DANFOSS / EATON 100R1AT HOSE

Description & Features

Suitable for hydraulic system service using petroleum and water-based fluids, the DANFOSS / EATON 100R1AT HOSE offers reliable performance in demanding industrial applications. Constructed with a 1-ply braid reinforcement and a synthetic rubber tube and cover, this hose ensures durability and abrasion resistance.

This black, conductive hose is MSHA and USCG approved, and meets EN857 1SC standards. It’s qualified for use with 1A, Z, and Winner 2-piece non-skived hose fittings and maintains a minimum bend radius of 1.97 inches, performing in temperatures as low as -40 degrees.

SKU: EC115-04LRL

Supplier Part Number (MPN): EC115-04LRL

Specifications

Abrasion Resistance
29
Application
Hydraulic system service with petroleum and water-based fluids and general industrial service.
Certifications
EN857 1SC
Color
Black
Compliances
BWB|DNV|MSHA Approved|USCG
Conductivity
30
Construction
1 Ply Braid
Cover Material
Synthetic Rubber
Dash Size
-4
Brand
Danfoss Power Solutions (II LLC Aeroquip)
Brand
Aeroquip
Pack Size
12.00
UOM
FT
Features
Maximum durability under harsh operating conditions|Robust construction able to withstand highest pressures|System engineered to extend hose assembly life
ICC
Hoses and Flexible Tubes
Impulse Cycle Life
150000 cycle
Language
English
Lay Line Style
Transfer Tape
Minimum Bend Radius
1.97
Minimum Bend Radius
1.97
Minimum Working Temperature
-40
Net Pack Quantity Units
FT
NMFC
70
Product Width
0.53
Qualified Hose Fittings
1A, Z, Winner 2-piece non-skived
Reinforcement Material
Wire
Sub Brand
Winner
Supplier Part Number
EC115-04LRL
Tube Material
Synthetic Rubber
Product Weight
0.10 lbs

Product Questions & Answers (1)

Question by: Scott J on Feb 6, 2026, 7:20 AM
Reckon this hose can handle gettin' bent pretty good without kinkin'? I'm usin' it in a tight spot.
Answer by: Customer Support on Feb 8, 2026, 8:49 AM
With its minimum bend radius of 1.97 inches, this hose is designed to offer good flexibility for tight installations while maintaining flow.