Ordering Information | Flexible Braided Hoses
Specify pipe size, termperature or oxygen service, both end types, and over all length (OAL) when ordering.
Ordering Example:
8773-4-HRF/36 Braided hose, 2" pipe size, high temp - 1200°F service, RF flange one end, lap joint floating flange one end, OAL = 36"
8773 -4-HR F/36 /
Welded and Tested per ASME Section 9 B31.1 ( Certificate supplied with shipment upon request ). Leave blank for standard B31.1 Special B31.1 option
Braided Hose 8773
Nominal Pipe Size
½ " ¾ "
-01
-0
-1
1"
1 ¼ " 1 ½ "
-2 -3 -4 -5 -6 -7 -8 -9
2"
2 ½ "
Overall Length (OAL) in 1" increments Not to be less than the minimum
3" 4" 6" 8"
recomended OAL. Examples shown:
-10 -12
10" 12"
10
=10" end to end OAL =30" end to end OAL =144" end to end OAL
30
Sevice Option
144
Leave blank for standard 750°F
-H High temperature 1500°F -C Oxygen service
End Type
End Type
NPT Male nipple withhex nut ½ ", ¾ " and 1"
T T
NPT Male nipple withhex nut ½ ", ¾ " and 1"
T T
NPT Male nipple 1 ¼ " to 8"
NPT Male nipple 1 ¼ " to 8"
Butt-weld pipe end 37 ½ degree bevel Raised face slip-on ANSI class 150 drilling Flat face plate flange ANSI class 150 drilling Lap joint (floating) with raised face stub end ANSI class 150 drilling
W
Butt-weld pipe end 37 ½ degree bevel Raised face slip-on ANSI class 150 drilling Flat face plate flange ANSI class 150 drilling Lap joint (floating) with raised face stub end ANSI class 150 drilling
W
R**
R**
A
A
F*
F*
M
Raised face slip-on PN 16 drilling
M
Raised face slip-on PN 16 drilling
*The type "F" lap joint floating flange allows one flange end to be rotated to simplify installation and easily align bolt holes with a mating flange without imposing torque on the hose.
**When selecting flanged ends for oxygen service or to comply with B31 code conformity applications the raised face flange Type "R" option must be specified. WARNING: Situations dangerous to personnel and property may exist with the operation and maintenance of any combustion equipment. The presence of fuels, oxidants, hot and cold combustion products, hot surfaces, electrical power in control and ignition circuits, etc., are inherent with any combustion application. Components in combustion systems may exceed 160°F (71°C) surface temperatures and present hot surface contact hazard. Fives North American Combustion, Inc. suggests the use of combustion systems that are in compliance with all Safety Codes, Standards, Regulations and Directives; and care in operation.
Bulletin 8773 Page 7
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