DANFOSS / EATON FLEXMASTER - CODE FX

Description & Features

Designed for general-purpose industrial tube and pipe joint applications, this steel Flexmaster complete assembly provides reliable compression-style connections on both ends, each rated at a 5-unit end size. The fitting supports a torque rating of 480 in-lbs and is rated for a minimum working temperature of -30°F, making it suitable for a range of demanding service environments.

The Danfoss / Eaton Flexmaster - Code Fx is built to simplify maintenance and repairs through quick connect and disconnect functionality, while also absorbing machine vibration to reduce stress on connected components. Both ends feature female compression fittings, allowing for straightforward integration into existing tube and pipe arrangements.

Manufactured under the Aeroquip brand within the Flexmaster sub-brand line, this assembly is suited for hydraulic systems where dependable mechanical joints and ease of service are priorities.

SKU: NH1650C500B0650

Supplier Part Number (MPN): NH1650C500B0650

Specifications

Application
General purpose
Brand
Danfoss Power Solutions (II LLC Aeroquip)
Brand
Aeroquip
Pack Size
1.00
UOM
EA
End Gender 1
13553
End Gender 2
13555
End Size 1
5
End Size 2
5
End Type 1
Compression
End Type 2
Compression
Features
Quick connects and disconnects|Simplifies maintenance and repairs|Absorbs machine vibration
ICC
Tube and Pipe Joints
Item Type
Flexmaster Complete Assembly
Language
English
Minimum Working Temperature
-30
Net Pack Quantity Units
EA
NMFC
50
Product Material
Steel
Product Width
10.62
Sub Brand
Flexmaster
Supplier Part Number
NH1650C500B0650
Torque Rating
480 IN-LBS
Torque Rating
480 IN-LBS
Product Weight
14.67 lbs

Product Questions & Answers (1)

Question by: Roy K on Apr 3, 2026, 3:29 PM
If this fitting is absorbing vibration, does that mean it's gonna wear out faster than a regular one?
Answer by: Customer Support on Apr 5, 2026, 10:24 AM
Because this Flexmaster fitting is designed to absorb machine vibration, it should actually reduce stress on the connected components, potentially extending their lifespan.