Blog – HYDRO SOLID | knowledge, technology and measurement practice

The Internet of Things (IoT) is also increasingly appearing in the fire protection industry. In practice, this means the use of intelligent measuring devices that can communicate with a computer, web application or cloud system. Thanks to this, data from hydrant tests can be saved and analyzed automatically.

Traditional hydrant testing involved measuring pressure and capacity and manually recording the results in a report. This solution was effective, but at the same time time-consuming and error-prone. In the case of a large number of measurements, there was also the problem of data archiving.

IoT technology helps solve these problems. Modern measuring devices can save results in electronic memory, send them via Bluetooth or Wi-Fi, and then automatically archive them in systems such as HS CLOUD.

In practice, this means several important benefits for companies performing hydrant inspections:

• automatic recording of measurement results,
• reducing errors resulting from manual data transcription,
• faster preparation of measurement documentation,
• access to measurement history from anywhere.

IoT solutions also enable integration with web applications. An operator performing a hydrant test in the field can send data to the system, which automatically generates a measurement report. Thanks to this, the entire documentation process can be completed almost immediately.

In the coming years, IoT technology will play an increasingly important role in the fire protection industry. Automation of measurements and digital data management will increase the quality of documentation and streamline the work of service companies.

The hydrant testing kit is one of the most important tools used when inspecting fire protection installations. It allows you to measure the pressure and capacity of internal and external hydrants.

When testing a hydrant, a controlled flow of water is made through a special measuring nozzle. At the same time, the pressure in the installation and the flow parameters are measured. Based on this data, the actual capacity of the hydrant can be determined.

Professional measurement sets usually consist of several elements:

• measuring collector,
• measuring nozzles with a specific K coefficient,
• measuring manometers,
• connection adapters.

The nozzle flow coefficient allows you to calculate the hydrant's capacity based on the measured pressure. Thanks to this, the measurement can be performed quickly and with high repeatability.

Hydrant testing kits are used by companies servicing fire protection installations, water supply companies and measurement laboratories. Regularly testing hydrants allows you to check whether the system will be able to supply the appropriate amount of water in the event of a fire.

Modern sets are designed to work in difficult field conditions. They must be resistant to water, high pressure and intensive use during field tests.

The development of digital technologies has also caused changes in hydrant testing devices. More and more often, traditional analog pressure gauges are replaced by electronic flow testers.

One example of such devices are electronic testers type FLOW TEST. These devices allow you to measure the hydraulic parameters of the hydrant system quickly and very accurately.

When measuring a hydrant, the tester records, among other things:

• static pressure of the installation,
• dynamic pressure during flow,
• water flow parameters.

Based on this data, the device can automatically calculate the hydrant's capacity. Measurement results are saved in the device's memory and can then be transferred to a computer or cloud system.

Electronic hydrant testers offer many advantages over analog solutions:

• automatic calculation of measurement parameters,
• digital recording of results,
• easy data export to reports,
• possibility of integration with measurement applications.

This makes the entire process of performing hydrant tests much faster. The operator can perform a measurement in the field and then use the recorded data to prepare documentation or a report on the hydrant test.

The FLOW TEST electronic testers are therefore an important step towards the digitalization of the fire protection industry and the automation of measurements of hydrant installations.

Inspection of fire protection systems in buildings requires the use of specialized measuring equipment. One of the most important elements of such control is measuring the efficiency of internal hydrants. Professional is used for this purpose device for testing hydrants, which allows you to determine the actual operating parameters of the water supply system under water flow conditions.

Internal hydrants are a basic element of fire protection in many facilities. We find them in residential buildings, schools, hospitals, shopping centers and industrial facilities. For a hydrant to be effective in the event of a fire, the installation must ensure adequate water flow and pressure. That's why specialized ones are used devices for testing hydrants, which enable precise checking of these parameters.

When measuring internal hydrants, three basic parameters of the water installation are checked. The first one is static pressure, i.e. the pressure in the installation before opening the hydrant valve. The second parameter is dynamic pressure, which occurs in the installation when water flows through the hydrant hose. The third element of measurement is actual water flow, which allows you to determine the hydrant's efficiency.

The results of these measurements allow you to assess whether the hydrant installation meets the requirements of fire protection regulations. In practice this means that device for testing hydrants is a key tool in the work of companies performing inspections of fire protection installations.

Just a dozen or so years ago, hydrants were tested using simple measurement sets based on analog pressure gauges. In this case, the operator had to manually read the pressure values ​​and then calculate the hydrant's capacity based on tables or hydraulic formulas. Nowadays, electronic ones are used more and more often devices for testing hydrantsthat automate the entire measurement process.

Modern digital devices for testing hydrants are equipped with precise pressure sensors and electronic measurement systems. This makes it possible to obtain very accurate measurement results. The device automatically records pressure values ​​and calculates water flow based on the measuring nozzle used.

In practice, this means that the operator performing the hydrant measurement does not have to perform any additional calculations. All hydraulic parameters of the installation are calculated automatically by device for testing hydrants. This solution significantly speeds up work in the field and reduces the risk of measurement errors.

A big advantage of modern hydrant testers is the ability to save measurement results in the device's memory. Measurement data can later be exported to a computer or service application. Thanks to this devices for testing hydrants allow you to create digital documentation of fire protection installation tests.

Increasingly, hydrant measurement results are also sent to cloud systems or mobile applications. In such systems, it is possible to automatically generate hydrant test reports and archive measurement results. Integration of measurements with service software is now becoming a standard in the fire protection industry.

It is worth emphasizing that it is professional devices for testing hydrants are used not only during periodic inspections of hydrants. They are also used during the acceptance of new hydrant installations, modernization of water supply installations and technical inspection of buildings. Measurement accuracy is of great importance in this case, because it determines the efficiency of the entire fire protection system.

Modern devices for testing hydrants They are also increasingly equipped with wireless communication modules. Bluetooth or WiFi technology allows you to send measurement data directly to a computer application or reporting system. The operator performing the hydrant measurement can therefore immediately prepare measurement documentation.

This makes testing hydrants not only faster, but also more transparent and accurate. Digital devices for testing hydrants allow you to keep a complete history of measurements of the hydrant system in a given facility. In the case of subsequent inspections, it is possible to compare the results from previous years and assess the technical condition of the installation.

The development of measurement technologies makes devices for testing hydrants are becoming more and more advanced. Modern hydrant testers offer functions of automatic calculation of hydrant efficiency, recording measurement data, wireless communication and integration with IT systems.

One example of such solutions are electronic hydrant testers type FLOW TEST. These devices allow you to perform hydrant measurements quickly, accurately and fully digitally. The operator performing the hydrant test can read all parameters directly on the device's display.

Thanks to the use of modern devices for testing hydrants it is possible to significantly improve the work of services dealing with the control of fire protection installations. The hydrant measurement can be performed in a short time, and the measurement results are automatically saved in the device's memory.

Automation of hydrant measurements is also of great importance from the point of view of fire safety. Accurate measurements allow you to detect possible problems with the water installation, such as too low pressure or insufficient hydrant performance. This makes it possible to take corrective actions quickly.

That's why professional devices for testing hydrants Today, they are the basic equipment of companies that inspect fire protection installations. The development of digital technologies means that hydrant measurements are becoming more and more precise, and test documentation can be conducted fully electronically.

Digital devices for testing hydrants they are therefore an important element of a modern fire protection installation control system. Thanks to them, it is possible to quickly perform measurements of hydrants, automatically calculate hydraulic parameters and create professional measurement documentation.