IBM M/02-212 operating instructions D1/s=ft

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•measuring system to be used in the measurement

•Number of steps

•start and end value of each step

•Number of measurement points for each step

•Duration of each step

preset value as a function of time:

D[1/s]

100

80

60

40

20

0

D[1/s]=f(t)

0

60

t[s]

120

180

 

 

 

 

As an example, we would like to consider a standard measurement.

1.Step: shear rate increases within 60 sec from 10.00 to 100.00 s-1 .

2.Step: shear rate remains at the level of 100.00 s-1for 60 sec.

3.Step: shear rate decreases again within 60 sec from 100.00 to 10.00 s-1.

This measurement consists of 3 steps.

This example might be used to consider program input.

However, besides the shear rate D [s-1] = f(t), preset value can also be defined as:

Speedn[rpm]=f(t)

TorqueM[‰]=f(t)

Shear stressTau[Pa]=f(t)

Slopes and plain parts of the preset values are linear, measurement point is also defined linear, i.e. there is no possibility to define logarithmic measurements. For logarithmic measurement you need RHEO program package.

Preset value substeps in a defined step according to the following equation:

∆Preset Value = End Value - Start Value/(Number of Measuring points - 1)

where ∆ Preset Value is the difference between preset value of measurement point n and measurement point n+1.

The first preset value (=the first measurement point) is always the start value of the slope, the last measurement point is determined by the end value. As for our example, in order to reach the values D= 10, 20, 30, ... , 100 [s-1] we need ∆ Preset Value of 10 [s-1]. So we need 10 measurement points. Sample: 100-10/(10-1)=10.

Number of Measurement Points = (End Value - Start Value) / ∆Preset Value)+1 (for slopes only)

Let’s return back to the example.

After selection of the menue point “Edit Program” you will be requested to select a program from the list of all programs available, which you want to generate or to edit.

Brookfield Engineering Labs., Inc.

