AEROQUIP EPDM 4 WIRE HOSE

Description & Features

Engineered for high-pressure hydraulic applications, the Aeroquip EPDM 4 Wire Hose (FC636 Series) features a four-spiral wire reinforcement construction designed to withstand demanding pressure conditions across a wide range of industrial uses. Both the inner tube and outer cover are made from synthetic EPDM, providing reliable fluid compatibility and resistance to harsh operating environments.

Rated for use down to -40°F minimum working temperature, this Dash -24 hose carries a minimum bend radius of 20 inches and has a product width of 2.12 inches. The green EPDM cover offers standard abrasion resistance, and the hose is conductive by design. Qualified for use with 4S crimp fittings, the FC636 is system-engineered to extend hose assembly service life under the highest pressure conditions. The wire reinforcement material further supports robust, long-duration performance in critical hydraulic circuits.

SKU: FC636-24-06000

Supplier Part Number (MPN): FC636-24-06000

Specifications

Abrasion Resistance
29
Color
Green
Conductivity
30
Construction
4 Spiral
Cover Material
Synthetic EPDM
Dash Size
-24
Brand
Danfoss Power Solutions (II LLC Aeroquip)
Brand
Aeroquip
Pack Size
1.00
UOM
EA
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
Language
English
Minimum Bend Radius
20
Minimum Bend Radius
20
Minimum Working Temperature
-40
Product Width
2.12
Qualified Hose Fittings
4S Crimp
Reinforcement Material
Wire
Supplier Part Number
FC636-24-06000
Tube Material
Synthetic EPDM
Product Weight
98.00 lbs

Product Questions & Answers (1)

Question by: Janice C on Sep 29, 2025, 2:14 PM
What kinda pressure can this hose handle on a regular basis?
Answer by: Customer Support on Oct 1, 2025, 1:05 PM
Engineered for high-pressure hydraulic applications, this Aeroquip hose features a four-spiral wire reinforcement, so it's built to withstand demanding pressure conditions across various industrial uses.