Page 75 - 2021 Catalog
P. 75

                                                                                                                                                                                                                                                          psi
(100)
4 —
tX-†3 7650 0tX0.1-.8132 60 1175 0.32 874.61.9 2165.4.9 15.8 54.1.812.7 414.03.60 9.133.7.4 60 7650.49 00.2.61038
capacity two nozzles in gpm
capacity
gpa
309 75 0.27 35 th1r7e.8e 13.4 10.7 gpa 8.9 370.96
0.1375 01.71tX3-†6 81.76 6t.48h.r6ee 5.16.4 4.35.1 3.74.3 753.7 0.2075
5.144.5.0
at pressures 40 PSI and above.
TX-VS#........................
QU
ER
Row Spacing
gpa conversion gpfaa3c0co9tnovresr*sion
factors*
309 3.75309
3.030.75 3.75
2.530.00 3.00
2.020.50 2.50
IC
K
TEEJET n coveIrdaegae
Q
operating pressure 300 PSI (20 bar).
Kah Fineolzyzlaetsoomviezer dthseproawy p. attern
n
guideonpage3for n FinelSypaetcoifmytiizpendusmpbrnaeoyzr.zlpesaotvterrtnherow.
l.
f
o or three
U
IC
o
K
TE
r
b
i provides tphrorvoCiudP2ge5hs61t1ch-o*ov-NreoYruag2he5.6c1o2-v*e-NrYaRge.
CAPS n Idea C
wSGpA
TEEJET SPRAY NOZZLES
*Always verify tips or orifices you received are the size which you require before using with chemical. Chemical rates need to be obtained from your chemical dealer.
75
CONEJET
  for ConeJfeotrStCiepoesn.seJlect tiiopns.guide on page 3 for recommended typical applications
TX-VS4 –TSXp-SeVtcSai4fiynltei–pssnSutemaeibnl elwersi.tshSteel with Examples:
Fearteucroemsm: ended typical applications FeatureFsefo:ar tCuonreJse:t tips.
visifTlXoV-®SishSiF#ol...ollc...oow...loc...r-co...ond...ein...sgp...ray tip$s50.04 Examples:VisiFlo color-coding
in a polypirnopaVyipsleioFnllyoepbcrolpdoyrl-.ecMnoeadxebidmodvueym.rsMioanxsimcounmsist o
TcXo-lSoSr-4cod–icnoglSotra-icnoledsins gSteel TX-VS4 – Stainless Steel with
of stainless steel oforrcCeornaemJetictiposr. ifice • Spray angle is 80 at 100 PSI.
TX-VK4 – Ceramic with VisiFlo
operatingopproerfsastutiarneign3lpe0sr0essPsstSueIre(e2l o03r0b0caerPr)Sa. Im(2ic0obraifri)c.e in a polypropylene bodCya. Mpasximum
*replaces cap 25608-*-NYR
• Ideal for banding with twFoeaotrutrherese: nozzles over Spray angSlepirisnay8a0ap°noagltyle1p0irso08pP0yS°lIea(nt7e1b0ba0or)dP. yS.I M(7abxaimr).um
*C-2oSlnoproezCczioflydeCseap2penrCcorozlolzworler-scpoedrirnogw
the row.
eV3is0iF0lo PcoSloI r(-2co0debdavre)r.sions consist
T2X-SS43 White Red
4Stainl5ess St6eel 7 8 2 nozzles per row
operating pressur
color-coding Row SpacinRgow Spacing
Ordering Infoprmerattiionng pressure 300 PSI (20 bar).
n Ideal fornbanding with two or tohfrsetaeinless steel or ceramic orifice
gpa conversion
EJE
a
le
is
8
° ianta1p0ol0ypProSpIy(le7nebbaord).y. Maximum
Row Spacing
factors*
T
Q
capacity two
capacity capacity cCaApPaACcIiTtYy CAPACITY
2.50
tX7-†51 0.0473540
90 0.14
18 9.2
6.9 5.5
2.635m..232p.5h 24.152.6m2.p0h
1.82.1m1.p7h
9t0X-1 0.04970
Seal (EPDM standard)
2.02.3 11.9.7
2.0 11.7.4
CP25607- * -NY 6400 (100t)X-1
22.3.0 0.60.583 3.65.8 2.63.5 2.12.6 1.72.1 1.51.7 12C01or.5eintoS0e.0a1l7)290 01.079 150.2 3.95.2 3.13.9 2.63.1
120 0.015230 tX-†1 7650 40 0.06470
—0tX0.0-.303393 54.0.2
22.6.2 11.9.6
11.5.3 11.3.1
10.1.93 6400 00.0.05590 76.6.4
33.9.3 22.9.5
2.2.6 21.1.9
tX-2 tX-t2X-†1 9705
01.310027 16133.6.9 10.45.06.6 8.3 4.056..09 3.241.0.6 27.693.2 6.32.32.6 5.u3sef6u0l2f4o.3.5rmula01s.12a02n6d0oth0.e24r 01.512 31 17155.9.8 11.95.97.9 9.5 4.857..9
35.394.0 22.8.6
2.83.3 22.3.1
2.8 21.0.8
tX-†2
(100)
3.541.043.62.3.6 27.93.522.7.16.32.52.921.52.i37nfo7rm52a4.t5.51io1.9n.5. 0.16037514200.24
01.71030.1.301709 18175.16.8130 11.96.48.65.96.52 5.167..4953.0.9
5.7
3.74.32.3.6
3.722.8.2
tX-3
tX-t3X-†2 6(1000)
capacity
0.126102900 01.51020.1.0195 7610.5911420.24 c5a.9p7a.97c6i3.t31.y3 4.851.595.84.4.7 141.094.843.4.89.53.44.033.76.91 6036.4.832.1.70.16086102900.36
5.15.954.3.6
two
nozztlXe-s 3 tX-†3
1236.2 91.93.2 7.99.9 6.67.9 281290 21 1910.79.06 14.277.4.9 12.2 56.9.3
† 75(100)
02.620
5.76.6 55.0.3
6(1000) 0.08600 12900
