Robroy Industries

Robroy Industries

ROBROY IND.

CAUTION

Avoid contact between the rubber drain core and the conductors inside the poured sealing compound. The sealing compound must completely surround the conductors and comply with the thickness requirements ln NECode Article 501 ·S(C)\3). Gaps between the conductors and the drain core in a poured seal can be leakage palhs for gases, vapors or flames.

Pour sealing compound and replace pipe plug. After about two hours remove the molded rubber drain core. Thread ECO drain fitting into the opening and tighten securely.

1-114" to 4" Slzee

MOLDED RUBBER DRAIN CORE

"' cHico ~x .. FIBER

Rerrove large cover and pipe plug and dam the lower hub opening. Replace large cover threading as far as possible into body with anow pointing directly down. Insert the molded rubber drain core through hole in large cover high enough so inner &nd will be above seating compound in completed seal.

Pour sealing compound and replace pipe plug. After two hours

CAUTION

Make sure that the molded rubber drain core does not touch any of the conducta<s.

remove the molded rubber drain core. Thread ECO drain fitting into cover opening and tighten securely.

CAUTION

Type EYSX and EYDX fittings are suitable for sealing vertical conduit runs between hazardous and non-hazardous areas, but must be so located that hazardous gases or vapors iMll not vent into the non-hazardous area. Conduits leaving the hazardous area from the top should have the fitting located in the non-hazardous area. Conduits h~avlng !he hazardous area from the bottom should have the fitting located in the hazardous area.

If any batch of compound starts to set before pouring DO NOT try to thin by adding water or stirring. This will spoil seals. Discard the batch and make a new one.

Keep compound dry by tightly closing container cover wtien not in use.

FOR APPLICATIONS INVOLVING GROUPS C AND D

CAUTION

Sealing compound to be mixed 0 NL V at temperatures above 35°F12°c and ONLY poured into fit!ings that have bean brought to a temperature above 35°FJ2°C. Seals must NOT be exposed to temperatures below 35°Ft2°C for at feast 8 hours, Compound MUST be allowed 8 hours to cure to foll strength before enargizing system.

FOR All APPLICATIONS

CAUTION

Sealing compound to be mixed ONL V at tamperaturas above 40"F/4°C and ONLY poured into fittings that have been brought to a temperature above 40~F/4°C. Seals must NOT be exposed to temperatures below 40~F/4°C for at feast 72 hours, Compound MUST be allowed 72 hours to cure to fuH strength before energizing system.

[ MAXIMUM NUMBER OF CONDUCTORS THAT CAN BE SEALED IN A EYSX AND EYDX SEALING FITTING I SIZE 1/2" CONDUIT 3/4" CONDUIT 1" CONDUIT AWGOR A B A B A B !CmU 48%WE 40%Wf 40'%WE 40%Wf 400/11 Wf 40% WE

18 13 (3141 19 (3/41 24 (1') 34 (1') 39 (1-1/4') 55 (1-1/4') 16 11 (3/4') 15 (3/4') 19 (1') 27 (1') 31 (1-1/4') 43 (1-1/4.) 14 9 (3/41 14 (3/41 15 (1") 24 (1') 25 (H/4'} 39 (1-1/4') 12 7 (3141 10 (314') 12 (i') 18 (1') 20 (1-1/4') 29 (H/4')

10 5 (3/4') 7 {3/4'} 9 {1') 11 (11 15 (1-1/4") 18 ( 1-1/4') B 3 (3/4') 3 (3/4') 4 (1 ') 6 (1'} 7(1-1/4') 9 (1-1/41 6 1 (1/2'}" 2 {3/4') 2 (1') 4 (1 '} 4 (1-1/4.) 7 (1-1/4') 4 1 (112r 1 {112·i. 2(1') 2 (1 ') 3 (1-1/4•) 4 (1 -1 /4')

3 1 {1121 ' 1 (112')' 2 (11 2 {1) 3 (H/4') 3 (1-1/4') 2 1 (1/2')• 1 (ttz')' 1 (3/4•)" 2 (!') 2 (1-1/4') 3(1-1/4') 1 1 (112')' 1 (112')" 1 (314')' 1 (3/4'}' 2 (H/4'} 2 (1 -1/4') 1/0 1 (112')" , (112'}" 1 (3/4'). 1 {3/4'). 1 (1 '). 2 (1-114')

2/0 1 (1/2')' 1 {314"}. 1 (1')* 1 (1')' 3/0 1 (1 ·r 1 (1')' 4/0 1 (1'). 1 (1'). 250 1 (1')' 1 (1 '}*

300 350 400 500

600 700 I 750 BOO

I

900 1000 I 1250 1500 1750 2000

NOTE: Number in brackets is the actual trade size of sealing li11ings withoul reducers installed. This trade size is used lo determine the dimensions and turning radius for the expanded sealing titting.

