/3.1/2and 3/aHP ModelsAlt t f f i t ?99? ?p921HP ReplacementPartsList for 1, 11/2,2 and 3Hp ModelsLl t--\-----f PartNumberfor Model DescriptionPage How To SelectThe ProperSizeDust Collector ExhaustVolumesRequiredfor DitterentApplications1Place LimitedWarrantySaletyGuards OperatinglnstruclionsandPartslvanual

2HP, 3HP specifications

The Associated Equipment 2HP and 3HP electric motors are designed to deliver reliable power and efficiency suitable for various industrial and commercial applications. These motors are widely recognized for their robust construction, versatility, and advanced technology.

One of the primary features of these motors is their high efficiency. The 2HP motor is designed to achieve an efficiency rating of around 85-90%, while the 3HP motor can reach efficiencies above 90%. This efficiency not only reduces energy consumption but also minimizes operational costs, making them an economical choice for businesses.

Both motors employ a rugged construction that enhances durability. They are typically built with cast iron or heavy-duty aluminum housings, which provide excellent protection against wear and tear. The paint finish is often weather-resistant, further extending the lifespan of the motor in various environments.

The 2HP and 3HP motors also come equipped with advanced thermal protection systems. These systems prevent overheating by automatically shutting down the motor when it exceeds safe operating temperatures, thus protecting both the motor and the connected equipment from damage.

In terms of technology, Associated Equipment integrates precision engineering into their motor designs. The winding configuration and high-quality copper windings used in these motors are optimized for low resistance and high conductivity. This ensures excellent performance and power delivery.

Another notable characteristic is the versatility of these motors. They can be used in a wide array of applications, from powering small machinery to larger industrial equipment. Their adaptability makes them suitable for use in manufacturing, woodworking, food processing, and numerous other fields.

Noise reduction features are also a highlight, with both models designed to operate quietly, reducing workplace noise levels and creating a more comfortable working environment.

Moreover, installation and maintenance are made easy with the design of both the 2HP and 3HP motors. They often come with standardized mounting options and simple electrical connections, allowing for quick setups and servicing.

In summary, the Associated Equipment 2HP and 3HP motors stand out for their efficiency, durability, advanced thermal protection, and versatility, making them a go-to choice for professionals looking for reliable electric motors in various applications.