01.080 15210.03 0.16
00.0.05437 66.8.0 33.5.1
22.6.3 21.1.9 11.7.6 11.5.3 12900 00.0.07790 109.0 54.2.6 33.9.5
46.084.8
3.4.0 22.6.3
3.4 22.2.0
ndin
Tgloe ios 8r0t°harte10e0 PSI (7 bar). pplications: nozzles over the roIdwea.l for bandTinegeJwetitFhlattwSoproarythTripese(Smaller Capacities)
n Finely atnomized spray pattern how to orde
EyT aS
l
f
A
L
P
ON
Y
&
SE
o
r
b
andi
n Finely atomized spray pattern
3 nozzles p3enr orzozwles per row Row Spacing
g
w
n
UIC
n
10
Violet
OC TeeJet® –01 Thru –08
DG TwinJetS®prayTurbo TeeJet Induction® Band Band
capacity three nozzles in
visiIfdSelopalr®afoyhrabonaglnleodiwnsg80cw°oiathtn1tew00osPpoSrrIta(h7yrbeeatri).ps
• Finely atomized spray pattern provides thorough
TX-VK4
– Ceramic with VisiFlo
gpa conversion
g
t
KT
AT
Row Spacing
i
E
t
25596- * -NYR
conversion factors. useful formulasescfaounl dfvoeorrmtshiouenlrasfaacntodrso.ther
EJ
h
t
Srt
Enw
ET
C
visiflov®ishifololo®whoclolonwe scpornaeystpiprasy tips visiflo® hollow cone spray tips
   Excellent: Post-Emerge Contact Herbicides,
 Fungicides and Insecticides - To assure finely howtohorodwert:oorder:
TypicalTAypipclaicl aAtpiopnlisc:ations: CONEJET atomized spray droplets reach target areas. Specify tip number.
w
FOR USE WITH FLAT SPRAY TIPS
300 PSI (20 bar) MAXIM2UMnPoRzEzSlSeUsRpE er row
AP
Turbo FloodJceatp®acity 3 nozzles per row capacity
TK-VS FloodJet®
useful formulas and other
25600- * -NYR two Row Spacing nozzles
nozzles in oz./min.
gpa
109
mph 129 mph
Nib
information.
Spray
information. See pages 124–140 for
Band
89
information.
See pages 124–140 for
visiflo® hollow cone spray tips
   S e e s e l e c t S i o e e n s g e u l e i d c e t i o o n n gp u a g i d e e 3 o f n o r p a g e 3 f o r Typical Applications:
SpePcAifRyTtiNpOn.umber. how to order:
LIST PRICE
Good: For use with defoliants and foliar fertilizerEsxamples:ETxXa-m#p(Blerass:s)..................
$7.99 $8.93
recommernedcTeodymptmyipecincadaleaAdptpylpicilaciatciloanptspiolicnasti:ons See selection guide on page 3 for
how to order:
VisiFlo® Spray Tiptwo
gpa 309
VisiFlo Spray Tip
3.00
capacity three nozzles in gpm
gpa 4
m p h
309
information.
7 m p h
psi in gpm
3 mph
4
5
6 mph
1.1
7 mph
psi
3
c a p a coi zt. /ym i n . c a pmap ch i t y cCaApPaAcCiITtYy CAPACITY
5 m p h
6 m p h
TX-4 – Brass
TXT-4X-VS4– –BraSstsainless Steel with
• VisifFolor Ccolnore-Jceotdetidpsv.ersion consists of stainless VS - Stainless StVeiesliwFl/oVicsoiFllo®r-cCodloirnCgoding
n VisiFlo cnolor-coded versions consist TX-SS4 – Stainless SteVeilsiFlo color-coding VisiFlo color-codedTvyeprsicioanl sAcpopnlsicisattions: TSXS-S-Sh4toaiwnl–etossoSrtdtaeeinrl:less Steel
Features: TX-4
steel or ceramic orifice in polypropylene body.
– Brass
Specify tip number. ofstainlesosFfsestetaeitlnuolerrscsesrta:emelicoorSrceiefeircsaemlecitcioonrgiufiicdeonpage3TfXo-rVK4 –RETCQXeU-r4IaRmEDicCw–AiPthBrVaissiFlo
n VisiFlo color-coded versions consist • Maximum operating pressure 300 PSI.
TX-VK4 – Ceramic with VisiFlo
recommended typical applications
TX-SSE4xamp–les: Stainless Steel 114445A-*-CELR.................. $1.61
Specify tip number.
TX-VS4 – Stainless Steel with
## - Specify Tip Size
1
Black
–
††
Gray
Spray
TX-4 –
Brass
VisiFlo color-coding
TX-VK4 – Ceramic with VisiFlo
Blue Green Yellow Brown Orange
2 nozzles per row
factors* 309
gpa conversion
 nozzle
Spray ang
0
color-coding
s
o
vneorztzhlesrowve.r the row.
PA
RT N
UM
B
   r:
Spray Band
Spray Band
89
109
89
129 109
129 159
159
89
10989 89
121909 109
151929 129
factors* 309
3.75 3.00
2.50
3.75
3.00
2.50
2.00
    n Standardn ConeJet (not color-co
Examples:
 ded) TP
d typical applications StpanrodvairdeCsothnoeJreotu(gnhoFtcincoeovlyleoartao-cmgoeizde.eddsp)ray pattern
Spray
  in a wide rianagSetwaonidfdecaarapdnaCgcoietnieoesfJcweatipt(hnaociticeoslowri-tchoded)
3 nozzles per row
n
SprayBand BAaIXnRdTeeBJeat®nd
  CP25611-9-PP†† 25612-9-PP†† Standard XR providTeXs-VtSh4oro–ugShtparcionovliedvsesrtSahtgoereol.uwghitchoverage.
