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The sensor comes pre-calibrated so you can start experimentation right out of the box using this guide. Hundreds of possible experimental subjects that can be done with the 900-236 sensors are: rotary motion studies, angular velocity, angular acceleration, sin waves, torque, engine studies, and many more.
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Spin the revolving head manually. Quick start procedure: PC or Mac Computer Materials needed: 900-236 Rotary Motion Sensor 900-213 USB Module USB to mini USB cable (included with the 900- 213 module) Your rotary motion sensor needs to be connected to a 900-213 module.
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900-268 module. The 900-268 module will create a closed Edu-Logger WiFi network which will stream the Edu-Logger data to a device of your choosing. Once your device is wirelessly connected to the Edu- Logger network you can run experiments and collect...
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LED to the far left turns blue; this can take up to one minute. Take your tablet or smart phone, go to the WiFi settings and select the Edu-Logger network which matches the 900-268 Module ID found on back 900-268 device.
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Repeating this operation will return the unit to WiFi mode. Operation with Edu-Logger viewer Materials needed: 900-236 Rotary Motion Sensor 900-272 Viewing Module 900-215 Battery Procedure: Connect the rotary motion sensor to the left side of the viewer.
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(Off-line experiments are for when you do not have a sensor connected directly to a computer, tablet, smartphone, or Edu-Logger viewer). Materials needed: 900-236 Rotary Motion Sensor 900-215 Battery Materials needed to configure your offline experiment: 900-213 Module or 900-268 module or 900-272 Module ...
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Click the “Load data from sensors” button. Select which experimental data to upload. (5 experimental runs can be stored at one time on the 900-236 rotary motion sensor) Restoring sensor’s factory default settings: Procedure: Connect the 900-213 to a PC, Mac, tablet, or smart device.
Included with sensor: Edu-Logger 900-236 Rotary Motion Sensor Guide (this document). Rotary motion revolving head piece attached directly to the sensor body by a durable rubber- coated wire. Sensor specifications Range and sample Resolution operation modes resolution rate...
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Videos, literature and other probes can be found at www.edulab.com Technical background: The philosophy behind Edu-Logger’s plug and play technology is based on each sensor’s ability to store its own data due to an internal flash memory chip and micro-controller in each plastic Edu-Logger body.
Maintenance and storage: Never submerge the Edu-Logger plastic body in any liquid. Do not allow liquid into the rotary motion sensor’s body. After use, gently wipe away any foreign material from the rotary motion sensor. Store in a box at room temperature out of direct sunlight.
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Thank you for using Edu-Logger! www.edulab.com info@edulab.com V10012013...
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