D6R Hose | Parker Hybrid Hydraulic Hose

Parker D6R hybrid hydraulic hose is  a versatile, flexible hose with a wide range of fluid compatibility. This compact hose has a bend radius that is less than half of conventional SAE 100R1 and 100R2 hoses and is up to 40% lighter than comparable hoses. The D6R hose has a compact hose construction with a UV-resistant smooth synthetic rubber cover and steel wire reinforcement.

d6r-hybrid-hose.jpg 

Parker D6R Hybrid Hose

Specifications:  ISO 11237 Type R17; SAE 100R17; MSHA accepted
Inner Tube:  Copolyester
Reinforcement:  Steel wire
Cover:  Smooth synthetic rubber
Temperature Range:  -40°F to +250°F (-40°C to +121°C)

(Limited to +135°F (+58°C) for synthetic hydraulic fluids and water-based fluids)
Fittings:  56 Series

 

Applications/Markets:

  • Medium pressure hydraulic applications
  • Agricultural equipment
  • Construction equipment
  • Lubricating oils
  • Transportation
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Parker D64 Hybrid Hose | Sizes and Specifications

Part No

Inside Diameter

Outside Diameter

Working Pressure

Min Bend Radius

Weight

Coupling

#

in

mm

in

mm

psi

MPa

in

mm

lb/ft

kg/m

 Series

D6R04

1/4

6

.46

12

3000

21

1.5

38

0.10

0.14

56

D6R05

5/16

8

.55

14

3000

21

2.25

57

0.14

0.21

56

D6R06

3/8

10

.61

16

3000

21

2

51

0.17

0.24

56

D6R08

1/2

13

.76

19

3000

21

3

76

0.26

0.37

56

D6R10

5/8

16

.96

24

3000

21

3.5

89

0.42

0.62

56

D6R12

3/4

19

1.15

29

3000

21

4.5

114

0.70

1.04

56

D6R16

1

25

1.44

37

3000

21

5.5

140

0.94

1.39

56

Note: Parker's Parflex division has announced a new resin approved for use in the manufacturing of their Hybrid 2.0 and TOUGHJACKET™ hose. The addition of this new copolyester inner tube material will allow Parker to insure a stable supply of product for customers. Hoses that are made with this material will meet the same specifications that can be found in the current 4660 catalog and will not change in form or function. This change will begin in November 2017 and is expected to be fully implemented in 2018.

 

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