TT Row STuprbaocTwiningJet®
3 nozzles per row
ps. available inavbarialasbs laenidn sbtrainssleasnsdstsetealinless s–t0e06e7 lThru –08 –01 Thru –08 n Standard ConeJet (VnisoiFtlcooclolro-rc-ocoddeidn)g
DG TeeJet® n Standard ConeTJeetJ(entoFtlcaotlSopr-rcaoydTeidp)s (Larger Capacities)
3 nozzles per row
 availabTleX-i4n bras–s aBnradavsasiltaabilenilnebsrsasstaenedlstainTPleSstasnsdtaerdel CP25609- * -NY 25610- * -NYR
Row Spacing
   65° (TY) an6d58°a0(vT°aY(iTl)aXab)nlesdpi8nra0by°r(aTnsXsg)lasenpsd.rasytaingleless.steel –10 Thru
XR
–10 Thru –15
AI TeeJet® & AIUB TeeJet®
Row Spacing
Row Spacing
  -coded versions consist teel or ceramic orifice pylene body. Maximum
ressure 300 PSI (20 bar). i s 8 0 ° a t 1 0 0 P S I ( 7 b a r ) .
nding with two or three the row.
zed spray pattern orough coverage.
neJet (not color-coded) brass and stainless steel ge of capacities with
80° (TX) spray angles.
in a widTeX-rSaSn4ge–of SctaapinalceistsieSsteweilth
–20
in a wide range of capacities with
 in a wide range of capacities with
TX-VK4 – Ceramic with VisiFlo 65° (TY) and 80° (TX) spray angles.
Spray
Spray
*To find GPA rate on
159 *To find GPA rate2.o00n
65° (TY) and 80° (TcXo)losrp-croaydiannggles.
CP25597- * -NY
CP25595- * -NY
CP25599- * -NY
SJ-3 StreamJet®
1b5a9nd widths, multiply 2.00 *To find GPA rate on band widths, multiply
65° (TY) and 80° (TX) spray angles.
2.00
 TJ TwinJet®
Band
   25598- * -NYR
Spray
the tabulatetdh*GeToPtaAfbinfuodlraGtePdAGraPtAe fonr the tabulated GPA for
in gpm
0.50(01.450.030)33 120o.58z.54./.m20i.n11. 2.12.8m21.p24h
0.60.407 340.61.0 0.10 2.3.113 1.92.63.6 15.601.9 4.01.31.63c.3onv9eC0r1Ps24.i3.o981n6fFalc0otw.o04r0R7se90.g0ulat0o.1rs5(In0s.9e0r.70t019 499..6.09 7.43.54.65.9 2.835..50 24.32.8
40Ceram0ic.1D3 isc-Core17 tX7-†5(1200) 0.0878514200 01.10t8X0.0-8.406573 5610.18 86.6.08.16 4.45.8432.40.5
TX8.B6 ConeJe6t.4® 5.1AITXB 4.3 3.7
40 0.20
26
13.2 9.9 7.9 6.6
32.1.8 46.385.143.0.1
90 0.095 12
in gpm
309 3.75
information.
Locating
useful formulas and other
6.3 4.7 CP1839.989-EPR 3.1 2.7
1.72.71m1.3.p6h 15.41.7m1.p3h4.41.21.4m1.3p1R.6hOW7U5S1sP3e.A2.d10mCw.9IpiNt3hG0D1.b0C2y0-6C7t5oh5r4e0In0s.1e6rts0an.80d0.63.052500 41o80..3z.36./.4min.7.93.24m.3p.63h.3
band widths, multiply
        2 nozzles per row
BSapnrday
ROW SPACING by the b*TaondfinwdidGtPhAs, rmatueltoipnly R O W S P A C I N R G O Wb y S t P h A e C I N G b y t h e conversion factors. band widths, multiply
R o w S p a c i n g
Band
conversion facthoerst.abulated GPA for conversion factors.
TeeJet Flat Spray Tips (Smaller Capacities)
Tips can be positioned in choice of two spray plane directions — parallel or perpendicular to wings of Quick TeeJet cap.
