Timing Belt Linear Modules

Belt Drive Linear Modules(Timing Belt Linear Modules) are mainly composed of belt, linear guide rail, aluminum alloy profile, base, workbench, motor base, coupling, motor, limit switch and other parts. It is fully enclosed and semi enclosed, characterized by high speed and long stroke.  You are welcome to  https://www.youtube.com/@tallmanrobotics to watch our video centre for more projects or news, visit our website load down e-catalogues for further technical data.

The belt of the synchronous belt linear module is installed on the transmission shafts on both sides of the linear module, and a sliding block for adding equipment workpieces is fixed on the belt. When there is input, drive the belt slider to move. We can usually control the tightness of the belt movement on one side to facilitate the debugging of the equipment in the production process.

Belt Drive Linear Modules from Tallman Robotics Limited have series as follows: 

Timing Belt Linear Module for General Environment

Model No	Body Width (mm)	Max Payload (kgs)	Max Stroke (mm)	Repeatability (mm)	Drive	Motor Power (W)	Application Environment
TM-B45-CM	45	4	800	±0.04	belt	50/100	General environment
TM-B62-CM	62	16	2000	±0.04	belt	100/200/400	General environment
TM-B65-CM	65	4	800	±0.04	belt	50/100	General environment
TM-B85-CM	85	16	2000	±0.04	belt	100/200/400	General environment
TM-B100-CM	100	40	3500	±0.04	belt	100/200/400	General environment
TM-B135-CM	135	42	3500	±0.04	belt	200/400	General environment
TM-B150-CM	150	75	3500	±0.04	belt	400/750	General environment
TM-B170-CM	170	75	3500	±0.04	belt	400/750	General environment
TM-B220-CM	220	75	3500	±0.04	belt	750	General environment

Timing Belt Linear Module for Dust-proof Environment

Model No		Body Width (mm)	Max Payload (kgs)	Max Stroke (mm)	Repeatability (mm)	Drive	Motor Power (W)	Application Environment
TM-B45-CR	45		4	800	±0.04	belt	50/100	Clean environment
TM-B62-CR	62		16	2000	±0.04	belt	100/200/400	Clean environment
TM-B65-CR	65		4	800	±0.04	belt	50/100	Clean environment
TM-B85-CR	85		16	2000	±0.04	belt	100/200/400	Clean environment
TM-B100-CR	100		40	3500	±0.04	belt	100/200/400	Clean environment
TM-B135-CR	135		42	3500	±0.04	belt	200/400	Clean environment
TM-B150-CR	150		75	3500	±0.04	belt	400/750	Clean environment
TM-B170-CR	170		75	3500	±0.04	belt	400/750	Clean environment
TM-B220-CR	220		75	3500	±0.04	belt	750	Clean environment

Organ Cover water proof Timing Belt Linear Module

Model No	Body Width (mm)	Max Payload (kgs)	Max Stroke (mm)	Repeatability (mm)	Drive	Motor Power (W)	Application Environment
TM-BF100-CR	140	40	3500	±0.04	Belt	100/200/400	Water-proof/Dust-proof
TM-BF135-CR	171	40	3500	±0.04	Belt	100/200/400	Water-proof/Dust-proof
TM-BF170-CR	206	75	3500	±0.04	Belt	750	Water-proof/Dust-proof
TM-BF220-CR	256	75	3500	±0.04	Belt	750	Water-proof/Dust-proof

European dustproof Timing Belt Module 

Model No	Body Width (mm)	Max Payload (kgs)	Max Stroke (mm)	Repeatability (mm)	Drive	Motor Power (W)	Application Environment
TM-EB65 -CR	65	65	5500	±0.1	Belt	200/400/750	Clean environment
TM-EB80-CR	80	80	5500	±0.1	Belt	200/400/750	Clean environment

Belt Drive Linear Module can increase the rigid guide rail according to different load requirements. The load that can be carried by the linear module is different with different specifications.
Timing belt linear module is a linear transmission device composed of synchronous belt and synchronous belt wheel. It has wide application range, convenient installation and high precision, and is accepted by the majority of users.

