KEY FEATURES:

• Variable Speed Control: Offers speeds ranging from 5 to 1000 rpm, making it suitable for various testing scenarios, from R&D to QC.
• Expanded Temperature Range: Built-in Peltier Plate allows precise temperature control, with two models available:
  • L Series: 5°C to 75°C
  • H Series: 50°C to 235°C
• Wide Shear Rate Range: Ideal for applications requiring small sample volumes and precise temperature control.
• User-Friendly Interface: The instrument features a keypad for direct input of test parameters and an easy-to-use control handle for accurate, automatic cone positioning.
• Automated PC Control: With the optional Capcalc software, automate data collection and control the viscometer, reducing operator error and saving time.
• 4-Line Display: Simultaneous viewing of all test parameters for streamlined operation.

VERSATILE APPLICATIONS:
The CAP2000+ Viscometer is designed to accommodate a wide range of applications, particularly where small sample volumes and precise control are essential. It is suitable for:

• Medium Viscosity Materials: Such as adhesives (hot melt), architectural coatings, autocoats, creams, food products, gels, inks (screen printing), industrial coatings, paints, resins, and UV coatings.
• High Viscosity Materials: Including adhesives, asphalt, chocolate, composite polymers, epoxies, and gels.

Automated Control and Data Analysis:
Capcalc Software (Optional): Enhance your CAP2000+ Viscometer by automating data capture and control. Capcalc allows for powerful scripting capabilities, looping functions for repetitive tasks, and math modeling for yield stress calculations and plastic index. Easily plot up to four data sets for comparison and analysis.

SPECIFICATIONS:

General Specifications:

• Viscosity Range: See details below
• Speeds (RPM): 5-1000
• Number of Increments: 995

High Torque Cone Viscosity Ranges (Poise) – Spindles 01-05
These spindles are ideal for applications requiring high shear rates and measuring high viscosity fluids.

• Cone Spindle CAP01
  • Sample Volume: 67 µL
  • Shear Rate: 13.3N sec⁻¹
  • Viscosity Range: 0.2-375 Poise
• Cone Spindle CAP02
  • Sample Volume: 38 µL
  • Shear Rate: 13.3N sec⁻¹
  • Viscosity Range: 04-750 Poise
• Cone Spindle CAP03
  • Sample Volume: 24 µL
  • Shear Rate: 13.3N sec⁻¹
  • Viscosity Range: 0.8-1.5k Poise
• Cone Spindle CAP04
  • Sample Volume: 134 µL
  • Shear Rate: 3.3N sec⁻¹
  • Viscosity Range: 1-3k Poise
• Cone Spindle CAP05
  • Sample Volume: 67 µL
  • Shear Rate: 3.3N sec⁻¹
  • Viscosity Range: 3-6k Poise

Low Torque Cone Viscosity Ranges (Poise) – Spindles 01-05
These spindles are designed for low/medium viscosity fluids requiring low shear rates.

• Viscosity Range:
  • CAP2000+ @ 5-1000 RPM
  • Range 01-05: 0.2-260 Poise
  • Range 06-10: 0.2-44 Poise

High Torque Cone Viscosity Ranges (Poise) – Spindles 06-10
For applications involving high shear rates in low to medium viscosity fluids.

• Cone Spindle CAP06
  • Sample Volume: 30 µL
  • Shear Rate: 3.3N sec⁻¹
  • Viscosity Range: 8-15k Poise
• Cone Spindle CAP07
  • Sample Volume: 1700 µL
  • Shear Rate: 2.0N sec⁻¹
  • Viscosity Range: 0.78-625* Poise
• Cone Spindle CAP08
  • Sample Volume: 400 µL
  • Shear Rate: 2.0N sec⁻¹
  • Viscosity Range: 3.13-2.5k Poise
• Cone Spindle CAP09
  • Sample Volume: 100 µL
  • Shear Rate: 2.0N sec⁻¹
  • Viscosity Range: 12.5-10k* Poise
• Cone Spindle CAP10
  • Sample Volume: 170 µL
  • Shear Rate: 5.0N sec⁻¹
  • Viscosity Range: 1-1k* Poise

Low Torque Cone Viscosity Ranges (Poise) – Spindles 06-10
For applications where low shear rates are needed for low/medium viscosity fluids.

• Viscosity Range:
  • CAP2000+ @ 5-1000 RPM
  • Range 06-10: 0.2-660 Poise, 0.2-44 Poise

*Note: Maximum speed recommended with this spindle is 400 rpm. The viscosity range indicated is for operation at 400 rpm.

WHY CHOOSE THE CAP2000+ VISCOMETER?

• Precise and Versatile: The CAP2000+ Viscometer’s broad range of applications and precise control make it ideal for industries requiring rigorous testing standards.
• Robust Design: Built to withstand demanding environments where other instruments may not last, ensuring long-term, reliable performance.
• Automated Efficiency: Reduce operator errors and save time with automated data collection and control through Capcalc software.