gpa conversion factors*
the tabulated GPA for See pages 124–140 for ROW SPACING by the
usefuSlefoermpualagseansd1o2Sth4ee–erR1pO4aW0gfeoSsPr1A2C4I–N1G40byfotrhe
      CP2560n7-o*z-NzYles
nNoOZztZzXLl-†Ee1Ss cianpacity
159
2.8 2.1 1.7 1.4
1.1 Hose 6S0hank no2.z00zles
0.06nN5oOzZZzLlEeS8s.3 NOZZ4L.3ES 3.2 2.6
psi psi in gpm
iInN gGpPMm
25608n-9o-PztPzw†l†oes 40 0.067 8.6
5 43.1gpa 62.35 301.9 7 6 1.6 psi 17.3 90psi in gpm
30976 mph2.6 mp2.h2 mph
7 mph
1.47 1m.7p7h 1.8m1.p4h
CP25607-9-PP††
t X - 2 n o i nz z B l a e n s d
0.40.323 260.42.2 0.080 1.62.2310
4.4 3.3 2.7 2.2
1.9 40
3.3 2.8
two
t4w0 o 0.033
3g0p9a 2.2
309 1.6 1.3
capacity
three
gpa
3g0p9a 1.7
309 1.7
tTwWtXOo-1 nozzles 25608- * -NYR
TWO
4.2
0.93
40
0.050 6.4 thr3.e3e 2.5 2.0 tThHRrEeEe THREE
1.4 1.8
noT6z0KzFlleoso0d.0J3e9t® capacity NO7Z5ZLES 0.043
FL5F.0ullJet® 2.6 TX Co1n.9eJet® 1.5TG Full1C.3one
three
0.0n59ozzAlIeTs7X.6A nozz3.l9 es 2.9 2.3
0.070cainpac9i.0ty 3in4.6 3.54 3 2.8 iInN gGpPMm IN OctZah/MpraINeceity
1.9
93i0n 0.047 4 3 IN OcZat/MwpaINocity
5.5
1.2 75
capacity
2.1 542.3gpa 62.05
6.0 oz.c/m(at10wpi0na)o.cityom1z2p.0/hmin.0.05m3 ph 6.8
mph3.5 m2p.6h 2.m1 ph 1.7 1.5 120 mph gpa mph 309mph *To finmd GphPA rate on
0.07o9z.c/tmahpirn1ae0.ceityomzp./hm5.2in. m3.9ph 3.1 notzhzrlees mph
noztzwlSoepsraymph
0.100 notzhz1r3lees 6.6 5.0 4.0 b a n d w i d t h s , m u l t i p l y n o i nz z l e s
mph gpa mph
309mph 1.41.76
   tX-1
tX-†1
(100)
40 0.03430psi
inogzpzmles
0.50tX.30-†92 2o75.5z6.0/mini0n.0.88 1.92m.6p13h1
1.31.56.43 14.101.35 3.20.913.162.6 4002.9.337 0.0605400psi0.12 0.60.54015 367..3.49 5.92.53.3 4.8 inogzpzmles
2.024..540 13.742.05
tX-1
60 0.03690 psi
1.51m.59.p84h 14.341m.5p5h 3.51.11m.3p26ht.9he6ta0b12u.m1.l5apte7hd0G.07P5A69f0oprs0i.13 0.70.56917 o37z8..9.6/minin. 6.42.93m.9p3h5.1
2.32m4..9p34h 13.972m.3p5h 4.6 4.0
1.71m.9p6h
 60 0.12 15 7.9 5.9 CP1849.899-VI 4.0 3.4 60 0.18 23 11.9 8.9 7.1 5.9 5.1
2.2 11.8.7
t0X0.-0†.03439 75 55.5.0.13 221.87.6
Core 82.61.1.9 6.4 (V1i1t.7o.n5®5o.1ptiona1l)1.4.S3ee pag3.e71s1.21.124–71540 f7o65r0.20 00.0.20659 13.287.3.6 9.9 43.73.9 6.632.2.9
5.7 22.6.3
0.80.67 490.84.6 0.14
(010.0.04)473 D-D6i5s.0c.5 Cor3e2.1.8
3.34.4 18 4.05.3 20
2.73.93.2 26.292.7 5.51.92.2 4.6 4014.9.0 0.190400 0.21
22.3.1 11.9.7 11.6.4 11.3.2 9705 00.0.07605 98.0.3 44.6.3 33.5.2
  9t0X-2 0.09950 01.209†5 6715.23 0.18 4.76.3 23
3.841.17.9 38.193.8 7.12.73.1 5.9 9025.7.1 0.175490 0.27
01.814 35 19187.2.8 13.46.9.210.7 5.568..9
47.65.5
4.04.6 43.0.3
4.0 32.4.8
CP26277-1-NY† 640206278-1t0-XN0.-0Y.048R60†7 108.6 54.3.4
43.0.3 32.2.7 22.6.2 21.3.9 6400
00.1.1200 1153 76.9.6 55.9.0
(100t)X-2 90 0.19 24 12.5 9.4 7.5 6.3 5.4 90 0.29 120 0.1120 01.411 71.43 5.47.3 4.45.4 3.64.4 3.13.6 1203.1 0.11620
44.8.0 120.6 71.90.6 6.37.9 5.36.3
tX-†2 7650 0(50.0.)0880 120 1100.22 552.8.3 144.54.4.0 10.9 33.5.28.7 22.79.36 6.22.5.3 120 7650.33
37 19.1 14.4 11.5 9.6 8.2 00.1.41322 221175 16.3 817.36.19 10.965.4.9 9.3 54.1.8
4.5 33.7.4
40
0.1040 01.310 61.36D-Disc 5.C06o.6re 4.05.0 3.34.0 2.83.3 402.8 0.1540
9705 0tX0.0-.609858 40 11210.20 652.36.8 134.24.7.4 9.9 33.8.5 7.9 32.61.69 5.722.7.5 40 97005.30
75 0.40 1134 0.29 673.67.3 noz1z95.l15e.0s.4 14.4 44.0.411.5 33.93.6 8.23.8.1 90 14200.43
00.1.31483 02.31080.1.4164
191.8187 14.9 918.12.96 9.966.9.4 8.5 55.5.1 121234.29108 17.81.911.9019.46.32 7.1181..976.9.9 150.927.165.3.5
