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• Photogate logger sensor for measuring velocity and/or acceleration.
• Can be used to study of impulse, collisions, conservation of energy, force, and momentum for further research.
• Internally-housed infrared transmitter and receptor for detecting passing objects.
• Required accessories. To use sensors you will need either: a USB Module (USB 200) to connect via USB cable to PC or Mac, or a Wi-Fi Module (WIFI201) and battery (BAT200) to connect to any Wi-Fi enabled device (Smart Phone, , Computer).
• 16.0 bit digital resolution for reading range of values.

NeuLog photogate logger sensor measures velocity and/or acceleration, and can be used to study impulse, collisions, conservation of energy, force, and momentum for further research. The logger sensor has six modes of operation for customizing experiments: velocity with a single gate, acceleration with a single gate, acceleration with two gates, velocity and momentum with two gates, delta between two gates, and velocities with a timing card (timing cards not included). The logger sensor has an internally-housed infrared transmitter and receptor to detect objects passing through for collecting data, and a threaded rod for connecting the sensor to retort stands or other labware. The logger sensor has 16.0 bit digital resolution for reading a range of values, and displays measured values in large numerals or in a table for ease of reading. The sensor includes a photogate handle with three threaded holes for setting up experiments. The photogate logger sensor can be used for physics experiments, and is suitable for grade 3 and higher, or ages 10 to 21. The logger sensor consists of a data logger, flash memory, and a sensor for fully self-contained data gathering, and is plug-and-play for immediate readings as soon as it is connected. The logger sensor sends data in digital format to a PC, Mac, , smart phone, or other viewer device, and provides multiple connection options, including USB and wireless. The logger sensor’s browser-based software adjusts ranges and gains, and provides applications for presenting data, including online and offline modes, tables, graphs, data analysis, double-axis set up, statistic operations, and mathematical operations. The logger sensor is encased in durable plastic, and has an LED indicator to track experiment status, with push buttons for calibration and start/stop experiments in offline mode for ease of operation. To take an assortment of readings during a single experiment, the logger sensor can be attached to another sensor; one to 10 logger sensors can be used per experiment (sensors sold individually). For efficiency, the logger sensor can store up to five experiments in flash memory, and saved experiments can be uploaded to a PC or Mac at any time. Additional accessories, such as USB, Wi-Fi, or battery modules, are required for operation depending on the device (PC, , viewer, and so on) used to receive readings from the sensor. (Accessories and devices sold separately.) The logger sensor includes a guide with instructions for use and care, and measures 6.5 x 7.0 x 1.5cm (L x W x H). (L is length, the horizontal distance from left to right; W is width, the horizontal distance from front to back; H is height, the vertical distance from the lowest to highest point.) Logger sensors are electronic devices used to record a variety of energy and environmental measurements, such as temperature, humidity, voltage, and soil moisture, at set intervals over a period of time in scientific classroom and field settings. Specifications Digital resolution 16.0 bit , Accuracy 100.0μs Resolution 100.0μs Range and operation modes : Single timing card with one photo gate, Double timing card with one photo gate, Single timing card with two photo gates, Digital status with one photo gate Maximum sample rate (S/sec) 10,000.0 Science education products incorporate applied math and science principles into classroom and homeschool-based projects. Teachers in pre-K, elementary, and secondary classrooms use science education kits and products alongside science, technology, engineering, and math (STEM) curriculum to demonstrate STEM concepts and real-world applications through hands-on activities. Science education projects include a broad range of activities, such as practical experiments in engineering, aeronautics, robotics, energy, chemistry, physics, biology, and geology. NeuLog brand products, manufactured by EISCO Scientific and Science Educational Systems (SES), include logger sensors, software, and accessories for energy and environmental data acquisition and measurement. EISCO Scientific was founded in 1968, and is headquartered in Rochester, NY; SES was founded in 1983, and is headquartered in Israel. Both companies meet International Organization of Standardization (ISO) standard 9001. What’s in the Box? Photogate logger sensor Threaded rod Guide