How can I choose the best small linear drive?

Small linear drivers, also known as micro linear drivers, are devices that use the engine to push the object here and there; They are often used for robots, products with AS movement support by automatic valves. The size is the main factor for a small linear driver because most users get smaller drivers to fit into a certain space. Along with the size, weight is often a problem, because smaller drivers have less weight, which can be required for some products. The small linear driver usually does not have the same power as a large controller, so users should check to ensure that the force is sufficient for the application. Speed ​​is another aspect you can look at, because the drive will have to move fast enough to complete the operation.

When a user decides to get a small linear driver, the size is one of the main considerations. Small linear drivers do not have the official size that qualifies the linear driver as "small" and someEré are smaller than others. This is especially an important in fields such as robotics, where a small controller helps keep the whole robot small and makes it easier to create internal components, because more hardware can fit around a small driver than a large.

While the size is very important, it is also necessary to consider the weight of a small linear driver. Heavy drivers that are mounted to the wall, for example in curtain controls, can fall from their mounting point if they are too heavy. This is also important because too much weight can reduce the usefulness of the device or make it completely unnecessary.

A small linear driver does not have the same engine as a full -size linear driver, so many smaller models cannot replicate the amount of force available from full -size drive. For this reason - and because strength is important in many experiments and applications - users should check the amount of small forceActivities can produce. The typical amount of force for these drives is between £ 400 and £ 2,000 (181.4 to 907.1 kilograms).

Along with the provision of adequate force, a small linear driver must also be able to move fast enough to satisfy the experiment or application. These smaller drivers are lighter than full -size action members, so they usually don't sacrifice high speed. Most small drivers have a speed rating of 20 to 40 inches (50.8 to 101.6 centimeters), which should be enough for general applications, but some high -speed applications may need faster drivers.