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IP Terminology and Ratings Demystified - Robotics

Catherine Bernier
by Catherine Bernier. Last updated on May 05, 2016 5:09 PM
Posted on Aug 13, 2014 3:09 PM. 2 min read time

In the world of robotics, the abbreviation “IP” is often use and can easily be a source of confusion. From Industrial Protocol to Intellectual Property, it is important to distinguish the different meanings of the term “IP”.

IP: Industrial Protocol

Industrial Protocol is a programming language use for communicating with different robotic devices. You will find more information in this article: What Are The Communication Protocols Used In Industrial Robotics?

IP: Internet Protocol

This protocol is the main communication protocol for data transmissions across network boundaries. It enables internetworking and is the basis for the internet as we know it. More information can be found here: Internet Protocol.

IP: Intellectual Property

This “IP” is a legal concept that protects the development of something like an idea or an object and gives exclusive rights to its creator. It is often mentioned when talking about inventions or creations. For more information, follow this link: Intellectual Property.

IP: Ingress Protection

robotics industry,kinetiq teaching,robot welding,IP Ratings, 2-finger robot gripperNow, this “IP” is the main concern of this article since it is related to mechanical conceptions such as robots. Ingress Protection or International Protection is a classification for the degree of protection afforded to a devices against intrusion of objects, dust or water. It is often use for mechanical casings or electrical enclosures. An example of this rating would be: IP 67.

The first number stands for solid particle protection and the second one stands for ingress water protection.

robotics industry,kinetiq teaching,robot welding,IP Ratings, 2-finger robot gripper

A lot of robot and robotic grippers datasheets contain this information. These classifications are obtained by doing specific tests to insure that the device respects the specifications. It is very useful to determine whether or not the robot can withstand a particular work environment or do certain tasks such as welding, painting or underwater tasks without risking any damage. If the information cannot be easily found, do not hesitate to ask your robot supplier.

Industrial Communication Protocol Cheat Sheet Get it here

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Catherine Bernier
Written by Catherine Bernier
Catherine is an Application Engineer here at Robotiq. Drawing from her expertise with manufacturing processes, production management and business management in general, her main focus is helping her clients find the solutions that will best serve their needs. If you have any questions about Robotiq's products and how they can serve your application, get in touch with her at
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