Coolselector®2 helps you optimize energy consumption and increase efficiency in any HVACR system. Run unbiased calculations based on a set of operating conditions — such as cooling capacity, refrigerant, evaporation, and condensation temperature — and then select the best components for your design. We’ve removed the complexity from the equation so that you can focus on what you do best: being awesome.
Now, we’re putting more resources at your fingertips that make Coolselector®2 an even more valuable and useful part of your digital toolbox.
Why use Coolselector®2
Creating new designs from the ground up, or making improvements to existing system, can be complicated and time-consuming. Large amounts of data need to be calculated and analyzed to determine the best components for a high-performance system. Your clients and colleagues expect skimmable reports, so they can quickly make use of your findings. And, of course, you need the code numbers to order the specified components when you’re ready to start assembling or retrofitting the system.
Coolselector®2 streamlines these processes, so you can focus on applying your expertise rather than getting buried in the details.
You can even use Coolselector®2 to perform calculations for multiple components at once. The “components in series” function offers a powerful way of calculating and connecting valves and line components. Coolselector®2 can also suggest the ideal grouping of Danfoss components for commercial and industrial applications, such as cold rooms and evaporator valve stations.
Download Coolselector®2 for free at Coolselector.Danfoss.com
Are you up to the Challenge?
Prove to yourself, and the world, just how awesome you are by participating in the Coolselector®2 Challenge.
Starting in April, a unique Coolselector®2 challenge will go live on our social media channels each month. Your mission will be to use your knowledge of refrigeration and air conditioning and skills within Coolselector®2 to solve each one. Answer correctly, and you’ll be entered into a drawing to win a custom-made action figure that looks just like you. It’s the ultimate collector’s item.
Start following us on social media now and watch for the first challenge to go live in April. Or sign up for updates to get the monthly Challenge delivered straight to your inbox.
Become More Awesome
Need to brush up on your skills before you take on the Coolselector®2 Challenge? Whether you’re trying out Coolselector®2 for the first time or are a long-time user, we have training opportunities that can help you become an expert.
These resources include two brand new video series that will familiarize you with the tool and deepen your understanding of the principles behind it.
Coolselector®2 Startup School
Learn the ins and outs of Coolselector®2 and operate it with confidence by participating in Coolselector®2 Startup School. This extensive collection of training videos and exercises gives you insight into the technical workings of the software and shows you how to use it effectively. You start off with the basics, then can challenge yourself with more specific lessons that unlock the true power of the software. Finally, you can test your skills on sample exercises that show you how to put your newly acquired knowledge into practice.
Coolselector®2 Deep Dive
Sometimes, it’s not enough to know how something works; you also want to know why. With this second video series, you can explore the depths of Coolselector®2 and learn more about the complex calculations that go into boosting system performance. Wade through the details and examine the principles that drive this powerful software. The Coolselector®2 Deep Dive series is hosted by Morten Juel Skovrup, lead developer of Coolselector®2.
Coolselector®2 – End user license agreement and disclaimer
Please review below terms and conditions and accept them before proceeding with the use of Coolselector®2 online.
This end user license agreement and disclaimer (“Agreement”) is entered into between Danfoss A/S or its Affiliates (each of which is referred to as “Danfoss”) and you as an end user (“You” or “User”). In this Agreement “Affiliate” shall mean an entity directly or indirectly controlled by Danfoss A/S whether by shares or voting rights.
Upon acceptance of this Agreement Danfoss grants You a limited, non-exclusive, non-transferable, royalty-free, worldwide license (“License”) to install and use the Coolselector®2 (“Application”), for User’s use on any device that User owns or controls. The License is granted subject to User’s compliance with the following:
This License and the Application contains proprietary information which is owned by Danfoss and protected by applicable intellectual property rights. Except as expressly permitted herein, such Danfoss information herein may not
iii. be modified, rented, leased, sold, distributed or exploited commercially.
Danfoss reserves the right to change, suspend, remove or disable User’s access at any time without notice. The Danfoss name, Danfoss logo and other Danfoss trademarks, graphics and logos are trademarks or registered trademarks of Danfoss or its affiliated companies. User is granted no right or license with respect to such trademarks.
