Air compressor energy saving system

Abstract

The invention belongs to the technical field of industrial energy-saving control and particularly relates to an air compressor energy saving system. The air compressor energy saving system comprises an air compressor, an air transmission main pipeline, air equipment and a controller which are mutually and sequentially connected, wherein the controller is connected with the air compressor. A nozzleis fixedly arranged in the air transmission main pipeline, and the orientation of a spraying opening of the nozzle is parallel with the central axis of the air transmission main pipeline. A branch pipeline communicating with the air transmission main pipeline is fixedly arranged on the air transmission main pipeline, and an air pressure detecting device is fixedly arranged on the branch pipeline.A blocking piece hinged to the air transmission main pipeline is arranged in the air transmission main pipeline, and an elastic device is fixedly arranged between the blocking piece and the air transmission main pipeline. An angle measuring device for measuring the swinging angle of the blocking piece is fixedly arranged on the air transmission main pipeline, and the air pressure detecting deviceand the angle measuring device are both connected with the controller. Through use of the air compressor energy saving system, automatic operation and shutdown of the air compressor under unattendedoperation can be achieved, thus energy consumption is effectively reduced, the cost is saved, and the working efficiency is improved.

Description

technical field [0001] The invention belongs to the technical field of industrial energy-saving control, and in particular relates to an air compressor energy-saving system. Background technique [0002] Air compressor is the basic product of industrial modernization. It mainly provides air source power for industrial pneumatic system. It is the core equipment of pneumatic system and has a wide range of applications in industrial production. [0003] The drilling and blasting method occupies a dominant position in the current tunnel construction. The gas equipment used in the construction method is similar to the pneumatic rock drill. The air source power is provided by the air compressor. When the gas equipment needs to work or finish the work At the same time, the construction workers pass information to each other and manually control the switch of the air compressor, so as to prevent the air compressor from doing ineffective work and reduce energy consumption. However, ...

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Problems solved by technology

However, the tunnel is long, the air compressor is arranged outside the tunnel, the gas equipment acts on the end of the tunnel, the air compressor is far away from the gas end, and the communication and cable laying inside and outside the tunnel are relatively expensive, and the wireless signal communication in the tunnel is not smooth , all of the above have added difficulties to the implementation of energy-saving work, resulting in time-consuming, laborious and inefficient

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