Overview
The NIRUN FDV-E Economic Starch Viscosity-Tester is a digital viscosity measurement device designed for starch samples. The instrument uses a manual lift mode, the Rotor speed can be adjusted steplessly within the range of 0.1-200 rpm, and the built-in automatic temperature program control optimizes the temperature. It supports a lift/cool rate of up to 8 degrees/min, and the sample volume is 30ml.
Features
1. Manual lifting design, easy to operate
2. Rotor speed stepless adjustable (0.1-200 rpm)
3. Built-in automatic temperature optimization program control, up/down rate up to 8 degrees/minute
4. One special starch F1 rotor, sample volume 30ml
5. Lifting/cooling program software control
6. Configure DV data collection and programmable analysis software to support manual analysis of sample data evaluation
7. Real-time display of the current measured temperature, set temperature, and measured viscosity value
Principle
The Viscosity-Tester uses a dedicated F1 rotor to swirl/spin in the sample to measure the viscosity value of the starch sample. The instrument uses a continuously variable speed control Rotor speed, combined with a built-in temperature program Control system, to achieve accurate lifting and cooling process, and real-time monitoring and recording of viscosity, temperature and other parameters through data collection software.
Applications
Starch viscosity measurement
Standards
GB/T22427.7-2008、GB/T2485.3-2010
Steps
1. Prepare 30ml starch sample
2. Install a dedicated F1 rotor
3. Manual lift measurement device
4. Set Rotor speed (0.1-200 rpm)
5. Set temperature program parameters
6. Start the measurement program
7. Monitor data in real time through software
8. Use analysis software to evaluate sample data
Notice
Please use a dedicated F1 rotor for measurement
The sample volume should be controlled at 30ml.
• The temperature control range should be between -1 and 150 ° C
• Rotation speed setting should be within 0.1-200 rpm
• Make sure instruments are accurately calibrated before measurement
Maintain a stable environment during data collection