The Application may include certain third party software components (“Third Party Components”) including open source and free software components, each of which has its own copyright and its own license conditions (“Third Party License”). A list of included Software Components and their respective licenses can be found in the third_party_licenses.txt file.
To the extent any Third Party License grants the User rights to use, copy or modify the Open Source Component that are broader or narrower than the rights granted in this Agreement, then such rights shall take precedence over the rights and restrictions granted in this Agreement solely for such Third Party Components.
This License is provided on an “as is” and “as available” basis for the intended purposes as determined by Danfoss only and any use hereof is at User’s sole risk. The Application and results and information generated thereby cannot substitute technical advice but must be verified by the User, they are not promises and should not be relied on as accurate data or analyses.
Danfoss disclaims all warranties and conditions regarding the Application, whether express, implied, or statutory, including, but not limited to, conditions of merchantability, satisfactory quality, fitness for a particular purpose, accuracy and non-infringement of third parties’ rights. Danfoss does not warrant that the Application will meet your requirements or that the operation hereof will be uninterrupted or error-free.
To the extent not prohibited by law, in no event shall Danfoss be liable for any direct, special, indirect or consequential damages, whatsoever, including, without limitation, damage to property, damages for loss of savings or profits, or loss of data arising out of any use of the Application.
The License shall automatically terminate upon User’s breach of any of the terms of this Agreement. Danfoss may terminate the License at its sole discretion without prior notice.
This Agreement and the License is subject to the substantive law of Denmark. Any dispute arising out of or in connection with this Agreement shall be submitted to the exclusive jurisdiction of the courts in Denmark.
App License Terms, 2014-08
Prysmian Powerlink CCO D. Waimann: “With 1,200 km of hvdc underground cable, we are advancing the energy transition in Germany and Europe”
MILAN, ITALY – 10/14/2022 – 10:52 AM
With the start of cable production at Prysmian Group, SuedLink, the largest infrastructure project of the energy transition in Germany with a length of around 700 kilometres and 4 GW of transmission capacity, has reached another milestone. Prysmian started the production of a ±525 kV HVDC underground cable system at its French plant in Montereau, which allows a transmittable power of 2 gigawatts on a single system.
The transmission system operators TransnetBW GmbH and TenneT TSO GmbH have commissioned the globally operating cable manufacturer based in Milan to plan, manufacture, deliver and install a 580 km section of SuedLink. It connects Wilster in Schleswig-Holstein via the north-west of Hamburg to the southern connection point in Bergrheinfeld near Schweinfurt in Bavaria. The two transmission system operators have awarded the cable supplies for SuedLink in two lots for their respective areas of responsibility. For the connection from Brunsbüttel in Schleswig-Holstein to Leingarten in Baden-Württemberg the company NKT is in charge.
Space-saving installation with high transmittable power
The ±525 kV underground cables for SuedLink are designed with large conductor cross-sections for high transmittable power over long distances. A particular advantage is minimized space consumption – the ±525 kV technology allows a reduced amount of cable to transmit the same power compared to 320 kV systems, for example. This means less construction effort is required when installing the system, including trench widths.
“We are pleased to now produce a first significant part of the large cable volumes that will drive the energy transition in Germany and Europe over the next few years,” explains Detlev Waimann, CCO Prysmian Powerlink. “Through parallel, early production in several European plants, we can – in coordination with the transmission system operators – optimize the future project processes.”
World’s first clamp-on saturated steam ultrasonic flowmeter Flowmeter for steam. Clamp-on saturated steam ultrasonic flowmeter capable of measuring steam flow without the need to cut piping.It was previously difficult to measure the steam flow used in factories in various industrial sectors, but this flowmeter can now be installed even when the equipment is in operation.Measure the steam flow with precision thanks to a new noise reduction technology, whatever the pressure (from 0.1 MPa (G)) and temperature (up to 180 ° C).
The oil and gas industry is responsible for releasing radioactive materials through its extraction, drilling, fracking, and production activities. Oil and gas production involves the use of various types of radiation, including gamma rays, x-rays, and neutrons. Some of these emissions are potentially dangerous to human health and the environment. Electronic personal dosimeters are used to properly monitor workers’ exposure to radioactivity.
