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Mooneyline Viscometer
The Mooney-Line Viscometer from Prescott Instruments is the perfect choice for all professionals involved in the laboratory testing of polymers, efficiently producing accurate data on a variety of elastomeric compounds.
Fundamental to all Mooney-Line Viscometers is the rotor and die assembly. A sample of test material is placed above and below the rotor and the platens then closed under pressure. The temperature of the dies and the sample contained within are accurately maintained throughout the test by means of microprocessor based PID control systems.
The rotor rotates at a constant speed of two revolutions per minute and by means of a precise transducer system located below the die assembly, the torque exerted on the rotor head is measured and recorded within the system data files.
技术参数：
Mooneyline Viscometer
Technical Specifications：
Standards： Conforms to ISO 289
Electrical： Single Phase, 220 / 240v 50Hz, or 110v 60Hz.
Pneumatics： Filtered Air 4.2 Kg/cm² ( 6OPSI ).
Rotor： Large / Small
Rotation： 2 revolutions per minute
Temperature Control： Temperature Control Digital PID.
Temperature Range： Room temperature to 200°C.
Output Type： Viscosity Torque in Mooney Units
Temperature： Celsius or Fahrenheit.
Time： Min / Seconds or Minutes / Decimal.
Types of test： Viscosity, M1 (1+x), Scorch, Combined Scorch and Siscosity, Mould Release Test and Stress Relaxation, All tests can be with or without heat
Data Format： All data stored in Access database with full export functionality.
PC and Software Specification： Pentium processor, Windows ® compatible, operating in Windows 98 V2 ™, NT ™ 2000 ™ or XP ™, fully networkable
Optional Extras Available: Small and Large rotor
Mooney Sample Cu tter
主要特点：
Mooneyline Viscometer
The Mooney-Line Viscometer from Prescott Instruments is the perfect choice for all professionals involved in the laboratory testing of polymers, efficiently producing accurate data on a variety of elastomeric compounds.
Fundamental to all Mooney-Line Viscometers is the rotor and die assembly. A sample of test material is placed above and below the rotor and the platens then closed under pressure. The temperature of the dies and the sample contained within are accurately maintained throughout the test by means of microprocessor based PID control systems.
The rotor rotates at a constant speed of two revolutions per minute and by means of a precise transducer system located below the die assembly, the torque exerted on the rotor head is measured and recorded within the system data files.
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