Determine Required Motor Torque on Mechanical Positioning Systems

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New LinTech tool provides a relatively painless method for choosing a motor with enough power at your desired move speed.

Mechanical positioner manufacturer and Cross Company supplier, Lintech, has developed a great new tool now available on their website. This tool is an application for determining the required motor torque necessary when using a Lintech positioning table. With this, you can input application data and never have to pull out a catalog to look up specifications. Data includes screw length, breakaway torque, carriage weight, speeds, acceleration, load weight, etc.

On the right-hand side of their home page, there is a link for “Sizing Apps”. When you click on that, you will see a page with the different Lintech screw driven tables, belt driven tables, rotary tables and ball screw assemblies. When you choose the series table you are using, you will be provided with options for “move profiles.”

When you plug in the information, application requirements, as well as the motor inertia from a model you are considering, you will be provided with a list of information including total torque required. You can take that value and look at the torque curve for the motor to match the required torque you need at the motor speed required. The results will give you “Total Torque Required” with your selected safety margin including your input data. All of this can then be printed and/or saved.

For additional assistance in sizing and selecting mechanical components, motors, drives and controls, HMI’s and accessories, contact Cross Company. Our automation team has years of experience working with our customers providing LinTech products in a range of applications.

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Did you know… Cross Company is an ESOP (Employee Stock Ownership Plan). Our ESOP started in 1979 and as of 2006, we are 100% employee-owned! Learn more about our ESOP and how that benefits both team members and our customers.
Did you know... the precision measurement group at Cross was founded in 1939 by our current CEO's grandfather, Jim King. That's a whole lot of calibration!
Did you know... A fingerprint weighs about 50 micrograms. We know, we weighed it! The residue left from a finger can actually make a difference in weight results which is why we wear gloves when we calibrate weights. For reference, a sheet of paper is about 4.5 grams, that’s 4.5 million micrograms.
Did you know… Cross Company has grown significantly since our start in 1954. Over the years we've acquired 26 companies! Today, our five groups have expertise in everything from industrial automation to precision measurement, and industry knowledge going all the way back to 1939.