Couplings- mechanical - Import export

These parts used for the precision machinery parts,made by brass and no surface treatment.

3 measurement range from ± 0 - 0,5 Nm to± 0 - 50 Nm DRDML | DRDMS | DRDMN for mechanical connection to Maxon gearboxes with contactless data acquisition as a complete drive and torque measuring unit Test bench construction Screwing technology

One-part design with brake disk - Brake disk made of nodular graphite iron The TSCHAN ® TNM ETW is an torsionally flexible and shock-proof claw coupling with brake disc. They compensate for angular as well as radial and axial shaft misalignment within fixed tolerances. The torque is transmitted through an elastic transitional ring. The elastic transitional ring made of Perbunan (Pb) with nitrile rubber as the base material dampens shocks and torsional vibrations, is oil-proof, insensitive to temperature and normally electrically conductive. This prevents undesirable static charging, among other things. The coupling can be used for either direction of rotation and be installed in any position. TSCHAN ® TNM ETW One part design with brake disk in nodular cast iron. Elastic intermediate ring in different hardnesses: standard Pb72, hard Pb82. General features Torsionally flexible, compensate for angular, radial and axial shaft misalignment Intermediate rings loaded in...

An excellent general purpose coupling for connecting factory air supply to pneumatic tools. Steel coupling is suitable for air. Brass or stainless steel are suitable for water. Note that fluid will come out from the plug when disconnected. Critical structural parts of steel models are heattreated for increased strength giving greater durability and resistance to wear. Available in various body materials, sizes and end configurations applicable to a wide range of applications.

If there is axial misalignment (eccentricity) between the drive shaft and the shaft of a potentiometer used to sense angular, motion, this will cause a linearity error that increases as the coupling radius decreases in relation to the degree of eccentricity. The following equation determines the maximum relative error Fmax = E/Pi · rk where E = Eccentricity und rk = the coupling radius. It is only possible to take full advantage of the linearity or conformity of any rotationary sensor system, if coupling alignment errors (offset and angular misalignment) are avoided or at least reduced to a mimimum. This means that with highly accurate measurement systems, due allowance must be made for any coupling misalingment in accordance with the above equation.

JDN Cranes The delivery programme comprises explosion-proof overhead travelling cranes suspension cranes as well as slewing cranes which can be adapted to your individual demands as complete special installations are our speciality. According to necessities JDN hoists in motor trolleys or monorail systems are integrated in the crane installation. A comfortable and user-friendly pneumatic speed control is also available as for example the standard two speed control for crane and trolley drive. An infinitely variable speed control of the trolley and the hoist is also possible. Different JDN Cranes in Detail overhead travelling crane with one or two main girders suspension crane also with minimised headroom - with special low headroom trolleys slewing crane crane with mechanically coupled synchronised hoists crane with parallel hoists carrying capacities up to 100 t with spans up to 36 m Higher carrying capacities and spans on request. JDN Crane Kits for explosion-proof air...

The versatility and and capability of LAWECO products is most notably shown in coil processing systems. In the infeed and outfeed areas, coil lifting carriages primarily handle the coil. In conjunction with various rack systems even complete solutions can be realised. In the stack areas, stationary and movable scissor lift platforms provide the required handling. Here, it is also our goal to respond to the wishes and requirements of our customers and to provide individual solutions. Load bearing capacity up to 150 t Movable or stationary With simple, tandem or double scissor With materials handling technology or special constructions Mechanical coupling facility With powerful switching hydraulics or control valve technology With weighing device With positioning system

In the serial arrangement, a vertically aligned linear drive shaft (double-acting linear cylinder) is mounted on the vertically aligned rotary drive shaft (swivel motor), i.e. the piston rod of the cylinder and the output shaft of the swivel motor are mechanically coupled via a movable shaft-hub connection. The pallet holder is lifted by the piston rod, which also serves as a bearing for the pallet holder and safely absorbs all the forces generated during asymmetrical loading. We offer customized solutions for various applications. Our qualified team will be happy to advise you.

