Shock absorbers - Import export

The RSA Series is designed to identify suspension springs with the appropriate load class based on an individual payload measurement result. The system receives the measurement results from the upstream system. The system is available as a single or double cycle version (depending on the required throughput). Simple linear axes, single- or twin-robot systems are used as handling systems. Since the labels are normally wider than the distance between the threads, the label is preformed (Ushape) before application to reach the labelling position before it is placed around the wire and finally fixed as a flag label. The data is inspected by a vision system and compared with the original measurement information at the outfeed of the system (verification). The labels are printed in the system with various data such as customer information, barcodes and line information. The data for this is made available via the main control of the production line.

Drop forged polished steel head for maximum strength and durability for a lifetime of hard work -Non-slip rubber grip handle provides a firm, non-slip grip which allows superior driving and impact absorption -Shock absorbing fiberglass core handle -Head-to-handle joint design is a non-detachable epoxy resin that remains resilient to wearing -Handle coated with polypropylene grip for additional comfort -Optimal weight distribution for better performance -Durable, resistant, long lasting tool for different kinds of applications

Due to the guidance at the fastening screw this version allows additional light lateral forces. SHOCK ABSORBING Elements / DEFORM plus ® R/RMP Reusable buffer for absorption of kinetic energies without additional spring. The casing combines the function of a spring and a damper. It can be reused after a dynamic load. Dependent on the velocity, the maximum supporting load automatically adapts to the impact energy, which means that i.e. equal masses are retarded more softly at lower velocities. Working temperature: -10°C up to +50°C. Ambient conditions: The material is resistant to Bleach liquor 3% Sugar solution 30% Hydrogen peroxide 10% Ammonia 5% Acetic acid 2% Formic acid 2% Linseed fatty acid Tannic acid solution 20% Lubrication grease and oil A continuous contact with water should be avoided. In accordance with DIN 4012, building material class 2, the material is classified as non-combustible, dripping (off).

Our DEFORM plus ® elastomeric shock absorbing elements are available in a variety of sizes and configurations. SHOCK ABSORBING UNITS / DEFORM plus ® DEFORM plus ® Shock Absorbing Elements are one-time use damping elements for high energy absorption. They transform kinetic energy caused by an impact into deformation energy. DEFORM plus ® units have the following characteristics: High damping properties (up to 95%) Low costs Small installation space Low weight Easy replacement of used elements Maintenance-free No corrosion Rectangular force-travel diagram Versatility in design A damping element consists of a thickwalled, Cylinder of high quality thermoplastic resin. On impact, it folds/shrinks to a discus-shaped structure. Operating conditions -25 up to + 50 °C Resistant to lubricants Resistant to hydrolysis Almost equal properties under dynamic and quasi-static loads, force F n raised factor at dynamic load f F ≈1 + 0,075 * v (m/s) For outdoor applications we recommend the units...

These shock absorbing units are repeatedly resilient and are supplied ready for assembly and incl. screw. SHOCK ABSORBING Elements DEFORM plus ® R/RMP Reusable buffer for absorption of kinetic energies without additional spring. The casing combines the function of a spring and a damper. It can be reused after a dynamic load. Dependent on the velocity, the maximum supporting load automatically adapts to the impact energy, which means that i.e. equal masses are retarded more softly at lower velocities. Working temperature: -10°C up to +50°C. Ambient conditions: The material is resistant to Bleach liquor 3% Sugar solution 30% Hydrogen peroxide 10% Ammonia 5% Acetic acid 2% Formic acid 2% Linseed fatty acid Tannic acid solution 20% Lubrication grease and oil A continuous contact with water should be avoided. In accordance with DIN 4012, building material class 2, the material is classified as non-combustible, dripping (off).