Presentation on theme: "Value for the future, not just a short term investment!"— Presentation transcript:
1Value for the future, not just a short term investment! RheolabQCValue for the future, not just a short term investment!
2RheolabQC It’s not just another QC viscometer or rheometer It’s a complete new rheometer conceptBased on the newest and most innovative technologiesAnd it’s far beyond any other QC rheometer that you know!
3RheolabQCIt’s much easier to useToolmasterTM, Plug and PlayQuick Connect CouplingIt’s more intuitiveOffline and Online ProgrammingLAN/Ethernet, Serial, PS/2, Barcode ReaderIt’s more reliableAccording to international standardsAbsolute viscosity measurementIt’s far beyond the competitionTechnically compatible with MCR rheometersMeasuring range from water to semisolidEC motor technology (brushless DC motor)Fastest shear rate steps (one measuring point every 10ms) in shear mode /CSRDirect flow point / yield point measurement in stress mode /CSSNEW: Peltier temperature control for concentric-cylinder systemsData exchange via LIMS system and/or FDA ’21 CFR part 11’ conformity
4RheolabQC - Specification ConfigurationToolmasterTMGeometryQuick CouplingBearingMechanical Ball BearingMotor typeEC-Motor, brushless DCTorque Range0.25 – 75 mNm, permanentSpeed Range0.01 – 1,200 1/minViscosity Range0.001 – 1,000,000 PasShear Step Change Data Rate<10ms per measuring pointDirect Yield Point TestingYes, Shear Stress ControlShear Stress Range0,5 – 30,000 PaTorque Resolution<0,1 µNmDeflection Angel (preset)1 to ¥ µradInternal Angular Resolution2 µradTemperature Range0 to +180 °C Peltier controlledKrebs Unit Output40 – 150 KU Serial InterfacePC, PrinterLAN-Ethernet InterfacePCPS/2Keyboard, Barcode Reader
5RheolabQC High Resolution Optical Encoder Online position control of shear rate & strainResolution 2 µrad
6The unique synchronous EC motor True Shear Rate / Shear Stress Control RheolabQCThe unique synchronous EC motor True Shear Rate / Shear Stress ControlNon Contact Magnetic Drive Motorabaa electronic fieldb magnetic diskwI = wIIgeometry shaftfrom topelectronic field-stator-magnetic disk-rotor-
7RheolabQC Connections and Ports PC or Printer (RS232) Power Temperature device or circulator (RS232)PC or NetworkKeyboard or Barcode ReaderTemperature Probe or Calibration
8RheolabQC Connections and Ports You would like to print out your measurements?For using own printers with parallel port:item-no.: SERIAL-PARALLEL CONVERTER RHEOLABQCitem-no.: PRINTER FOR RHEOLABQC
9Unique quick connect coupling RheolabQCQuickCouplingGeometry change: What would you prefer?Unique quick connect couplingRheolabQCAny description needed ?
10RheolabQC ToolmasterTM No more errors making the wrong selection Advantages known from the most sophisticated MCR rheometersNo more errors making the wrong selectionIntelligent automatic configurationAll geometry factors stored in the chipUnique identification with Name and SNError free documentation e.g. 21 CFR Part 11
11Available Measuring Geometries RheolabQCAvailable Measuring GeometriesVariationsConcentric Cylinder geometries – ISO 3219Double Gap cylinders – DINDisposable measuring systemsVanes and stirrersSpecial geometries – profiled or sandblastedRheolabQC Brookfield spindles - ASTMRheolab QC Krebs spindles – ASTM D562Haake & Brookfield AdaptersFlexible Cup Holder - beaker holderSolvent Trap
12RheolabQC Special Geometries Coarse disperse materials Ball Measuring System BMC/QCBuilding materials (cement, plaster, ...)Food (meat sauce, jam, curd cheese, ...)Coarse disperse materialsBall measuring system consisting of:(item-no: 26893)Measuring cup + holder (volume: 480 ml / diameter: 115 mm)Temperature probe with clampRecommended BMS measuring systems:BM08/104/QC (item-no: 26896)
13RheolabQC Special Geometries item-no: 22146 - Stirrer ST54-1V/1V (KU1) Krebs Option according ASTM D562item-no: Stirrer ST54-1V/1V (KU1)item-no: Stirrer ST43-1V/1V (KU1-75Y)
14Temperature control system C-PTD 180/AIR/QC RheolabQCTemperature control system C-PTD 180/AIR/QCYou would like to measure at different temperatures?Based on a Peltier temperature control systemWide Temperature range: 0 °C to 180°CCheaper configuration compared with the liquid temp. control systemsSpecial built-in air counter coolingNo external controllerNo counter cooling by using an external fluid circulator necessaryNoise reduced, compared to a fluid circulatorLow power consumptionSmall footprintEasy handlingOnly for CCxx geometriesFirmware V1.26 for the RheolabQC required
15RheolabQC Flexible Cup Holder You would like to measure in a beaker or a tin?Quick Cup Clamping Mechanism for high throughputUse your own beakers or tinsEasy to attach to standard standEasy moveable
16RheolabQC Immersion Variant FlexibilityBasic “Immersion” OperationOptional temperature control jacketCup is directly mounted onto the RheolabQC Precision FlangeExtra Wide U-Stand for user cans & tins up to a volume of 3 literQuick Positioning WheelIn Position Brake to fix RheolabQC in the measuring position
17Typical Applications and Test Types RheolabQCTypical Applications and Test TypesCoatings: Flow Curve, Yield Point,3ITT (Thixotropy)Food: Flow Curve, Yield Point,Temperature Test,BuildingMaterials: Flow Curve, Yield Point,
18Typical Applications and Test Types RheolabQCTypical Applications and Test TypesAdhesives: Flow Curve, 3ITT (Thixotropy),Temperature TestCosmetics: Flow Curve, Yield Point,Temperature Swing TestSoft Gels: Yield Point, 3ITT (Thixotropy)Lubricants,Oils: Flow Curve, Temperature TestAsphalt: Flow Curve, Temperature Test