Constructed from carbon steel, the Danfoss / Eaton TEE Union 20S ASSY is a three-way tube fitting designed to split or combine flow across line, hose, and tube connections. Part of the Waltech range from Aeroquip, it accommodates 20S metric tube sizing with consistent connection geometry across all three ports, making it a reliable choice for hydraulic circuits that require a balanced tee configuration.
Waltech fittings are engineered for compatibility across both metric and imperial sizing standards, and this union tee carries forward that flexibility within a corrosion-resistant carbon steel body suited to demanding industrial environments. The fitting is designed to reduce maintenance intervals through built-in corrosion protection, supporting sustained uptime in critical hydraulic systems. Lead time for this item is approximately 60 days.
SKU: WAL373424
Supplier Part Number (MPN): WAL373424
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Specifications
Alternate Part Numbers
Alternate Part NumberMINO-00015X15995
Class
WEB-ITEM
Brand
Danfoss Power Solutions (II LLC Aeroquip)
Brand
Aeroquip
Pack Size
1.00
UOM
EA
End Type 1
Line/Hose/Tube
End Type 2
Line/Hose/Tube
Features
Simplified and improved offerings|Suitable for any environment|Wide range of styles to choose from|Wide range of styles offered in both metric and imperial sizes.|Increased uptime in critical operations|Reduces maintenance costs with corrosion protection
Hex Size 2
0.71
ICC
Tee/Y Adapters
Item Type
Line/Hose/Tube /Line/Hose/Tube /Line/Hose/Tube Tee Adapter
Language
English
Net Pack Quantity Units
EA
NMFC
50
Product Material
Carbon Steel
Product Width
1.42
Sub Brand
Waltech
Supplier Part Number
WAL373424
Product Weight
0.99 lbs
Product Questions & Answers (1)
Question by: Roy K on Apr 2, 2026, 8:44 PM
Reckon this union tee can handle the tough stuff in my hydraulic setup, or is it more for lighter duty?
Answer by: Customer Support on Apr 4, 2026, 2:05 PM
Built from carbon steel, this tee union is suited for demanding industrial environments, offering corrosion protection for increased uptime in critical hydraulic systems.