#water sensor

DIP Meter adalah teknologi sensor untuk mengukur level air tanah di lubang bor. Bel listrik dan cahaya di dalam gulungan menunjukkan kapan probe menyentuh air. Pita khusus bertanda mm dibaca untuk menentukan kedalaman muka air. Variasi panjang meteran yaitu 100 meter.

Untuk jasa mengukur tingkat air di lubang bor dan badan air yang terkait dengan:

- Pekerjaan konstruksi - Penambangan terbuka - Studi air tanah - Pemantauan kegagalan lereng - Monitoring Bendungan

Spesifikasi:

DIP Meter adalah teknologi sensor untuk mengukur level air tanah di lubang bor. Bel listrik dan cahaya di dalam gulungan menunjukkan kapan probe menyentuh air. Pita khusus bertanda mm dibaca untuk menentukan kedalaman muka air. Variasi panjang meteran yaitu 50 meter.

Untuk jasa mengukur tingkat air di lubang bor dan badan air yang terkait dengan:

- Pekerjaan konstruksi - Penambangan terbuka - Studi air tanah - Pemantauan kegagalan lereng - Monitoring Bendungan

Spesifikasi:

Background

In today’s society, people pay more and more attention to environmental protection. Water quality monitoring sensors are essential equipment for water environmental protection in some industries. However, different industries have different requirements for monitoring parameters, so the selection of water quality monitoring sensors is also different. For example, industrial wastewater is mostly monitored for heavy metal content. Drinking water plants may need to monitor various parameters such as microorganisms, organic matter, ammonia nitrogen, total phosphorus plasma, and heavy metals.

Chloride ion sensor

Chlorine is the most widely used and commonly used disinfectant in water quality. Especially in the process of disinfection of tap water and drinking water. The chloride ion sensor can monitor the chloride ion content in the aqueous solution. It can be used in drinking water treatment plants, canning plants, drinking water pipe networks, swimming pools, cooling circulating water, water quality treatment projects, etc. Where it is necessary to continuously monitor the residual chlorine content in the aqueous solution

Aqueous PH sensor

What is conductivity?

The conductivity of water is determined by the ability of the fluid to pass current. The conductivity is measured in Siemens units. Usually expressed as S/cm. The conductivity value usually has two basic formats, namely actual conductivity and specific conductivity. Due to the many substances or sediments in the seawater, the conductivity in the seawater is much higher. But a high conductivity value may also mean high pollution. May cause harm to the environment. For example, in groundwater applications, conductivity can be used to identify saltwater intrusion. Conductivity can also be used to determine pollution events in freshwater environments. It can quickly determine water quality changes, which is very suitable for preliminary research or deciding the focus of monitoring activities.

Water quality conductivity sensor

The water quality conductivity sensor monitoring data can be remotely monitored and recorded by connecting the transmission output to the recorder. It can also be connected to the RS485 interface for monitoring and recording. At the same time, the device has 2 relay interfaces, which can set the output of the alarm point. It is widely used in sewage treatment plants, pure water conductivity detection, aquaculture conductivity detection. River water and seawater conductivity detection and many other environments.

Precautions

What is DO (dissolved oxygen)?

Molecular oxygen in the air dissolved in water. The content of dissolved oxygen in the water is closely related to the partial pressure of oxygen in the air and the temperature of the water. Under natural conditions, the oxygen content in the air does not change much. Therefore, water temperature is the main factor. The lower the water temperature, the higher the content of dissolved oxygen in the water. The molecular oxygen dissolved in water is called dissolved oxygen and is usually denoted as DO. Expressed in milligrams of oxygen per liter of water. The amount of dissolved oxygen in the water is an index to measure the self-purification ability of the water body. The portable dissolved oxygen sensor is a water quality monitoring sensor. It can detect the dissolved oxygen content in the water.

Why measure dissolved oxygen?

The content of dissolved oxygen in water has an impact on the economy. For example, too high or too low dissolved oxygen in aquaculture ponds will cause death or reduction of aquatic products. The dissolved oxygen in the sewage tank (exposure tank) will help the sewage treatment. If it is too low, the effect will be weakened, and if it is too high, energy will be wasted.

Application scenarios of portable dissolved oxygen meter:

It is widely used in aquaculture and biological reactions. Environmental testing, wastewater treatment. Petrochemical, metallurgical electronics. Laboratory field, scientific research and biological fermentation. Medical field; food and beverage; environmental protection tax treatment and many other fields.

Jingxun Unblocked-Portable Dissolved Oxygen Function and Features:

Price Reduction Noticed On These Water Sensor (leak) Detectors

You have to love technology and the smart devices that are now available to us. Here is an example of a smart device that is in the form of water sensor (or leak) detector. If you are in situation where you have to monitor an area susceptible to leaks or flooding, the Govee WiFi Water Sensor may be helpful in alerting you when conditions are not good. You can remotely monitor the situation area,…

Simulation of Automatic Water Level Control System by using Programmable Logic Controller

by Mrs Yin Yin Mon | Mrs Win Moet Moet Htwe | Mrs Khin Ei Ei Khine "Simulation of Automatic Water Level Control System by using Programmable Logic Controller" 

Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-3 | Issue-4 , June 2019, 

URL: https://www.ijtsrd.com/papers/ijtsrd25172.pdf

Paper URL: https://www.ijtsrd.com/engineering/electrical-engineering/25172/simulation-of-automatic-water-level-control-system-by-using-programmable-logic-controller/mrs-yin-yin-mon

call for paper engineering, open access journal of engineering, ugc approved journals for engineering,

Alarm Circuit for Drinking Water

This is the circuit diagram of drinking water alarm based a small water sensor by using aluminium foil and plastic foil, and connected to a very simple alarm based a 555 IC timer.

Water Sensor and Alarm

The Jal State Board supplies water for a limited duration in a day. The time for water supply is determined by administration and the community does not know the same. In this situation,…