The system features an integrated Peltier plate available in two distinct thermal configurations:
Your instrument's manual is available for free download from AMETEK Brookfield's online store or via the direct PDF links above. As a part of their sustainability initiative, they have moved to a digital format, so you may need to create a free account on the store to access the file.
With the CAP 2000 warmed to equilibrium, Meera began the test. The dial settled; readings streamed to the connected laptop. When an unexpected fluctuation appeared, she didn’t panic — the manual had shown this exact symptom tied to air bubbles and recommended a slower spindle immersion and a brief degas. She followed the procedure, re-ran the measurement, and obtained smooth, reproducible curves. The data confirmed the sealant’s viscosity profile across temperatures, and the team could confidently move to scale-up.
It is recommended to remove the cone for cleaning, although it can be cleaned in place with extreme care. cap 2000 viscometer manual link
Note: The official M02313 manual is designed for the CAP 2000+ series with serial numbers starting with "CPN". If your instrument is an older model ("CP" prefix), contact AMETEK Brookfield for support. Overview of the CAP 2000+ Viscometer
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The CAP 2000+ offers variable speed, allowing it to operate between . Its primary advantage is integrated temperature control, enabling measurements at specific temperatures between ambient (or lower) and up to 235°C, depending on the model. Key Features: Variable Speed: 5 to 1000 RPM. Cone and Plate Geometry: Small sample volume required. The system features an integrated Peltier plate available
Set your target temperature and allow the cone and plate to equilibrate for approximately before testing.
: Extremely low, requiring less than 1 mL (
Use a high-precision pipette to dispense the exact volume specified in the manual onto the center of the sample plate. The dial settled; readings streamed to the connected laptop
: Best results require the cone spindle and sample to reach thermal equilibrium before measurement. A hold time of 1–3 minutes is generally recommended.
The Cap 2000 is a capillary viscometer system used to measure kinematic viscosity of liquids by timing flow through a calibrated capillary tube (ASTM, ISO methods). Typical users: labs testing fuels, oils, polymers, coatings, and quality control.
Set the integrated temperature control system, which utilizes a built-in Peltier plate to regulate sample temperatures precisely between 5°C and 75°C (Low-Temperature model) or 50°C and 235°C (High-Temperature model). 3. Test Procedure and Sample Handling
| Symptom | Most Likely Cause | Solution / Manual Section | |---------|-------------------|----------------------------| | Display flashes “0s” and “P” blinks | Cone not calibrated | Perform cone calibration (Section III.4) | | “EEEE” appears | Viscosity exceeds full‑scale range | Use a lower speed, a smaller‑gap cone (e.g., cone 01‑05 instead of 06‑10), or switch to high‑torque model (Section III.1) | | Torque reading is <10 % and flashes | Fluid viscosity too low for current speed/cone | Increase speed, use a cone with a higher shear factor, or obtain low‑torque option (Section III.1) | | Inconsistent readings between runs | Sample not equilibrated, or solvent trap not used for volatile samples | Allow 10 minutes for temperature stabilization; for paints/coatings, always use solvent trap | | Temperature will not stabilize | Circulating bath connections loose or flow restricted | Check that tubing from circulating bath is pushed tightly onto viscometer tubes; allow 30 minutes for thermal equilibrium | | No reading, motor does not run | Speed changed while motor was running, or emergency stop activated | Press STOP, enter new speed, then RUN; if problem persists, cycle power (Section II.3) |