4.25.0 44.6.3
4.2 43.0.7
02.016
01.915 19.9 7.49.9 5.97.4 5.05.9
4.5.3 44.3.0
  40 0.033 4.2 2.2
1.†6 1.39705 1.100.1†.143 0.93 75 1184700.36 0.059084.26.6 264.466.9.4 17.83.355.5.14.3 2.5 414.16.93 2.010.243.0.71.75 970051.5.4 00.2.62190 tX-t4X- 3 tX- 8
1236.2 91.93.2 7.99.9 6.67.9 362276 27 11323.19.2 171.809.4.9 15.3 87.3.9
5.76.6 66.9.6
5.7 55.9.7
60 0.039 5.0 2.6
6.8 5.9 00.2.204 2361 1135.2.8 191.9.9 79.9.5 67.6.9 56.7.8
75 0.043 5.5 † 2.8 tX- 4
tX-†4 9t0X2-4.3
(50) 120 0.45 58 30 22 17.8 14.9 12.7 120 0.68 87 45 34 27 22 19.2
90 0.047 6.0 3.1 120 0.053 6.8(50) 3.5
(15200t)X-4 tX-3†.34 40
0.191.9
0.22 28 1475.5 0.4510.9 58 8.730 272.3 17.86.2 14.9 12012.7 0.3753 0.68
37 19.1 14.4 11.5 9.6 8.2
0.2090.2.72480 34703216 30 191.1523.48.2 12401.419.9.9 171.31.597.5.9 9.676.9.6 8.265.8.7
40 0.067 60 0.080 75 0.088 90 0.095
120 0.11 40 0.10 60 0.12 75 0.13 90 0.14
120 0.16 40 0.13 60 0.16 75 0.18 90 0.19
120 0.22 40 0.20 60 0.24 75 0.27 90 0.29
120 0.33 40 0.27 60 0.32 75 0.36 90 0.39
120 0.45 40 0.33 60 0.40 75 0.45 90 0.49
120 0.56 40 0.40 60 0.49 75 0.54 90 0.59
120 0.68 40 0.60 60 0.73 75 0.82 90 0.90
8.6 4.4 10 tX-6 5.3 11 5.8 12tX-†6 6.3 14 7.3 13 (50) 6.6 15 7.9 17 tX-8 8.6 18 9.2 20tX-†8 10.6 17 8.6
(50)
03.830 00.21.0297
1398.8 141.9.8 563375 42 11937.41.8
10.7 8.9 7.6 11.194.9 91.91.9 8.59.9 8.5
90 oz./min. mph (1020tm)Xp-h3
0.1490 01.81(450) † 91.82 6.9.2 5.56.9 4.65.5 4.04.6 904.0 0.2190
5 6Q40J40676-465-10/0.41-.1N2Y0R 7 14250° 1Q15up3iscki0.T3e3eJet cap764.92.6 i2n255.9.0 16.3 44.8.013.1 4 413.0.93 5 9.32.4.8 6120 6400.750
02.721 00.1.61845
1237.9 101.43.9 8.130.4 6.98.3 332139 25 119.9.89 16.587.9.4 14.1 75.1.9
5.96.9 55.9.0
in 3
nozzles
5.9 54.1.2
tX-4
6.87.9 6.9
75(120.10) 0.1817.75 102..4318 1.2 112.39 75 81.091.0.965 7.188.9.3 5.974..13 5.31.52.9 27.655.1 20..12775 1.8 03.527 1375.8 131.47.8 10.173.4 81.90.7 7.68.9 7.6
tX-3
tX-6
0.2460 03.124 153.18 11.95.8 91.51.9 7.9.5 6.87.9 606.8 0.3660 3.512900 2.900.2.129 2.5 40 2287450.40 0.113425.51.5 1271609.9.4 19.88.687.7.515.8 6.4 716.3.23 5.111.365.2.44.340 129003.6.07
2446 172.84
14.137.8 111.94.3 191.8164.3.4 17.0 1131.1.5
40
3.4 (B) =3B56SP0T 0.187.8 0.2740 03.527 17430.58 0.60131.47.8 77
2313.4 111.90.7 8.9
5.9 75 5.1
05.140115 00.41.4310
256519 73551
26 45192.86 36 54 228464
19.8 15.8 15.18390.8 12351.25.8
13.2 111.3.2
11.3
14200 00.1.101 90
51 00.1.5156
26 19.8 15.8 13.2 11.3
5.7 44.2.5
in gpm
0.1m16p2h0 m0p2.h016 mph10420.06 0.27 71.90.6 35 o6z.37.1/.m79.8in. 15m3.346p.h3 10.m74.p5h5.3 8.9 m1p2h047.5.6 m0p.h2410420 m0.p40h
03.124 51 40 0.1340 01.713 81.76 6.48.6 5.16.4 4.35.1 3.74.3 403.7 0.2040 02.620
135216.8 191.811.95.815.8 9.1513..92 171.939.5 32263 24 11311.92.49 16.298.9.9 13.9 77.9.1
6.87.9 65.6.9
6.8 55.7.1
6(10010.9) 0.1616.50 90 102..30160.14 1.1 10920.06 16800.39 71.090.0.65950.2 6.3727.69.66.9 159.363..39 5.515.4.25.59.3142.96 26.30141.5.0 4.0 10..9290460 901.5.97 03.1240.7261
135319.827 29111.95.8123.9 9.1519..9510.4 176.979.58.3
120 0.16 20 10.6 7.9 6.3 5.3 4.5 120 0.24 31 15.8 11.9 9.5 7.9 6.8
 14200 00.1.136 1270 180.6.6 67.4.9 56.1.3 45.3.3
40 0.33 42 22 16.3 13.1 10.9 9.3 40 0.50
34.7.5 14200 12.64tX-10 1.3 12.5 90 9.04.070 7.59.0 6.34.6 5.34.5 29.80 20..329 2.0 — 906Q40J40676-900.1-109/0.41.-1N63YR† 96204°2Q10u7ick0.T4e0eJe1t2c1.a5p085.61.6 92.6476.9.4 19.87.565.3.15.8 6.3514.3.23 151.4.343.5.7 60906400.61 2.6 2.1 1.7 1.5 120 0.079 10 5.2 3.9 3.1 2.6 2.2
