View articles on the set-up and proper use of MaxBotix Inc. Sensors
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MaxBotix offers an expanded range of packaging options for many of our sensors. Each option provides unique benefits to certain mounting integrations. This article provides a brief overview of each option.
This article discusses tips on hardwiring your sensor and shows proper steps for soldering connectors and headers to a MaxBotix Inc., sensor. Included are step-by-step instructions for soldering and desoldering the right way to avoid damage.
This article discusses the effects of salt water on electronics, PCBs, and sensors. Further, the article explains the inhibition of sensor operation with examples of salt damage, and shows the neutralization process of salt water. If you have questions about how salt water affects electronics, please contact us.
While there are numerous types of splice kits and wire connectors available, being able to properly solder wires, and the ability to weatherproof the new splice will save time, money, and frustration. This article will guide you on the right path to learning a new skill by outlining the proper technique to splice wires and create a weatherproof seal to protect outdoor electronics.
This article discusses tips on hardwiring your sensor and shows proper steps for soldering connectors and headers to a Maxbotix Inc., sensor. Included are step-by-step instructions for soldering and desoldering the right way to avoid damage.
Finding an average or standard data value can be a useful way to understand the underlying trends of your data. Averages help you look past random fluctuation and see the central trend of a data set.
MaxBotix® offers a number of sensors with 10 meter ranging capability to meet the needs of many long range sensing application. MaxBotix® continually works to press these limits by pursuing new technologies.
When you use a rugged WR sensor from MaxBotix® Inc., the sensor pin out is exposed allowing you to attach wires and equipment to the sensor. While leaving the pin out open provides greater flexibility in how you choose to connect to the sensors, it can leave the sensors exposed to the weather in some applications. If your mounting requires you to protect the back of the sensor from damage, you must seal the sensor pin out against rain and other potential hazards. For users that want to purchase a fully sealed sensor, the wire attach option is a great choice.
Sometimes when using an ultrasonic sensor, users experience detection of unwanted objects that appear outside the expected beam pattern. These types of detections are the result of reflectors present in the environment. Corner reflectors can be surprisingly small, yet present a large reflection back to the sensor.
Some examples of common corner reflectors follow: a book shelf along a wall, a curb in a parking lot, a 1/2” wide seam in a concrete floor, internal bracing in a bin, or the inside corner of a doorway in a narrow hall. Each of these examples can create a corner reflector that may cause unwanted detections.
This article is written to assist in configuring I2C-MaxSonar sensors that were shipped after 10/29/14. We have updated our I2C-MaxSonar sensors to support faster speeds and work with the current Arduino Wire() library.
All the MaxSonar sensors, by default, will operate in a free run mode. What this means is the sensor will continue to range until power is removed from the sensor. This is generally the easiest way to operate in a single sensor setup.