7/30/2019 Series SD Secadores de Membrana
2/6
First in MindFirst in Choice
SD membrane dryers:
saving energy, driving efciency
Clean airRi i, artics ad istur r crssd air i
t st dadi cditis, Atas Ccs SD ra
drrs wit r-trs iiat t rsuts w uait air att wst r cst. Taks t tir
iri Adacd
Fir Tc, SD drrs sur t wst rssur dr ad
ur air ss r t ist ssi cic sai u
ti ad tru ur rducti rcss.
... in extreme ConditionsFr sa sacs t irts wit fuctuati ait
traturs, SD drrs ca rr i a wid arit ars
ad critica cditis. SD drrs as c wit dirt ts ras, ac wit a ra
rrac, t r u
t xact air tratt u ruir.
delivering quality airUtratd crssd air ctais istur, arss ad
dirt
artics tat ca daa ur air sst ad ctaiat ur
d rduct. Rsuti aitac csts ca ar xcd air
tratt csts. W i i cti rti.
An abrasive oily sludge, aby-product o the compressionprocess,
can cause corrosionin your piping system whichcan shorten the lie
oequipment and make it proneto leakage.
InCReASe yoUR pRoDUCTIon RelIAbIlITy
lw uait air its t risk crrsi i ur
sst, wic ca wr t i sa air ts
ad rducti uit. Atas Ccs trs ad
drrs rduc i uait air tat acs ur
ssts riaiit, aidi cst dwti ad
rducti das.
ReDUCe yoUR eneRgy CoSTS
Ca, tratd air rducs t risk crrsi ad
aks i ur crssd air sst. A 3 ak cud
asi add u t eUR1800 t ur r i aua.
SAFegUARD yoUR pRoDUCT qUAlITy
Crssd air ci it ctact wit ur a
rducts sud t act tir uait. Atas Ccs
uait air sutis rid t ca, dr air tat wi
rtct ur rducts rutati i t arktac.
pRoTeCT The envIRonmenT
Wit aks ad r wast iiizd ad t
dissa utratd cdsat iiatd, u
ca sauard t irt ad c wit
itratia ruatis.
With Atlas Copcos quality airsolutions, your compressed
airsystem remains clean and reerom moisture, expanding thelie o
equipment, increasingefciency and ensuring qualityin your fnal
product.
Atlas Copco:
We are committed to your superior productivity
through interaction and innovation.
Total capability,
total responsibility
Rit at t art ur usiss, Atas Cc
dirs uait crssd air r surir
ratia caacit. Fr crssd air
rati t it us, u ca cs r
ur wid ra rducts t crat a ct
crssd air sst taird t ur scic
ds. A Atas Cc rducts ar ird
t itrat sass, suri t ist
riaiit ad r cic. As a rsut,
Atas Cc ca tak u rssiiit r ur
crssd air irastructur wit a uarat
st-i-cass uait. Wit a a rsc i
r 150 cutris, w ca rid a uriad
sric t aitai ad ctiua ir ur
crssd air sst rrac.
backd 100 ars at t rrt crssd
air, Atas Cc rducts r t st uait
ad cic. our a is t First i midFirst
i Cic. Tat is w Atas Ccs ursuit
iati r cass, dri t ddicati
t t ad xcd ur dads. Awas wrki
wit u, w ar cittd t ridi t
custizd air suti tat is t drii rc
id ur usiss.
7/30/2019 Series SD Secadores de Membrana
4/6
$
#
&
%
"
!
