Transcript Product Presentation C-PTD 180/AIR/QC

RheolabQC
Value for the future, not just a short term investment!
26.02.2013
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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!
26.02.2013
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RheolabQC
It’s much easier to use
 ToolmasterTM, 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
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RheolabQC - Specification
Configuration
ToolmasterTM
Geometry
Quick Coupling
Bearing
Mechanical Ball Bearing
Motor type
EC-Motor, brushless DC
Torque Range
0.25 – 75 mNm, permanent
Speed Range
0.01 – 1,200 1/min
Viscosity Range
0.001 – 1,000,000 Pas
Shear Step Change Data Rate
<10ms per measuring point
Direct Yield Point Testing
Yes, Shear Stress Control
Shear Stress Range
0,5 – 30,000 Pa
Torque Resolution
<0,1 µNm
Deflection Angel (preset)
1 to µrad
Internal Angular Resolution
2 µrad
Temperature Range
0 to +180 °C Peltier controlled
Krebs Unit Output
40 – 150 KU
Serial Interface
PC, Printer
LAN-Ethernet Interface
PC
PS/2
Keyboard, Barcode Reader
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RheolabQC
High Resolution Optical Encoder
Online position control of shear rate & strain
Resolution 2 µrad
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RheolabQC
The unique synchronous EC motor
True Shear Rate / Shear Stress Control
Non Contact Magnetic Drive Motor
a
b
a
a electronic field
b magnetic disk
wI = wII
geometry shaft
from top
electronic field
-stator-
magnetic disk
-rotorwww.anton-paar.com
RheolabQC
Connections and Ports
PC or Printer (RS232)
Power
Temperature device or
circulator (RS232)
PC or Network
Keyboard or Barcode Reader
Temperature Probe or
Calibration
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RheolabQC
Connections and Ports
You would like to print out your measurements?
For using own printers with parallel port:
item-no.: 24600 SERIAL-PARALLEL
CONVERTER RHEOLABQC
item-no.: 79168 PRINTER FOR RHEOLABQC
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RheolabQC
QuickCoupling
Geometry change: What would you prefer?
Unique quick connect coupling
RheolabQC
Any description needed ?
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RheolabQC
ToolmasterTM
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
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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
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RheolabQC
Special Geometries
Ball Measuring System BMC/QC
Coarse disperse materials
 Building materials (cement, plaster, ...)
 Food (meat sauce, jam, curd cheese, ...)
6
10
mPa·s
Ball measuring system consisting of:
5
10
(item-no: 26893)
 Measuring cup + holder
(volume: 480 ml / diameter: 115 mm)
 Temperature probe with clamp
Recommended BMS measuring systems:
 BM08/104/QC (item-no: 26896)
Plaster A
Viscosity
Plaster B
4
10
Viscosity
3
10
-1
10
0
1
10
Shear Rate
10
1/s
2
10
.
Anton Paar GmbH
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RheolabQC
Special Geometries
Krebs Option according ASTM D562
Technical Data
Display Information
Measurement Range
KU Resolution
Speed Range
Temperature Range
ToolmasterTM
RheolabQC
Krebs-Units [KU]
40 - 150 KU
1 KU
200 rpm
10 °C - 50 °C
Yes
 item-no: 22146 - Stirrer ST54-1V/1V (KU1)
 item-no: 22147 - Stirrer ST43-1V/1V (KU1-75Y)
22146
22147
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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
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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
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RheolabQC
RheolabQC Immersion Variant
Flexibility
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
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RheolabQC
Typical Applications and Test Types
Coatings:
Food:
Building
Materials:
Flow Curve, Yield Point,
3ITT (Thixotropy)
Flow Curve, Yield Point,
Temperature Test,
3ITT (Thixotropy)
Flow Curve, Yield Point,
3ITT (Thixotropy)
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RheolabQC
Typical Applications and Test Types
Adhesives:
Cosmetics:
Soft Gels:
Lubricants,
Oils:
Asphalt:
Flow Curve, 3ITT (Thixotropy),
Temperature Test
Flow Curve, Yield Point,
Temperature Swing Test
Yield Point, 3ITT (Thixotropy)
Flow Curve, Temperature Test
Flow Curve, Temperature Test
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