IBM M/02-212 operating instructions VI.5 Menue entries Main menue, VI.5.1 MAIN-Menue → Run Single

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VI.5 Menue entries (MAIN menue)

Menue entries (see Menue System in Chapter 6.2) may either contain submenues (e.g. “Utilities” or “Configuration”) or directly executing of one of the Rheometer’s functions.

At Tree Chart in Chapter 6.2 all gray fields without further right branches serve to call functions. Those

ones with right branches are submenues.

 

 

 

 

 

Let us remind keyboard layout from Chapter 6.2. Using

 

and

 

keys we move cursor (black

rectangle) upwards and downwards, and

 

 

 

 

 

 

OK

key we start (activate) function (if the current

selection is a submenue, we open it, otherwise the function of the Rheometer starts). Functions of R/S Rheometer are described in detail elsewhere in this Chapter.

VI.5.1 MAIN-Menue → Run Single

This function carries out a measurement of shear stress or shear rate at constant preset values. The physical units of preset values may be selected from:

- shear rate

D [s-1]

- speed

n [rpm]

- shear stress

Tau [Pa]

- torque

M[‰] [1000 ‰ correspond ca. 50 mNm]

Before you start the measurement itself you have to input the following values:

• Selection of the measuring system used at the instrument (selection from the list, operation - see Chapter 6.3)

•Selection of physical units of preset value (see above, selection from the list, operation, see Chapter 6.3). Here you have to decide, if you want to carry out a shear rate measurement (shear rate, speed) or a shear stress measurement (shear stress, torque).

• Input of preset values (input of numbers, operation, see Chapter 6.4) D [s-1] The range of the value depends on the measuring system

•n [rpm] 0.7... 800 rpm (U/min)

•Tau [Pa] The range of the value depends on the measuring system

•M[‰] 0 ... 999 ‰

•Input of desired number of measured points (input of numbers, operation, see Chapter 6.4) Input of the measurement duration in seconds. Here it is necessary to take into account, that minimal duration of the measurement depends on kind of the measurement and on number of desirable measurement points. For minimal duration between 2 measurement points it is valid

•Shear stress measurementtMP >= 1 s

•Shear rate measurementtMP > =4 s

Note: The more is the time period between 2 measured values, the more is the precision of physical values determined!

(input of numbers, operation, see Chapter 6.4)

•Input of ID (identification text of the measurement). Here you can input textual notes of the measurement (max. 15 characters). (Alphanumeric input, operation - see Chapter 6.4)

If you have passed these points, before starting a measurement, the Rheometer will indicate, where the measure points will be written to.

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.2.2 AC-Adaptor III.2.3 Printer ConnectionIII.2.4 Computer 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. Environment, handling, cleaning and maintenance IV.3 CleaningIV.1 Operating environment, Storage 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 VI.2 Menu System of R/S Rheometer Zero-point calibrationDefine/edit program Print programs from memoryCONFIGURATION-,emie Set time/date Set RS232 Param Language Menu handlingVI.3 Selecting from Lists Main-menue Run Single Run Program RemoteVI.4 Input of numerical values and alphanumeric texts Select Measuring system CC48 CC45Input Values Val.1/s0100.00 Nr. of MP010 Times 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.MPProgram end Single mode Total time100s Total #MP10 VI.5.2 MAIN-Menue → Run ProgramNo valid program Enter program first Select program Prog xyz Test Prog ÖlOutput of MPs to Printer Memory Menue Prog. running Wait for 1.MP #1VI.5.5 Main menue → Configuration VI.5.3 Main menue → RemoteVI.5.4 Main menue → Utilities 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 Select Prog to edit Prog xyz Test NEW Select Meas. system CC45 CC25 CC14Nr. of steps Select Input-Mode -D1/s Nrpm TauPaEdit Program name Range-Error Range-Error Start-Value min 0.90 maxInput Step Nr time s VI.6.3 Utilities → Print Programs VI.6.4 Utilities → Measuring systemsTest Press OK to save Printer not ready OK cont. ST stopVI.6.5 Utilities → Print memory Enter Meas. Sys. #4 Name CP25 tauprom 01.1418 kgammaPress OK to save Name CC25 tauprom 01.1418 kgamma Sel. Output-device Printer RS232VI.6.7 Utilities → Measure temperature VI.6.6 Utilities → Clear memoryVI.7 Menu entries of the Configuration menu VI.7.1 Configuration → Set output modeService, Service2 for service personnel only 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.7.6 Configuration → Language VI.7.7 Configuration → Service, ServiceVI.8 Serial Data transfer via Interface RS232 Baudrate -4800 9600Brookfield Engineering Labs., Inc 02-212 Brookfield Engineering Labs., Inc 02-212 VII.1 Measuring in manual mode VII. MeasurementsMeasurement control 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 DINA2 Error messages Range ErrorPrinter 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 A4 Requirements to the mains connecting cables General informationUSA and Canada 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.

In terms of memory, the M/02-212 offers extensive capacity options, utilizing high-speed RAM technology that ensures swift data access and reduced latency. The combination of powerful processing and ample memory resources allows organizations to execute demanding applications and large-scale databases seamlessly.

The system is designed with advanced security features that are integral for protecting sensitive information. Encryption capabilities, secure boot options, and comprehensive identity management functionalities are built-in, providing a robust defense against potential cyber threats. This is particularly valuable for industries like finance and healthcare, where data integrity is paramount.

Moreover, the IBM M/02-212 leverages state-of-the-art virtualization technologies, enabling companies to optimize resource utilization and increase operational efficiency. Through virtualization, multiple virtual machines can run on a single physical server, allowing businesses to reduce hardware costs and improve overall system management.

The M/02-212 also emphasizes scalability, which means organizations can easily expand their capabilities as their needs evolve. This flexibility allows businesses to adapt to changing market conditions without requiring a complete overhaul of their existing infrastructure.

Additionally, it comes equipped with a user-friendly management interface, providing administrators with the tools necessary to monitor system performance, allocate resources, and troubleshoot issues efficiently.

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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