PMC Motorsport RS-Series Rod End / Uniball End - Left External Thread (Female) - M16x2.0

The PMC Motorsport RS-Series Rod End is a precision-engineered mechanical component designed to facilitate multi-directional force transmission while accommodating rotational and angular movements. It is particularly suited for applications that demand accurate and smooth load transfer, such as in steering, suspension, and joint mechanisms.

Features:

• Maintenance-Free Uniball: Operates without rubber boots and requires no lubrication, minimizing maintenance requirements and associated costs.
• High Load Capacity: Capable of handling substantial directional loads.
• Corrosion Resistance: Engineered for durability in severe weather conditions.
• Long Lifespan: Maintains performance under demanding operational environments.

Materials:

• Housing: Composed of steel, heat-treated material 25CrMo4 - 4130 - 1.7218, with a galvanized hard chrome coating.
• Bearing Bushing: Constructed via injection molding, made of Nylon with PTFE.
• Ball: Fabricated from bearing steel 52100, 100Cr6, 1.3505, SUJ2, EN31, hardened and coated with galvanized hard chrome.

Technical Specifications:

• Thread: M16x2.0, Left Internal
• External Diameter of Rod Head: 42 mm / 1.65"
• Width of Inner Ring: 21 mm / 0.83"
• Width of Outer Ring: 15 mm / 0.59"
• Length: 64 mm / 2.52"
• Thread Length: 24 mm / 0.94"
• Angle of Deflection: 28°
• Maximum Static Load: 74.3 kN / 16711.9 lbs
• Maximum Dynamic Load: 69.3 kN / 15579.26 lbs
• Weight: 254 g / 0.56 lbs

Applications:

PTFE fabric bearings are utilized across various sectors, including:

• Hydraulics and pneumatics (cylinder connections)
• Automotive (suspension and steering systems)
• Agricultural machinery (machine joints)
• Construction machinery (machine joints)

Additional Information:

• Brand: PMC Bearings
• Symbol: PMC-M16x2.0L (F)
• Producer Code: 5903707415908
• Type: PMC Bearing RS Performance - Series

This product is intended for racing use only. DriftParts is not liable for improper installation or misuse.