SC33 to SC45

Industrial Shock Absorbers SC33 to SC45: Precision, Durability, and Performance

When it comes to controlled deceleration in industrial applications, the SC33 to SC45 series of industrial shock absorbers stand out with their piston tube design for maximum energy absorption. These advanced dampers ensure smooth and reliable deceleration, making them ideal for various automation and machine engineering applications.

Key Features & Benefits

• Self-Compensating Technology: Adjusts automatically to varying energy conditions without manual adjustments.
• Piston Tube Design: Enhances energy absorption efficiency and durability.
• Short Stroke Lengths: Ranging from 0.91 in to 1.91 in, ensuring quick braking and high energy absorption.
• High Energy Capacity: Between 1,372 in-lbs/Cycle to 6,019 in-lbs/Cycle, making them suitable for demanding industrial environments.
• Reliable Damping: Controls rotary movements without unwanted recoil effects, even at low impact speeds.
• Flexible Installation: Can be mounted in any position, including close to the pivot point.

Technical Specifications

• Impact Velocity: 0.66 ft/sec to 1.51 ft/sec (other speeds available upon request).
• Temperature Range: 10°F to 150°F, with additional options upon request.
• Material:
• Outer Body: Nitride hardened steel
• Piston Rod: Hard chrome-plated steel
• Rod End Button: Hardened steel with a corrosion-resistant coating
• Accessories: Steel with black oxide finish or nitride hardened

Applications

These industrial shock absorbers are widely used in:

• Automation & Robotics: Robot arms, handling modules, and pneumatic cylinders.
• Industrial Machinery: Machines, plants, and processing centers.
• Rotary Motion Control: Turntables, swivel units, and rotary tables.
• Linear Motion Systems: Linear slides and other precision motion control applications.

With their proven sealing technology, high energy absorption, and versatile applications, the SC33 to SC45 series delivers exceptional performance in industrial and automation settings.