* Use standard EYS 01 EYD sealing fitting: expanded wire fill sealing lilting is not required

I 11/4" CONDUIT 11/2" CONDUIT Z" CONDUIT I

I A B A 40o/oWF Ml%WE 40o/oWF

67 (2') 95(2') 92 (2') 54 (2 ') 75(2') 74 (2') 41 (2') 68 (21 60 (2') 34 (2') 50 (2') 47 (2')

27 (2') 32 (2 ') 36 (2') 13 (2') 16 (2') 17 (2') 7 (2.) 11 (2')

t

10 (2') 5( 1·1/2') 7 (2') 7 (2.)

I s (2·i 6 (2') I 6 (2') 4 (2') 5 (2") 5 (2') 3(H/2') 4 (2') 4 (2') 2 (H/4')* 2 (1-1/4'}" 3 (2')

2 (1-112') 3 (2') 3 (2') 2 (1-112·) 2 (1-112') 2(1-112')' 2 (2') 1 (1-114')" 2 (2') 1 (1-114') . 1 (H/4')' 2 (2')

I (1 -1/4")' 1 (H/4.)" 1 (H/2")' 1 (1·114')' 1 (1-114"). 1 {1 -t/2.)' 1 (1-1/4.)' 1 (1-1/4')• , (1-1!2')'

I 1 {1-112/ '

I I

' I

I

Col A= Types RFH-2, RH,AHH,RHW,THW,TW XHHW(AWG 14- 6) FEPS(AWG 6- 2)

B A 8 40%WF 40o/oWF 40o/o WE

131 (2') 152 (3') 216 (3') 103 (2') 123 {3') 170 (3') 93 (2') 90 (3 ') 154 (3') 69(21 76 (3") 115 (3')

44 (2") 60 (3") 73 (3') 22 (2') 28 (3') 36 (3') 16 (21 16 (3') 26 (3') 9 (2') 12 (3') 16 (3")

8 (2') 11 (3.) 13 (3') 7 (2') 9 (3') 11 (3') 5 (2') 7 (3') 8 (2-1t2'} 4 (2') 6 (3') 7 (3')

4 (21 5 (3') 6 (3') 3 (2') 4 (2-1/2') 5 (3') 2 (H/2'}' 3 (2-112') 4 (2-112') 2 (2') 3 (3') 3 (2·112')

1 (Hf2')" 2 (2')• 3 (2-112'} 1 (1-11'2')' 1 (2'). 3 (3 ') 1 (1-1f2]• 1 (2)" 2 (2-11'2') 1 (1-1/2')• 2 (3') 1 (2'} .

, (1 -112·r 1 (2.)' 1(2')' 1 (1·11'2')' 1 (2'). 1 (2T

1 (2')' 1 (2') ' 1 (2.). 1 (2') .

1 (2')' 1 (2') ' 1 (2') . 1 (2') .

CoLB = FEP, THHN,THWN.TFN,PF,PGF XHHW(AWG4 - 2000 MCM)

FEPB(AWG14 • 8}

ROBROY IND.

ll>ll>jil)..

I MAXIMUM NUMBER OF CONDUCTORS THAT CAN BE SEALED IN A ~:::;, -:::.::::

~Q~CI> Q) "' - EYSX AND EYDX SEALING FITTING 1r.1-· Q)lh Cl>~ . iii' c: <I) 3 3g:;l«i

2 1/2" CONDUIT Q) <I) :) 3" CONDUIT 3 112" CONOUJT 4" CONDUIT "';::,Ill -Ill R !" A 8 A 8 A B A B ~ ~· R SIZE ~· §f ~ ~ 4W/o WE GWE 40%WF 40%Wf 40%WF 44°/t WE 39o/, WF 39%_Wf """ "' ::.- AWGOR Ill Cl -.e ~- GmiJ :::l .... o B ~ t: '"" -~ ~ 8 5· 18 217 (3·1"!'} 308 (3-1/2') :::.; I\) 3 O'

Hi 175(3·112') 242 (3-1/2') ~·~~~ ~ c - II) 14 141 (3·11'2') 220 (3· 112') 219 (4') 339 (4') 293 (5') 454 (5")

I 370 (5') 525 (5") ::r Si. ~ g. 12 111 (3-112') 163 (3-1/2') 172 (4') 252 (4") 230 (5') 338 (5') 291 (5') 427 (5") !!l. !!!. ~:;,

~ ~"' ll.I <II o s a 10 86 (3-1/2') 104 (3· 112') 133(4') 160 (4') 11s cs·) 215 (5')

I 173 (5') 272 (5') ~ c: q) ., -. ., ~ 8 41 (3-1/2') 51 (3·112') 63 (4") 79 (4') 84 (5') 106 (5') 94 (5') 134 (S') s·a ~ 6 23 (3') 37 (3-1/'2')) 36 (4') 57 (4') 48 (5') 76 (5') 61 (5') 96 (5') 8:?.; 3