64 33 25 19.8 16.5 14.1
tX4-.†04
281143.4.4 24 110.5.7
98.6.9
87.2.6
6(050) 4.4
tX-12 †
0.2737.851Q2J04676303-1..152/870-N.2Y2R 2.7 1P763e0.5r8m2it9s80u0s.4e9o1f3s1t.04a7.n1.8d14a46r3d.51/891a0n1d.173381/4.2419 n0o.9zzles28.41C.90a9n..72b8e.u71s9e.d47f.6o6.r89m.9o17u6.n.23tin5g7.5173.6.9 6.2 40..6460751204.7.30
04.636 00.3.72379
404327
30 21294.1 36192.86 229
101.21.9 109.9.6
10.2 98.3.2
7†5(540.7) tX- 6
40 0.20 26
13.2 9.9
7.9 6.6
5.7 40
05.140.9333 0.30
256418 42 38
19.8 4021 32
15.18294.816.3 1231.25.813.1 14.9 11.9
111.3.210.9
11.3 9.3
120 60 0.t2X2-0†.106 28 20 14.510.6 10.9 7.9 8.76.3 7.35.3
6.24.5 120 60
42 87 2245 3416.3 27 13.122 1109.92 9.3
0.330.24 42 31 22 15.8 16.311.9 13.1 9.5 10.9 7.9 9.3 6.8
2.7 75 2.20.18 1.9 2340 0.1010.9 13 8.9 6.67.1 5.0
90 0.49 63 32 24 19.4 16.2 13.9 90 0.74
5.9 4.0
0.2040 02.620 132.62 91.93.2 7.9.9 6.67.9 5.76.6 405.7 0.3040
5.1 3.3 75 2.8 3.29705 2.60(50.01.)198 2.3 120 2246300.56 0.11217.52.9 135798.4.9 28 7.977.5.122 5.9 615.83.59 4.815.855.4.14.1020 970053.8.54
0.27 35 17.8 13.4
0.334.0
4.8 75 4.00.27
13.19 10.9.9 9.73.4 152.90 50..050 4.2 164.5311.9 3413.1 9.527 10.9272.9 199.3.2 6.8 121020 610.01
64
33
25
19.8 16.5
6(050) 0.4060 05.140
151.89.8 131.25.8 11.133.2 6101.3
0.6160
24 30 2024 172.30 743249 63 2273 2129.5
17.3 1196.2.7
34.32(50) 2.8 22 40
8.9 7.1 7.6
101.734.04 3801.90.7 24 7.68.919.8 40177.6.0 0.4040 0.90 24618143.4.4 36131.210.5.729 9.9 928.46.9 7.921 87.2.66.60 97015.1.07
0.501.2396 0.40
6647 46 51
50 33 2440 2353 17.8 2919.814.3
16.511.9
14.10.2
95 49 37 29 24 21
  9t0X5-6.4 — (15200t) X5.-06 tX-5†.96
0.294.4 3.6t7X-†12 3.11p97r5.e1ss1u2re00g.5a4u1g4e.0a4t.1t6he69nozz1le1..S25e30e6DataSh2e97e1.6t02.600552f1or8m.72o.9rei1n7f.o8rm6a9.t30io1n5.3 50..34753 04.8.15
55 104
2853
55 38
17.027 1243.2
21 14.9 17.011.9
12.2
9.9
8.5
90 40 0.290.20 37 26 19.13.2
14.49.9 11.57.9 9.66.6
8.25.7
90 40
0.430.30
28 19.8
14.2 9.9
12.2 8.5
60 0.24 90 31 0.59 157.86
3191.9 29 9.5 23 71.9.5
16.76.8 90
600.88
0.31163
5846
44 2435
2917.8 25 14.3
11.9 14.1
10.2
16.03.15 120Q6J(0B)46706.-31/304-.N2Y4R† 12402 31 0.68 22 1587.8
 tX6-.†46 tX-8
5.1 9705 4.3t0X0.-21.8297 3.7 60
0.3260 04.132 2141 152.81
121.75.8 101.62.7 9.10.6 609.1 0.4960 25714164.3.4 41131.9131.1.532 10.41029.79.6 8.323 98.3.26.975 1290105.2.39
36219.8 31 1175.0.8 19.244 161.29.4
6(050)
06.349 00.51.54073
3623 2432 816545 61 323489
412251 35 1197.8.0 21 24751295.8 13782.811159.8.8
1164.5.2 151.371.8136.2.5
13.9 1142.1.2
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11.3 1121.2.3
7†5(570.9) 0.367.3514200 504..363060.2.373 4.5 2494063145200.90172.084.12247121.85
3668995614 67273623653
9t0X6-8.4 — 0.3959.10 1984053..3-03N9YR† 3.7 2P65ro0vid4es0shu1to9f2f.036a.2t n0ozzle f1o5r1q.249u6.i3ck spaci1n2g1.c953h..a42nge o1r c1h.190a.n29g.9e in spr7a9.y190s1w.0ath. 60..65990 5.7
07.659 3796 2939 00.41.64960 86531 64 32561
23 29 192.53 432149.8 37 1195.4.8
161.79.5 1163.2.2
(50t) X-8
6400 00.3.27 40 4315 0.87 21711.8 517153.8.4 43 1120.7.734 1028.96.9 25 97.1.6 40 64010.30
51 44
1131.9.3 19.213.9
120 7.9 0.456.3 5.38tX-26 4.5 30 60
120 60 0.450.32 6508 411.06 30 21136 227015.8 5217.812.742 14.91305.6 1320.79.1 61020 610.59
40 0.3340 04.t23X3-†26 2242 162.32 131.16.3 101.93.1 9.130.9 409.3 0.5040