32C
Save energy, increase efciency
as Ccs uiu SD drr ra surs t wst rssur
ad t wst ur air us ridi ra r sais
ut cris i rducti riaiit ad cic.
dvanCed iber teCHnology:
aximizing eiCienCy
as Ccs ra drrs ctai tusads w
rs wit a iri ir cati. As wt crssd air
trs, t ra cati aws watr ar t rat
d cct tw t rs, wi t dr air ctius its
ur. Card t ctia ra drrs, t
u cati icrass t sarati cic tw watr
r ad x ad itr, ii a urcdtd w air
ka ad t wst ur air ss.
ustom itted membranes: oPtimizing CHoiCe
drrs ar rd wit tw ts ras, ac
idi a dirt prssur Dw pit Surssi (pDpS: s
w). Tis cic rrac surs tat rardss
ur rducti irt ad dads, tr is a SD drr
t ur ds.
w air resistanCe: saving energy
t t s trait-rward dsi SD drr, crssd air
s twists ad turs t ak isid t usi suri
ia rssur dr ad utst cic truut t
i rcss.
Inlet pressure dew point
Outlet pressure dew point
35C/100%
3C
Dry air expelled,ready or use
Water vapor separatedrom air by membrane
Water vapor purgedrom membrane
dew pointsuppression
dPs exPlained Example shown or P range
a CHoiCe o PerormanCe
T Atas Cc SD drr ra icuds t p ad n d
ra, ac ri 7 dirt siz drrs.
P range: esurs a surssi 32C (55F), ii
at t rrc cditis a utt air dw it
3C (40F), siiar t a w-dsid rrirat-t
air drr.
n range: lwrs t it dw it wit 55C (100F),
ii a rssur dw it -20C (-5F) at t
rrc cditis.
Membrane dryers lower the temperature at which condensation
isormed by bringing down the dew point temperature o the inlet
air.Their perormance is measured by Pressure Dew Point
Suppression,PDPS.For example,i inlet air is 35C (95F) and 100%
saturated,theinlet dew point is also 35C.An Atlas Copco SD dryer o
the P rangewill lower the dew point by 32C,so the outlet pressure
dew pointwill be 3C.Thereore the PDPS is 32C.
Wet compressedair enters
Technical specifcations
Reerence conditions:
Inlet temperature: 35C, 95F
Humidity: 100%
Operating limits:
Compressed air inlet pressure (min-max): 4-14 bar(e), 58-203
psig
Compressed air inlet temperature (min-max): 1-66 C, 32-150F
Ambient air temperature (min-max): 1-66C, 32-150F
Other pressure, pressure dew point suppressions and
inlet dew points:
For pressures other than the ones mentioned above,
correction
actors give the correct fow
Pressure dew point suppressions o 15C (27F) to as much as
95C
(171F) are possible. Correction actors give the correct fows
The perormanc e o the SD membrane dryer range is
independent o ambient temperature and inlet temperature;
it is only dependent o inlet dew point
