Cap 2000 Viscometer Manual Link

The AMETEK Brookfield CAP 2000+ is a high-performance, cone-and-plate viscometer designed for rapid, small-sample viscosity testing of materials like paints and coatings. It features precise temperature control via an integrated Peltier plate and wide shear rate ranges to support quality control and R&D applications. For the full, direct download of the manual, visit AMETEK Brookfield AMETEK Brookfield CAP2000 Viscometer - AMETEK Brookfield

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The CAP 2000 is not a simple “point-and-shoot” device. It is a high-precision rotational viscometer that operates on the at controlled temperatures. Without the manual, users commonly face: cap 2000 viscometer manual link

: Align the flat on the spindle with the thumb screw and tighten securely. If using a solvent trap , slide it up and lock it clockwise.

For R&D labs requiring flow curves and data logging, the is a game-changer. The software manual explains that the CAP 2000 can be operated remotely via PC. It also indicates that if communication is lost with the viscometer, a message box is displayed after approximately 10 seconds. The AMETEK Brookfield CAP 2000+ is a high-performance,

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: The cone, plate, and sample may be extremely hot during or after high-temperature tests; use appropriate safety gear. Reference Links This link or copies made by others cannot be deleted

: Integrated Peltier Plate allows for precise sample heating/cooling. The L-Series ranges from 5°C to 75°C, while the H-Series ranges from 50°C to 235°C.

The torque rating is analogous to a “spring” in a traditional viscometer; selecting the correct torque ensures that your viscosity readings fall within the 10–100 % torque window recommended by Brookfield.

: Select a cone based on your required viscosity range. Align the spindle shaft flats with the thumb screw, slide it into the adapter, and hand-tighten. Speed Control : Unlike the CAP 1000+, the

Often caused by a worn pivot point, a bent spindle, or improper sample volume. Refer to the manual's maintenance section to verify spindle runout.