Industrial pump certifications
They are certified to ensure that industrial pumps work reliably and meet quality standards.
industrial pumps play a decisive role in various industrial sectors. To ensure that these pumps operate reliably, quality standards They are certified and are energy efficient. In this text, we will look at industrial pump certifications in detail.
Our wobble ring pump is subject to various certifications and regulations to ensure that it meets European standards:
EC Regulation 1935/2004:
The parts of the wobbling ring pump that come into contact with the product meet the prescribed requirements standards. Proof of the use of stainless steels in contact with the product is provided by certificates from the material manufacturers. This ensures that the pump materials comply with food law requirements in accordance with this regulation.
EU 10/2011:
All plastics and elastomers used in the wobble ring pump meet the conformity requirements and are confirmed by manufacturers' certificates. This ensures that the materials used are safe for contact with food and liquids, as required by this regulation.
ATEX approval:
The wobble ring pump has ATEX approval, which is required for use in potentially explosive areas. The certification includes the classification CE (Ex) ll 2G Ex h IIB TX Gb and CE (Ex) ll 2D Ex h IIIC TX Db. This shows that the pump meets the strict safety requirements for use in potentially explosive atmospheres.
EN 60204-1:
The wobble ring pump meets the requirements of EN 60204-1, which regulates the electrical equipment of machines in accordance with the Machinery Directive 2006/42/EC. This certification ensures the pump's safe electrical equipment and its compliance with applicable European regulations.
About our industrial pumps
What are the quality standards and certifications for industrial pumps?
Industrial pumps are crucial for maintaining smooth operations in many industries. Therefore, the warrant their quality is of paramount importance. Quality standards are a set of technical specifications and requirements that ensure that pumps meet certain minimum requirements. These standards may vary by region and industry. Some of the common quality standards for industrial pumps include ISO 9001 and ISO 14001.
In addition, industrial pumps can also obtain certain certifications to ensure their quality and efficiency to confirm. One of the most well-known certifications in Germany is TÜV certification.
Another important certification is the CE mark. This marking indicates that an industrial pump meets European requirements and can be sold throughout the European Union. The CE mark is proof that the pump meets certain safety and quality standards.
There are also industry-specific certifications for industrial pumps, such as ATEX certification. This certification is intended for pumps that are used in potentially explosive environments. It ensures that the pump is not a source of ignition and thus minimizes the risk of an explosion.
How do industrial pumps achieve certain certifications?
Die power Industrial pumps are a key aspect of their certification. It refers to the ability of a pump to deliver liquids. Performance depends on various factors, including pump type, pump technology, and Drucks. One of the most important indicators for evaluating performance is funding performance.
In order to achieve certain certifications, industrial pumps must meet specific requirements. An important certification in Germany is, for example, DIN EN ISO 9001, the quality management standard. To obtain this certification, industrial pumps must meet certain quality standards and have implemented an efficient quality management system.
Also the materials used and surfaces are important when certifying industrial pumps. Certain certifications, such as EHEDG certification, place particular emphasis on hygienic requirements. Pumps used in the food or pharmaceutical industries must therefore use certain materials that comply with strict hygiene regulations.
In order to obtain these certifications, industrial pumps usually have to go through various tests and tests. These include, for example, performance tests in which the delivery rate and the efficiency be measured.
The efficiency of a pump is a measure of its energy efficiency. High efficiency means that the pump requires less energy to achieve the desired flow rate.
Safety tests, such as print tests, can also be part of the certification process be.
It is important to note that the exact requirements and Test procedure The certification of industrial pumps may vary from country to country and sector. It is therefore advisable to check with a certification body or an industrial pump expert about the specific requirements.
Certification process and certificate issuance
The industrial pump certification process usually involves thorough testing and verification of pump characteristics and performance. This is done by specialized certification bodies. As soon as a pump meets all requirements, it is issued a certificate confirming its compliance with quality standards and Certification criteria certified.
What are the different types of pumps and pump technologies?
Pumps are generally divided into two different styles subdivided: centrifugal pumps and positive displacement pumps.
centrifugal pumps, also known as centrifugal pumps, are the most commonly used pump types. They work on the principle of centrifugal force. This means that they use a rotating impeller to move liquids.
positive displacement pumps On the other hand, work according to the principle of volume change. They create pressure by trapping liquids in an enclosed space and changing the volume of that space. There are various types of positive displacement pumps, such as piston pumps, diaphragm pumps or screw pumps. This pump types are particularly suitable for transporting viscous or abrasive media.
In addition to the different types of pumps, there are also different pump technologies, which can improve pump operation and efficiency. These include, for example, frequency inverters, which can adjust the speed of the pump to optimize energy consumption. Modern control systems, such as remote monitoring and control of pumps, also contribute to increasing efficiency.
Our wobble ring pump is one of the positive displacement pumps. It works on the principle of wobbling, in which a wobble ring rotates in a housing and traps and delivers liquids. This type of pump is characterized by its high reliability and their ability to gently transport even sensitive media.
The wobble ring pump is often used in the food industry, who chemical industry and the pharmacy used. It is particularly suitable for transporting viscous or shear-sensitive media, as it enables gentle conveying. It is also able to use media with high Solid content to pump without causing blockages.
What does the flow rate of a pump mean?
Die conveying capacity A pump is the amount of liquid that it can pump per unit of time. This is often measured in liters per second (l/s) or cubic meters per hour (m³/h). Die conveying capacity depends on the pump, its diameter, speed, and a few other factors.
What is the pump characteristic?
Die pump characteristic is a graphical diagram that shows the relationship between flow rate and delivery height of a pump. The delivery height is the vertical distance to which a pump can deliver liquid. The pump characteristic is crucial to select the appropriate pump for a specific application. It shows how the pump's flow rate behaves at different delivery heights.
How often does a pump need to be serviced?
Die servicing It is crucial for industrial pumps to ensure their reliability and performance over time. The frequency of servicing depends on various factors, including operating conditions and pump type. As a rule, pumps should be regularly checked for wear and performance. Maintenance may include routine inspections, lubrication, gasket changes, and occasionally major repairs.
