ECAP1P

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Electrostatic capacitive actuator- and -positioner (ECAP1P) provides a reliable and efficient way to control the movement of multidimensional components in confined areas. It is used in various industries such as aerospace, medical, automotive and industrial automation. The fundamental principle of ECAP1P is that when an applied voltage is discharged between the two closely spaced armatures, the electrostatic attraction causes them to move relatively closer to each other.

The ECAP1P includes two assemblies and two sets of armatures or elastomeric dielectrics. The first assembly is composed of two electrodes, which are connected to the appropriate signals from the control unit. The second assembly is a pair of rigidly mounted armatures, which are designed to move relative to each other in response to the electrostatic force generated by the applied voltage.

When a voltage is applied to the electrodes of the first assembly, an electrostatic field is generated between the armatures of the second assembly. The electrostatic attraction caused by the field causes them to move relative to each other. By varying the applied voltage, the armatures can be moved in different directions and the actuator can be used to control the movement of components in three dimensions. For example, the ECAP1P can be used to control the position of an optical diaphragm with exceptional accuracy.

The ECAP1P is ideal for controlling the movement of components in confined spaces, as it does not require any mechanical linkages, which can be difficult to achieve in tight spaces. In addition, it is very reliable and has a long life. This allows for reduced maintenance costs and improved system efficiency.

The ECAP1P is an important addition to the range of accessories used to control the movement of components. Its powerful performance and unique configuration make it suitable for a wide range of applications in various industries, including aerospace, medical, automotive, and industrial automation.

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