'.:) 0 Q') 3 4 18 (3') 23 (3·112')) 27 (4') 35 (4') 36 (5") 47 (5'} I 46 (5') 59 {5'} ::i -~::. (:J

~ s. Cl ::i 3 15 (3') 19 (3") 23 (4') 30 (4') 31 (5") 40 (5') 40 (5") 50 (5') ~ Q.

c;-Q)~ ~ :::i " c: '5' 2 13 (3') 16 (3') 20(4') 25 (4•) 27 (5') 33 (5') 34 (5") 42 (5') ..,. c: Ill :::i ::rg,0)11> 1 9 (3') 12 (3') 15 (4') 19 (4•) 19 (5') 25 (5") 25 (5") 31 (5') Q) ::i

1/0 8 (3") 10 (3') 12 (4") 16 (4.) 17 (5") 21 (5') 21 (5') 26 (5') ~1Ut08 ::e "' ;::. s:~ ~iii

2/0 7 (3') 8 (3') 11 (4'} 13 (4') 14 (5') 17 (5') 18 (5") 22 (S') . Ill - · :,- s ~ g !U Q.. 3/0 6 (3') 7 (3') 9 (4') 11 (4'} 12 (5') 15 (5") 15 (5'} 18 {5') -2 ::.- 4/0 5 (3') 6 (3'} 8(4") 9 (4'} 10 (5') 12 (5') 13 (5') 15 (5') Q. <l)

Q. "" q, 250 4 (3') 5 (3"} 6 (4') 7 (4') 8 (5') 10 (5' ) 10 (5') 12 (5') ~ Q. - · <II Ill ::i 3 ::i !U 300 3 (3') 4 (3') 5 (4') 6 (4') 7 (5') 8 (5') 9 (5') 11 (5") 3· &1 ~ Q) ~.tr 350 3(3') 4 (3· 112') 5 (4") 6 (4'} 6 (5') 7 (5') 6 {5') 9 (5') ss~ 400 3 (3") 3 (3-112') 4 (3·112') 5 (4") 6 (5') 5 (5') 7 (5') 8 (5") <l> ~ "' 500 2 (3') 3 (3·112') 4 (4') 4 (4') 5 (5') 6 (5') 6 (5') 7 (5') c: 0

?{ =-- ::J

~ s· 600 2 (3') 2 (3') 3 (4') 3 (3-112') 4 (5') 4 {4') 5 (5') 6 (5') 'U ~ '< O' 700 1 (2·1/2')" 2 (3') 3 (4') 3 (4'} 3 (4') 4 (5') 4 (5') 5 (5') ~· ..._

3 0 750 1 (2-1/2")" 2 (3') 2 (3't 3 (4'} 3 (4') 4 (5') 4 (5'} 5 (5') :::r - ~ ij :;. .i ~. 800 1 (2-112') • 2 (3·112') 2 (3-112") 3 (4') 3 (5'} 4 (5'} 4 (5') 5 (6') ~ <l> ~ g ID lJ 3 Q) ID 900 1 (2· 1/2'). 2 (3-112'} 2 (3· 112') 2 (3-112') 3 (5') 3 (4') 4 (5') 4 (5") _!.JI &. [/). ::i

!II Q. 1000 1 (2-112')" 1 (2-112')* 1 (3')' 2 (3-1/l') 3 (5') 3 (5'} 3 (5') 4 (5') c: :::. -Q. Q. ~ 1250 1 (2 ·1/2')' 1 (3')* 1 (3· 112')' 3 (5')

(/) Q'~ (;;' 1500 1 (M/2'}" 1 (3')• 2 (5') 2 (5') c ::J- :::. ~

1750 1 (3'}. 2 (5') 2 (5') al J) <:;· g, q,j

- · cs· o- 2000 1 (3'>- 1 (3· 112')" 2 (5'} i ~· z:::. ~ Cl) !I> ii)'

Number 111 brackets is Ille actual trade size of sealing fittings without reduws installed. I CotA " Types RFH-2, RH,RHH,RHW, Tt-M', TW I COl.B ,. FEP, THHN,THWN,lfN, Pf, PGF (I) CD ~ 0 <:: NOTE: Ch a. - 8. ....... q:, Ol U> ,, ~o This lrade si1B Is used to determine the dimensions and turning radius for tile expanded XH!Nf(AWG 14 - 6) XHHW(AWG4 • 200) MCM) ;is iii ~ :'ii it> 0- sealing !ittiog. FEPB(AWG 6 • 2) FEPB(AWG14 - 8) l.n m (>)

(!) - • 0

"' Use standard EYS or EYD sealing fitting; expande<l wire Ii« sea~ng fitting is nol required

ROBROY INDUSTRIES

Robroy Industries

Robroy Industries

1100 US

Hw

y 271 South

Gilm

er, TX 75644 * U

.S.A

.R

obroy Industries