Pivot bearings - Import export

Shaft diameter d1 [mm]: Request iglidur® multi-component bearing Even higher loads The new iglidur® multi-component bearing combines the benefits of a hard polymer shell and a tribooptimized iglidur® core to make a unique bearing: Service lives previously not achieved in with an injection- molded polymer bearing heavy duty pivoting applications even beyond a radial load of 120 MPa show the potential. Lubrication-free wear-resistant Extremely shape stable Corrossion-resistant Application areas: Agricultural engineering, utility and construction vehicles, mechanical engineering Dimensions according to ISO 3547-1 and special dimensions Chamfer depending on d1 d1 [mm]: f[mm]: Ø 1-6 0,3 Ø 1-6 0,5 Ø 1-6 0,8 Ø > 30 1,2 Shaft diameter d1 [mm]:

igubal® clip-type spherical bearing ECLM Very easy mounting by clip-on in the plate igubal® clip-type spherical bearing ECLM igubal® clip-type spherical bearing heavy duty High axial and radial loads igubal® clip-type spherical bearing heavy duty igubal® clip-type spherical bearing EGFM maintenance-free dry operation igubal® clip-type spherical bearing EGFM igubal® spherical bearing EGLM, mm Dimensional series E in metric dimensions igubal® spherical bearing EGLM, mm igubal® pivoting bearing - EGLM-LC Variety of spherical balls, easy handling , low price igubal® pivoting bearing - EGLM-LC igubal® spherical bearing KGLM, mm Dimensional series K in metric dimensions igubal® spherical bearing KGLM, mm igubal® spherical bearing KGLI, inch Dimensional series K in inch dimensions igubal® spherical bearing KGLI, inch igubal® KGLM-SL, mm Extremely narrow installation space igubal® KGLM-SL, mm igubal®-KGLM-LC, mm Variety of spherical balls, simple installation, low price igubal®-KGLM-LC, mm igubal® KGLM-16 H Constant movement igubal® KGLM-16 H igubal® double joint igubal® double joint, Form EGZM igubal® double joint igubal® double spherical bearing Customer-specific dimensions, available with or without pins igubal® double spherical bearing igubal® double spherical bearing WDGM igubal® variable double spherical bearing igubal® double spherical bearing WDGM igubal® double spherical bearings KDGM igubal® variable double spherical bearings: KDGM igubal® double spherical bearings KDGM igubal® special parts Customer-specific solutions igubal® special parts igubal® spherical clip bearings - simple connection The easy installation saves time. igubal® spherical clip bearings - simple connection The application of spherical bearings is as a rule linked with high bearing weights, difficult installation and high costs. Most need maintenance on a long term, and the bearings are corrosion-resistant only in special versions. Often the roller or plain bearings are excessively stressed by edge load and prematurely give out, or the bearing must be extensively readjusted, counterbored or converted in order to compensate for misalignments. igubal® spherical bearings are free of these disadvantages and by its design open up completely new potentials: igubal® spherical bearings are easy to handle. igubal® spherical bearings are extraordinarily low priced. igubal® spherical bearings are very light. igubal® spherical bearings are very rugged. Application potentials The simple handling enables a manifold application of igubal® spherical bearings. You can use them wherever the self-aligning bearings offer constructive advantages or assist in simplifying the installation. igubal® spherical bearings application examples Tolerances Maintenance-free igubal® spherical bearings have a tolerance in the inner diameter, according to E10. The shaft should have a tolerance between h6 and h9. The bearing clearance compensates for bearing expansions during heating. Installation igubal® spherical bearings are press-fitted in an H7 bore and axially locked. A precise alignment of the bearing housing is not required as the spherical bearing automatically compensates for error. Dimensions igubal® spherical bearings are manufactured according to DIN ISO 12240 in the dimensional series K and E. igubal® pillow block bearings are available in standard dimensions of 2 to 30 mm. The dimensional series K is also available in inch dimensions. In case you require other dimensions, please contact us. When to use it? When you have high axial and radial loads For the easiest assembly When there are extremely small installation spaces When chemical resistance is required When a low-cost alternative is desired When dirt-resistant bearings are needed When misalignments should be compensated When components secured on both sides are desired When not to use? above 80°C temperatures For dimensions above 30 mm When rotation speeds in excess of 0,5 m/s should be implemented igubal® clip-type spherical bearing ECLM Very easy mounting by clip-on in the plate igubal® clip-type spherical bearing ECLM igubal® clip-type spherical bearing heavy duty High axial and radial loads igubal® clip-type spherical bearing heavy duty igubal® clip-type spherical bearing EGFM maintenance-free dry operation igubal® clip-type spherical bearing EGFM igubal® spherical bearing EGLM, mm Dimensional series E in metric dimensions igubal® spherical bearing EGLM, mm igubal® pivoting bearing - EGLM-LC Variety of spherical balls, easy handling , low price igubal® pivoting bearing - EGLM-LC igubal® spherical bearing KGLM, mm Dimensional series K in metric dimensions igubal® spherical bearing KGLM, mm igubal® spherical bearing KGLI, inch Dimensional series K in inch dimensions igubal® spherical bearing KGLI, inch igubal® KGLM-SL, mm Extremely narrow installation space igubal® KGLM-SL, mm igubal®-KGLM-LC, mm Variety of spherical balls, simple installation, low price igubal®-KGLM-LC, mm igubal® KGLM-16 H Constant movement igubal® KGLM-16 H igubal® double joint igubal® double joint, Form EGZM igubal® double joint igubal® double spherical bearing Customer-specific dimensions, available with or without pins igubal® double spherical bearing igubal® double spherical bearing WDGM igubal® variable double spherical bearing igubal® double spherical bearing WDGM igubal® double spherical bearings KDGM igubal® variable double spherical bearings: KDGM igubal® double spherical bearings KDGM igubal® special parts Customer-specific solutions igubal® special parts igubal® spherical clip bearings - simple connection The easy installation saves time. igubal® spherical clip bearings - simple connection