nts:Frirfws, as ctact urAtas Cc sas rrstati.
Frwrait traturs dw t -20C, -5F as ctact urAtas Cc sas
rrstati.
standard equiPment
pur ck, ttd t t drr, ctrs t urd air
Two pre-flters, all interconnection components included,
ensure
tia it air uait
Flexible inlet and outlet caps allow flters and dryer to be
mounted
in two settings or optimal use o available space
oPtional equiPment
pur air st t sa ur w tr is air csuti
Wa uti kits r as drr istaati
Wa uti kits r trs
quick tr cui, surs as ccti t drai cctr
r i/watr saratr
4-20 A tr rad ut, ridi a xtra sst wit t
xact dp acrss t tr
vta-r tr ctact, utd t dirtia rssur
au, t i rt idicati cartrid ract
eWD ctric tr drai wit aar ucti surs ss
crssd air
SD membrane dryers
nts:
1. SD5p-13: disis, trs ad wit SD 6p2. Add 100 r sac w t trs ras
cartrid xca3. T ur st ti adds 50 t diatrA ad it D
DiMenSionS
DRYeRTYPe
A b C D e F
i i i i i i
P Rag (PDPS 32C/55F)
SD 1p 99 3.9 532 20.9 757 29.8 264 10.4 716 28.2 291 11.5
SD 2p 99 3.9 532 20.9 757 29.8 264 10.4 716 28.2 291 11.5
SD 3p 122 4.8 733 28.9 959 37.8 277 10.9 906 35.7 313 12.3
SD 4p 122 4.8 733 28.9 959 37.8 277 10.9 906 35.7 313 12.3
SD 5p 145 5.7 709 27.9 934 36.8 287 11.3 881 34.7 334 13.1
SD 6p 145 5.7 709 27.9 934 36.8 342 13.5 936 36.9 334 13.1
SD 7p 170 6.7 732 28.8 957 37.7 355 14.0 953 37.5 361 14.2
SD 7p-13 170 6.7 732 28.8 997 39.3 369 14.5 967 38.1 401
15.8
nRag (PDPS 55C/100F)
SD 1n 99 3.9 715 28.1 940 37.0 264 10.4 899 35.4 291 11.5
SD 2n 99 3.9 1020 40.2 1245 49.0 264 10.4 1204 47.4 291 11.5
SD 3n 1 22 4.8 1076 42.4 1302 51.3 277 10.9 1249 49.2 313
12.3
SD 4n 1 22 4.8 1076 42.4 1302 51.3 277 10.9 1249 49.2 313
12.3
SD 5n 1 45 5.7 1074 42.3 1299 51.1 287 11.3 1246 49.1 334
13.1
SD 6n 1 45 5.7 1074 42.3 1299 51.1 287 11.3 1246 49.1 334
13.1
SD 7n 1 70 6.7 1113 43.8 1338 52.7 355 14.0 1334 52.5 361
14.2
DRYeR TYPePrssur Max. t w Purg Prssur drp
Ftr md CctWght xc.ftrs Wght c.ftrs
bar psi l/s m3/h cm % mBar psi kg lb kg lb
P Rag (PDPS 32C/55F)
SD 1p 7 7 102 3.0 10.8 6.4 14 100 1.5 DD9, pD9 g3/8 0.6 1.3 2.9
6.4
10 10 145 4.0 14.4 8.5 10 100 1.5 DD9, pD9 g3/8 0.6 1.3 2.9
6.4
13 13 190 5.0 18.0 10.6 8 100 1.5 DD9, pD9 g3/8 0.6 1.3 2.9
6.4
SD 2p 7 7 102 5.0 18.0 10.6 15 170 2.5 DD9, pD9 g3/8 0.6 1.3 2.9
6.4
10 10 145 7.0 25.2 14.8 11 170 2.5 DD9, pD9 g3/8 0.6 1.3 2.9
6.4
13 13 190 8.5 30.6 18.0 9 170 2.5 DD9, pD9 g3/8 0.6 1.3 2.9
6.4
SD 3p 7 7 102 9.0 32.4 19.1 15 170 2.5 DD9, pD9 g1/2 1.7 3.7 4.0
