Choosing a Load Cell Based On the Requirement of the Application: A Detailed Guide

1. Blog 2: Sensomaticloadcell.net Choosing a Load Cell Based On the Requirement of the Application: A Detailed Guide Having a set of options to choose from is, no doubt, the best possible scenario while deciding on a particular matter. But at times, if there are an excess number of options, then choosing one amongst them becomes quite overwhelming. Weighing in on the offerings made by each option to reach a decision is the appropriate plan of action in such a case. And in order to perform this analysis, one needs to properly gauge each and every one of the options. When considering to buy a load cell, facing such a dilemma is rather inevitable. This is because of the vastness of the varieties of load cells available for choosing. But thankfully, each type of load cell is designated for a particular category of application. This makes the choice-making venture, somewhat easier. Even then, landing on the right kind of load cell is very important. If not done properly, the intended task to be performed by the load cell may be jeopardized. Hence, making good on this particular front is of utmost importance. With increased expenses of residing in the capital, load cell manufacturers in Delhi make this process even more crucial. Take a look at the following types of load cells to get preliminary knowledge about them. 1. Shear beam load cells Used across a plethora of industries this is, most likely, the type of load cell with the widest range of applications. Available in two different variants, single-ended and double-ended shear Beam load cells, each of them works on the principle of tension / Compression and its effects. The elongating and relaxing spring of the transducer is the core working component of the device. The single-ended variants are used in construction, medical, automotive, aviation, chemical and a lot of other industries, with the double ended variants providing assistance with compression management, rope overload management, elevator functioning, and rail support, among other fields. Whereas, in industries of the likes of automation and Petro- chemical, both the types have proved to be making a difference. 2. Compression load cells Compression load cells are extensively based on the concepts of compression and relaxation of the working spring. Designed in such a manner that it grips and places the load firmly at a single point, it measures the force acting along its axis to give out the weight measurement.

2. Blog 2: Sensomaticloadcell.net The Petro-chemical, aviation, pharma, automotive, automation, rails and portable weighbridges, compression management, etc., all of these industries make major use of this type of load cell. 3. S-type load cell An effective amalgamation of the aforementioned load cell types, the S-type load cells are renowned for their versatility of use. It may be used for measuring the weight of the load by using either of the axial stress forces. This makes it a go-to option for individuals aiming to perform multiple tasks with one transducer. The uses of this load cell are far and wide-reaching. Namely, the construction equipment, medical, aerospace and defense, Petro-chemical, oil and gases, tension and compression management sensors, etc. industries depend upon it for multiple weighing jobs. With these many applications and uses attached to it, dismissing the importance of carefully choosing a load cell is just about impossible, wouldn’t you say!