Housing igumid® G. Swivel ball iglidur® W300 Note The ability to pivot allows pillow block bearings to compensate for misalignment and possible shaft deflection. They are easy to install and suitable for the accomodation of rotating, oscillating and linear movements. igubal® pillow block bearings are maintenance free and conceived for dry running condition. Assembly These pillow block bearings are designed for mounting with 2 screws. The ID tolerance is E10. The matching shaft should have a tolerance of h6 to h9.

Lubrication of normal-load friction, rolling and pivoting bearings Lubrication of spindles and guides at machines Lubrication of moving parts at fine-mechanical devices as well as household appliances Advantages and benefits Lubrication when dark-coloured lubricants cannot be used Saving of maintenance and lubricant costs by reducing downtimes and corrective maintenance Waterproof NSF H2 registered Also available as spray version OKS 471 (without NSF certification)

Grease lubrication of unsheltered parts subject to heavy loading and/or impacts, such as friction, rolling and pivoting bearings, splined shafts, knockout spindles, threaded spindles and sliding surfaces of all kinds For harsh operating conditions Advantages and benefits Excellently suited as a safety lubricating grease in mixed friction sector with especially good wear protection Effectively protects against corrosion Contains Mox-active to improve performance For best results clean the lubricating point carefully. Clean with solvents like OKS 2610/OKS 2611 Universal Cleaner. Remove the corrosion protection ahead of the initial filling. Fill the bearings in a way that all the functional surfaces for sure get the grease. Slow moving bearings(DN-value < 50,000) should be filled completely, normal moving bearings should be filled to 1/3 of the free inner housing space. Observe the instructions of the bearing or machine manufacturer. Relubrication with a grease gun on to the grease

Lubrication of friction, rolling and pivoting bearings, splined shafts, knockout spindles and sliding surfaces of all kinds under heavy loads and a broad temperature range, as well as all sliding speeds permissible for grease lubrication Advantages and benefits Modern grease with a wide range of applications Supports sealing of bearings Good corrosion protection Resistant to ageing and oxidation Good resistance to pressure and water Available in the 120 cm³ ChronoLube cartridge For optimum effect, carefully clean the lubricating point, for example with OKS 2610/OKS 2611 universal cleaner. Before filling for first time, remove anti-corrosion agent. Fill the bearing such that all functional surfaces are certain of being greased. Fill normal bearings up to about 1/3 of the free space inside the bearing. Low-speed bearings (DN value < 50,000) and their housings should be filled completely. The bearing and machine manufacturer's instructions should be observed. Subsequent lubrication

Lubrication of friction, rolling and pivoting bearings, splined shafts, knockout spindles and sliding surfaces of all kinds under normal loads and all sliding speeds common for grease lubrication Supports sealing of bearings and corrosion protection Advantages and benefits Highly effective due to optimum combination of components Good resistance to pressure and water Fewer downtimes and repairs as a result of reduced wearing Resistant to ageing and oxidationFor highest effectiveness, carefully clean the lubrication point, for example with OKS 2610/OKS 2611 universal cleaner. Before filling for first time, remove anti-corrosion agent. Fill the bearing such that all functional surfaces are certain of being greased. Fill normal bearings up to about 1/3 of the free space inside the bearing. Low-speed bearings (DN value < 50,000) and their housings should be filled completely. The bearing and machine manufacturer's instructions should be observed.

