CIR01A-32A-55S

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CIR01A-32A-55S refers to an ac synchro and features high accuracy as well as low cost. It is an electromechanical device used in a wide range of applications for measuring and transmitting data. CIR01A-32A-55S is mainly used in industrial processes, navigation systems, control systems, and other precision machine applications.

CIR01A-32A-55S consists of an input device, an output device and a mechanical control mechanism that translates, scales and transmits the input signal. The input signal is usually of AC voltage and its frequency can be as low as 1 Hz. The input device converts the AC voltage into a rotary motion through a step-down transformer and synchronous motor. This rotary motion is then transmitted to the output device, which consists of a rotating armature, a set of three windings, and a limit switch. The windings are arranged in an R-S-T configuration, with each winding providing a different amount of torque.

The working principle of CIR01A-32A-55S is based on the fact that a current passing through an R-S-T coil generates a torque that is proportional to the square of the current. When an AC voltage is applied across the windings, it induces a rotating magnetic field that rotates in synchronism with the voltage frequency. This rotating magnetic field passes through the windings, inducing an electric current that generates the torque needed to move the armature. The amount of torque generated is proportional to the square of the applied voltage.

The output of the CIR01A-32A-55S is a combination of two different signals. The first is a sinusoidal waveform with a frequency equal to the input voltage frequency, and its amplitude is proportional to the input voltage level. This sinusoidal signal is used to determine the angular position of the armature. The second signal is the limit switch output, which is triggered once the armature reaches a predetermined angular position. This limit switch signal can be used to initiate, stop, or reset an industrial process.

CIR01A-32A-55S is used in a variety of applications, including industrial process control systems, navigation systems, and other precision machine applications. In industrial process control systems, the CIR01A-32A-55S is used to monitor changes in pressure, temperature, and other process parameters, initiating or stopping processes as required. In navigation systems, it is used to measure and transmit the angular positions of vessels and other objects. In precision machine applications, it is used to control the motion of a machine part with a high degree of accuracy.

In conclusion, CIR01A-32A-55S is an electromechanical device that is used widely in industrial and precision machine applications. It works by converting an AC voltage into a rotary motion that is transmitted to the output device, which consists of a three-winding R-S-T coil and a limit switch. The output of the CIR01A-32A-55S is a combination of two signals that can be used to initiate, stop, or reset an industrial process or machine operation. Therefore, CIR01A-32A-55S has a wide range of application fields and working principles.

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