| Allicdata Part #: | 1300000040-ND |
| Manufacturer Part#: |
1300000040 |
| Price: | $ 65.23 |
| Product Category: | Uncategorized |
| Manufacturer: | Molex, LLC |
| Short Description: | QC 3P MP 12' 14/3 SO ALUM |
| More Detail: | N/A |
| DataSheet: |  1300000040 Datasheet/PDF |
| Quantity: | 1000 |
| 4 +: | $ 59.30190 |
Specifications
| Series: | * |
| Part Status: | Active |
Description
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1300000040 application field and working principle refers to the system known as Vacuflex, which is featured within many industrial applications across the world. Vacuflex is a vacuum system design that’s based on a pyramidal structure, and contains a switch that allows the system to either pull or push air through the system. The power requirement for a Vacuflex system isn’t as high as traditional pressurized systems, and can deliver superior levels of safety and energy efficiency.
This system is commonly used in industrial settings such as coal preparation, manufacturing assembly lines, aerospace and automotive production, pharmaceutical production, and industrial waste processing. Vacuflex systems are used to move materials or objects within an enclosed space. For instance, throughout the manufacturing process of electrical components, Vacuflex systems are commonly used to control the pressure in enclosed spaces throughout the production process.
Vacuflex systems are widely used in controlling a variety of materials or objects, including powders, liquids, gases, radioactive substances, and electrical components. One major benefit of a Vacuflex system is that it provides fault protection by cutting the power if the pressure inside the system drops too low or rises too high.
The working principle of Vacuflex systems is simple: the system utilizes a vacuum switch to pull or push air in one direction, controlling the pressure inside the system in the process. When the vacuum switch is touched or contacted, a light indicator turns on and the Vacuflex system begins to move air in the desired direction. The system also has a number of safety valves, which can act as a safety net should anything unexpected occur within the system.
1300000040 and Vacuflex systems offer a number of advantages over traditional pressurized systems. Not only do Vacuflex systems require less energy to operate, but they are also much more reliable and safer to operate. In addition to this, Vacuflex systems are much easier to maintain and can be implemented into almost any industrial setting.
In conclusion, 1300000040 and Vacuflex systems are commonly used throughout a wide range of industrial applications. Not only do Vacuflex systems offer superior levels of safety, reliability, and energy efficiency, but they can also help to reduce production costs and improve production efficiency.
This system is commonly used in industrial settings such as coal preparation, manufacturing assembly lines, aerospace and automotive production, pharmaceutical production, and industrial waste processing. Vacuflex systems are used to move materials or objects within an enclosed space. For instance, throughout the manufacturing process of electrical components, Vacuflex systems are commonly used to control the pressure in enclosed spaces throughout the production process.
Vacuflex systems are widely used in controlling a variety of materials or objects, including powders, liquids, gases, radioactive substances, and electrical components. One major benefit of a Vacuflex system is that it provides fault protection by cutting the power if the pressure inside the system drops too low or rises too high.
The working principle of Vacuflex systems is simple: the system utilizes a vacuum switch to pull or push air in one direction, controlling the pressure inside the system in the process. When the vacuum switch is touched or contacted, a light indicator turns on and the Vacuflex system begins to move air in the desired direction. The system also has a number of safety valves, which can act as a safety net should anything unexpected occur within the system.
1300000040 and Vacuflex systems offer a number of advantages over traditional pressurized systems. Not only do Vacuflex systems require less energy to operate, but they are also much more reliable and safer to operate. In addition to this, Vacuflex systems are much easier to maintain and can be implemented into almost any industrial setting.
In conclusion, 1300000040 and Vacuflex systems are commonly used throughout a wide range of industrial applications. Not only do Vacuflex systems offer superior levels of safety, reliability, and energy efficiency, but they can also help to reduce production costs and improve production efficiency.
The specific data is subject to PDF, and the above content is for reference
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