Related Manuals for IBP Biotech-Lab System
Summary of Contents for IBP Biotech-Lab System
- Page 1 Biotech-Lab User Manual Modular Product Family of Sensors, Simulators and Testers. Temperature Pressure Conductivity HDU-Sensor Family Flow www.ibpmedical.com...
- Page 2 Use or reproduction of the software is allowed only in agreement with the contractual arrangements. Whoever transfers this software and/or this manual on magnetic tape, diskette or any other media, except for the purpose of own use, without written authorization of the IBP Medical GmbH, is liable to prosecution. Author: Werner Pfingstmann Copyright (C) 2016 IBP Medical GmbH.
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Page 3: Table Of Contents
Table of Contents 1 Introduction .............................. 5 1.1 Intended use ............................5 1.2 Regulatory ............................. 6 2 Biotech-Lab Overview ..........................7 2.1 Display and Control Units ........................7 3 Biotech-Lab Modules..........................8 4 Biotech-Lab Software ..........................10 4.1 Introduction ............................10 4.2 Installation HDC75 .......................... -
Page 4: Safety Instructions
FOR YOUR SAFETY READ AND CONSIDER THE SAFETY INSTRUCTIONS BELOW CAREFULLY • Read carefully the entire user manual of the Biotech-Lab system before using the Biotech-Lab system. • Read carefully the entire manual of the devices under test before connecting the Biotech-Lab system to the devices under test. -
Page 5: Introduction
1 Introduction This documentation describes the installation and use of the Biotech-Lab System. The system includes: • Display and Control Units • Sensors • Interface Modules • Software 1.1 INTENDED USE The Biotech-Lab system is intended to be used in biomedical, laboratory and environmental applications. -
Page 6: Regulatory
1 Introduction 1.2 REGULATORY Ec Declaration Of Conformity We hereby declare, that the following products conform to the below mentioned European Directive. Manufacturer IBP Medical GmbH Ikarusallee 15 30179 Hannover Products HDC75 Display- and Control Unit HDU-CDTP Conductivity/Temperature Sensor HDU-PRH... -
Page 7: Biotech-Lab Overview
2 Biotech-Lab Overview 2.1 DISPLAY AND CONTROL UNITS Biotech-Lab System is a modular product family of high precision active sensors, simulators and testers for biomedical, laboratory and environmental measuring and testing applications. The modular concept of the Biomed-Lab system allows the use of any combination of sensors in order to fulfil user specific test or calibration requirements. -
Page 8: Biotech-Lab Modules
3 Biotech-Lab Modules For the Biotech-Lab System a range of interface modules are available. The general groups are: • HDU - Sensors and Interfaces • HSI - Simulators • HAT - Analyser & Tester Some modules listed below are under development. -
Page 9: Biotech-Lab Software
4 Biotech-Lab Software 4.1 INTRODUCTION The Biotech-Lab Software is a modular system of different App’s. The structure of the programs is shown below. The software works with Microsoft Windows 7 and Microsoft Windows 10. The Biotech-Lab server is the central software module. Additional App’s provide the functionality needed for the different Biotech-Lab modules. -
Page 10: Installation Hdc75
Download the software and start setup.exe program. The different Biotech-Lab App’s must be installed separately. 4.4 SOFTWARE UPDATE For software updates please navigate to http://www.ibpmt.com/btle.shtm. Just download the Apps you want to update and copy it into related folders in C:/Program Files/IBP Medical/. www.ibpmedical.com Biotech-Lab User Manual... -
Page 11: Os Windows 10
5 OS Windows 10 If you are not familiar with Windows 10 please navigate to: http://windows.microsoft.com/en-us/windows 5.1 CHANGING THE DISPLAY LANGUAGE IN WINDOWS 10 To change the default language, sign in to Windows 10 and Go to “Start Menu” and select Settings. Select “Time &... - Page 12 Click on the language you want, and it will start downloading. Go back to the “Time & Language” screen and click on the language you just installed. You’ll see three options: “Set as default”, “Options”, “Remove”. Under “Options”, click “Download” to download the language pack and keyboard for that language.
