SKF Vibracon SM Adjustable Chocks - Engine Mounts

SKF Vibracon SM Adjustable Chocks - Engine Mounts

The SKF Vibracon SM Adjustable Chocks are precision-engineered vibration-absorbing supports designed to reduce vibrations and noise in engine systems. These chocks are crafted from high-quality rubber to provide effective damping, making them ideal for various industrial, marine, and power generation applications. SKF Vibracon chocks offer an easy-to-install solution with adjustable features, ensuring that there are no geometric alignment issues during setup. They are available in a range of sizes, from SM12 to SM64, each model with a specific load capacity and dimension tailored to meet different operational requirements.

These chocks are designed to withstand the challenging conditions typical in engine environments, offering reliable vibration isolation for both light and heavy-duty machines. The SKF Vibracon SM Adjustable Chocks are available with different bolt configurations and offer load capacities ranging from 8 kN (SM12) to 300 kN (SM64), making them versatile for various types of machinery. The chocks also come with easy-to-use adjustment features, providing a quick and reliable solution for securing engines with minimal downtime.

Key Features:

• High Vibration Absorption: Effectively dampens engine vibrations, improving operational comfort and performance.
• Adjustable Design: Ensures ease of installation and accommodates varying engine and machine setups without geometric issues.
• Durable Construction: Made from high-quality rubber, designed to withstand harsh engine environments and heavy-duty applications.
• Wide Range of Models: Available in sizes from SM12 to SM64 with specific load capacities, from 8 kN to 300 kN.
• Versatile Applications: Suitable for industrial, marine, and power generation engines, providing reliable vibration isolation.

Technical Specifications:

Applications:

The SKF Vibracon SM Adjustable Chocks are used in various applications, including industrial machinery, marine engines, and power generation systems. They provide exceptional vibration isolation and are designed to handle significant loads while ensuring durability and ease of installation. Their adjustable design makes them versatile and adaptable to different engine sizes and configurations, making them an essential component in reducing maintenance costs and improving system performance.