8.8
10 10 145 12.0 43.2 25.4 11 170 2.5 DD9, pD9 g1/2 1.7 3.7 4.0
8.8
13 13 190 14.0 50.4 29.7 9 170 2.5 DD9, pD9 g1/2 1.7 3.7 4.0
8.8
SD 4p 7 7 102 14.0 50.4 29.7 15 270 3.9 DD17, pD17 g1/2 1.7 3.7
4.2 9.2
10 10 145 19.0 68.4 40.3 14 270 3.9 DD17, pD17 g1/2 1.7 3.7 4.2
9.2
13 13 190 22.0 79.2 46.6 11 270 3.9 DD17, pD17 g1/2 1.7 3.7 4.2
9.2
SD 5p 7 7 102 19.0 68.4 40.3 14 170 2.5 DD17, pD17 g1/2 2.8 6.2
5.3 11.7
10 10 145 25.0 90.0 53.0 11 175 2.5 DD17, pD17 g1/2 2.8 6.2 5.3
11.7
13 13 190 32.0 115.2 67.8 8 180 2.6 DD32, pD32 g1/2 2.8 6.2 5.7
12.5
SD 6p 7 7 102 25.0 90.0 53.0 14 240 3.5 DD32, pD32 g1/2 2.8 6.2
5.7 12.5
10 10 145 34.0 122.4 72.1 10 240 3.5 DD32, pD32 g1/2 2.8 6.2 5.7
12.5
13 13 190 42.0 151.2 89.0 8 250 3.6 DD32, pD32 g1/2 2.8 6.2 5.7
12.5
SD 7p 7 7 102 35.0 126.0 74.2 14 180 2.6 DD32, pD32 g1/2 5.0
11.0 7.9 17.4
10 10 145 44.0 158.4 93.3 11 200 2.9 DD32, pD32 g1/2 5.0 11.0
7.9 17.4
13 13 190 55.0 198.0 116.6 9 190 2.8 DD44, pD44 g3/4 5.0 11.0
8.9 20
nRag (PDPS 55C/100F)
SD 1n 7 7 102 1.5 5.4 3.2 18 80 1.2 DD9, pD9 g3/8 0.7 1.5 3.0
6.6
10 10 145 2.0 7.2 4.2 13 80 1.2 DD9, pD9 g3/8 0.7 1.5 3.0
6.6
13 13 190 2.5 9.0 5.3 11 80 1.2 DD9, pD9 g3/8 0.7 1.5 3.0
6.6
SD 2n 7 7 102 3.5 12.6 7.4 19 250 3.6 DD9, pD9 g3/8 0.9 2.0 3.2
7.0
10 10 145 4.5 16.2 9.5 13 240 3.5 DD9, pD9 g3/8 0.9 2.0 3.2
7.0
13 13 190 5.5 19.8 11.7 10 240 3.5 DD9, pD9 g3/8 0.9 2.0 3.2
7.0
SD 3n 7 7 102 6.0 21.6 12.7 17 160 2.3 DD9, pD9 g1/2 2.4 5.3 4.7
10.3
10 10 145 8.0 28.8 17.0 12 150 2.2 DD9, pD9 g1/2 2.4 5.3 4.7
10.3
13 13 190 10.0 36.0 21.2 10 150 2.2 DD9, pD9 g1/2 2.4 5.3 4.7
10.3
SD 4n 7 7 102 9.0 32.4 19.1 17 250 3.6 DD9, pD9 g1/2 2.4 5.3 4.7
10.3
10 10 145 12.0 43.2 25.4 14 240 3.5 DD9, pD9 g1/2 2.4 5.3 4.7
10.3
13 13 190 15.0 54.0 31.8 10 240 3.5 DD9, pD9 g1/2 2.4 5.3 4.7
10.3
SD 5n 7 7 102 13.0 46.8 27.6 17 180 2.6 DD17, pD17 g1/2 3.6 7.9
6.1 13.4
10 10 145 18.0 64.8 38.2 12 190 2.8 DD17, pD17 g1/2 3.6 7.9 6.1
13.4
13 13 190 23.0 82.8 48.8 10 190 2.8 DD17, pD17 g1/2 3.6 7.9 6.1
13.4
SD 6n 7 7 102 17.0 61.2 36.0 19 250 3.6 DD17, pD17 g1/2 3.6 7.9
6.1 13.4
10 10 145 22.0 79.2 46.6 14 240 3.5 DD17, pD17 g1/2 3.6 7.9 6.1
13.4
13 13 190 28.0 100.8 59.4 10 250 3.6 DD17, pD17 g1/2 3.6 7.9 6.1
13.4
SD 7n 7 7 102 26.0 93.6 55.1 18 250 3.6 DD32, pD32 g1/2 6.8 15.0
9.7 21.3
10 10 145 35.0 126.0 74.2 13 240 3.5 DD32, p D32 g1/2 6.8 15.0
9.7 21.3
13 13 190 45.0 162.0 95.4 10 250 3.6 DD32, p D32 g1/2 6.8 15.0
9.7 21.3
