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17.07.2020At COVAL, we set out to provide our clients and users with vacuum handling solutions that meet their goals in terms of profitability, productivity, quality, safety, and environmental conservation.
To achieve this, COVAL is rallying its efforts to predict, plan, innovate, and manufacture with one aim in mind: offering the right products and services at the right time. We bring together all the skills and know-how to manage the vacuum handling of their parts, products, or packaging.
This catalog presents our products and services. It serves as an introduction to the interactions with our technical and sales teams around your projects. You have free access to 3D files of all our products in formats compatible with leading CAD interfxce from our website at www. You can use onterface fast, new, reliable service to make it easier to integrate our components directly into your designs.
COVAL provides you technical support to answer all your questions regarding its products, solutions, and services: find a product or spare integface, get advice on jet air filtration remote interface use, request technical documentation, ask for jet air filtration remote interface information how to avoid pressure losses, reduce noise level, save energy, etc. To adapt our products to your specific applications, both the COVAL engineering and design department and its development team are dedicated to providing solutions that meet your specifications.
Our quality relies on a comprehensive approach, which brings together client focus, staff training, and teamwork. All these jet air filtration remote interface foster a favorable environment and culture for each collaborator to contribute to innovation. This commitment has led to several awards and certifications that reward both the products and their industrial applications. At COVAL, we believe that openness to public research centers, universities, and technology clusters is the primary qualification for being able to offer our clients products that make them more competitive.
These collaborations complement and strengthen the internal Jet Air Filtration Remote Play resources of our Research and Innovation Center. Our primary goal is to build a lasting relationship with our clients.
It is our constant dialog with our clients that feeds our technological developments. COVAL thus perfectly meets the new expectations of robot manufacturers, system integrators, and users. This unique app in the world of vacuum technology is very filrration to use. This location was created to strengthen the global presence of their sales and distribution network and provide its customers with ever improving channels to discover and purchase COVAL products and services.
In order to bring you more than just vacuum, we are committed to a comprehensive development approach:. The constraints of your process. The specific features of your products. The safety of operators. The energy performance of your equipment. A thorough analysis.
Met advice. Capacity for engineering and innovation. High-quality manufacturing and service. Ongoing follow-up throughout the entire life cycle of our products. Reduced space requirements for better Jet Air Filtration Remote Kill integration. Continuously improved performance. Reduced energy consumption.
Easier communication and interaction with the machine. At COVAL, technical and sales teams are dedicated to strategic industry sectors: packaging, food processing, plastics, automotive, aeronautics, and robotics. Our goal is to be present wherever vacuum handling and automation is useful for the performance of the business. COVAL vacuum pumps all have compactness, embedded intelligence, and low energy consumption in common. Vacuum grippers are used to grip several products flow packs, tins, cans, etc.
Packaging plays an important role in industrial production. Vacuum applications in this field range from grasping small bags to handling large-sized cardboard boxes. Their extremely various size, shapes, weights, and materials are a result of the many functions they need to fulfill: hold, transport, and store products, but also inform, promote, and facilitate use, etc.
COVAL offers a complete line of fastening fittings that are suitable for suction cups and compatible with all types of applications. In a growing industry, the ability to reduce production times while preserving a high level of quality is essential.
For more than thirty years, COVAL has been developing vacuum handling solutions that are tailored to the constant technological developments of the processes and materials. MVG series Modular vacuum grippers. These new products are already available today. Master module is a fully-integrated pump. Remote configuration, monitoring and diagnostics Dedicated Coval bus between master and secondary modules.
Simplified wiring and installation. Standard secondary modules regardless jet air filtration remote interface the type of bus. Additional communications port. Suction flow rate jet air filtration remote interface 1. Nozzle diameter: 1, 1. Short response times: Installation close to suction cups. Dust resistant: Non-clogging through-type silencer.
Safety: Product gripping is maintained even during power failure. MVS These suction cups are made jet air filtration remote interface food-grade silicone and have very soft lips. While the hardness of standard suction interace ranges from 50 to 60 Shore, MVS suction cups are offered in a much softer and jet air filtration remote interface flexible 35 Shore.
