(standardized by the Imperial Chemical Industries), ensuring that every bucket of paint from London to Los Angeles had the exact same flow properties. Its reputation for being "rugged" made it a rare piece of precision lab equipment that could actually survive the messy, high-temperature reality of a factory floor. Key Features at a Glance: CAP2000 Viscometer - AMETEK Brookfield
Whether you need the or the CAPcalc software guide
Brookfield CAP 2000+ Viscometer Manual Link & Comprehensive Guide cap 2000 viscometer manual link
Occasionally, manufacturer websites restructure their content. If your saved link fails, try these backup strategies:
Before digital precision became the norm, laboratories struggled to replicate "high-shear" environments—the kind of stress paint faces when it's shot through a high-pressure nozzle or rolled onto a wall. The CAP 2000 (and its successor, the 2000+) changed the game by offering a variable-speed "Cone and Plate" system that could mimic these intense conditions with a sample smaller than a single tear. AMETEK Brookfield It became the "gold standard" for the ICI method If your saved link fails, try these backup
Note: Always cross-reference your viscometer’s serial number with the manual version to ensure operational parameters and firmware instructions match your specific unit. ⚙️ Key Specifications and Features
is distinguished by its variable speed and temperature range capabilities. ⚙️ Key Specifications and Features is distinguished by
This guide covers installation, initial power‑on, product registration, and basic safety precautions.
The "EEEE" error indicates your measurement is over range . The viscosity is too high for the current spindle/speed combination. To resolve, select a lower speed or a different cone spindle.
The sections below summarize the most critical procedures found in the official manual. For complete details, always refer to the PDF manual linked above.
: Choose a cone spindle based on your expected viscosity range (e.g., Cone 01 for lower viscosity).