220.24 17.381 141.95.8 121.17.9 192.50 70..968 6.8 tX-8†.98 7.175 5.90.36 5.1 75 46751.18 0.274151 375187.8 58171.84.347 13.4113.9 10.73310.2 8.975 7517.7.86
87 45 34
27 22
19.2
20 10.6
23 11.9
24tX-10 12.5 tX-1t0X9-.†48 7.59705 6.300.3.396 5.4 90 5409601.30 0.22961466 38716197.3.8 64191.154.4.351 14.411241.39.911.537110.0.29.690 970158.9.42
0.6802.0449 81075 63 79453623
3542 24 4527 19.4
5927 50 21 17.8 15.3
2†6tThXe-s†e1Q0uic1k3T.2eetJeXt-c7†a5p1(s509a0.9v)ailab0le.4o5n77l.y95i14n20b0lacnko.60t5e..684:0A50.l3w.43a5ys5d.o7u3bl05e8ch4e52c48k0your2a2p30p0.l23ic302a0tionra1te72s.3.82T81a26b2u.3latio1ns41a1.97r9e1..8b13a7.s1.e8d1on21.s147p.49r1a.9y10in4.9g.9w1a17t.e195r2a.t719702.3°.F7(902.1.96°C8)7.5142008.508.76080.5.608 48576847
111 43589 34453435273†4S2p35e4cifym2a22te7r1ia29l.7.8192.21262.5 37 29 24 21
191.2149.1.2
(50) (50t)X-10 How to order:
17.8 12013.4 0.51602.70 807..9256 7.6 372 75 28307.40 22581 1822.526 151.198.8.5 152.1805.8 130..281520 11.310.985
15069
2428 220
24 1197.2.3
35
3Q7uick TeeJ1e9t.1Cap 4014.4 0.4101.5 95.61 8.2 26 90 19.08.43 15.585 132.28 112.13 174.0
4450
B40A44N95DING303N37O4 ZZL24E2S297
tX-†10 7650 00.4.450 5581 3206 2129.8 1175.8.8 F1o14r 3.c9.a2p and1s12e1.7a.3t gasket7s65e0t, spec0if0.y6.681
878 779857
30
3340 2274
140..260 12.2 77 40927085 0.400.4.495 The5Q16u53ic8k TeeJ2e6t3c32a0ps are 1d9e2.s824ig2ned w1it5h1.8197.4.8 131.2164.2.9 111.3132.9.7 409705 0.600.7.648
40
24
19.8
17.0 192.8242
172.019.2
06.95040.41.75030
198 102 77 61
 tX- 8
141.3751.98136.4.3 14151.9451..38103.7.136101.12.19.91830.09.9 97.15205.279.6.3 70..95904751420106.3.58 (50) 120 1.03 132 68 51 41 34 29 120 1.55
151.314.3.1 16.7
0.52248 11769 88 3670 06.450 3634 2533
22 16.2
 2651 192.86
2*8Specify col1o4r c.5ode (see1c0h.a9rt). Unless8o.71th2e90rw0ise s7p.3e0c(5i0.f04ie.)35d9, a6y.e2llo1w20(65)158ca20p01w.4i9ll be0su.3p2301p69li1ed. Viole4t92(81209).o3nly a7v42ai2l1ab17l5.e8.i4n59CP1265.63114a2.9n.9d1C3P.215452191271.N7.y01lo0n.192c0ap1s.290209.2.43
07.861 4708 00.62.85879 14876
00.52.45984 128769
96 339767 3040
19.285 161.59.8 141.16.5 642297 55 2231 1197.5.8
14.1 1165.7.3
 t9X0-10 0.49 63 32 24 19.4 16.2 13.9 90 0.74 95 49
3†1†Polyprop1yl5e.n8e Quick 1T1ee.9Jet caps a9v9a.50ila6b40le0only70i..n940g90.r4a.30y.3 6.8 63541620 302.23262 2461196.8.3 12941.4153.8.1 117.681.2130.2.914.1331.919.3.311.9 9064010.2 0.7040.6.510
957684
494303 373205 292149.8 4256 34 42 2834
242106.5
211174.3.1
 tX-12 tX-t1X2-†10
42 22 16.3 13.1 10.9 9.3 120 0.50 64 33 25setnum19b.8erand1c6o.5lorcod1e4..1
6(050) 0.4960 06.349 3263 2432 192.4 161.29.4 13.196.2 6103.9 0.7360 09.373 12900 00.5.469 groov7e62s3that fit lo3c3a7t2ing lugs 2o28n4the nozz2le129.4 1186.5.2 1153.8.9 12900 00.8.754
4983 1095
3648 5469
29 36 4327
2429 3249
2124 2284
21 2241
35 17.8 13.4 10.7CP19438.-9EPR 7.6 40 0.40 51 26 19.8 15.8 13.2 11.3
tX-†12 tX-7†51(520) 0.547514200 06.95040.4.506 3695712 27362367 21271298.8 172.811252.8 15.1371.8E13x8.2a.5mp7l1e55:12.3155.63.1820-3.8-1N7Y5R14200 10.48010.6.805
1503417079
40534506
32403402
27322344
23271298.8
231274.0
 120 1.03
1o2n0
.T5a5
BANDING NOZZLES
40 0.87
60 1.06 75 1.18 90 1.30
78 58 47 39 33 75 1.78 228 117 88 70 59 50
28
BANDING NOZZLES
28
28
BANDING NOZZLES
41 46 50
16.2 13.9
(50)
(50t)X-12 available for use with all TeeJet® spray tips.
