HYPROP manual - UMS

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Product description 3.2.4 Temperature sensor A temperature probe sits inside the small stainless steel pin on the sensor unit. It measures the temperature of the soil sample. Although the temperature is not part of the measurement it is useful information for reviewing the quality of a measuring campaign. The sensor has a tolerance of ±0.2 K at 10 °C. 3.2.5 Plug connector The bus cable is connected to the plug on the side of the sensor unit. As the plug is taken on and off regularly during a measuring campaign an easy-going push-pull plug is used. A simple-to-open spring-loaded cover protects the plug when no cable is connected. Tightly close the plug cover before cleaning the sensor unit. Figure 3-4 Dirt water inside the plug opening will destroy the functionality of the connector. Do not twist the plug. Make sure that the cover is closed tightly before cleaning. 3.3 Sampling ring A soil sample is taken with a stainless-steel sampling ring which has a volume of 250 ml. The sampling ring is placed on the sensor unit and fastened with the two clips. A silicone gasket completely seals the bottom of the soil sample. 3.4 Software tensioVIEW ® The HYPROP system is equipped with the tensioLINK ® measuring bus. 16/104 Fig. 6: tensioVIEW ®
With tensioLINK ® you are able to create an extended network. The network is connected to a PC with the tensioLINK ® USBconverter. The Windows software tensioVIEW ® is used for configuration of the devices and to visualize data. The software automatically recognizes all connected devices. Figure 3-5 Additional functions are integrated in tensioVIEW ® for optimized usage with HYPROP (see chapter ”Performing a measuring campaign“.). The functions are activated whenever the bus recognizes that a HYPROP unit is connected. If a laboratory scale with serial RS232 or USB interface is used readings are automatically taken and evaluated by the tensioVIEW ® software. 17/104
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 and 12: HYPROP system 1.6 Important note Th
Page 13 and 14: Product description 3 Product descr
Page 15: Product description 3.2.3 Tensiomet
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
Page 63 and 64: Perform a measuring campaign 3. Ple
Page 65 and 66: 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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