Office Medical Mechanical Equipment Instruments T2.5 Series PU Rubber Timing Synchronous Belts
T2.5 synchronous belt is a type of synchronous belt with specific specifications and characteristics, mainly used in the transmission system of mechanical equipment. This type of synchronous belt has the characteristics of space saving and high stability, especially suitable for small packages and high-speed operation. The use of T2.5 synchronous belts is an ideal solution in precision drives, such as office machines and computers.
T2.5 synchronous belt has accurate transmission ratio, no slip, can achieve a constant speed ratio, smooth transmission, can absorb vibration, low noise, and a large transmission ratio range, generally up to 1:10. In addition, it allows for a linear speed of up to 50M/S and transmits power from a few watts to a hundred kilowatts. This type of synchronous belt transmission has high efficiency, generally up to 98%, compact structure, suitable for multi axis transmission, does not require lubrication, and is pollution-free. Therefore, it can work normally in places where pollution is not allowed and the working environment is relatively harsh.
The T2.5 synchronous belt pulley is an important component used in conjunction with the T2.5 synchronous belt, and the accuracy of the fit between the two is crucial to the accuracy and stability of the transmission. Therefore, in the production process, it is necessary to perform precision machining and quality inspection on the synchronous belt pulley to ensure that the tooth shape of the synchronous belt pulley matches the tooth shape of the synchronous belt, and to maintain a stable transmission effect during use.
When using the T2.5 synchronous belt, the following points should be noted:
Reasonable adjustment of load: As a transmission component, the T2.5 synchronous belt has a certain load-bearing capacity, but this ability is limited. Therefore, during use, it is necessary to make reasonable adjustments to the weight and quantity of transported items based on their maximum load capacity to prevent overloading and damage to the synchronous belt or performance degradation.
Calibration of installation position: The installation accuracy of the synchronous belt is crucial for its operational stability and safety. When installing the T2.5 synchronous belt, it is necessary to accurately calibrate its installation position to ensure that the axis of the synchronous belt wheel remains parallel, the wheel groove is in the same plane, not twisted, and the tension meets the requirements. At the same time, it is necessary to avoid using iron tools to forcefully pry into the synchronous belt, in order to avoid damaging the synchronous belt and pulley.
Choose an appropriate buffering device: A buffering device is usually equipped on synchronous belt conveyors to provide buffering for the synchronous belt. Therefore, when selecting a buffer device, it is necessary to select a buffer spring with appropriate elasticity to maximize the protective effect on the synchronous belt.
Configuration of auxiliary devices: In actual use, it is inevitable that there may be partial overload during synchronization. To cope with this situation, it is particularly important to configure appropriate auxiliary equipment, which can further improve the service life and stability of the synchronous belt.
Regular inspection and maintenance: It is necessary to regularly check the tension and wear of the synchronous belt to ensure its normal operation. If any problems such as looseness or wear are found on the synchronous belt, it should be adjusted or replaced in a timely manner.
| Series |
T2.5 series |
| Pitch |
1.30mm |
| Belt Thickness |
15.70mm |
| Tooth Height |
0.70mm |
| Tooth Type |
Trapezoidal tooth |
| Tooth Range |
41~538 |
| Length Range |
102.50~1345mm |
| |
|
| Material |
Rubber/ PU(Polyurethane) |
| Types |
Close End Timing Belts |
| Usage |
Transmission System |
| Brand |
COMRAY/OEM |
){kind=link}