In the serial arrangement, a vertically aligned linear drive shaft (double-acting linear cylinder) is mounted on the vertically aligned rotary drive shaft (swivel motor), i.e. the piston rod of the cylinder and the output shaft of the swivel motor are mechanically coupled via a movable shaft-hub connection. The pallet holder is lifted by the piston rod, which also serves as a bearing for the pallet holder and safely absorbs all the forces generated during asymmetrical loading. We offer customized solutions for various applications. Our qualified team will be happy to advise you.

In the serial arrangement, a vertically aligned linear drive shaft (double-acting linear cylinder) is mounted on the vertically aligned rotary drive shaft (swivel motor), i.e. the piston rod of the cylinder and the output shaft of the swivel motor are mechanically coupled via a movable shaft-hub connection. The pallet holder is lifted by the piston rod, which also serves as a bearing for the pallet holder and safely absorbs all the forces generated during asymmetrical loading. We offer customized solutions for various applications. Our qualified team will be happy to advise you.

In the serial arrangement, a vertically aligned linear drive shaft (double-acting linear cylinder) is mounted on the vertically aligned rotary drive shaft (swivel motor), i.e. the piston rod of the cylinder and the output shaft of the swivel motor are mechanically coupled via a movable shaft-hub connection. The pallet holder is lifted by the piston rod, which also serves as a bearing for the pallet holder and safely absorbs all the forces generated during asymmetrical loading. We offer customized solutions for various applications. Our qualified team will be happy to advise you.

In the serial arrangement, a vertically aligned linear drive shaft (double-acting linear cylinder) is mounted on the vertically aligned rotary drive shaft (swivel motor), i.e. the piston rod of the cylinder and the output shaft of the swivel motor are mechanically coupled via a movable shaft-hub connection. The pallet holder is lifted by the piston rod, which also serves as a bearing for the pallet holder and safely absorbs all the forces generated during asymmetrical loading. We offer customized solutions for various applications. Our qualified team will be happy to advise you.

In the serial arrangement, a vertically aligned linear drive shaft (double-acting linear cylinder) is mounted on the vertically aligned rotary drive shaft (swivel motor), i.e. the piston rod of the cylinder and the output shaft of the swivel motor are mechanically coupled via a movable shaft-hub connection. The pallet holder is lifted by the piston rod, which also serves as a bearing for the pallet holder and safely absorbs all the forces generated during asymmetrical loading. We offer customized solutions for various applications. Our qualified team will be happy to advise you.

In the serial arrangement, a vertically aligned linear drive shaft (double-acting linear cylinder) is mounted on the vertically aligned rotary drive shaft (swivel motor), i.e. the piston rod of the cylinder and the output shaft of the swivel motor are mechanically coupled via a movable shaft-hub connection. The pallet holder is lifted by the piston rod, which also serves as a bearing for the pallet holder and safely absorbs all the forces generated during asymmetrical loading. We offer customized solutions for various applications. Our qualified team will be happy to advise you.

In the serial arrangement, a vertically aligned linear drive shaft (double-acting linear cylinder) is mounted on the vertically aligned rotary drive shaft (swivel motor), i.e. the piston rod of the cylinder and the output shaft of the swivel motor are mechanically coupled via a movable shaft-hub connection. The pallet holder is lifted by the piston rod, which also serves as a bearing for the pallet holder and safely absorbs all the forces generated during asymmetrical loading. We offer customized solutions for various applications. Our qualified team will be happy to advise you.

In the serial arrangement, a vertically aligned linear drive shaft (double-acting linear cylinder) is mounted on the vertically aligned rotary drive shaft (swivel motor), i.e. the piston rod of the cylinder and the output shaft of the swivel motor are mechanically coupled via a movable shaft-hub connection. The pallet holder is lifted by the piston rod, which also serves as a bearing for the pallet holder and safely absorbs all the forces generated during asymmetrical loading. We offer customized solutions for various applications. Our qualified team will be happy to advise you.