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Page 13: Biotech-Lab Software
6 Biotech-Lab Software The Biometer App allows displaying measuring values from sensors, simulators and testers. If you start the HDC75 the Lockscreen will look as follows. Slide from bottom to top to get the Windows Start Screen. Access to online manual, Quick Reference and Biotech-Lab support. -
Page 14: Biometer General Functionality
6.1 BIOMETER GENERAL FUNCTIONALITY Head Area Mode selection Value Display Area 6.2 HEAD AREA FUNCTIONALITY Button Function Scans all connected devices and shows the devices suitable for this program. During the scan all visibla sensor values are “- - -” . Settings leads to the base settings of BioTechLab. -
Page 15: Value Display Area Functionality
Shows graph of all values Shows statistic values of all Sensors 6.3 VALUE DISPLAY AREA FUNCTIONALITY Depending on the connected device different readouts are shown. Element Function This readout is a typical one value displaywithout any additional special functionality in the display area. This is a typical two value display. -
Page 16: Single Sensor Graphic
6.4 SINGLE SENSOR GRAPHIC After pressing leads to Graphic Settings deletes the measured values Additional Subfunction The following functions are available with connected mouse only. With a Right-Mouse-Click into the graphic you get the following menu options. More sub-functions below. 6.5 ALL SENOR GRAPHICS After pressing leads to Graphic Settings... - Page 17 Sub-functions Accessible by Mouse To get the following sub-functions make a Left-Mouse-Click followed by a Right-Mouse-Click. Scale Range allows modifying the scales on both sides of the graphic. Allows selecting the time interval. Allows selecting the colors of both the grid and the backplane.
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Page 18: Statistic Values
6.6 STATISTIC VALUES After pressing Head Area Mode selection Value Display Area Element Function Minimum Value Maximum Value Arithmetic Mean Value Standard Deviation Current Value This is the time range for the calculation of the statistic Selection of Statistic Interval values. -
Page 19: Sensor Sub Menus
7 Sensor Sub Menus 7.1 CONDUCTIVITY SENSOR DETAILS The following menu shows the settings for conductivity sensors. Head area shows the serial number and the date of last calibration. Select the unit you like to see in the graphic here. Allows selecting a higher resolution of the reading. - Page 20 Temperature Conductivity 14 mS/cm NaCl Temperature Coefficient Conductivity Readout Without Compensation 25 °C 14,00 mS/cm 2,000 %/K 14,00 mS/cm 31 °C 15,71 mS/cm 2,035 %/K 14,00 mS/cm 37 °C 17,48 mS/cm 2,070 %/K 14,00 mS/cm The values 2.00 %/K at 25°C and 2.07 %/K at 37°C are defaults for the respective dialysis machine or values entered by the user.
- Page 21 7.1.4 TEMPERATURE COMPENSATION Listed below are the temperature coefficients used by most major hemodialysis machine and reverse osmosis manufacturers. We recommend that you double check this data with documentation from your machine’s manufacturer. Display To Use For Temperature Coefficient Temperature Coefficient at 25°C at 37°C BAXTER...
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Page 22: Temperature Sensor Details
Display To Use For Temperature Coefficient Temperature Coefficient at 25°C at 37°C RO-PPW Reverse Osmosis PPW 2,200 %/K RO-PPW Phoenix Pure Water GmbH Reference temperature 25°C Siemens Technopark Werner-von-Siemens-Str. 2-6 D-76646 Bruchsal - Germany 7.2 TEMPERATURE SENSOR DETAILS The following menu shows the settings for temperature sensors. Head area shows the serial number and the date of last calibration. -
Page 23: Flow Sensor Details
7.4 FLOW SENSOR DETAILS The following menu shows the settings for pressure sensors. Head area shows the serial number and the date of last calibration. Select here the unit you like to see. Select here the unit you like to see. Allows resetting the accumulated value. - Page 24 7.5.1 PH SENSOR ADJUSTMENT Return Value 1 adjustment Allows to select the number of adjustment points. Current reading of pH and temperature. Allows to select and input the buffer solution value. Leads to the next calibration point. Return Value 2 adjustment Allows selecting the number of adjustment points.
- Page 25 Three possible calibration results. 7.5.2 BACKGROUND OF PH MEASUREMENT For measuring pH, a combined electrode is used. Combination pH electrodes are combinations of one reference electrode and one measuring electrode in a glass tube. The pH value in the dialysate is measured by an unbreakable pH-electrode.
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Page 26: Hdc75 Display And Control Unit
8 HDC75 Display and Control Unit The HDC75 is a robust smart device with Windows 10. It has five RS485-Interfaces for the direct connection of the Biotech-Lab modules. 8.1 GETTING TO KNOW THE HDC75 USB-Interface The USB-Interface supports USB 2.0 OTG and is capable of supplying one full USB 2.0 load. An USB-OTG Adapter is needed in order to use USB devices with the HDC75. - Page 27 8 HDC75 Display and Control Unit 8.2 TECHNICAL DATA Computer Intel Atom Z3735G (1.33GHz) Screen 7” diagonal HD WXGA IPS multi touch, 1280 x 800, Memory 32 GB Flash Memory, 1 GB DDR3L SDRAM 32 GB Flash Memory Card Microsoft Windows 10 Network WLAN 802.11 b/g/n Camera 0.3 MP fixed focus (front-facing);...
