Rated for steam service and built with an EPDM tube, the Danfoss / Eaton 200LL Steam Hose is engineered for demanding thermal transfer applications where reliable containment and heat resistance are essential. The synthetic rubber cover features a pin-pricked finish to allow trapped gases to escape, and wire-reinforced single-ply braid construction maintains structural integrity under working conditions. The hose carries RMA Class A certification and is rated for use down to -40°F, making it suitable for environments with wide temperature variation.
At a -12 dash size with a 1.19-inch width and a minimum bend radius of 1.22 inches, this conductive hose is designed for compatibility with Eaton's EJ Series fittings. The black cover uses inkjet lay line marking for identification. With roots in the Boston hose product line and manufactured under the Danfoss Power Solutions brand, this hose reflects a heritage of industrial hose engineering dating back well over a century.
SKU: H602712-350R
Supplier Part Number (MPN): H602712-350R
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Specifications
Abrasion Resistance
29
Alternate Part Numbers
Alternate Part NumberMINO-00115X00654
Application
Steam systems.
Certifications
RMA Class A
Color
Black
Conductivity
30
Construction
1 Ply Braid
Cover Material
Synthetic Rubber
Cover Style
Pin-Pricked
Dash Size
-12
Brand
Danfoss (IGS)
Brand
Danfoss Power Solutions
Pack Size
1.00
UOM
FT
Features
A solution for every hose need|Industry leader since 1870|Designed for safety and reliability
ICC
Hoses and Flexible Tubes
Language
English
Lay Line Style
Ink Jet
Minimum Bend Radius
1.22
Minimum Working Temperature
-40
NMFC
70
Product Width
1.19
Qualified Hose Fittings
EJ Series
Reinforcement Material
Wire
Sub Brand
None
Supplier Part Number
H602712-350R
Tube Material
EPDM
Product Weight
143.50 lbs
Product Questions & Answers (1)
Question by: Ray W on Jun 8, 2025, 8:31 AM
How flexible is this hose, practically speaking?
Answer by: Customer Support on Jun 9, 2025, 8:28 PM
This hose has a minimum bend radius of 1.22 inches, meaning you shouldn't bend it tighter than that to avoid damage or kinking during use.