Salt depletion remote monitoring device for water treatment system

Abstract

The invention discloses a remote monitoring device for salt deficiency used in a water treatment system, which includes a detector and a remote transmission system. The detector includes a mechanical horizontal frame, a first mechanical vertical bar and a second mechanical vertical bar, and the mechanical horizontal frame is installed on the There is a main controller; the first electric cylinder is installed on the upper end of the first mechanical vertical rod, and the second electric cylinder is installed on the upper end of the second mechanical vertical rod; the lower end of the first electric cylinder is connected with an infrared emitter module, and the second electric cylinder The lower end of the cylinder is connected with an infrared receiver module; the remote transmission system includes a GSM module and a remote service desk, the GSM module is installed in the main controller, the GSM module communicates with the main controller, and the GSM module communicates with the remote service desk. The low part of the infrared transmits the salt level and receives it at multiple points, so as to realize the collection of the position information and content of the salt solution. Due to the use of infrared emission and reception monitoring, the design and maintenance risks are relatively low, and the reliability is relatively high, and the monitoring results are accurate.

Description

technical field [0001] The invention relates to a remote monitoring device, in particular to a salt-deficiency remote monitoring device used in a water treatment system. Background technique [0002] In water treatment systems such as water softening treatment systems, ion exchange is often used to remove target ions in water, such as harmful heavy metal ions in drinking water, excess calcium ions and magnesium ions in high hardness water. The ions used to exchange with these target ions are mostly exchange ions such as sodium ions. Exchange ions such as sodium ions are mostly attached to the ion exchanger, which is convenient to use. However, the service life of these ion exchangers is limited. Once the exchange ions attached to them are exhausted, the ion exchanger will not be able to realize the ion exchange function. [0003] At this time, it is necessary to clean the ion exchanger by using a regeneration solution (saturated / supersaturated exchange ion solution), repla...

AI Technical Summary

Problems solved by technology

Therefore, the user needs to regularly replenish salt into the salt solution container, so as to prevent the concentration of the salt solution in the salt solution container from being too low, and the regeneration of the ion exchanger cannot be realized.

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