3b-scientific Relative Pressure Sensor, ±100 hPa User Manual

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3B SCIENTIFIC
®
PHYSICS
1
Relative Pressure Sensor, ±100 hPa U11321
Instruction sheet
03/08 Hh
1. Safety instructions
To avoid permanent damage to the internal
semiconductor sensor, the maximum
permitted relative pressure of 4000 hPa must
never be exceeded.
Only suitable for use with non-corrosive gases such
as air, helium or nitrogen.
Do not allow the sensor element to come into
contact with water.
2. Description
Relative pressure sensor with a measurement range
up to 100 hPa, suitable for measuring the pressure
on the piston of the Wilke-type Stirling engine
U8440480 (for a pV diagram).
For two-port measurement using the sensor, hose
connections are provided for two inputs.
The sensor box is designed to be detected
automatically by the 3B NETlog
TM
unit.
3. Equipment supplied
1 Sensor box
1 MiniDIN 8-pin connector cable, 60 cm long
1 Silicone hose, internal diameter 2 mm, 1 m long
4. Technical data
Measurement range: ± 100 hPa
Sensor type: Semiconductor sensor
Accuracy: ± 1 %
Resolution: ± 1 hPa
Connections: 2 hose connections,
4.8 mm diameter
5. Instructions
Cut the silicone hose into sections of the
required length.
Using the lengths of hose, make the pressure
connections between the sensor box and the
Stirling engine.
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Summary of Contents

Page 1 - PHYSICS

3B SCIENTIFIC® PHYSICS 1 Relative Pressure Sensor, ±100 hPa U11321 Instruction sheet 03/08 Hh 1. Safety instructions • To avoid permanen

Page 2

2 • Note the “positive” and “negative” labelling of the hose connections - connect the hoses correctly according to the effective direction of the p

Page 3 - Wilke-type Stirling engine

3B Scientific GmbH • Rudorffweg 8 • 21031 Hamburg • Germany • www.3bscientific.com Subject to technical amendments © Copyright 2008 3B Sci

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