Presentation on theme: "Www.anton-paar.com RheolabQC Value for the future, not just a short term investment! 26.02.2013."— Presentation transcript:
RheolabQC Value for the future, not just a short term investment!
RheolabQC It’s not just another QC viscometer or rheometer It’s a complete new rheometer concept Based on the newest and most innovative technologies And it’s far beyond any other QC rheometer that you know!
RheolabQC It’s much easier to use Toolmaster TM, Plug and Play Quick Connect Coupling It’s more intuitive Offline and Online Programming LAN/Ethernet, Serial, PS/2, Barcode Reader It’s more reliable According to international standards Absolute viscosity measurement It’s far beyond the competition Technically compatible with MCR rheometers Measuring range from water to semisolid EC motor technology (brushless DC motor) Fastest shear rate steps (one measuring point every 10ms) in shear mode /CSR Direct flow point / yield point measurement in stress mode /CSS NEW: Peltier temperature control for concentric-cylinder systems Data exchange via LIMS system and/or FDA ’21 CFR part 11’ conformity
RheolabQC - Specification ConfigurationToolmaster TM GeometryQuick Coupling BearingMechanical Ball Bearing Motor typeEC-Motor, brushless DC Torque Range0.25 – 75 mNm, permanent Speed Range0.01 – 1,200 1/min Viscosity Range0.001 – 1,000,000 Pas Shear Step Change Data Rate<10ms per measuring point Direct Yield Point TestingYes, Shear Stress Control Shear Stress Range0,5 – 30,000 Pa Torque Resolution<0,1 µNm Deflection Angel (preset) 1 to µrad Internal Angular Resolution2 µrad Temperature Range0 to +180 °C Peltier controlled Krebs Unit Output40 – 150 KU Serial InterfacePC, Printer LAN-Ethernet InterfacePC PS/2Keyboard, Barcode Reader
RheolabQC High Resolution Optical Encoder Online position control of shear rate & strain Resolution 2 µrad
RheolabQC The unique synchronous EC motor True Shear Rate / Shear Stress Control electronic field -stator- I = II magnetic disk -rotor- geometry shaft from top Non Contact Magnetic Drive Motor a electronic field b magnetic disk b a a
RheolabQC Connections and Ports PC or Printer (RS232) Temperature device or circulator (RS232) PC or Network Power Keyboard or Barcode Reader Temperature Probe or Calibration
RheolabQC Connections and Ports You would like to print out your measurements? For using own printers with parallel port: item-no.: 24600SERIAL-PARALLEL CONVERTER RHEOLABQC item-no.: 79168PRINTER FOR RHEOLABQC
RheolabQC QuickCoupling Geometry change: What would you prefer? Unique quick connect coupling RheolabQC Any description needed ?
RheolabQC Toolmaster TM Advantages known from the most sophisticated MCR rheometers No more errors making the wrong selection Intelligent automatic configuration All geometry factors stored in the chip Unique identification with Name and SN Error free documentation......e.g. 21 CFR Part 11
RheolabQC Available Measuring Geometries Variations Concentric Cylinder geometries – ISO 3219 Double Gap cylinders – DIN Disposable measuring systems Vanes and stirrers Special geometries – profiled or sandblasted RheolabQC Brookfield spindles - ASTM Rheolab QC Krebs spindles – ASTM D562 Haake & Brookfield Adapters Flexible Cup Holder - beaker holder Solvent Trap
RheolabQC Special Geometries Ball Measuring System BMC/QC Measuring cup + holder (volume: 480 ml / diameter: 115 mm) Temperature probe with clamp Recommended BMS measuring systems: BM08/104/QC (item-no: 26896) Building materials (cement, plaster,...) Food (meat sauce, jam, curd cheese,...) Coarse disperse materials Ball measuring system consisting of: (item-no: 26893)
RheolabQC Special Geometries Krebs Option according ASTM D item-no: Stirrer ST54-1V/1V (KU1) item-no: Stirrer ST43-1V/1V (KU1-75Y)
RheolabQC Temperature control system C-PTD 180/AIR/QC You would like to measure at different temperatures? Based on a Peltier temperature control system Wide Temperature range: 0 °C to 180°C Cheaper configuration compared with the liquid temp. control systems Special built-in air counter cooling No external controller No counter cooling by using an external fluid circulator necessary Noise reduced, compared to a fluid circulator Low power consumption Small footprint Easy handling Only for CCxx geometries Firmware V1.26 for the RheolabQC required
RheolabQC Flexible Cup Holder You would like to measure in a beaker or a tin? Quick Cup Clamping Mechanism for high throughput Use your own beakers or tins Easy to attach to standard stand Easy moveable
RheolabQC Basic “Immersion” Operation Optional temperature control jacket Cup is directly mounted onto the RheolabQC Precision Flange Extra Wide U-Stand for user cans & tins up to a volume of 3 liter Quick Positioning Wheel In Position Brake to fix RheolabQC in the measuring position RheolabQC Immersion Variant Flexibility
RheolabQC Typical Applications and Test Types Coatings:Flow Curve, Yield Point, 3ITT (Thixotropy) Food:Flow Curve, Yield Point, Temperature Test, 3ITT (Thixotropy) Building Materials:Flow Curve, Yield Point, 3ITT (Thixotropy)
RheolabQC Typical Applications and Test Types Adhesives:Flow Curve, 3ITT (Thixotropy), Temperature Test Cosmetics:Flow Curve, Yield Point, Temperature Swing Test Soft Gels:Yield Point, 3ITT (Thixotropy) Lubricants, Oils:Flow Curve, Temperature Test Asphalt:Flow Curve, Temperature Test