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M o d e l   N o .   A P - 8 2 1 4

 E q u i p m e n t S e t - u p

3

Equipment Set-up

1.

Attach the RMS to the apparatus platform

a.

Remove the rod clamp from the RMS. 

b.

Place the three-step pulley onto the shaft of the RMS with the largest pulley 
out. The three-step pulley should be on the “clockwise positive” side of the 
RMS as illustrated (Figure 2)

c.

Place the RMS on the platform as illustrated (Figure 1). Use the two 
thumbscrews to fasten the RMS to the platform from beneath. 

d.

Seat the belt on the middle step of the three-step pulley and the groove on the 
crankshaft.

2.

Attach the Force Sensor to the apparatus platform

a.

Remove the hook from the Force Sensor and replace it with the force sensor 
attachment. 

b.

Place the Force Sensor on the apparatus platform by inserting the post 
through the support rod mount of the Force Sensor. 

c.

Insert the long thumbscrew supplied with the Force Sensor through the hole 
on the Force Sensor marked “Cart” and screw it into the tapped hole in the 
apparatus platform. 

d.

Tighten the setscrew in the support rod mount of the Force Sensor.

3.

Clamp down the apparatus (optional)

. Use a large C-clamp to clamp the Appa-

ratus Platform to the edge of your bench or table. One side of the platform has 
three feet. In order to avoid bending the platform, position the clamp directly 
over the center foot.

1. Rotary Motion Sensor (RMS)
2. Force Sensor
3. Force Sensor attachment
4. setscrew
5. Stress Strain platform
6. 3-step pulley
7. belt

8. groove
9. coupon clamps
10. lever arm
11. thumbscrew

1

2

3

4

11

6

7

8

9

10

9

5

Figure 1: Equipment Set-up

ScienceWorkshop

PASPORT

Figure 2: Three-step 

pulley on the 

“clockwise positive” 

side of RMS

Summary of Contents for AP-8214

Page 1: ...rs labeled with thickness in inches cold rolled steel annealed steel aluminum polyethylene terepthalate plastic polycarbonate brass thick brass thin AP 8217 C Storage Box 650 061 D Attachment for forc...

Page 2: ...al the CD ROM also include a DataStudio workbook designed for use without the printed instructions Open Elasticity SW ds for ScienceWorkshop or Elasticity PS ds for PASPORT and follow the on screen in...

Page 3: ...the apparatus platform by inserting the post through the support rod mount of the Force Sensor c Insert the long thumbscrew supplied with the Force Sensor through the hole on the Force Sensor marked C...

Page 4: ...displacement results from both bending of the apparatus and stretching of the coupon The difference will be a plot in which the displacement is due only to stretching of the coupon Follow these steps...

Page 5: ...ted Displacement F calculation a Drag Displacement t vs Coupon Force t mm to Please define variable Displacement Figure 5 b Drag Cal to Please define variable Cal DataStudio will display a warning box...

Page 6: ...er one of the clips c Adjust the crank so that the opposite end of the coupon can slip easily under the other clip Figure 6 d Tighten both nuts with the tee handle with socket With no force applied to...

Page 7: ...es on the DataStudio Setup File For comparison of different materials you can collect additional data runs with other coupons Note that the Stress calculation applies only to coupons of the thickness...

Page 8: ...ny other circumstances without the written con sent of PASCO scientific is prohibited Trademarks PASCO PASCO scientific DataStudio PASPORT and ScienceWorkshop are trademarks or registered trademarks o...

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