Product Description
Having client and quality centric approach in this domain, we are successfully affianced in offering a wide assortment of S2015 NC Shock Absorbers. Our provided products are ideal to be installed in mechanical equipment to absorb shocks due to mechanical movement. Under the stringent surveillance of ingenious professionals, these products are manufactured with the use of superior quality raw materials and sophisticated techniques. Clients can purchase the provided S2015 NC Shock Absorbers from us in accurate cross flat finish at affordable rates within a promised time frame.
Key Points:
- High durability
- Simple to install
- Seamless finish
- Rugged design
Adjustable Damping for Performance OptimizationThe S 2015 NC Shock Absorbers feature adjustable damping, which allows users to tune the units response to suit different operational demands. This capability is essential for applications in automation and robotics, providing smooth deceleration and enhanced equipment protection. Operators benefit from tailored force output (150-250 N) and adaptable speed management, delivering superior efficiency and minimized wear on sensitive machinery.
Durable Design and Corrosion ResistanceConstructed from high-quality stainless steel with a polished finish, these shock absorbers are built for longevity even in harsh industrial environments. Their corrosion-resistant body and advanced sealing assure consistent performance over extended periods. The compact design and maintenance-free structure make them suitable for installations where space is limited and downtime reduction is critical.
Easy Installation and Versatile ConnectivityThe S 2015 NC model offers a threaded mounting mechanism and direct connection type, enabling quick integration into a wide range of machinery and robotic setups. Accessories such as mounting nuts and dust caps are included for hassle-free setup. Whether you are a manufacturer, distributor, or end-user, the shock absorbers compatibility and ease of use enhance its value in both new projects and replacement scenarios.
FAQs of S 2015 NC Shock Absorbers:
Q: How do you adjust the damping on the S 2015 NC Shock Absorber?
A: Damping can be adjusted by modifying the internal settings using the accessible adjustment mechanism provided with the unit. This fine-tuning allows the user to control the force and speed response, optimizing performance for specific machinery requirements.
Q: What applications are suitable for this model of shock absorber?
A: The S 2015 NC Shock Absorber is ideal for industrial machinery, automated equipment, and robotics. Its high damping efficiency and polished, corrosion-resistant design make it suitable for demanding environments where reliable deceleration and vibration control are essential.
Q: When should this shock absorber be installed in machinery systems?
A: Install the S 2015 NC Shock Absorber during equipment assembly, upgrading, or maintenance sessions whenever there is a need to control movement, reduce impact, or safeguard precision components from excessive mechanical stress.
Q: Where can the S 2015 NC Shock Absorber be sourced?
A: This model is available through distributors, exporters, importers, manufacturers, suppliers, and traders, particularly from Taiwan. Interested buyers can approach authorized dealers for genuine products and support.
Q: What is the process for mounting the shock absorber?
A: The installation process involves threading the shock absorber into the designated mount using the supplied nuts. Ensure a secure fit, attach the dust cap, and directly connect it as specified in the machinery manual for seamless integration.
Q: How is the shock absorber maintained?
A: The S 2015 NC is designed as a maintenance-free component due to its high-quality sealing and corrosion-resistant body. Routine checks for external damage and secure mounting are recommended, but regular servicing is generally not required.
Q: What are the key benefits of using the S 2015 NC model?
A: Users benefit from its adjustable damping, high durability, compact form, corrosion resistance, and maintenance-free design, all contributing to improved machinery lifespan and operational efficiency.