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Page 28: Technical Data
9 HDU-Sensors and Interfaces 9.1 HDU-CDTP Conductivity/Temperature Sensor 9.1.1 TECHNICAL DATA Conductivity Quadropole carbon Compound electrode. 4 measuring ranges. Temperature compensation coefficient may be adjusted. Range: 0...200.00 mS/cm Cell constant: 0,54 1/cm Accuracy: 0...199 uS/cm 0,3% ± 0.6 uS/cm 200...1999 uS/cm ± 6 uS/cm 2...11.99 mS/cm ±... -
Page 29: Hdu-Prh & Hdu-Prs Pressure Sensor Family
All Versions Reading: Readings as mmHg, kPa, Bar or PSI Measuring: Temperature compensated Pressure Connection: IBP-Sensor Port and G1/8” Female internal thread Membrane: HDU-PRS versions have a Stainless steel membrane which is fluid resistant HDU-PRH5 HDU-PRH30 Range: -5 to 5 psi... - Page 30 HDU-PRS15 HDU-PRH100 Range: - 12 to 15 psi Range: -13 to 100 psi -0.93 to 7 bar -0.85 to 1 bar -700 to 5150 mmHg -650 to +775 mmHg Resolution: 0.1 mmHg Resolution: 0.01 mmHg Accuracy: 0.05% full scale Accuracy: General 0.1% full scale Media Media...
- Page 31 Calibration PTB/NIST traceable Communication Rate Five times per second Degree of Protection IP67 Power Supply 3,3 to 5 V, max. 60 mA via RS485- or USB-Interface Environmental Operating Temperature Range: 0 to 50°C Conditions Storage Temperature Range: -40 to 80°C Operating and Storage Humidity: 85% max relative humidity non-condensing from 0 to 50°C...
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Page 32: Hdu-Fl Flow Sensors
9.3 HDU-FL FLOW SENSORS 9.3.1 TECHNICAL DATA HDU-FL100.2000 Measuring principal: Turbine Range: 100 to 2000 ml/min H2O at 22°C / 71.6°F Resolution: 1 ml/min Accuracy: ± 2.0 % of measured value Repeatability better ± 0,5% Fluid temperature: -20°C to +80°C Pressure: 0 to 5 bar at 22°C HDU-FL5.1750... -
Page 33: Pt100 Sensors Temperature Sensor Family: Air - Surface - General Dip - Laboratory
9.4.1 TECHNICAL DATA Temperature HDU-Pt100 Range: -50...100 °C Resolution: 0.001 °C Accuracy: 25 ... 40°C ± 0.015 °C otherwise ± 0.025 °C if Sensor and interface are adjusted together Calibration PTB/NIST traceable Communication Rate Five times per second Degree of Protection IP54 Power Supply 3.3 to 5 V, max. -
Page 34: Hdu-Ph-I Interface For Ph-Sensor
9.6 HDU-PH-I INTERFACE FOR PH-SENSOR Range: 0...14 pH Resolution: 0.01 pH Accuracy: ± 0.02 pH Communication Rate Five times per second Degree of Protection IP67 Power Supply 3,3 to 5 V, max. 80 mA via RS485- or USB-Interface Environmental Conditions Operating Temperature Range: 0 to 50°C Storage Temperature Range: -40 to 80°C Operating and Storage Humidity: 85% max relative humidity non-condensing... -
Page 35: Hdu-Ysi400-I Interface For Ysi 400 Temperature Sensors
THE FOLLOWING MODULES ARE UNDER DEVELOPMENT. IF YOU HAVE SPECIAL NEEDS PLEASE DO NOT HESITATE TO CONTACT US. 9.8 HDU-YSI400-I Interface for YSI 400 temperature sensors. 9.9 HDU-YSI700-I Interface for YSI 700 temperature sensors. 10 HSI - Simulators These modules are under development. If you have special needs please do not hesitate to contact us. -
Page 36: Adjustment And Calibration
12 Adjustment and Calibration Use the adjustment functions only if you are fully aware of their consequences. Wrong adjustment values will lead to false measurement values and in consequence these false values lead to hazards for patients. 12.1 ADJUSTMENT An adjustment is a process in which properties of a measuring device are changed in that way that its scale or display reads the same as an reference device or standard. -
Page 37: Handling Of Reference Solutions
12.4 HANDLING OF REFERENCE SOLUTIONS IBP Medical standard solutions are produced under ISO13485:2003 quality management. They are traceable to NIST and PTB Standards Reference Materials and are sealed with tamper-evident packaging. To ensure standard solution and calibration/verification accuracy. • Keep solutions tightly capped to avoid evaporation •... -
Page 38: Maintenance Of Biotech-Lab Modules
Keep the device in a dry place. Suitable is, for example, the original packaging in which you have received the Biotech-Lab devices, or the carrying case offered by IBP as accessory. If you do not use the device over a longer period of time, you should connect it to the included charging device about every month for one hour to avoid exhausting the batteries.