Used THETA Rheotronic ll #9187350 for sale
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ID: 9187350
Rotating vacuum viscometer
Temperature: 1700°C
Cabinet:
Table top with wiring and cables
Size: 24cm (9 1/2.") W
Single phase, 208/240 V, 25Amp 3.2KW, 50/60 Hz
Stand:
Size: 155 cm (61") high 40 x 48cm foot print for vacuum viscometer
Head plate adjustable ball bearing carrier
With head mounting angle
Fixed furnace
Manually operated head hoist
Anchor plate for cooling water and gas hoses
Measuring head and coverad:
Includes:
Head plate
Sensor mounting post with stepper motor drive
Rotor immersion depth gauge
Specimen holder mounting clamps
Electrical
Vacuum feed through heat shields sensor side
Furnace side all cable
Viscometer vacuum cover
Top with vacuum feed through for immersion depth gauge
Measuring sensor:
Digital rotating torque sensor with female
Coupling used in conjunction
With multi speed keypad module for calibration and display selection IRS 232 port
Beaker:
Al2O3 35mm OD, 65mm high
50cc nominal, 40cc minimum charge
(3) Beaker holder rods:
Al2O3, 419mm actual, 470mm (18") nominal
Heat shield:
Rotating visc SHA 53mm (21116") diam vacuum viscometer
Rotor: Alumina torque sensor
Type B
Closed end 502mm (19 3/4")
30% RV Platinum
6% Rhodium / Platinum
Rhodium Alumina.
Protection tube:
64mm (2 1/2") OD Alumina 470mm nominal
Overall length: 438mm (17 1/4")
Furnace port: 67mm (2 5/8")
Gas introduction tube:
Protective atmosphere Al2O3, 19"
3.2mm (1/8 "OD, 1/16" lD)
48cm (19") long
Furnace:
1700°C MoSi2 for rotating visc
With provision for port tube
Vacuum PP visc Six 18cm
(7") long MoSi2 hair pin elements
6.7cm (2 5/8") Ø opening
Height: 43cm, (17")
Type 8 control thermocouple
(3) Axes positioning adjustment
Cooling plate for viscometer:
Port diameter: 75mm (3")
Hose connection, 1/4"
Temperature control:
Multi-segment programmer 25 Amp controls
Built in systems control and utility switches
SCR Power module with current limit
Step down transformer item 6.1
RS 232 port and cable to computer
Signal conditioner:
Viscosity sensor power supply
lnput / Output board with RS 232 port
Digital indicator with 0.1'C resolution for measuring thermocouple
Sensor keyboard:
Multi speed keypad for calibration
Digital display in stand alone
Table top housing with all cable
Dell multimedia pentium PC
RAM: 2 Gb
Hard disk drive: 250 Gb
PCI Video adapter: 64 Mb
DVD +/- R/ltV drive, keyboard and optical mouse
OS: Windows 7
Professional and theta software
Printer
PC board:
(2) High speed (dual) serial port 920 Kbps for dlatometer
Includes:
Electronic gauge
Temperature meter
Power control
Software:
Theta Rheosoft lV
32-bit instrument control
Data acquisition software
Temperature programming
Instrument calibration and verification tests
Expansion data correction
Temperature data corrections
A graphical run-time experiment monitor
Data analysis,display and report generation functions
Includes:
Thermocouple NIST standard reference material database
Sample softening
Other audio signals
Accessories:
Rheo ll tools and utility kit
Calibration oil
Operating instructions
Atmosphere control module:
DR586 for purge gas and vacuum control
Pressure relief
System pressure gauge
Flow meter
Gas in
Vacuum
Gas out valve
Atmosphere control module:
Protective and purge gas
2-Flow meter
Capacity: 5 to 250 milli liter
Gas in
Vacuum
Gas out valve
Vacuum pump 113 ltr/min 10 -3 torr 230V
Motor, control with joystick.
THETA Rheotronic ll is a laboratory apparatus and accessory designed to study the behavior of material under dynamic loading conditions. This device, manufactured by THETA Instruments, provides an easily-operated and accurate way to measure turbulence and other time-dependent material properties. Utilizing a strain-rate dependent force transducer, Rheotronic ll is an essential tool for materials research, with many applications in bio engineering, medicine and industrial materials. The main components of THETA Rheotronic ll are a force transducer, bearing control section, control console, and data acquisition and control software. Rheotronic ll is designed to measure and control the force applied to a specimen in order to study its time-dependent properties and to perform accurate measurements of our specimen's strain rate. The force transducer mounted on the specimen subjects the material to a constant strain-rate while the strain increase is monitored by a linear variable displacement transducer. The measurements obtained can be used to study the overall behavior of the material. The operable temperature range of THETA Rheotronic ll is -50°C to 130°C. Rheotronic ll also offers the capability of compensation of force, displacement and strain on both tension and compression tests. This device is used to study the behavior of the material at different rates of strain. The control console used for operating THETA Rheotronic ll is equipped with a graphical user interface (GUI) for ease of operation. A variety of pre-programmed test programs can be selected from the GUI, including free drape test and cyclic tension-compression test, among others. Rheotronic ll has a specialized software that sends and receives data from the force transducer and the control section. The data is displayed in a user-friendly format with tables and interactive graphics for further analysis. THETA Rheotronic ll is accurate, robust and efficient, making it the perfect tool for materials testing laboratories. It is ideal for both research and industrial materials testing as its accurate measurements allow a better understanding of material behavior in a variety of adjusted fatigue, compression and other tests. Rheotronic ll offers a comprehensive solution suitable for a number of material testing applications.
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