In this article, we will discuss the sources of radioactive emissions in oil and gas production and how they are monitored. We will also look at some of the safety measures that are in place to protect workers from exposure to these harmful emissions.
Oil & Gas Industry and Radiation Exposure
Oil & Gas Industry and Radiation ExposureThe oil and gas industry is always looking for ways to improve efficiency while maintaining a high standard of safety, regardless of the harsh climate conditions and environmental challenges. The oil and gas industry has several sectors, which include the construction, exploration, production, downstream, and marketing sectors: the construction sector is responsible for manufacturing and fabricating facilities and equipment, the exploration sector is responsible for finding and evaluating new resources, and the production sector is responsible for developing and exploiting commercially viable oil and gas fields.
Even though petroleum and oil exploration have usually been associated with the bi-product of combustion contaminants, such as CO2 or greenhouse gases (GHGs), it is often forgotten that these same processes can expose many workers to radiation. Those who live near oil exploration and processing facilities may be at risk of exposure to potential radiation through radioactive substances and may be vulnerable to the harmful effects of radiation.Strict controls must be implemented to protect both workers and the general public from harmful radiation exposure as well as radioactive waste or chemical hazardous waste. Oil and gas companies are highly reliant on specialized service and supply companies to provide the necessary equipment and expertise like rt inspection (Radiographic Testing) which includes radiation safety.
The Radiation Protection Supervisor (RPS) is responsible within the organization for the supervision of work involving ionizing radiation.
The high temperatures and pressures, corrosion and crystallisation inherent in the urea manufacturing process can put a strain on even the most reliable pressure measurement equipment and quickly render it inoperative.
In this article, learn about a diaphragm seal that is strong enough to protect relative, absolute and differential pressure transmitters from the the harsh environments encountered in urea fertilizer production.
The third agricultural revolution will not be possible without the use of fertilisers.
The-third-agricultural-revolutionProducing more is becoming essential, while agricultural land is shrinking.
Organic farming dreamed of chemical-free crops that would preserve our health and our environment. Today, the dream of the 1980s is coming up against the reality of the soil: without help, the land is depleted.
The Food and Agriculture Organisation of the United Nations (FAO) estimates that food production will have to increase by 70% to feed the additional 2.3 billion people on our planet by 2050. At the same time, the area of cultivated land is constantly decreasing.
Cultivated agricultural land accounted for 5 billion hectares worldwide. But every year, more than 3 million hectares are severely degraded.
Today, nearly 5 million hectars of our arable land are lost yearly.
See more: https://www.fujielectric.fr/en/news/how-avoid-equipment-degradation-and-instrumentation-failures-urea-plants
🤔 Do you want to optimise your processes?
💡 Ensure accurate oxygen measurement even under harsh industrial conditions with the ZAJ paramagnetic oxygen analyser!
Gas analysis –
|– Oil & gas event: Adipec 2022 –
The Adipec exhibition will take place from October 31st to November 3rd in Abu Dhabi.
Come and visit us on stand n°9239, French Pavilion and let’s talk about process optimisation!
See the video below:
H ΣΤΑΥΡΟΣ ΚΑΣΙΔΙΑΡΗΣ Α.Ε. ανακοινώνει την επιτυχημένη συμμετοχή της στην φετινή βιομηχανική Έκθεση Ηλεκτρολογικού Υλικού και Φωτισμού, ENERGIA.TEC 2022, από 21 έως 23 Οκτωβρίου, στο M.E.C. Παιανίας.
Το περίπτερο επισκέφτηκε πλήθος κόσμου, εκπρόσωποι ναυτιλιακών εταιρειών, ναυπηγείων, εφοδιαστών πλοίων και εργολάβων , ενημερώθηκαν για τα προϊόντα και τις υπηρεσίες που παρέχει ο Όμιλος εταιρειών C&A STAVROS KASSIDIARIS S.A.
