DANFOSS / EATON FLEXMASTER - CODE FX

Description & Features

The Danfoss / Eaton Flexmaster - Code FX is designed for general-purpose applications requiring reliable tube and pipe joint connections. Engineered from sturdy carbon steel, this Flexmaster assembly ensures durability and performance even under challenging conditions. With compression-type female ends measuring 1.25 inches, it provides a secure and efficient connection for various industrial setups. The quick connect and disconnect feature simplifies maintenance and repairs, while its ability to absorb machine vibrations enhances operational stability.

With a torque rating of 90 IN-LBS and a minimum working temperature of -30°F, this product is versatile and robust, suitable for diverse environments. The Danfoss / Eaton Flexmaster - Code FX is an essential component for professionals seeking reliable and efficient pipe joint solutions across various industrial applications.

SKU: NH1618C125B

Supplier Part Number (MPN): NH1618C125B

Specifications

Alternate Part Numbers
Alternate Part Number MINO-00015X14679
Application
General purpose
Class
WEB-ITEM
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
1.25
End Size 2
1.25
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
Product Material
Carbon Steel
Product Width
3.85
Sub Brand
Flexmaster
Supplier Part Number
NH1618C125B
Torque Rating
90 IN-LBS
Torque Rating
90 IN-LBS
Product Weight
0.99 lbs

Product Questions & Answers (1)

Question by: Randy J on Nov 22, 2025, 6:01 PM
Reckon this Flexmaster thingamajig can handle some shakin' and movin' from the machinery without comin' loose?
Answer by: Customer Support on Nov 24, 2025, 6:23 AM
Absolutely. One notable feature of the Danfoss / Eaton Flexmaster - Code FX is its ability to absorb machine vibrations, contributing to enhanced operational stability.