Page 65 - 2019 Product Technical Manual - Hydraulics
P. 65

ISOBARIC BRAID
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I30O0S 9
 T3000 III!!! SLIDER . "" o
EXTREMELY ABRASION RESISTANT   3
MSHA g
COMPACT ISOBARIC HOSE __ , \ I 7‘ 5
MILLION cvcLE IE" % VJ
RECOMMENDED FOR: MSHA - FLAME RESISTANCE:
High pressure hydraulic oil lines. Constant pressure (isobaric) SLIDER complies with Flame Resistant requirements
215 bar/3100 psi in all sizes. small bend radius and compact ofAustraiian standard 45 1550 and Methods of test
dimensions are advantages in installations. As 1 180.103. Meets Flame Resistant Designation
PERFORMANCE: HIIe.:|.tIKis‘F‘I;r\" Department of Labor, Mine safety and
Meets or Exceeds the Performance Requirements of: '
|SO18752-BC,SAE100R17. TEMPERATURE RANGE:
Tu“ -40°C to +10o“c (-40°F to +111°F).
' . . , Forwater, emulsions etc. see page 55.
Black, oil resistant synthetic rubber. W
“E'"F°““"'E"T’ mItIiInIIIiIInGvI,cIIrTtisnsgu;IIr::ssures are based on 4-1 safety factor 2
One braid (-04 to -019 size) or two braids (-10 to -15 size) of . . . . ' 3
. . . (maximum working pressure to minimum burst pressure). n_
high tensile steel wire. 3
covm THIRD PARTY APPROVALS: o
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SLIDER Black. on and extremely abrasion resistant synthetic ‘B5’ °"V‘5"' LR‘ MED’ USCG‘ GOST R’ EV’ Rm" 3"‘ KR‘
rubber sheathed with a layer of extremely abrasion COUPLINGS:
resistant polyethylene. Flame Resistant, MSHA compliant. N°N_5K,VE °NE_,.EcE (RIM,
Highly Visible layline branding fol easy and P9"“3"€"“ 12000 series (sizes -04 to -15) pages 187 to 131.
identification. No skiving required with 11000 series crimp Assembly lnmumons pages ,,73_
Couplings. 2
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FEATURES: 3
Tested to 1 million impulse cycles. <
constant pressure 115 bar/3100 psi in all sizes for easy 3
system design and hose selection. small bend radius and
compact dimensions are advantages in installations.
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CDMPAEY ISDEAIIIC HDSE I© I© ® Q 7 />\ U @ EEG C_J
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MAXIMUM MIIIIMIIM MINIMUM COUPLING SERIES (3):
NDMINAL NOMINAL WDRKING BURST BEND AVERAGE E
PART NO HDSE SIZE HOSE ID HOSE DD PRESSURE PRESSURE RADIUS WEIGHT DNE PIEEE
EREEIEEEEEREMJR
130045 5 04 55 1/4 11: 0.45 145 3500 910 14000 3: 1.5 0,15 0.11 11000
110055 ii -05 11,1 5/15 14,4 0.57 245 3500 910 140011 40 1.5 0,23 0.15 110011
mass In I 05 I 9: 3/1 155 0.51 115 31110 1150 114110 I 55 1.5 0,15 0.11 11000
110015 12 411 13,0 1/2 11,7 0.74 215 3100 350 114011 90 3.5 0,35 014 110011
13111115 15 I »In I 151 5/1 134 0.91 115 3100 1150 114110 I 1011 9.9 0,55 0311 110110
110115 19 -12 19,1 3/I 17,5 1.09 215 3100 350 114011 1111 4.7 0,711 051 110011
1311155 15 ~15 1.54 1 34,! 1.37 115 31110 1150 114110 150 5.9 1,14 0.77 11000
HIGHER TECHNOLOGY EQUALS GREATER PERFORMANCE 63















































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