METAL HOSE Agraff PUR 151

Abrasion-proof, oil resistant and polyurethane coated metal protection conduit; extremely robust and liquid tight; double folded metal profile
Pre-PUR® Abrasion-resistant Microbe-resistant

Product details

Application

  • cable protection: cable protection conduit, cable protection tube, cable protection hose, electric installation, switch cabinets, switch cabinet installation, cable harnessing/ cable assembly

Properties

  • IP 68 to EN/ IEC 60529
  • good screening factor (EMC)
  • highly flexible
  • highly abrasion resistant
  • increased resistance to tear, pressure and impact
  • microbe and hydrolysis resistant
  • good resistance to oil, gasoline, and chemicals
  • very good low temperature flexibility
  • conforms to RoHS guideline

Temperature range

  • -40°F to 195°F
  • short time to 255°F

Design

  • Metal hose
  • 1. profiled metal strip, galvanised steel; twice rolled profile; wall: special premium ether-polyurethane (Pre-PUR®)

Delivery variants

  • further diameters and lengths available on request
  • metallic blue (standard)
  • special colors: full colored
  • customer-specific branding

Article variants

Nominal width
connecting
part
(in)
I.D.


(mm)
outer Ø


(in)
Bending
radius
(middle of hose)
(in)
Weight


(lb/ft)
PU


(ft)
Order No.
PU: 10
0.669
0.512
0.669
2.559
0.188
32.810
Further Article Details
Nominal width connecting part (in)
0.669
I.D. (mm)
0.512
outer Ø (in)
0.669
Bending radius (middle of hose) (in)
2.559
Weight (lb/ft)
0.188
PU (ft)
32.810
0.748
0.591
0.748
2.756
0.215
32.810
Further Article Details
Nominal width connecting part (in)
0.748
I.D. (mm)
0.591
outer Ø (in)
0.748
Bending radius (middle of hose) (in)
2.756
Weight (lb/ft)
0.215
PU (ft)
32.810
1.063
0.866
1.063
3.976
0.302
32.810
Further Article Details
Nominal width connecting part (in)
1.063
I.D. (mm)
0.866
outer Ø (in)
1.063
Bending radius (middle of hose) (in)
3.976
Weight (lb/ft)
0.302
PU (ft)
32.810
1.772
1.496
1.772
7.402
0.739
32.810
Further Article Details
Nominal width connecting part (in)
1.772
I.D. (mm)
1.496
outer Ø (in)
1.772
Bending radius (middle of hose) (in)
7.402
Weight (lb/ft)
0.739
PU (ft)
32.810
PU: 50
0.669
0.512
0.669
2.559
0.188
164.050
Further Article Details
Nominal width connecting part (in)
0.669
I.D. (mm)
0.512
outer Ø (in)
0.669
Bending radius (middle of hose) (in)
2.559
Weight (lb/ft)
0.188
PU (ft)
164.050
0.827
0.669
0.827
3.031
0.235
164.050
Further Article Details
Nominal width connecting part (in)
0.827
I.D. (mm)
0.669
outer Ø (in)
0.827
Bending radius (middle of hose) (in)
3.031
Weight (lb/ft)
0.235
PU (ft)
164.050
1.063
0.866
1.063
3.976
0.302
164.050
Further Article Details
Nominal width connecting part (in)
1.063
I.D. (mm)
0.866
outer Ø (in)
1.063
Bending radius (middle of hose) (in)
3.976
Weight (lb/ft)
0.302
PU (ft)
164.050
PU: 25
1.417
1.181
1.417
5.748
0.571
82.025
Further Article Details
Nominal width connecting part (in)
1.417
I.D. (mm)
1.181
outer Ø (in)
1.417
Bending radius (middle of hose) (in)
5.748
Weight (lb/ft)
0.571
PU (ft)
82.025
1.772
1.496
1.772
7.402
0.739
82.025
Further Article Details
Nominal width connecting part (in)
1.772
I.D. (mm)
1.496
outer Ø (in)
1.772
Bending radius (middle of hose) (in)
7.402
Weight (lb/ft)
0.739
PU (ft)
82.025
2.205
1.969
2.205
9.449
0.941
82.025
Further Article Details
Nominal width connecting part (in)
2.205
I.D. (mm)
1.969
outer Ø (in)
2.205
Bending radius (middle of hose) (in)
9.449
Weight (lb/ft)
0.941
PU (ft)
82.025
Positive and negative pressure ratings are the recommended maximum operating values. Products can be manufactured to meet higher operating values upon request. The bend radius is calculated from the center of the hose in an arched position. Additional information at www.norres.com/us/technology/. NORRES reserves the right to modify technical data at any time. Technical data based on tests at 68°F and are approx. values. Proper use and maintenance of NORRES hoses is the sole responsibility of purchaser and ultimate user of the product. The individual conditions, applications and the number of variables make firm recommendations technically impossible. This information is intended as a general guide only.

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