TS-01-30-1000 IGUS, TS-01-30-1000 Datasheet
TS-01-30-1000
Specifications of TS-01-30-1000
Related parts for TS-01-30-1000
TS-01-30-1000 Summary of contents
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DryLin ® T Linear Guide System – Maintenance-Free, Adjustable and Quiet Corrosion resistant Wear resistant Low coefficient of friction Extremely quiet operation No lubrication necessary mm 61.1 ...
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... Each of the three guide bearings can be adjusted manually or automatically All steel parts are galvanized or of stainless steel The end plate is solid plastic Aluminium, extruded section 0,5 Hard anodized aluminium, 50 μm ...
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... With a low rate of inertia, high accelerations and short term extreme speeds m/s are possible DryLin ® T linear guide systems run dry. Dirt cannot settle in lubricants Recommended for use in food, medical, and clean room technolo- gies, since no lubricants are present DryLin ® ...
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... The DryLin functions. A clamped polymer has a tendency to creep which causes a decrease in clamping force over time (up to 70%). Therefore, appli- cations for DryLin technical experts if you need other alternatives for clamping DryLin linear systems. DryLin ® The Heavy Duty series is used with most extreme conditions like dirt, sticking arrears, splinters, mud etc ...
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... For each mounting version, there is a recom- mended fixed floating bearing solution. This installation method prevents binding or a locking of the guide when there are parallelism errors between the rails. The floating bearing is created by the removal of the static sliding elements ...
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... TW-01-15 and TW-01-20 2.0 mm for TW-01-25 and TW-01-30 3 Check the clearance of the carriage after adjusting the 3 levels sufficient, tighten the locknuts and put on the cover. 4 There is a danger that excessive reduction of the clearances can seize the gliding elements and that the clearance cannot be reset simply by loosening the adjustment screws ...
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... T Linear Guide System it is essential to find out whether the position of the forces is within the allowable limits, and if the gliding element where the highest forces occur is not overloaded. The calculation of the necessary driving force and the maximum speed allowed is important. Each mounting version requires a different formula for calculation ...
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... Graph 61.4: Diagram for determining the maximum permissible speed for the calculated bearing load Part No max, max [N] TW-01-15 2000 TW-01-20 3700 TW-01-25 5000 TW-01-30 7000 Table 61.2: Maximum permissible load Lifetime calculation, CAD files and much more support 50 100 200 Bearing load (centre) [N] www.igus.de/en/DryLinT TW-01-30 TW-01-25 TW-01-20 TW-01-15 500 1000 2000 mm 61.13 ...
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... Fs 1 1– 2μ 3.2 Centre of gravity in z-direction outside of the carriage(s) 2μ · 1– 2μ 3.3 Centre of gravity in x-direction outside of the carriage(s) 2μ 1– 2μ K – 2μ the position of the centre of gravity is not specified MAX ( 4nd step: Calculate the maximum bearing load 4 ...
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... Zw 2 Lifetime calculation, CAD files and much more support Maximum permissible distances between applied forces: Variation: 1 rail, 1 carriage < < < < Maximum permissible distances between applied forces: Variation: 1 rail, 2 carriages Variation: 2 rail, 4 carriages < < Zero point 3 Fixed bearing www.igus.de/en/DryLinT Floating bearing 61.15 ...
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... Y ) – 2μ (sz+sy · 2μ (az+ay The drive force Fa corresponds to the calculated maximum value Fa = MAX ( 4nd step: Calculate the maximum bearing load 4.1 Maximum bearing load in y-direction – max • 4.2 Maximum bearing load in z-direction – max • www.igus.de/en/DryLinT ...
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... TS-01-20 1,0 3960 20 TS-01-25 1,3 3960 23 TS-01-30 1,9 3960 28 Order example: TS-01-15, 2000 for a guide rail TS-01- length For rails without mounting holes, please use bearing suffix “without mounting hole” DryLin ® T Guide Carriages Part No. Weight H ± 0,35 [kg] ...