This sensor can measure the mass to weight relationship and study how different pulley systems affect the effort needed to lift weights. It can also be used to measure push/pull forces and impacts. The force sensor is contained in a metal box. There is a hook at the bottom of the box that can be connected to various pulling loads. A simple bumper (for push/impact measurements) could be made and attached using a bolt which is placed through a length of plastic tubing. The sensor can be hung from a universal laboratory stand via a rod through the hole in its box. This sensor can be operated either facing upwards, downwards, or any intermediate (including horizontal) position.
Sensor Zeroing:
Connect the sensor to a voltage source (NeuLog's Bridge, Display Unit or Battery Unit). To zero the reading, just press the sensor's push-button for about 3 seconds.
*Requires connection hardware, sold separately.
Experiment Duration: 50 milliseconds to 31 days.
Operation Modes:
Range | ADC Resolution | Resolution | Max Sample Rate (S/sec):
+/- 10 N, 10 bit, 0.01 N, 3000
+/- 50 N, 10 bit, 0.01 N, 3000
Video:
Sensor Zeroing:
Connect the sensor to a voltage source (NeuLog's Bridge, Display Unit or Battery Unit). To zero the reading, just press the sensor's push-button for about 3 seconds.
*Requires connection hardware, sold separately.
Experiment Duration: 50 milliseconds to 31 days.
Operation Modes:
Range | ADC Resolution | Resolution | Max Sample Rate (S/sec):
+/- 10 N, 10 bit, 0.01 N, 3000
+/- 50 N, 10 bit, 0.01 N, 3000
Video:
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