HYD Cam Assy (Hydraulic Leakage Lever)

Get a Price/Quote

MOQ : 100 Pieces

HYD Cam Assy (Hydraulic Leakage Lever) Specification

Finish
Precision machined, anti-rust coated

Material Capabilities
High tensile strength, corrosion resistance

Tolerance
±0.02 mm

Type
Hydraulic Leakage Lever Cam Assembly

Material
High Strength Steel

Standard
OEM/Industry Standard

Micro Machining
Supported

Weight
Approx. 450g

Drawing
Available as per OEM specification

Operating Temperature Range
-30°C to +120°C

Application
Hydraulic braking and clutch systems in automotive and industrial machinery

Surface Treatment
Phosphating for enhanced wear-resistance

Life Cycle
Tested for over 100,000 cycles

Mounting Type
Direct fitment, bolted

Compatibility
Suitable for various hydraulic actuator models

Hardness
HRC 45-55

Packaging
Individually packed in anti-static polybags

HYD Cam Assy (Hydraulic Leakage Lever) Trade Information

Minimum Order Quantity
100 Pieces

Supply Ability
5000 Pieces Per Month

Delivery Time
20 Days

About HYD Cam Assy (Hydraulic Leakage Lever)

Experience the sublime precision of the HYD Cam Assy (Hydraulic Leakage Lever), meticulously engineered for matchless durability and performance. This special, customizable component is designed for direct fitment with hydraulic braking and clutch systems in both automotive and industrial machinery. Manufactured from lustrous, high-strength steel with a phosphated finish for enhanced wear-resistance, each assembly is rigorously tested for over 100,000 cycles. Its OEM-standard tolerance (0.02 mm) and anti-rust precision machining ensure compatibility with a wide range of actuator models. Perfect for your clearance needs, it comes individually packed for optimum quality and safety.

Versatile Usage and Application

The HYD Cam Assy is essential for those seeking reliable operation in hydraulic braking and clutch systems. Its robust design allows direct, bolted fitment, making installation effortless for automotive and industrial markets. Built for frequent or demanding use, this component thrives under strenuous conditions, with exceptional hardness ensuring sublime longevity. Ideal for OEMs, repairers, or machinery operators, the cam assembly stands as a vital, matchless link in any hydraulic systems performance.

Packaging Assurance, Certifications, and Supply Rate

Each HYD Cam Assy is shipped in a secure, anti-static polybag to guarantee product safety throughout the entire shipment process. Our supply ability meets high-volume demands, providing prompt dispatch at the lowest possible rates. Quality is affirmed through adherence to OEM and industry standards, with a strong focus on precision. Comprehensive certification reinforces our commitment to consistency, making every purchase a reliable investment in hydraulic technology.

FAQs of HYD Cam Assy (Hydraulic Leakage Lever):

Q: How is the HYD Cam Assy (Hydraulic Leakage Lever) installed in hydraulic systems?

A: The assembly is designed for direct fitment using a bolted method, allowing for straightforward installation in most automotive and industrial hydraulic braking or clutch systems.

Q: What are the primary benefits of the phosphating surface treatment on the HYD Cam Assy?

A: Phosphating enhances wear-resistance and provides excellent protection against corrosion, ensuring a lustrous, extended service life even in challenging environments.

Q: When should the HYD Cam Assy be replaced in a hydraulic system?

A: It is recommended to inspect and potentially replace the lever after 100,000 operational cycles, or if signs of hydraulic leakage or decreased performance appear.

Q: Where can the HYD Cam Assy be used?

A: This component is suitable for a variety of hydraulic actuator models in both automotive and industrial machinery, offering matchless versatility.

Q: What is the process for customizing the HYD Cam Assy as per OEM specification?

A: Custom orders can be placed by providing your specific OEM drawing requirements; our manufacturing team supports micro machining and tight tolerances to meet precise needs.