21 15.S8eat 12.7(EPDM10.6 9.1body. Ca60ps are m0.4a9de of Ny6lo3n and are32 24 19.4
t9X0-12 0.59 76 39 29 23 19.5 16.7 90 0.88 113 58
44
35
29
25
63 32 24 19.4 60
16.20.73 13.9
9390
0.4748
9536 4929 37 24 29 21 24 6021 1.10
141
73
54
44
36 31
(50)
(50t)X-18
72 37 51 26
1.51520 119.855
10928
71702
63 8713
61 77 6514
5161 4494
4451 44 4316 3351
87 45 34 27
33 29
120 1.01320
2†8 22 7650
113.203 18.500.8.72315.8
61832 10195230
5168 0.584548
4151 341 29 34 12209
1094316 56329 42 2274 34 2231 28 765204 11.2.130 115471
tX- 18
343 2934 25 29 4205 1.B30O40OM C1O16M.630PONEN1T866S6 774451 403362 30 3207 24 2253 19.8 970157.0 11.3.253 117537
40 0.8740 19†.8 15.89705
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51711 1105450
4357 0.565094
6486 8891
51 64 6671
4351 5439
3743 37 4451 3385
90 40 0.590.40 76 51 39 26 29 19.8 23 15.8 1F9o.51r 3c.a2p o1n6ly.7,1s1p.3ecify p9a0rt4n0umb0e.8r80.60
113 77
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1.0120 112.901
16279 10943
5067 5438
40 50 4306
3340 329
2933
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 58
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440 545404 49 61450
3352 444305 41493460
2530 25
30 4022 0.61074.80 1407..9760 12.7M4a0x7i7m1u2m0 op3e04r0a0.t6in8g pre2s4s3u807re of 301092P4.84S5I 173.1409.8 274107.0 220.9040 19.2101.590 tX-18 tX-t1X8-†12 9705 00.5.594 769 3396 2297 2231 1E19x7.5a.8mple:1C16P5.27.53597-4-N97Y05 00.8.81
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3036
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2125 196.80
161..510 14.1141
73 14112193
54 67
44 53
36 45
2297 2253 363239 312295 35413303 352259
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514057877
41544405
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185171259 89
6102900 0.7030.6.589 93876 484359 363249 292273 242129.5 211196.2.7 6102900 1.10.0.818
31
 a n d S e a t G a s k e t9t X0S e- 1t 8 0.90
59
75
45
0.68
36 30 25 90 1.35 173
38
90 40
0.90.60
115 77
59 40
45 30 36 24 30 19.8 25 17.0 90 40 1.350.90
173115
89 59
67 45
53 36
45 30 38 25
 tX-26
tX-t2X6- 18
71036 60
1.1081.8.073 1511312 785678
63 32 69 36
12900
5270.73 175.81 15.3 78 75 58 0.81
425923 35428 303365 296300 241.5960 21 210.459 12054 5415 4316 3340 2295 12900 11.5.355 119783
71905
63 79
5263
4552 45
6(05204) 1.01696.40
1613..2606 13.9
10.0.930 113125 6589
752(570) 1.1281 tX-†26 tX-†26 7514200
47104 3953 3340 3275 271.78
584531 47341 392394 332259 7514200 1.7181.3.505 221816968
10829 11718062
7677 886747
6513 705611
5415 4348 594531 503474
 76 39 tX2-926 23 90 1.3090
19.5 16.7 90 0.88 113 58 44 35
23 228 117
88
70
59
50
6400 120 1.41920
116.630 8166 6486 5164 4351 37 43 9307 22 19.2 120 1.01 129 67 50 40 119.149 91891 7498 5974 4959 42 49 12402
91628 10856
77 96 7694
6477 6531
5564 55 5423 4357
1.9490 214.894 12248 10.0.867 113161 7507 5423 4324 3259 3205 6400 11.5.390 210646
(50) (50t)X-26
77 40 tX-3†026 24 7650 19.811.1.08617.0 11531460 0.797080 115582 594472 45 3395 36 330 30 765205 1E1.N7.58G9LISH 22084
6374 63
†Spe7c7i0fy ma†teSrp6ia54el9c. ify mat5e5r0ial. 75
not9e3: Alwayns48odtoeu:bAllew3ca6h†yescdkoyuob2u9lreac9ph70p5elcick2a4ytio1un1.3r.r10a8pt2ep1sli.cTaatbi1o1u6n56la61rt0aiotenss. Ta1ar.e81b706ub8lasteiodn1os4na16r5s4ep8braysiendg73o5wn41a7stepray5t4i7n0g4°3Fw9(a2t41e4°rCa)t.373730°3F6(21°C9).70351 11.9.748
224288
112187 114288
9868 11916
5ra1t-e1s1.5
2886 64 51 43 37 90 1.94 248 128 96 77 64 55
BANDING NOZZLES
98 74 59 49 42 120 2.24 287 148 111 89 74 63
120 1.49
uble check your application rates. Tabulations are based on spraying water at 70°F (21°C). †Specify material.
8bu7latio19n8
4)4.2 • 57 note:4A3lways d3o4uble ch2e9ck you2r5applicati4o0n rate1s..3T0abulat1i6o6ns are ba8s6ed on sp64raying w51ater at 7430°F (21°3C7).
70 52 42 35 30 60 1.59 204 105 79 63 52 45
IL
G1r2i0mes, 1IA.49 191
98 74 Gard5n9 er, KS49
42 120 2.24
•s are ba1s0e2d on sp7ra7ying8w7 6a1
7te-r8at275
29 25
BANDING NOZZLES
2.21420 228.724 124887
11148 11075
89111 8789
7489
7603 5592 5405
 105 115 132 111 136 151 166 191
54 (5401) 32 12900 27 11.4.39023 11961765 1.928386 157644 815591 61 4493 49 4327 41 1290305 21.2.944 59 4(50) 36 30 25 90 1.35 173 89 67 53 45 38
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