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M/02-212

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Contents Brookfield R/S Rheometer Brookfield Engineering Labs., Inc 02-212 Contents Appendix Measuring Principle General DescriptionUse of the Rheometer II. System Configuration II.1 R/S RheometerRheometer main instrument minimum configuration II.2 Measuring Devices II.3 Computer SystemIII.1 Stand Mounting III. Instrument InstallationHints for height adjustment of the stand III.2.1 Temperature Sensor Pt100 III.2 Electrical ConnectionsIII.2.4 Computer Connection III.2.2 AC-AdaptorIII.2.3 Printer Connection Use data link cable of Brookfield delivery onlyIII.3 Mounting of temperature controlled measuring devices FTK-CCThermostat connection to temperature control device FTK-CC Thermostat connection to temperature control device FTK-CC III.3.2 Mounting of the measuring device ME-CP/PPBrookfield Engineering Labs., Inc 02-212 Brookfield Engineering Labs., Inc 02-212 III.3.3 Mounting of the cooling device KE MountingIV.1 Operating environment, Storage IV. Environment, handling, cleaning and maintenanceIV.3 Cleaning IV.2 HandlingIV.4 Maintenance Measuring Systems Measurement directly in the substanceMeasurement with substance in measuring system Depth of immersionMeasurement with temperature control device FTK-CC Turn left Turn right Lower Lift Brookfield Engineering Labs., Inc 02-212 Voltage check VCC15.25 VI. Operation and Menue SystemRheometer Ver .02 #xxxxxx 07.05.98 Brookfield VI.1 Keyboard BrookfieldKey-function dependent to executed operation Define/edit program VI.2 Menu System of R/S RheometerZero-point calibration Print programs from memoryVI.3 Selecting from Lists CONFIGURATION-,emie Set time/date Set RS232 Param LanguageMenu handling Main-menue Run Single Run Program RemoteInput Values Val.1/s0100.00 Nr. of MP010 Times VI.4 Input of numerical values and alphanumeric textsSelect Measuring system CC48 CC45 Input Values Val.1/s0200.00 Nr. of MP010 Times0100Input Values Val.1/s0200.00 Nr. of MP Times0100 Input Values Val.1/s0290.00 Nr. of MP Times0100VI.5 Menue entries Main menue VI.5.1 MAIN-Menue → Run SingleOutput of MPs to No output device Memory Menu ST Start Prog. Running Wait for 1.MPNo valid program Enter program first Program end Single mode Total time100s Total #MP10VI.5.2 MAIN-Menue → Run Program Select program Prog xyz Test Prog ÖlOutput of MPs to Printer Memory Menue Prog. running Wait for 1.MP #1VI.5.4 Main menue → Utilities VI.5.5 Main menue → ConfigurationVI.5.3 Main menue → Remote Program end Test Total time200s Total #MP40VI.6.2 Utilities → Edit Programs VI.6 Menue entries in the Utilities-MenueVI.6.1 Utilities → Zero Calibration D1/s=ft Nr. of steps Select Prog to edit Prog xyz Test NEWSelect Meas. system CC45 CC25 CC14 Select Input-Mode -D1/s Nrpm TauPaEdit Program name Range-Error Range-Error Start-Value min 0.90 maxInput Step Nr time s Test Press OK to save VI.6.3 Utilities → Print ProgramsVI.6.4 Utilities → Measuring systems Printer not ready OK cont. ST stopPress OK to save Name CC25 tauprom 01.1418 kgamma VI.6.5 Utilities → Print memoryEnter Meas. Sys. #4 Name CP25 tauprom 01.1418 kgamma Sel. Output-device Printer RS232VI.6.7 Utilities → Measure temperature VI.6.6 Utilities → Clear memoryService, Service2 for service personnel only VI.7 Menu entries of the Configuration menuVI.7.1 Configuration → Set output mode Select output device No output device Printer RS232VI.7.4 Configuration → Set Time/Date VI.7.2 Configuration → MeasCount modeVI.7.3 Configuration → Reset meascount RS232 4800,8,n,1 Change RS232-Par.? Okyes Stno VI.7.5 Configuration → Set RS232 ParameterNew Time/Date 1715 Press OK to save VI.8 Serial Data transfer via Interface RS232 VI.7.6 Configuration → LanguageVI.7.7 Configuration → Service, Service Baudrate -4800 9600Brookfield Engineering Labs., Inc 02-212 Brookfield Engineering Labs., Inc 02-212 Measurement control VII.1 Measuring in manual modeVII. Measurements Measurement with FTK-CCMeasurement in remote control mode VII.2 Measuring in Remote-modeVIII. Technical data Weight Temperature range Measured or evaluated valuesIX. Guarantee A1Data sheets of standard measuring systems Given ranges are standard values not maximum valuesDG DIN Measuring system C25-1 C25-2 C50-1 C50-2 C75-1 C75-2 Table Plate/Plate measuring systems DINPrinter Error A2 Error messagesRange Error Range error End value min 0.90 maxBreak torque max! Single mode Total MP Total time Zero Calibration ErrorError #3 Zero cal. error Please retry cal ST stop Break Speed max! Single mode Total MP Total time Break Speed MAXPC Side A3 Pin-layout of the serial data cableRheometer side USA and Canada A4 Requirements to the mains connecting cablesGeneral information Other countriesA5 Language cross reference EnglishGermanEnglishGermanGerman menue system of RC20 Index

M/02-212 specifications

The IBM M/02-212 is a cutting-edge platform that showcases the company’s dedication to excellence in technology and innovation. Designed for both enterprise performance and flexibility, this model adheres to IBM's high standards for processing power and reliability, making it a standout option for businesses looking to enhance their operations.

One of the main features of the M/02-212 is its powerful multi-core processor, which provides exceptional speed and efficiency. This architecture enables the system to handle multiple tasks simultaneously without compromising performance, making it ideal for data-intensive applications and complex processing tasks. It supports a range of workloads, from traditional enterprise applications to modern cloud-based solutions.

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In summary, the IBM M/02-212 combines powerful processing capabilities, robust security measures, advanced virtualization, and exceptional scalability. These characteristics make it an excellent choice for enterprises looking to enhance their IT infrastructure while ensuring efficiency and data security.
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