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DryLin® R - Installation videos System selection & service life calculation DryLin® R - Introduction and technical information Special info on DryLin® R linear plain bearing L1 series drylin® igus® test method Liners and pressfit bearings Open and enclosed DryLin® R liners Linear Bearings Open, enclosed, split and self-aligning DryLin® R linear plain bearing Housing bearing Enclosed linear bearing, adjustable, split, in tandem design and as floating bearing DryLin® R housing bearing Flange housing Linear bearing with round or angular flange DryLin® R flange housing Carriage and linear housing Open or enclosed in several long designs DryLin® R carriage and linear housing Shaft end supports and shaft blocks Fixed and moving shaft end supports, shaft blocks in several designs DryLin® R shaft end supports and shaft blocks Shafts and supported shafts Shafts made of aluminum, steel and carbon fiber DryLin® shafts and supported shafts Linear round guide DryLin® R linear plain bearings are based on extremely wear-resistant polymers specially developed for the linear technology. The dimensions are compatible with standard ball bearings. The special geometry guarantees ruggedness even in extreme environments. DryLin® R - Installation videos Advantages: 100 % lubricant-free Dimensionally interchangeable with (recirculating) ball bearings Large variety of choice in housing shapes Shafts, shaft blocks and accessories available from stock 8 different shaft materials Replaceable liners VA stainless steel housing available When not to use it? When little installation space is available drylin® N drylin® W When twist-protection is required for single-axis systems DryLin® T DryLin® N Liners and pressfit bearings Open and enclosed DryLin® R liners Linear Bearings Open, enclosed, split and self-aligning DryLin® R linear plain bearing Housing bearing Enclosed linear bearing, adjustable, split, in tandem design and as floating bearing DryLin® R housing bearing Flange housing Linear bearing with round or angular flange DryLin® R flange housing Carriage and linear housing Open or enclosed in several long designs DryLin® R carriage and linear housing Shaft end supports and shaft blocks Fixed and moving shaft end supports, shaft blocks in several designs DryLin® R shaft end supports and shaft blocks Shafts and supported shafts Shafts made of aluminum, steel and carbon fiber DryLin® shafts and supported shafts

Product Features: • Designed for EMI/RFI shielding applications - using conductive plastic (a compound of plastic and stainless steel fibers). • Electronic instrument enclosures, ideally suited for mounting printed circuit boards. • Thick wall design with an average wall thickness of 0.13" (3.3mm). • Moulded from a compound of stainless steel fibers and flame retardant ABS plastic (carries a UL flammability rating of 94V-0). • Designed to meet IP54. • Note: Material is brittle - acts like phenolic - Not for high impact use. • Countersunk lid is secured with four M3 x 0.5 - 0.71" (18mm) long, Philips machine screws threaded into integral brass bushings. Perfect for applications with repetitive assembly and disassembly are required. • Black with matte textured finish.

Product Features: • Designed for EMI/RFI shielding applications - using conductive plastic (a compound of plastic and stainless steel fibers). • Attractively styled and ergonomically designed for use as a "Hand-Held" instrument enclosure. • Moulded from a compound of stainless steel fibers and flame retardant ABS plastic (material carries a UL flammability rating of 94V-0). • Recessed top for membrane display or pad. • Lap joint construction provides protection against dust accumulation and splashing water. • Extra deep top and ultra shallow base are specifically designed to enhanced the aesthetics of the enclosure and provide the user with flexibility and assembly efficiency. • Designed to meet IP54. • Note: Material is brittle - acts like phenolic - Not for high impact use. • Lid is secured with Philips machine screws, threaded into tapped integral brass bushings. Perfect for applications with repetitive assembly and disassembly are required.