Lubrication of normal-load friction, rolling and pivoting bearings Lubrication of spindles and guides at machines Lubrication of moving parts at fine-mechanical devices as well as household appliances Advantages and benefits Lubrication when dark-coloured lubricants cannot be used Saving of maintenance and lubricant costs by reducing downtimes and corrective maintenance Waterproof Clean the lubricating points well for optimal effect. Before filling for first time, remove anti-corrosion agent. Fill the bearing such that all functional surfaces are certain of being greased. Fill normal bearings up to about 1/3 of the free space inside the bearing. Low-speed bearings (DN value below 50,000) and their housings should be filled completely. In as far as available, the bearing and machine manufacturer's instructions should be observed.

In principle, in the parallel arrangement, the vertically aligned rotary drive axis (swivel motor) is placed next to the linear drive axis, which is also vertically aligned and preferably consists of two linear cylinders. The swivel motor is inserted and lifted in a motor support mounted separately in linear guides. The pallet holder is mounted directly on the shaft of the swivel motor or in a separate pivot bearing in the motor support. Tilting moments caused by large asymmetrical loading conditions are thus safely absorbed. We offer customized solutions for various applications. Our qualified team will be happy to advise you.

In principle, in the parallel arrangement, the vertically aligned rotary drive axis (swivel motor) is placed next to the linear drive axis, which is also vertically aligned and preferably consists of two linear cylinders. The swivel motor is inserted and lifted in a motor support mounted separately in linear guides. The pallet holder is mounted directly on the shaft of the swivel motor or in a separate pivot bearing in the motor support. Tilting moments caused by large asymmetrical loading conditions are thus safely absorbed. We offer customized solutions for various applications. Our qualified team will be happy to advise you.

In principle, in the parallel arrangement, the vertically aligned rotary drive axis (swivel motor) is placed next to the linear drive axis, which is also vertically aligned and preferably consists of two linear cylinders. The swivel motor is inserted and lifted in a motor support mounted separately in linear guides. The pallet holder is mounted directly on the shaft of the swivel motor or in a separate pivot bearing in the motor support. Tilting moments caused by large asymmetrical loading conditions are thus safely absorbed. We offer customized solutions for various applications. Our qualified team will be happy to advise you.

In principle, in the parallel arrangement, the vertically aligned rotary drive axis (swivel motor) is placed next to the linear drive axis, which is also vertically aligned and preferably consists of two linear cylinders. The swivel motor is inserted and lifted in a motor support mounted separately in linear guides. The pallet holder is mounted directly on the shaft of the swivel motor or in a separate pivot bearing in the motor support. Tilting moments caused by large asymmetrical loading conditions are thus safely absorbed. We offer customized solutions for various applications. Our qualified team will be happy to advise you.

In principle, in the parallel arrangement, the vertically aligned rotary drive axis (swivel motor) is placed next to the linear drive axis, which is also vertically aligned and preferably consists of two linear cylinders. The swivel motor is inserted and lifted in a motor support mounted separately in linear guides. The pallet holder is mounted directly on the shaft of the swivel motor or in a separate pivot bearing in the motor support. Tilting moments caused by large asymmetrical loading conditions are thus safely absorbed. We offer customized solutions for various applications. Our qualified team will be happy to advise you.

In principle, in the parallel arrangement, the vertically aligned rotary drive axis (swivel motor) is placed next to the linear drive axis, which is also vertically aligned and preferably consists of two linear cylinders. The swivel motor is inserted and lifted in a motor support mounted separately in linear guides. The pallet holder is mounted directly on the shaft of the swivel motor or in a separate pivot bearing in the motor support. Tilting moments caused by large asymmetrical loading conditions are thus safely absorbed. We offer customized solutions for various applications. Our qualified team will be happy to advise you.

