Our extensive range of wafer butterfly valves includes the Interapp Bianca, Desponia® en Utralene butterfly valve. We have different disc materials and liners for the Interapp butterfly valves available. We also offer the Wouter Witzel EVS, EVMS and the high performance butterfly valves Econaxe and Dynaxe W201. Butterfly valves can be used for a broad range of applications within water supply, wastewater treatment, fire protection and gas supply, in the pharma-, (petro) chemical and oil industries, in fuel handling systems, power generation, marine industry. Some of the advantages of this type of valve are the simple construction not taking up too much space, and the light weight and lower cost compared to other valve designs. The valves can be operated by handles, gears or actuators according to any specific customer requirement.

A butterfly valve is an open / closed valve with a relatively simple construction. In one quarter turn it goes from a fully open position to a fully closed position, or vice versa; a butterfly valve offers the possibility to open or close a pipe very quickly. A butterfly valve can be used in many applications: water supply, waste water treatment, fire fighting, gas production, distribution and industrial applications such as chemical industry, HVAC, energy supplies. The low cost price, the low weight and the short installation length are some advantages of this type of valve. The valves have various operating options such as hand stems, electric or pneumatic drives or a reduction gear depending on the requirements. In general there are two types of butterfly valves, namely the centric and eccentric butterfly valves. With a centric butterfly valve, the spindle is centered in the center of the valve and the disc is centered in the bore. With the eccentric butterfly valve there are one or more axes from the center; depending on type single, double or triple eccentric.

These cable lugs have been selected and tested for cable types with aluminum conductors according to DIN 48201 and aluminum wire according to DIN EN 50182, such as VG-YMvKas svs Alu Dca-s2. Bimetallic cable lugs provide a correct contact surface between the conductor and the shaft on the conductor side. The material is 99.5 Al. The finish is bare, filled with contact grease, and sealed with a cap. The copper flag at the end of the lug guarantees a seamless transition to the copper contact rail. The tube dimensions comply with DIN 46329, with markings for correct crimp. When using bimetallic cable lugs, it is important to use the correct tools.

Stonex Cube Suite is a complete CAD-based software platform for processing, visualization, analysis and post-processing survey data. The survey data collected in the field can be easily downloaded, managed and processed in the software. It is possible to import combined RTK GNSS and Total Station data, process raw GNSS data in various ways and easily export the results to almost all known CAD formats and applications.

Centric butterfly valves with an elastomer liner, available as wafer, lug or U-section type. Depending on your application, the body, liner and disc material are determined to withstand specific working conditions. Desponia is a butterfly valve for on/off and control applications from -20°C until 140°C according to the material. Suitable for aggressive and abrasive media.

TOZ offers various training courses focused on internal transport, including forklift and reach truck training. For the full list, see the link: https://technischopleidingscentrumzuid.nl/category/interne-transport/

CGI IndoorExplorer enables organizations to quickly map an indoor environment in 3D while simultaneously tracking personnel within that environment. This enables rapid collaboration by means of Geo-ICT. A digital overlay over the real world is created and the scanned data can be fed into a holistic 3D common operational picture of the indoor situation (map and people in one model). The core of the solution is a multi-purpose visual positioning system.

Moet je verschillende conditionerende onderzoeken samenbrengen voor een project? Dan weet je hoe het vandaag werkt. Je schakelt meerdere partijen in voor bodem, ecologie, archeologie, explosieven of stikstof. De informatie komt vervolgens uit verschillende hoeken: externe bureaus, opdrachtgevers of interne bestanden. En dan begint het echte werk. Je moet alles zelf verzamelen, combineren en controleren. Er is geen centrale plek waar alles samenkomt. Het resultaat: geen compleet overzicht, veel handmatig werk en onzekerheid of je iets mist Werkvoorbereiders en engineers zijn hierdoor vaak meer tijd kwijt aan het organiseren van informatie dan aan het project zelf. Daarnaast kost het simpelweg tijd. Onderzoeken moeten worden aangevraagd, afgestemd en opnieuw bekeken als er iets ontbreekt. Dit zorgt voor vertraging in de voorbereiding en schuift projecten naar achter. En als alles er eindelijk is, sluit het nog steeds niet goed aan op je ontwerp. De meeste onderzoeken komen binnen als rapport (PDF). Die moet je handmatig vertalen naar je tekening in AutoCAD of Civil3D. Gevolg: dubbel werk, fouten, herontwerp De echte kosten zitten daardoor niet alleen in de onderzoeken zelf, maar vooral in de inefficiëntie eromheen. Door conditionerende onderzoeken te integreren in Klic Beheer ontstaat één centrale workflow. Alle risico’s direct inzichtelijk op basis van je projectlocatie. Geen losse aanvragen en rapporten meer Direct toepasbaar in je ontwerp (AutoCAD / NLCS) Je gaat van losse onderzoeken naar één compleet en bruikbaar risicoprofiel. Het resultaat: minder handmatig werk, sneller starten met projecten, minder fouten en herwerk en volledige grip op compliance Van losse onderzoeken naar één geïntegreerde workflow voor al je conditionerende onderzoeken.

Short combination air valve - PN 10 for wastewater treatment to max. 60°C (temporarily up to 90°C). AVK combination air valves are designed to combine large volume of air discharge/intake whilst filling/draining a pipeline with automatic discharge of air from the fluid. They feature an innovative design with a large air gap between liquid and sealing system. A spring between stem and float compensates for slight pressure changes and maintains the air gap ensuring reliable function even when used with aggressive liquids and liquids carrying solid particles.