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Performance Of A Load Cell Transducer

The purpose of the load cell transducer is to convert the force placed on the load cell by the weight into an electrical signal that can be read by a digital or analog device or transferred as data point measurement to a system. The size or magnitude of the electrical signal produced from the object being weighed increases with the force applied. As there are different needs for measuring weight, or force, there is a range of different load cell transducer options. Perhaps the most commonly used in the strain gauge, but there are also shear beam, platform, compression load cells and specialized S-types of load cells which are commonly used for tension and compression types of measurement. Ensuring the load cell transducer maintains optimum accuracy is always important. There are some important application and use factors to keep in mind when choosing load cell and when integrating a particular type into any process system. Choose the Correct Size and Capacity Overloading of a load cell is a common cause of inaccuracy in the system. This can occur over time or with a single heavy weight over the load cells maximum capacity rating. All load cells are designed with an overweight range, however, routinely weighing these loads is more likely to damage the system over time. Shock And Vibration Issues Shock occurs when a heavy load, or even a load within the capacity of the load cell, is dropped on the scale. This results in a force suddenly being applied to the load cell, resulting in possible damage. Vibration in a system can also lead to problems with accuracy in measurement for a load cell. Specialized load cells for use in system applications are designed to account for vibration and have the built-in stability to limit any damage from this type of issue. 2 people like this post. Like...
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The Importance of Part Traceability

The global economy present today is demanding change and more information than ever. If your industrial business is working to develop or manufacturer systems or devices, you know just how important it is to have the very best finished product. Quality counts, but so does part traceability. Parts – whether in their completed form or just very basic components, must easily be traced throughout the process from design and production through to the customer’s hand. It may seem like this type of transparency is not important, but it is becoming more valuable than ever. Companies recognize the importance of having a solution they can count on and trace efficiently. Finding a Solution for Your Needs When you are looking for ways to improve part traceability, it starts with implementing the right technology in your industrial applications. For example, you may need to create and implement barcode readers and controller and holder solutions. You may need more scanners capable of finding the very best solution available to you. What is the right solution for your needs? You do not have to make this decision on your own. Instead, you can work with a company capable of helping you to determine the right solution for your specific needs. And, then, you can put it into place to give you more insight from the ground up. When it comes to part traceability, there are many factors playing a role in your company’s success. As a key component of automation, many organizations are seeing the value of putting these solutions in place for immediate results. It can comprehensively change the way your company operates, providing you with opportunities to streamline costs, reduce turnaround times, and provide an effective way of always having the right information at hand for your customers and your suppliers. Be the first to like. Like...
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An Overview Of The Stub Acme Thread

It is important to carefully distinguish between a Stub Acme and an Acme thread. The exact production and product standards for a Stub Acme thread can be found in the ASME/ANSI B1.8 description. Recognizing the Difference In most cases, the Stub Acme thread is the preferred choice when there is a shallow depth required on the thread. They are considered a coarse pitch thread and have the same general shape as the standard Acme thread. However, there is one important difference between the two. Instead of the half of the nominal pitch depth of the Standard Acme thread, the Stub Acme has a thread depth which is slightly less than half of the pitch depth. Options to Consider Within this thread option, there are also different variations. This includes two different forms known as Modified Form 1 and Modified Form 2. These are modified forms on either side of the standard, with the Modified Form 1 having smaller pitch and minor diameters than the standard and Modified Form 2 having larger minor diameters and pitch. The Various Uses There are several reasons and applications where using the Stub Acme thread is an ideal option. This is often the preferred option when the lead screw has a small diameter. With the shallow depth on the thread, there is a larger central core of the lead screw, maintaining the strength of the screw down the length. With deeper threads, the strength would be slightly reduced, which could have an impact on performance and life cycle. Additionally, in very precise applications, the lower thread translates to less surface area, which in turn means less contact with the nut and less friction. This allows the nut to move more easily up and down the lead screw as required. Be the first to like. Like...
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When to Choose an Industrial Ammonia Refrigeration System

When to Choose an Industrial Ammonia Refrigeration System
Today, there are numerous options available for companies that need industrial refrigeration, but some types stand out as being the true best of the best. Take a second to consider what is important to you in these conditions. You need absolutely reliable control for that temperature. You also need a system that can manage humidity perfectly. You need a system that is still efficient enough to run and reliable enough to count on for years of long-term use. For many reasons, companies are turning to an industrial ammonia refrigeration system for their needs. It can meet or beat most expectations. Who Is Using Them? There are many applications for industrial ammonia refrigeration system investment. Many companies are turning to them to solve key problems they have struggled with for years. This includes concerns with energy efficiency and breakdowns. This type of application can work well in frozen food plants, cold storage warehouses, ice cream plants, pet food plants, as well as many other locations. Is this the right application for your company? That depends on various factors. Most importantly, this type of system provides a long-term solution to many of the problems operations struggle with on a regular basis. It can help to reduce costs but also ensures a more consistent finished product. It is important to work with a leader in this industry if you plan to install it. Seek out a company that specializes in this type of industrial refrigeration system since that can determine your success. An industrial ammonia refrigeration system can work well for many locations. From plants to distribution warehouses for perishable foods, there are many locations that are using this higher quality, modernized solution for protecting refrigeration systems even in some of the most challenging industries and product development locations. 1 person likes this post. Like...
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Injection Molded Vs. Machined Plastic Parts

Plastics offer many advantages over metal parts today. Although they will never completely replace metal, plastics are cheaper, stronger, and more durable than metal. They can be used in a wide range of industrial and commercial applications in Washington. When it comes to parts, you have two main choices. You can go with injection molded or machined plastic parts. Let’s look at some of the pros and cons of each method to help you decide. Injection Molding To injection mold, you need molds, raw materials, and heat. Here is how a typical process may work. Plastic pellets are melted and forced or injected into metal molds. Once the molten plastic cools, it hardens. The molds open and release the new part. Freshly molded parts usually have flashing on them, and this needs to be cleaned up. They can be sanded or run through a special cleaning process. Machined Plastic Parts Washington plastic machine shops are not that different from metal shops. For example, a plastic blank is placed into a CNC machine, and it can bore, mill, or cut it into specific shapes and sizes. Thanks to high-tech plastics and computerized machining methods, plastic parts can be precision machined. This makes them perfect for industries producing medical devices, automotive, and aerospace technology. Which to Choose? Injection molded parts are cheap to produce in Washington. However, the equipment is not cheap. Injection molds can only be used for one part. If you need something with a different size port or outlet, you’ll need to invest in a new set of molds. Machined plastic parts have no real downside. There is no flashing to remove, and once the part is machined, it’s ready to use. You don’t have to use many types of molds for different size parts. You only have to change the setting on the machine. Be the first to like. Like...
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