In principle, in the parallel arrangement, the vertically aligned rotary drive axis (swivel motor) is placed next to the linear drive axis, which is also vertically aligned and preferably consists of two linear cylinders. The swivel motor is inserted and lifted in a motor support mounted separately in linear guides. The pallet holder is mounted directly on the shaft of the swivel motor or in a separate pivot bearing in the motor support. Tilting moments caused by large asymmetrical loading conditions are thus safely absorbed. We offer customized solutions for various applications. Our qualified team will be happy to advise you.

In principle, in the parallel arrangement, the vertically aligned rotary drive axis (swivel motor) is placed next to the linear drive axis, which is also vertically aligned and preferably consists of two linear cylinders. The swivel motor is inserted and lifted in a motor support mounted separately in linear guides. The pallet holder is mounted directly on the shaft of the swivel motor or in a separate pivot bearing in the motor support. Tilting moments caused by large asymmetrical loading conditions are thus safely absorbed. We offer customized solutions for various applications. Our qualified team will be happy to advise you.

In principle, in the parallel arrangement, the vertically aligned rotary drive axis (swivel motor) is placed next to the linear drive axis, which is also vertically aligned and preferably consists of two linear cylinders. The swivel motor is inserted and lifted in a motor support mounted separately in linear guides. The pallet holder is mounted directly on the shaft of the swivel motor or in a separate pivot bearing in the motor support. Tilting moments caused by large asymmetrical loading conditions are thus safely absorbed. We offer customized solutions for various applications. Our qualified team will be happy to advise you.

In principle, in the parallel arrangement, the vertically aligned rotary drive axis (swivel motor) is placed next to the linear drive axis, which is also vertically aligned and preferably consists of two linear cylinders. The swivel motor is inserted and lifted in a motor support mounted separately in linear guides. The pallet holder is mounted directly on the shaft of the swivel motor or in a separate pivot bearing in the motor support. Tilting moments caused by large asymmetrical loading conditions are thus safely absorbed. We offer customized solutions for various applications. Our qualified team will be happy to advise you.

In principle, in the parallel arrangement, the vertically aligned rotary drive axis (swivel motor) is placed next to the linear drive axis, which is also vertically aligned and preferably consists of two linear cylinders. The swivel motor is inserted and lifted in a motor support mounted separately in linear guides. The pallet holder is mounted directly on the shaft of the swivel motor or in a separate pivot bearing in the motor support. Tilting moments caused by large asymmetrical loading conditions are thus safely absorbed. We offer customized solutions for various applications. Our qualified team will be happy to advise you.

In principle, in the parallel arrangement, the vertically aligned rotary drive axis (swivel motor) is placed next to the linear drive axis, which is also vertically aligned and preferably consists of two linear cylinders. The swivel motor is inserted and lifted in a motor support mounted separately in linear guides. The pallet holder is mounted directly on the shaft of the swivel motor or in a separate pivot bearing in the motor support. Tilting moments caused by large asymmetrical loading conditions are thus safely absorbed. We offer customized solutions for various applications. Our qualified team will be happy to advise you.

In principle, in the parallel arrangement, the vertically aligned rotary drive axis (swivel motor) is placed next to the linear drive axis, which is also vertically aligned and preferably consists of two linear cylinders. The swivel motor is inserted and lifted in a motor support mounted separately in linear guides. The pallet holder is mounted directly on the shaft of the swivel motor or in a separate pivot bearing in the motor support. Tilting moments caused by large asymmetrical loading conditions are thus safely absorbed. We offer customized solutions for various applications. Our qualified team will be happy to advise you.

In principle, in the parallel arrangement, the vertically aligned rotary drive axis (swivel motor) is placed next to the linear drive axis, which is also vertically aligned and preferably consists of two linear cylinders. The swivel motor is inserted and lifted in a motor support mounted separately in linear guides. The pallet holder is mounted directly on the shaft of the swivel motor or in a separate pivot bearing in the motor support. Tilting moments caused by large asymmetrical loading conditions are thus safely absorbed. We offer customized solutions for various applications. Our qualified team will be happy to advise you.

In principle, in the parallel arrangement, the vertically aligned rotary drive axis (swivel motor) is placed next to the linear drive axis, which is also vertically aligned and preferably consists of two linear cylinders. The swivel motor is inserted and lifted in a motor support mounted separately in linear guides. The pallet holder is mounted directly on the shaft of the swivel motor or in a separate pivot bearing in the motor support. Tilting moments caused by large asymmetrical loading conditions are thus safely absorbed. We offer customized solutions for various applications. Our qualified team will be happy to advise you.

