HYPROP manual - UMS

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Process summary 2 Process summary 1. Preparation of sample and hardware 1.1. Fill HYPROP sensor unit(s) and Tensiometer shafts 1.2. Take samples with soil sampling rings 1.3. Saturate the soil samples 1.4. Drill the holes for the Tensiometer shafts 1.5. Place the sampling ring on the sensor unit 1.6. Connect the sensor unit to the PC 1.7. Connect the scale to the PC 2. Configuration of the tensioVIEW software 2.1. Add the scale 2.2. Define your measuring campaign 2.3. Select file and sample name(s) 2.4. Optionally select units and intervals 2.5. Optionally enter initial water content or select „automatically“ 2.6. Select model and soil type 3. Execute the measurement campaign 3.1. Start the measurement, data is stored from this point 3.2. Wait for constant starting conditions 3.3. Set the starting line as soon as tension readings are constant 3.4. Weigh the samples in intervals, every 12 to 48 hours depending on soil type 3.5. When one of the Tensiometers runs dry make the final weighing and stop the campaign 4. Evaluation of Data with Hyprop DES (see pdf, link on page 10) 12/104
Product description 3 Product description 3.1 System components A measuring system can include one or several HYPROP assemblies (max. 20). A HYPROP assembly consists of a sensor unit and a sampling ring with a soil sample which is placed on each sensor unit. Sensor units are linked to a PC via the serial tensioLINK ® bus. In intervals each sensor unit with sampling ring is weighed on a laboratory scale. The scale must have either a RS232 or USB interface, and the scale type must be implemented in the software. 3.2 Sensor unit 3.2.1 Main body The electronic components and pressure transducers are incorporated in the main body of the sensor unit. The sensor unit is splash water proof (IP65) and can be cleaned with water as long as the plug cover is closed. Fig 2: HYPROP assembly Figure 3-1 13/104
Page 1 and 2: User Manual HYPROP
Page 3 and 4: HYPROP system 5.2.5 Stored readings
Page 5 and 6: HYPROP system 1 HYPROP system Labor
Page 7 and 8: HYPROP system Bag 2 (white lock): s
Page 9 and 10: HYPROP system 2. Peters, A., and W.
Page 11: HYPROP system 1.6 Important note Th
Page 15 and 16: Product description 3.2.3 Tensiomet
Page 17 and 18: With tensioLINK ® you are able to
Page 19 and 20: Get ready to start a measuring camp
Page 35 and 36: Set-up the HYPROP 5 Set-up the HYPR
Page 37 and 38: Set-up the HYPROP In the single dev
Page 39 and 40: Set-up the HYPROP Please note the f
Page 41 and 42: Set-up the HYPROP 5.2 Software tens
Page 43 and 44: Set-up the HYPROP Depending on the
Page 45 and 46: Set-up the HYPROP Soil volume Volum
Page 47 and 48: Set-up the HYPROP 5.2.4 Current rea
Page 49 and 50: Set-up the HYPROP Select the scale
Page 51 and 52: Perform a measuring campaign 3. The
Page 53 and 54: Perform a measuring campaign 6.3 Co
Page 55 and 56: Perform a measuring campaign 6.4.4
Page 57 and 58: Perform a measuring campaign Figure
Page 59 and 60: Perform a measuring campaign 6.5 De
Page 61 and 62: Perform a measuring campaign If the
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Perform a measuring campaign 3. Ple
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Perform a measuring campaign 6.8 Dr
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Trouble shooting 8 Trouble shooting
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Service and maintenance 9 Service a
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Service and maintenance 9.4 Change
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Theoretical basics 10 Theoretical b
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Theoretical basics 10.3.1 The van G
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Additional notes 11 Additional note
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Additional notes 11.2 Vapour pressu
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Appendix Description of the measuri
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Appendix 12.1.2 Clayey silt (Ut3) S
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Appendix 12.1.3 Slightly loamy Sand
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Appendix Evaluation The additional
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Appendix • After draining the mai
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Appendix 12.3 Parameter list 12.3.1
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Appendix 12.3.3 Parameter listing a
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Appendix 12.5 Technical specificati
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Appendix 12.6 Accessories 12.6.1 HY
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13 List of literature • Brooks, R
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List of literature • Schindler, U
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Index M matric potential ..........
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© 2012 UMS GmbH, Munich, Germany P
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HYPROP manual - UMS

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