In the serial arrangement, a vertically aligned linear drive shaft (double-acting linear cylinder) is mounted on the vertically aligned rotary drive shaft (swivel motor), i.e. the piston rod of the cylinder and the output shaft of the swivel motor are mechanically coupled via a movable shaft-hub connection. The pallet holder is lifted by the piston rod, which also serves as a bearing for the pallet holder and safely absorbs all the forces generated during asymmetrical loading. We offer customized solutions for various applications. Our qualified team will be happy to advise you.

In the serial arrangement, a vertically aligned linear drive shaft (double-acting linear cylinder) is mounted on the vertically aligned rotary drive shaft (swivel motor), i.e. the piston rod of the cylinder and the output shaft of the swivel motor are mechanically coupled via a movable shaft-hub connection. The pallet holder is lifted by the piston rod, which also serves as a bearing for the pallet holder and safely absorbs all the forces generated during asymmetrical loading. We offer customized solutions for various applications. Our qualified team will be happy to advise you.

In the serial arrangement, a vertically aligned linear drive shaft (double-acting linear cylinder) is mounted on the vertically aligned rotary drive shaft (swivel motor), i.e. the piston rod of the cylinder and the output shaft of the swivel motor are mechanically coupled via a movable shaft-hub connection. The pallet holder is lifted by the piston rod, which also serves as a bearing for the pallet holder and safely absorbs all the forces generated during asymmetrical loading. We offer customized solutions for various applications. Our qualified team will be happy to advise you.

In the serial arrangement, a vertically aligned linear drive shaft (double-acting linear cylinder) is mounted on the vertically aligned rotary drive shaft (swivel motor), i.e. the piston rod of the cylinder and the output shaft of the swivel motor are mechanically coupled via a movable shaft-hub connection. The pallet holder is lifted by the piston rod, which also serves as a bearing for the pallet holder and safely absorbs all the forces generated during asymmetrical loading. We offer customized solutions for various applications. Our qualified team will be happy to advise you.

In the serial arrangement, a vertically aligned linear drive shaft (double-acting linear cylinder) is mounted on the vertically aligned rotary drive shaft (swivel motor), i.e. the piston rod of the cylinder and the output shaft of the swivel motor are mechanically coupled via a movable shaft-hub connection. The pallet holder is lifted by the piston rod, which also serves as a bearing for the pallet holder and safely absorbs all the forces generated during asymmetrical loading. We offer customized solutions for various applications. Our qualified team will be happy to advise you.

In the serial arrangement, a vertically aligned linear drive shaft (double-acting linear cylinder) is mounted on the vertically aligned rotary drive shaft (swivel motor), i.e. the piston rod of the cylinder and the output shaft of the swivel motor are mechanically coupled via a movable shaft-hub connection. The pallet holder is lifted by the piston rod, which also serves as a bearing for the pallet holder and safely absorbs all the forces generated during asymmetrical loading. We offer customized solutions for various applications. Our qualified team will be happy to advise you.

In the serial arrangement, a vertically aligned linear drive shaft (double-acting linear cylinder) is mounted on the vertically aligned rotary drive shaft (swivel motor), i.e. the piston rod of the cylinder and the output shaft of the swivel motor are mechanically coupled via a movable shaft-hub connection. The pallet holder is lifted by the piston rod, which also serves as a bearing for the pallet holder and safely absorbs all the forces generated during asymmetrical loading. We offer customized solutions for various applications. Our qualified team will be happy to advise you.

In the serial arrangement, a vertically aligned linear drive shaft (double-acting linear cylinder) is mounted on the vertically aligned rotary drive shaft (swivel motor), i.e. the piston rod of the cylinder and the output shaft of the swivel motor are mechanically coupled via a movable shaft-hub connection. The pallet holder is lifted by the piston rod, which also serves as a bearing for the pallet holder and safely absorbs all the forces generated during asymmetrical loading. We offer customized solutions for various applications. Our qualified team will be happy to advise you.

