Page 69 - 2019 Product Technical Manual - Hydraulics
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ISOBARIC BRAID
1:
TIIOOOD 5
0
EXTRA AB RASION RESISTANT 3
FRAS g
COMPACT ISOBARIC HOSE __ , g I V_‘\ E
290 BAR /4100 PSI We  % @ ‘fix Qt’; —
9'3 % &/
RECOMMENDED FOR: FRAS - 51.11111: RESISTANCE AND ANTI-STATIC:
High pressure hydraulic oil lines. constant pressure (isobaric) DIEHARD“ complies with Flame Resistant and Electrical
280 bar/4100 psi in all sizes. small bend radius and compact Resistance (Anti-static) requirements of Australian standard
dimensions are advantagesin installations. As 2550 and Methods of rest AS 1150.103 and 13A.
Meets Flame Resistant Designation ~u.s. MSHA“ ofthe us
PERFORMANCE: . . . .
Meets of Exceeds ‘he Perfmmme Requiremems on Departmentof Labor, Mine Safety and Health Administration.
ISO 18751-BC, sAE 11101119. TEMPERATURE RANGE:
Tu“ -40°C to +1oo°c (-40°F to +112"F).
Black. oil resistant synthetic rubber. F” "me" e"‘“"‘°"‘ em 5" page 53' U,
: (D
“E'"F°"cE"'“”‘ unrissures are based on 41 safe factor 3
one braid (-114 size) or two braids (-05 to -15size)o1Iiig1i _ .9 ” . . ' ‘V 4
. . (maximum working pressure to minimum burst pressure). a.
tensile wire. 3
. 0
‘°‘’“’ A:;§g1I122I,YL:,P1:?LTI1:'E:, GOST-R, BV, RINA and KR. °
DIEHARD" Black. oil and extra abrasion resistant synthetic
rubber. Flame Resistant,Anti-Static(FRAS)81 MSHA COUPLINGS:
compliant. iiigiily visible IayIine_ branding I01 easy and N0N_5K.VE 0NE_,,.EcE “HM,
permanent identification. No Sklvlng required with 1211011 81 mm, 5"“, (sizes 4,4 to .15, pages 187 m 231
T3000 (-15) Selies Crimp C0UP|in95- Assembly Instructions pages 475. 3
rsnunss: 9
constant pressure 2311 bar/4100 psi in all sizes for easy 1:1.
system design and nose selection. small bend radius and §
compactdimensions are advantages in installations. <
., 4
TLIIUIIII-DIEHARD K ‘ 4
EDMPACT 151111111111: HOSE I© ® _1 K? _ @ CQCP 2
' ' - z
MAXIMUM MINIMUM MI11IMUM CWFLING SERIES (3):
NDMINAL NDMINAL WORKING BURST EEND AVERAGE E
PART NO HOSE SIZE HOSE III HDSE DD PRESSURE PRESSURE RADIUS WEIGHT ONE PIECE
EEIMIREEEEEUIIEIIT
111111411 5 114 55 1/1 iu n.45 2111 111111 112n 1511111 5n 2.o n,17 n.12 12111111
141111511 11 115 11.2 5/15 15,5 11.51 21111 111111 11211 1511111 55 2.2 1,31 1.22 12111111
111111511 In 115 9,1 I 3/11 I 155 M15 2111 111111 112n 1511111 55 2.5 | my n.1.5 12111111
1411111111 12 4111 11,11 1/2 211,5 11.11 21111 111111 11211 1511111 911 3.5 1,51 1.31 12111111
111111111 15 -1o 15,2 I 5/11 I 73/1 n.92 2111 111111 112n 1511111 11111 3.9 | n,51 n.11 12111111
14111211 19 -12 19,1 3/1 211,1 1.12 21111 111111 11211 1511111 121 1.7 1,92 1.52 12111111
11111511 25 -15 25,4 1 13,9 1.14 2111 111111 112n 1511111 1511 5.3 1.27 n.115 moo
HIGHER TECHNOLOGY EQUALS GREATER PERFORMANCE 67
















































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