TRW PS282416R106 Power Steering Pump RH (International 3556416C91)

Description

TRW PS282416R106 Power Steering Pump RH (International 3556416C91)

Cross Reference #:

• TRWPS282416R106
• PS282416R10600
• PS282416R10600S
• PS2824-16R106
• PS282416-R106
• IHC 3556416C91
• Navistar 3556416C91
• International 3556416C91
• NAV3556416C91
• INT3556416C91
• 3441982
• IHC 3557585F91
• Automann 465TRW39
• Automann 465.TRW.39
• AUT465.TRW.39
• ATM465.TRW.39

Applications:

• Freightliner
• Peterbilt
• Kenworth
• Mack
• Volvo
• Navistar International
• Western Star

Specifications:

• Displacement Per Revolution: 28 cc/rev
• Flow Control: 6.34 gpm
• Relief Setting: 160 bar (2320 psi)
• Direction of Rotation: Clockwise
• Shaft Type:tooth 16/32 spline
• PS Series

Features:

• Effortless turning and precise control reduce driver fatigue over long hauls
• Enhanced fuel efficiency by optimizing hydraulic power steering system performance
• Designed for durability, minimizing downtime and maintenance needs
• Seamless integration with OEM systems ensures quick, hassle-free installation
• High-quality materials withstand harsh driving conditions, ensuring reliability

*Please note that the items you are about to purchase might appear dusty due to their extended shelf life; however, rest assured they are entirely brand new and have never been used.

TRW Parts Inc., originally known as Thompson Ramo Wooldridge Inc., was an American company primarily involved in aerospace, automotive, and defense industries. Founded in 1958, TRW quickly became a significant player in the development of aerospace technology, contributing to various projects, including NASA’s Apollo missions. Over time, TRW diversified into automotive safety systems, producing advanced braking, steering, and suspension components. Its innovations in airbag and seatbelt technology helped set safety standards worldwide. In 2015, TRW was acquired by German automotive supplier ZF Friedrichshafen, integrating its expertise into ZF’s global operations, particularly in automotive safety and autonomous driving technologies.