Belt Drive Linear Actuators for Dust and Waterdrop Environment

Belt Drive Linear Actuators, combined with controller, can realize high-speed linear motion control, and customize the length to meet the needs of the industry.  You are welcome to  https://www.youtube.com/@tallmanrobotics to watch our video centre for more projects or news, or visit our website load down e-catalogues for further technical data.

Belt Drive Linear Actuators have the advantages of convenient assembly, exquisite design, fast speed, smooth operation, low noise and is suitable for equipment with high speed requirements. Suitable for multi-dimensional building XYZ; The maintenance is simple and the precision is high. Except for a few working conditions with high precision requirements, it can meet the production and processing of most machines; Save manpower and material resources, improve work efficiency and inject new vitality into the enterprise.Synchronous belt linear slide module is mainly a linear module driven by belt and synchronous wheel. It is widely used in mechatronics equipment, general machine tools, CNC motor bed worktable, such as cutting machine, laser engraving machine, spraying, drawing, printing, handling, transplanting, classification, test, etc.

The working principle of Belt Drive Linear Actuators is: the belt is installed on the transmission shaft on both sides of the linear module, which is used as the power input shaft, and a sliding block for increasing equipment workpieces is fixed on the belt. When there is input, the slider moves by driving the belt. The synchronous belt linear module is specially designed to control the tightness of the belt movement on one side, which is convenient for the debugging of the equipment in the production process.Belt Drive Linear Actuators can choose to increase the rigid guide rail according to different load needs to improve the rigidity of the linear module. Different specifications of linear modules have different load limits.

Belt Drive Linear Actuators depend on the belt quality and the processing process in the combination. The control of power input will affect its accuracy at the same time.Two different linear modules have different specifications, so the comparison of speed is meaningless. Many factors will affect the speed and travel. Generally, the longer the travel, the greater the speed; Width of module; The processing technology and precision of the screw rod, etc. when selecting the module for the equipment, we should focus on the maximum speed, which is related to the production efficiency of the equipment.

The travel of the belt module is larger than that of the ball screw, but the belt module can only be used in the x-axis, while the screw module can be used in the z-axis. The biggest difference between belt linear module and screw linear module is the difference in accuracy and the corresponding price. The belt module is suitable for occasions with low precision requirements, while the screw module is suitable for occasions with high precision requirements. If you don’t require high accuracy, you can use the belt module.

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Belt Drive Linear Actuators for Dust and Waterdrop Environment

Model No	Motor Power(W)	Body Width (mm)	Repeat ability (mm)	Timing Belt Specs		Max Load  (kgs)		Max Stroke (mm) at max speed  (mm/s)	Deceleration ration	Rated Thrust	Linear guide rail
				Width (mm)	Lead (mm)	Horizontal	Vertical
TMBF100-CR	200W	140	±0.04	25	45	22	–	3500mm at 2250mm/S	1:2	90	15×12.5-2
					90	10		3500mm at 4500mm/S	1:1	45
	400W				45	40	–	3500mm at 2250mm/S	1:2	182
					90	20		3500mm at 4500mm/S	1:1	91
TMBF135-CR	200W	171	±0.04	25	45	22	–	3500mm at 2250mm/S	1:2	90	15×12.5-2
					90	10		3500mm at 4500mm/S	1:1	45
	400W				45	40	–	3500mm at 2250mm/S	1:2	182
					90	20		3500mm at 4500mm/S	1:1	91
TMBF170-CR	400W	206	±0.04	40	45	42	–	3500mm at 2250mm/S	1:2	182	20×15.5-2
					90	21		3500mm at 4500mm/S	1:1	91
	750W				45	75	–	3500mm at 2250mm/S	1:2	326
					90	35		3500mm at 4500mm/S	1:1	91
TMBF220-CR	750W	256	±0.04	40	45	75	–	3500mm at 2250mm/S	1:2	326	23×18-2

Belt Drive Linear Actuators: How They Work & Their Advantages

Introduction
At Tallman Robotics, we offer a wide range of motion control solutions for a variety of industries and applications. One of our most popular products is our belt drive linear actuator. In this blog post, we’re going to give you a brief overview of how our belt drive linear actuators work and some of the advantages they offer.

Belt drive actuators are linear motion control devices that use a belt and pulley system to convert rotary motion into linear motion. The belt is looped around a pulley attached to a motor, and the other end of the belt is attached to a linear slider. When the motor is activated, the belt and pulley system converts the rotary motion of the motor into linear motion, which causes the linear slider to move.

Belt drive actuators offer a number of advantages over other types of linear actuators. They are more efficient, have a higher power density, and are quieter and smoother operating. In addition, belt drive actuators are more tolerant of misalignment and can handle higher loads.

If you’re looking for a reliable and durable linear motion solution for your application, then a belt drive linear actuator might be the right choice. Here’s a closer look at how they work and some of their advantages.

How do belt drive linear actuators work?

Belt drive linear actuators are driven by a small motor, usually an AC or DC motor, which is connected to a belt pulley. A belt and pulley system is used to convert the rotary motion of the motor into linear motion, and the linear motion is used to move a slider. The slider can be attached to a load or object that you want to move and the belt pulley system will move the slider back and forth along the length of the actuator. The actuator can be controlled with a relay or motor control circuit to accurately and precisely control the speed and position of the motor. The belt drive linear actuator is an ideal solution for applications where precision and accuracy are required. It offers a smoother, quieter operation than other types of linear motion control, as well as higher reliability and a longer lifespan due to greater load capacity and greater tolerance for misalignment.

The advantages of belt drive linear actuators

The belt and pulley system used by belt drive linear actuators makes them highly efficient, with a higher power density than other types of linear actuators. This means that they are able to move higher loads than other types of actuators. In addition, they offer a smoother and quieter operation, which is important for applications where noise, vibration, and accuracy are important factors. Belt drive linear actuators also offer greater tolerance for misalignment, as the belt and pulley system is more forgiving of any slight misalignment of the motor to the object or load being moved. This allows the actuator to run without any excessive strain or wear, which increases its lifespan.

Wrapping up

Belt drive linear actuators are ideal for applications that require precise and accurate control of linear motion. They offer a range of advantages, such as higher efficiency, higher power density, greater tolerance for misalignment, higher load capacity, and smoother and quieter operation. If you’re looking for a reliable and durable linear motion solution, then a belt drive linear actuator could be the right choice for your application.