This website uses third-party cookies to learn about your browsing habits, serve you personalised ads and measure your performance. We also share information with our advertising and web analytics partners who may use the information collected and combine it with other information you have provided to them. For more information click here.
These cookies are essential to provide you with services available through our website and to enable you to use certain features of our website.
Without these cookies, we cannot provide you certain services on our website.
These cookies are used to provide you with a more personalized experience on our website and to remember choices you make when you use our website.
For example, we may use functionality cookies to remember your language preferences or remember your login details.
These cookies are used to collect information to analyze the traffic to our website and how visitors are using our website.
For example, these cookies may track things such as how long you spend on the website or the pages you visit which helps us to understand how we can improve our website site for you.
The information collected through these tracking and performance cookies do not identify any individual visitor.
These cookies are used to show advertising that is likely to be of interest to you based on your browsing habits.
These cookies, as served by our content and/or advertising providers, may combine information they collected from our website with other information they have independently collected relating to your web browser's activities across their network of websites.
If you choose to remove or disable these targeting or advertising cookies, you will still see adverts but they may not be relevant to you.
Hydropneumatic pressure equipment consisting of an electro-pneumatic pump, controlled by the ESPA ESD frequency inverter.
The pressure reading is taken in real time to adapt the revolutions of the motor regulated by the ESPA ESD frequency inverter, adjusting the flow rate to the demand of the installation. This provides greater comfort for the user, as a constant supply pressure is available. The reduction of the motor frequency also implies a significant energy saving, as well as reducing the noise level at the equipment's location.
The electric pump is fixed on a baseplate that guarantees the stability and alignment of the system. A non-return valve and a shut-off valve are assembled on the discharge with a built-in linkage to facilitate disassembly and maintenance of the equipment.
The valves are connected to a discharge manifold made of stainless steel. The equipment includes an 8-litre hydro-pneumatic accumulator and a connection box with magneto-thermal protection for easy installation and connection of the electrical circuits in the smallest possible space.