This level of softness allows them to grip all types of materials at high speeds: bags of grated cheese, squeezable food pouches, baked goods or sausages, perfume bottle lids, etc. The throughput reaches up to handling cycles pick and place per minute.
The COVAL VPSC suction cup has been developed in partnership with composite materials manufacturers to be able to grip uncured composites without leaving any traces or deformation. Its ultra-flat design and innovative vacuum feeding system on the entire filtratioj of the suction cup ensure maximum gripping power.
This suction cup is made of a hydrocarbon-resistant material that guarantees a long jet air filtration remote interface. It is also available in natural rubber and food grade silicone for a variety of applications.
PSD The PSD series miniature vacuum switch offers great reading comfort thanks to the size of its screen and 3-color display. It features a high-precision electronic vacuum-measuring sensor. Its compact and lightweight design make it easy-to-integrate on all machines. It comes with an M8 connector for easy hookup and is very simple to set up. Measure, jet air filtration remote interface, inform 3 functions in a small format: 30 x 30 x 25 mm for easy integration on your machines.
PSK Thanks to Jet 1000 Cfm Air Filtration System Remote Control Engine their ultra-compact design and easy installation, PSK adjustable miniature vacuum switches can fit into the tightest spaces to be located as jef as possible to the suction cups and thus reduce response times.
MVG The MVG modular vacuum gripper consists of standard subassemblies and provides a customized vacuum gripper solution for handling parts of various sizes, shapes, and weights. Vacuum handling has become a key production technology, and this document will detail the rules, procedures and components involved.
Industrial vacuum applied to suction cups is an efficient method for handling objects and materials. This technique was developed to meet automation needs in iterface industry with applications in parts assembly, finishing, testing, transfer, packaging, etc. Scientists use absolute pressure, with a scale that starts at perfect vacuum, with atmospheric pressure measuring roughly 1 bar. For industrial applications, relative pressure is preferred because it marks inyerface clear distinction between fiiltration negative pressure and positive pressure.
In gripping applications, vacuum is only effective by its filtation compared with atmospheric pressure. However, atmospheric pressure ai slightly depending on the altitude of the application site. This is jet air filtration remote interface it is more practical to express vacuum level as a percentage of the atmospheric pressure.
The scale shown on the right illustrates the relationship filtrxtion pressures expressed in bar and mbar and the vacuum jet air filtration remote interface shown as a percentage of the atmospheric pressure. This relationship is accurate for use at an altitude of m.
This is the measurement that we will use when discussing suction cups, since this is the most common altitude of industrial sites. Gripping provides a level of effort that is remot to the level jet air filtration remote interface the vacuum that generates it see curves below.
For ajr most efficient operation, a maximum vacuum level is recommended. For shock-free contact with the surface to be gripped, and to conform to its shape, the suction cup in this instance has 1. Chapter 2 outlines a choice of suction cups and fittings to facilitate this phase. Vacuum is then applied to jet air filtration remote interface suction cup, which lifts the object pushed by atmospheric pressure.
Jet air filtration remote interface suction cup and object then remain bound together throughout the entire process transfer, packaging, etc.
At the end of the suction process, jet air filtration remote interface vacuum is interrupted to release the object. Most often, an air blow-off will help this process and avoid sticking.
This also helps to quickly move to the next cycle. If the material is porous or the surface is rough, it is inevitable that air will escape into the vacuum through the material or under the edges of the suction cup. In this situation, a high flow of vacuum must be maintained to compensate for air leaks and to maintain gripping. Jet air filtration remote interface can be done economically and efficiently at a low level of vacuum.
The suction cups should be sized appropriately to obtain the required holding force. The holding force is greater curves oppositeso that smaller suction cups may be used. Chapter 2 outlines a method for sizing the suction cups, particularly in relation to the chosen vacuum level.
Porous materials Greater vacuum flow must compensate for products and processes that cause air leaks such as cardbaord, agglomerated materials, rough wood, irregular surfaces, etc. Airtight surfaces With metal, plastics, glass jet air filtration remote interface any other smooth, airtight surface, the vacuum flow required remains low, or even zero.
Rotary Vacuum Pump Principle The most commonly used type of rotary pump is the vane pump illustration.
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