DANFOSS / EATON COUPLING

Description & Features

Designed for hydraulic tool circuits and fluid transfer applications, this carbon steel female half coupling from the Danfoss/Eaton Hansen FD56 Series features a 3/4 in. NPTF end connection and a ball lock internal mechanism. The two-way valve design supports flows up to 28 gallons per minute, and FKM seals provide reliable fluid compatibility across a working temperature range starting at -15°F.

The Danfoss/Eaton Coupling is certified to ISO 7241-1 Series A and is rated to exceed ISO 16028 operating pressures, making it suitable for demanding hydraulic tool (HTMA interchange) service. Quick connect and disconnect without special tools reduces downtime during coupling changes. The female half configuration integrates directly with compatible FD56 Series male halves for a secure, leak-resistant connection.

SKU: FD56-1001-12-12

Supplier Part Number (MPN): FD56-1001-12-12

Specifications

Alternate Part Numbers
Alternate Part Number MINO-00015X11131
Application
Hydraulic tool (HTMA interchange), Hydraulic and fluid transfer
Certifications
ISO 7241-1 Series A
Brand
Danfoss Power Solutions (II LLC Aeroquip)
Brand
Aeroquip
Pack Size
1.00
UOM
EA
End Gender 1
13553
End Size 1
0.75
End Type 1
NPTF
Features
Quick connect and disconnect|No need for special tools|Exceeds ISO 16028 operating pressures
Flow Rate1
28 gallons per minute
ICC
Quick Disconnect Couplings
Internal Connection Type
Ball Lock
Item Type
Female Half
Language
English
Minimum Working Temperature
-15
Net Pack Quantity Units
EA
NMFC
50
Product Material
Carbon Steel
Product Width
1.90
Seal Material
FKM
Sub Brand
Hansen
Supplier Part Number
FD56-1001-12-12
Valve Type
2 way
Product Weight
1.54 lbs

Product Questions & Answers (1)

Question by: Chad A on Jul 13, 2025, 1:05 PM
Can this handle hydraulic fluid, or am I gonna have problems with the seals?
Answer by: Customer Support on Jul 15, 2025, 6:06 AM
FKM seals ensure reliable fluid compatibility with hydraulic fluid across a working temperature range starting at -15°F.