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DryLin® T linear guide systems were specially developed for applications in automation and handling systems. The design objective was a rugged linear guide for application in the most diverse - and also extreme - environments. They have the same dimensions as most recirculating ball bearing guides. Technical data Gliding elements: Maintenance-free Material: iglidur® J * Max. surface speed: 15 m/s Operating temperature: -40°C to +90°C *Other materials on request 1 Profile rail and base body of the carriage made of aluminum. The rail is hard-anodized, the aluminum base body of the carriage is clear anodized. 2 Six gliding elements made of iglidur® J serve as guide bearings, which are positioned opposite to each other in pairs and make up 3 guide bearings. 3 Alternatively, bearing clearance is continuously adjustable 4 All steel parts are stainless steel 5 The lid is made of solid plastic or stainless steel DryLin® T - Technical data DryLin® T - Clearance adjustment DryLin® TWBM hand clamp DryLin® T - Design rules DryLin® T - Automatic clearance adjustment DryLin® linear guide systems in the cleanroom DryLin® T - Applications DryLin® T - System design DryLin® T - Installation videos System selection & service life calculation DryLin® T - Adjustable clearance The DryLin® T standard version is supplied preset and can be put into operation at once. The user can also manually adjust or fine-tune the clearance of the linear guide. The individual adjustment for your application, as well as the potential to respond to uneven screw surfaces through specific clearance allowance. DryLin® T - Adjustable clearance DryLin® T - Automatic DryLin® T carriages of the automatic version have a mechanism that automatically adjusts the bearing clearance after removal of the preload key. In case a bearing clearance of more than 0.13 mm has to be adjusted during operation, the bearing clearance automatically resets itself when the carriage is completely unloaded. DryLin® T - Automatic DryLin® TW-HKA manual clamp The manual clamp has been developed for simple tasks. The creep behavior of the clamped plastic causes a slackening in clamping force over time (up to 70%). Therefore safety-related parts should not be clamped. Please approach our applications consultant if you require other options for the clamping. DryLin® T - Manual clamping Drylin® T - Heavy Duty This series is used for the most extreme conditions such as dirt, adhesive residues, chips, mud, etc. The plastic gliding elements made of iglidur® J are fixed in the lid and are therefore non-detachable. This system is compatible with many standard commercial recirculating ball bearing systems and is available in the following sizes: TW-01-20, TW-01-25 and TW-01-30. DryLin® T Heavy Duty DryLin® T - Low-profile guide The clearance is not adjustable for the DryLin® T low profile guide rails. The gliding elements are mounted with positive fit in the chromated zinc carriage. This simple and effective design enables guides that are rugged and low-priced at the same time. DryLin® T - Low-profile guide DryLin® T - Compact linear guide This compact linear guide is suitable for rugged use (without clearance adjustment). This system has a slim design and the same dimensions as conventional recirculating ball bearing systems. The plastic gliding elements made of iglidur® J are fixed in the lid and are therefore undetachable. Suitable for DryLin® T guide rail of installation size 20. DryLin® T - Compact linear guide DryLin® TWBM - Manual clamping with high holding force This manual clamping is designed for a long-lasting high holding force of up to 500 N per clamping element. DryLin® TWBM hand clamp DryLin® T clamping elements for rail guide DryLin® T clamping elements for fast positioning by hand or with pneumatics. DryLin® T clamping element DryLin® T linear guide systems were specially developed for applications in automation and handling systems. The design objective was a rugged linear guide for application in the most diverse - and also extreme - environments. They have the same dimensions as most recirculating ball bearing guides. Technical data Gliding elements: Maintenance-free Material: iglidur® J * Max. surface speed: 15 m/s Operating temperature: -40°C to +90°C *Other materials on request 1 Profile rail and base body of the carriage made of aluminum. The rail is hard-anodized, the aluminum base body of the carriage is clear anodized. 2 Six gliding elements made of iglidur® J serve as guide bearings, which are positioned opposite to each other in pairs and make up 3 guide bearings. 3 Alternatively, bearing clearance is continuously adjustable 4 All steel parts are stainless steel 5 The lid is made of solid plastic or stainless steel Advantages: 100 % lubricant-free Adjustable bearing clearance Automatic clearance adjustment High static load capacity Service life up to 50,000 km without lubrication High dirt resistance Low vibration and low noise When not to use ? When you want to save installation space drylin® N drylin® W When you need a pure stainless steel solution drylin® W drylin® R When you want to construct as economical as possible drylin® N drylin® W

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

From sales to installation, we offer complete turnkey solutions to power hydrogen vehicles. Our turnkey hydrogen refueling stations, whether liquid-based or gas-based, are modular systems, pre-tested (FAT), and ready for installation before shipping, ensuring minimal commissioning time. Built and designed according to the latest technological advancements and European standards, our solutions include CE certification, MID approval, and SAE J2601 refueling protocol.

Zurcon® Dualseal is an excellent alternative to an O-Ring and Back-up Ring combination. The advantages are its resistance to twisting, stability at pulsating pressures and low risk of contamination. Dualseal is easy to install and has a long service life.