A. Krüss Digital Refractometer DR7300-P 1,30000-1,72000; 0-95&; +/-0,00002; +/-0,02% Brix without Audit Trail

The A. Krüss Digital Refractometer DR7300-P offers precise refractive index measurement within the range of 1.30000 to 1.72000 and Brix measurement from 0 to 95%. Featuring an accuracy of ±0.00002 for refractive index and ±0.02% for Brix, this instrument provides reliable results without an audit trail function, ideal for quality control and laboratory analysis.

Key Features:

• Brand: A. Krüss
• Model: DR7300-P
• Refractive Index Range: 1.30000 to 1.72000
• Brix Range: 0 to 95%
• Accuracy: ±0.00002 (RI), ±0.02% (Brix)
• Audit Trail: Not included

This digital refractometer is perfect for laboratories requiring highly accurate and efficient refractive index and Brix measurements.

Frequently Asked Questions

1. What is the A. Krüss Digital Refractometer DR7300-P 1,30000-1,72000; 0-95&; +/-0,00002; +/-0,02% Brix without Audit Trail used for?

It offers precise refractive index measurement within the range of 1.30000 to 1.72000 and Brix measurement from 0 to 95%. Featuring an accuracy of ±0.00002 for refractive index and ±0.02% for Brix, this instrument provides reliable results without an audit trail function, ideal for quality control and laboratory analysis.

2. Is this product suitable for quality control and laboratory analysis?

Yes. It is designed for quality control and laboratory analysis, and offers a refractive index range of 1.30000 to 1.72000 and a brix range of 0 to 95% to support this kind of work.

3. What refractive index range and brix range does this product have?

It has a refractive index range of 1.30000 to 1.72000, a brix range of 0 to 95% and an accuracy of ±0.00002 (RI), ±0.02% (Brix).

4. What audit trail does this product offer?

It offers not included, internal Peltier temperature control and integrated sensor for temperature monitoring, pre-installed scales (refractive index and %Brix, temperature compensation for %Brix) and functions allowing the customer to create and edit further measurands and temperature compensations.