Biobase Digital Viscometer BDV-1C

Biobase Digital Viscometer BDV-1C

The Biobase Digital Viscometer BDV-1C is a high-performance instrument designed for precise viscosity measurement of Newtonian fluids. It offers an extended measurement range and enhanced stability, making it suitable for applications that require high-viscosity testing. Featuring a 16-bit MCU central control circuit and an RTD temperature probe, it ensures accurate readings by continuously monitoring sample temperature. The large LCD screen provides clear and comprehensive data display, while its stepless rotation speed control offers flexibility for various testing conditions.

Features

1. 16-bit MCU central control circuit for stable and precise performance.

2. RTD temperature probe for real-time monitoring of sample temperature.

3. LCD display for clear and detailed measurement data.

4. Stepless rotation speed adjustment from 0.1 to 99.9 rpm for versatile testing.

5. Six standard spindles (R2–R7) with optional R1 spindle to extend measurement range.

6. RS232 output interface and optional software for data collection, analysis, and plotting.

Applications

1. Quality control in paints, coatings, and inks manufacturing.

2. Chemical processing and laboratory research.

3. Food and beverage production for consistency verification.

4. Pharmaceutical industry for formulation stability testing.

5. Adhesive and polymer viscosity measurement.

6. Cosmetic product quality assessment.

Specifications

• Measured range: 640 to 320M mPa·s

• Rotation speed: 0.1 to 99.9 rpm, stepless adjustment

• Number of spindles: 6 (R2 to R7), optional R1 spindle

• Measurement accuracy: ±1% FS (Newtonian fluid)

• Repeatability: ±0.5% FS (Newtonian fluid)

• Power supply: AC100~240V, 50/60Hz

• Standard accessory: RS232 output, RTD temperature probe

• Optional accessory: Special-purpose printer

• Package size: 400 × 350 × 550 mm

• Gross weight: 10.5 kg

Conclusion

The Biobase Digital Viscometer BDV-1C delivers exceptional performance for high-viscosity measurements, making it ideal for industries that demand accuracy and reliability. With its robust design, flexible speed control, and real-time temperature monitoring, it ensures consistent and precise results, making it an indispensable tool for both laboratory and industrial applications.