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{{MOST}} | {{MOST}} | ||
===Force Testing Protocol | |||
===Force Testing Protocol=== | |||
====Using an Instron 4206 Tensile Test Machine with a 10kN Load Cell==== | ====Using an Instron 4206 Tensile Test Machine with a 10kN Load Cell==== | ||
DOES NOT NEED CALIBRATION | DOES NOT NEED CALIBRATION | ||
#Set the raspberry pi to max current. | #Set the raspberry pi to max current. | ||
#Only put the plunger of the syringe in the pump, not the entire syringe. | #Only put the plunger of the syringe in the pump, not the entire syringe. | ||
#Place the pump, motor down, in a tensile strength tester. Set height to be just above the pump. | #Place the pump, motor down, in a tensile strength tester. Set height of the load cell to be just above the pump. | ||
#Then tell the pump to push past the top plate. | #Then tell the pump to push past the top plate. | ||
#Record the force given in Newtons. | #Record the force given in Newtons. | ||
{{Page data}} | |||
[[category:MOST methods]] | [[category:MOST methods]] | ||
Latest revision as of 14:49, 2 March 2022
Force Testing Protocol[edit | edit source]
Using an Instron 4206 Tensile Test Machine with a 10kN Load Cell[edit | edit source]
DOES NOT NEED CALIBRATION
- Set the raspberry pi to max current.
- Only put the plunger of the syringe in the pump, not the entire syringe.
- Place the pump, motor down, in a tensile strength tester. Set height of the load cell to be just above the pump.
- Then tell the pump to push past the top plate.
- Record the force given in Newtons.