The RJ45 connector is the most used interface in data communications. CONEC has, based on this connector interface, designed a rugged versatile connector system for Cat. 5e and Cat. 6A, that ensures reliable protection and the convenience of easily mating under the most difficult and harsh environments. The housing with bayonet coupling mechanism is in compliance with IEC 61076-3-106 and provide increased protection for the connector system against contamination and moisture (IP67 rating). Furthermore, the increased demands for mechanical stability, temperature resistance, vibration immunity and protection against EMI and UV radiation will be fulfilled. This program is supplemented by preassembled patch cables with IP67 rating in various lengths and designs. The zinc die-cast version provides an excellent protection against harsh environment.

The GWE 5107 is a compact designed backlash-free Servo-Insert Coupling with an expanding clamp and a clamping hub. Due to the expanding clamp the GWE 5107 can used for examples in hollow shafts. Backlash-free Servo-Insert Couplings are used in mechanical engineering, where shock absorption is requested and pluggable coupling solutions are applied. Special Features Backlash-free Pluggable Vibration damping Torques from 0,5 - 650 Nm Compensation of radial, axial and angular misalignment Electrically isolating Common Applications Encoder Precision drives Feed drives Grinding and milling spindles Machine tools Packing machines Robotics Transfer lines Multi-spindle heads Wood processing equipment Textile machinery Conveying equipment Linear motion Measuring equipment and control technology Test rigs Series GWE 5107 Servo-insert couplings with clamping hubs and expanding clamps Characteristics Hubs made of aluminum Expanding mandrel and inner cone made of steel Elastomeric spider...

GERWAH's Servo-Insert Couplings from the production series 'GWE 5103.1' impress with their compact design. The compensating elements are slotted once and mounted by means of a clamping hub. GWE 5103.1 couplings are electrically insulating, installation-friendly and absolutely fail-safe. Backlash-free Servo-Insert Couplings are used in mechanical engineering, where shock absorption is requested and pluggable coupling solutions are applied. Special Features Backlash-free Pluggable Vibration damping Torques from 0,5 - 650 Nm Compensation of radial, axial and angular misalignment Electrically isolating Common Applications Encoder Precision drives Feed drives Grinding and milling spindles Machine tools Packing machines Robotics Transfer lines Multi-spindle heads Wood processing equipment Textile machinery Conveying equipment Linear motion Measuring equipment and control technology Test rigs Series GWE 5103.1 Miniature servo-insert Coupling with clamping hubs and single...

The GWE 5103 Servo-Insert Coupling impresses with their compact design and a reduced moment of inertia. Due to the elastomeric spider the GWE 5103 is backlash-free, vibration-damping and electrically insulating. Backlash-free Servo-Insert Couplings are used in mechanical engineering, where shock absorption is requested and pluggable coupling solutions are applied. Special Features Backlash-free Pluggable Vibration damping Torques from 0,5 - 650 Nm Compensation of radial, axial and angular misalignment Electrically isolating Common Applications Encoder Precision drives Feed drives Grinding and milling spindles Machine tools Packing machines Robotics Transfer lines Multi-spindle heads Wood processing equipment Textile machinery Conveying equipment Linear motion Measuring equipment and control technology Test rigs Series GWE 5103 Servo-insert couplings with clamping hubs, short length and single slit Characteristics Hubs made of aluminum Elastomeric spider sizes 7 and 9 with...

GWE 5102 miniature is a compact miniature coupling constituting the perfect solution for confined spaces or areas which are difficult to access. The element is connected to the shaft by means of radial set screws instead of a clamping hub. The coupling is available with elastomeric spiders of different degrees of shore hardness. But regardless of the chosen features: GWE 5102 miniature is always electrically insulating and vibration-damping. Backlash-free Servo-Insert Couplings are used in mechanical engineering, where shock absorption is requested and pluggable coupling solutions are applied. Special Features Backlash-free Pluggable Vibration damping Torques from 0,5 - 650 Nm Compensation of radial, axial and angular misalignment Electrically isolating Common Applications Encoder Precision drives Feed drives Grinding and milling spindles Machine tools Packing machines Robotics Transfer lines Multi-spindle heads Wood processing equipment Textile machinery Conveying...