Η επιχείρηση αντιπροσωπεύει αποκλειστικά περισσότερους από 50 διεθνείς κατασκευαστές ηλεκτρομηχανολογικού εξοπλισμού και οι επαγγελματίες του ηλεκτρολογικού κλάδου είχαν τη δυνατότητα να δουν στο περίπτερο μας υλικό από τις παρακάτω εταιρείες :
HYUNDAI ELECTRIC: ηλεκτρολογικός εξοπλισμός
FUJI ELECTRIC: PID controllers, pressure transmitters, αναλυτές αερίων, καταγραφικά όργανα και paperless recorders
CIRCUTOR: ψηφιακά και αναλογικά όργανα
SELCO: όργανα προστασίας γεννητριών και συστήματα αυτόματης διαχείρισης φορτίων
DANFOSS: πρεσοστάτες, θερμοστάτες, inverters
RECOM: όργανα μέτρησης επικίνδυνων αερίων
SMC: αυτοματισμός εντολών αέρος
SELECTRON (εταιρία του ομίλου C&A): Κατασκευάζει pressure transmitters, pressure και temperature calibrators, level transmitters, ηλεκτρικά θερμόμετρα κ.ά.
DYNAMIN: αντιεκρηκτικός εξοπλισμός
TYCO: συστήματα πυρανίχνευσης
FEMA: μετατροπείς σημάτων, (4-20 mA) (0-10v) κτλ.
BESTA: ηλεκτρικοί & πνευματικοί πλωτήρες
U.W.T: ηλεκτρονικοί μετρητές στάθμης
Ο κύριος Στράτος Καρούνιας, Γενικός Διευθυντής της εταιρείας ΣΤΑΥΡΟΣ ΚΑΣΙΔΙΑΡΗΣ Α.Ε, με αφορμή την συμμετοχή της εταιρείας στην έκθεση, στη συνέντευξη που έδωσε αναφέρθηκε στην 45ετη πορεία της εταιρείας στη συνεχή εξέλιξή της, στην ανάπτυξη των νέων προϊόντων σύμφωνα με τις νέες ανάγκες της αγοράς. Δείτε τη συνέντευξη στην εκπομπή TPRESS EXPOS, στο κανάλι TPRESS WEB TV σε αυτό το λινκ: https://www.youtube.com/watch?v=4aUdzyZPYxs
Ακολουθεί φωτογραφικό υλικό και βίντεο
Our world is changing rapidly. Unforeseen events like the pandemic, supply chain disruptions, and soaring energy prices, have accelerated the need for technologies that enable the green transition. Global megatrends such as Climate Change, Electrification, Digitalization, Urbanization, Food and Water Supply are more relevant now than ever.
Watch the video and learn how these megatrends are generating new opportunities to transform the world and create a sustainable future.
FEMA presents the I4L, a new model for the I4 series of signal converter. The I4L works with load cells applications and the measurement of millivolt applications. A single recurrent solution to your applications with load cells, tension-force sensors and signals in mVdc in general. The I4L includes the usual features within the I4 series. You already know the I4E converter for electrical signals and the I4P for process and temperature signals. They all include:
And the I4L also includes signal-specific functions, such as field correction (Fcor), or the tare function. Practical tolos to configure the converter for the specific type of load cell and different weighing systems.
Are we missing something? ….Yes, indeed! The I4L supplies voltage to the load cell, automatically compensating for variations at the received signal. Excitation voltage and excitation current values supplied to the cell, can be accessed at the front display when using the Messages function.
The I4L, a single reference, that will adapt without problems to all types of weighing applications, whether with standard load cells, with bipolar ranges up to ±80 mVdc or in pure millivoltmeter mode, offering a conversion of high accuracy.
Additionaly, you can even check the real millivolt values at input terminals thanks to the Measure function!
All in the same instrument to facilitate installation, start-up and system diagnosis.
We are pleased to send you the latest edition of Tech Insider!
Danfoss Tech Insider keeps you updated with the latest news on the cooling and industrial products portfolios. Danfoss Tech Insider is sent out, on a monthly basis, to ensure you are always up to date with the latest innovations and changes made to Danfoss products and solutions. We hope you will enjoy reading it!
The compact analogue rod-type pressure transmitter and the Process SMART pressure transmitter are all used to measure pressure.
Although the purpose of using these devices is almost identical, their technical specifications vary greatly between these different types, resulting in many aspects such as the accuracy or resolution of the measurement.
Once these details are clearly defined, it will be clear which instrument is most suitable.
This article looks in detail at each of these types, and their advantages and limitations, to help you make the right choice.