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3B SCIENTIFIC PHYSICS 1000568 Instruction Sheet

Displacement sensor

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3B SCIENTIFIC
Instruction sheet
10/15 Hh
1. Description
Displacement sensor inside a 3B NETlog
sor box and featuring a built-in precision potenti-
ometer plus a rotating pulley onto which a string
can be wound in order to measure displacement.
Suitable for recording periodic and oscillatory
movements which can be traced by the turning of
the string on the pulley without putting too much
strain on the precision potentiometer when it
reaches the limits of rotation.
The displacement sensor is detected automati-
cally by the 3B NETlog
2. Operation
Set up the experiment with the displacement
sensor included.
If possible, select a zero point in such a way
that the limits of rotation of the pulley are
never reached.
Turn on the 3B NETlog
the displacement sensor to one of the ana-
log inputs, A or B, on the 3B NETlog
Wait for the unit to automatically detect the
sensor (it will then display "S / U", meaning
"displacement per volt").
®
PHYSICS
Displacement Sensor 1000568
TM
TM
unit.
TM
unit and connect
TM
unit.
sen-
Internal diameter
of pulley:
Max. displacement:
Resolution:
Sensor:
Max. angle of rotation
for sensor pulley:
Resistance range:
Max. permitted speed of
rotation for long-term use:
Max. permitted torque
at end limits
1
Displacement sensor
1
Stand rod with thread, 120 mm
1
8-pin miniDIN cable, 1 m
1
Nylon thread, 1 m, 1 mm diam.
1
Instruction manual
1
3. Technical data
22 mm
61 mm
0.3 mm
Precision potenti-
ometer using a wire
320°
10 kΩ/44 mm
1 turn/second
100 Ncm
4. Apparatus supplied

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Summary of Contents for 3B SCIENTIFIC PHYSICS 1000568

  • Page 1 3B SCIENTIFIC ® PHYSICS Displacement Sensor 1000568 Instruction sheet 10/15 Hh 1. Description 3. Technical data Displacement sensor inside a 3B NETlog sen- Internal diameter sor box and featuring a built-in precision potenti- of pulley: 22 mm ometer plus a rotating pulley onto which a string Max.
  • Page 2 "Stirling en- 1 3B NETlab 1000544 gine G".  1 Displacement Sensor 1000568 Only allow the Stirling motor to operate at high-speed for short periods so as not to 1 Relative Pressure Sensor overstress the displacement sensor. ±1000 hPa...
  • Page 3 Fig. 2 Attachment of the thread to displacement sensor pulley Fig. 3 Graph of pV diagram for Stirling engine G using 3B NETlab 3B Scientific GmbH ▪ Rudorffweg 8 ▪ 21031 Hamburg ▪ Germany ▪ www.3bscientific.com Subject to technical amendments ©...