The belt is installed on the transmission shafts on both sides of the linear module, and the sliding block for adding equipment workpiece is fixed on the belt. When there is input, the slider moves through the belt.

After specific planning, the tightness of the belt movement can be controlled on one side of the synchronous belt linear module. It is convenient to debug the equipment in the production process. The tightness control of the synchronous belt linear module is located on the left and right sides of the module, which is generally controlled by screws.

According to different load requirements, a rigid guide rail can be added on the synchronous belt linear module to improve the stiffness of the linear module. The load of different standard synchronous belt linear modules is also different.

The quality of synchronous belt linear module depends on precision and combined machining process. The input power of control accuracy will have an impact. The precision of linear module of synchronous belt is generally higher than 0.1mm, which has different production process requirements. Select the required timing belt linear module.

The transmission of synchronous belt linear module has the characteristics of low noise, high speed, low cost, high positioning accuracy, long stroke length, low noise, low friction, high rigidity and strong bearing capacity.

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How Timing Belt Linear Modules Improve Machinery Efficiency

Introduction
A timing belt linear module is a device that uses a timing belt to convert rotational motion into linear motion. It is composed of two main parts: a timing belt and a linear guide. The timing belt is wrapped around a pulley or sprocket, and the linear guide is a track that the timing belt rides on.
The main benefit of using a timing belt linear module is that it is more efficient than other methods of converting rotational motion into linear motion. Timing belt linear modules are also very versatile and can be used in a wide variety of applications.
In this article, we will discuss the components of a timing belt linear module, how it works, and the benefits of using one. We will also provide some tips for installating and maintaining a timing belt linear module.

What is a timing belt linear module?

A timing belt linear module is a device that uses a timing belt to convert rotational motion into linear motion. It is composed of two main parts: a timing belt and a linear guide. The timing belt is made of reinforced rubber and is wrapped around a pulley or sprocket, while the linear guide is a track that the timing belt rides on. Timing belt linear modules are often used for applications that require a high degree of precision or where cost efficiency is important. They are a cost effective and reliable alternative to other solutions, such as rack & pinion systems and lead screws.

How does a timing belt linear module work?

A timing belt linear module works by converting rotational movement into forward or backward linear movement. The timing belt runs along a track that is smooth and flat, allowing for a high degree of precision. The timing belt and linear guide work in tandem to move the load in a straight line along the track. The tensioning system ensures that the belt remains in contact with the linear guide at all times, allowing for smooth and consistent motion.

The benefits of using a timing belt linear module

There are a number of advantages to using a timing belt linear module. Firstly, they are very efficient, as they can convert the rotation of a motor into linear motion with minimal energy loss. This makes them ideal for applications that require a high degree of precision and accuracy. Secondly, they are very reliable, as they are designed to withstand high loads, temperatures, and vibrations. This makes them suitable for applications such as automation and robotics, where high levels of reliability are essential. Finally, compared to other solutions, such as rack & pinion systems and lead screws, timing belt linear modules are cost effective.

Installation and maintenance of timing belt linear modules

Installing a timing belt linear module is relatively straightforward. It is important to ensure that the linear guide and the timing belt are properly aligned before installation. Additionally, the tensioning system must be properly adjusted for the module to work properly. Maintenance of a timing belt linear module should be carried out regularly. It is important to inspect the timing belt for signs of damage or wear, as this can lead to premature failure of the module. Additionally, it is important to ensure that the tensioning system is adjusted properly. Regular maintenance also helps to extend the life of the module and ensure reliable operation.

Conclusion

In summary, a timing belt linear module is a device that can convert rotational motion into linear motion. They are very efficient, reliable, and cost effective compared to other solutions. Additionally, installation and maintenance of a timing belt linear module is relatively straightforward and can help to ensure its longevity and reliable operation.