In principle, in the parallel arrangement, the vertically aligned rotary drive axis (swivel motor) is placed next to the linear drive axis, which is also vertically aligned and preferably consists of two linear cylinders. The swivel motor is inserted and lifted in a motor support mounted separately in linear guides. The pallet holder is mounted directly on the shaft of the swivel motor or in a separate pivot bearing in the motor support. Tilting moments caused by large asymmetrical loading conditions are thus safely absorbed. We offer customized solutions for various applications. Our qualified team will be happy to advise you.

In principle, in the parallel arrangement, the vertically aligned rotary drive axis (swivel motor) is placed next to the linear drive axis, which is also vertically aligned and preferably consists of two linear cylinders. The swivel motor is inserted and lifted in a motor support mounted separately in linear guides. The pallet holder is mounted directly on the shaft of the swivel motor or in a separate pivot bearing in the motor support. Tilting moments caused by large asymmetrical loading conditions are thus safely absorbed. We offer customized solutions for various applications. Our qualified team will be happy to advise you.

The particularly short distance of the unique DOUBLE BALL SCREW DRIVE from SAMAG increases the rigidity and thus the machining accuracy immensely. Compared to traditional drive concepts, the TFZ concept is up to 27 times stiffer and more precise. Reduction of vibrations on the drilling and milling unit through DOUBLE BALL SCREW DRIVE and POWER TOWER DESIGN, this is how it works: Second ball screw with additional guide and second pivot bearing on the rear rail (V) Upstream double-guided and particularly strong ball screw drive of the X-axis Minimum distance (l) between tool tip (TCP) and front swivel bearing (A) 1-spindle concept guarantees short, stable tools with excellent accessibility to the workpiece and the machining point Generously sized work spindle to achieve maximum performance parameters Stiff milling spindle with additional, patented support Variable steady rest positioning system to increase drilling accuracy with spacer between spindle and steady rests

PERFECTLY EQUIPPED FOR EVERY TASK! - The TFZ series offers intelligent solutions from A to Z. STABILITY AND HIGHEST PRECISION DO NOT COME FROM ABOUT BY CHANCE. - Static and dynamic optimization of the components in the power flow - Permanent dimensional accuracy and prevention of tolerance overlap - Minimum distance between pivot bearing and tool center point (TCP) WE KNOW WHAT IS IMPORTANT WHEN IT COMES TO OPERATION AND MAINTENANCE. - Easy crane loading thanks to simultaneous opening of the front and roof doors - Generous sliding doors to the work area - Additional viewing window - Tool magazine & tool rack arranged internally for quick changeover | optional: external & automatic tool changer - User-friendly service access TRUST IS GOOD, CONTROL IS BETTER! - Guarantee of professional machining, long tool life and prevention of accidents & breakdowns - Precise process monitoring during machining

Korzonek Klarwerkstechnik, METZEN’s sewage treatment branch, has been a competent and trusted sewage engineering partner to local authorities, wastewater companies and industrials for over 30 years. We design and manufacture custom spare parts for all scrapers and refurbish them to guarantee their long service life. Longitudinal scraper chassis Circular scraper chassis Drive wheel with direct drive for circular scrapers Rack-and-pinion drive chassis Rack-and-pinion rails Longitudinal scraper chassis with stabilising cross beam and rail drive Rack-and-pinion drive with rail impeller Bolt rail for rack-and-pinion drive Rail longitudinal scraper chassis with synchronously controlled drive Pivot bearings and slip ring systems We manufacture and assemble pivot bearings and slip ring systems with hose swivel joints or without hose access. Scraping blades for longitudinal and circular scrapers We manufacture and assemble single and multi-piece scraping blades.

Bulk handling of any kind in sea and inland ports or storage facilities. For ship-to-ship, ship-to-storage/wagon/silo handling. For various types of crane with control systems designed for hydraulic motor grab systems. Technical design Designed as a discharge and ship unloading grab with retracted pivot bearings for easy gripping under the ship’s gangway Optimisation of crane load capacity thanks to its lightweight design which can hold maximum loads Grab drive: Vertical electrohydraulic drive unit with high-pressure pump Closing and opening movements are controlled through clockwise or counter clockwise rotation of the electric motor (turn control). The electric motor is only switched on whilst the closing and opening movement is being performed. Grab connection bearing: Re-greaseable steel bushing bearing Stable, torsion-resistant design using direct cylinder linkage