

Our polarimeter P1000-LED is used by numerous companies and institutes for basic lab applications and training, for example the experiment on saccharose inversion. It measures the optical rotation according to the half-shade principle, and the measurement results are read through an eyepiece and two noniuses.
- Basic laboratory applications
- Sample chamber for measurement tubes with a length of up to 220 mm
- Requires only little maintenance due to a high performance LED whose service life is up to 2000 times longer than that of conventional sodium discharge lamps
- The scope of delivery includes two measurement tubes (100 and 200 mm length) with a debubbler for the proper filling.
- Can be validated due to the possibility of receiving quartz control plates for the calibration and adjustment.
- Training instrument for universities and schools
Very simple operation for measuring tasks with an accuracy specification of 0.05 °
Training use, for example, for the attempt to sucrose inversion
Features
Our polarimeter P1000-LED is used by numerous companies and institutes for basic lab applications and training, for example the experiment on saccharose inversion. It measures the optical rotation according to the half-shade principle, and the measurement results are read through an eyepiece and two noniuses.
- Basic laboratory applications
- Sample chamber for measurement tubes with a length of up to 220 mm
- Requires only little maintenance due to a high performance LED whose service life is up to 2000 times longer than that of conventional sodium discharge lamps
- The scope of delivery includes two measurement tubes (100 and 200 mm length) with a debubbler for the proper filling.
- Can be validated due to the possibility of receiving quartz control plates for the calibration and adjustment.
- Training instrument for universities and schools
Very simple operation for measuring tasks with an accuracy specification of 0.05 °
Training use, for example, for the attempt to sucrose inversion
| P1000-LED | |
|---|---|
| SCALE | Optical rotation [°] |
| MEASUREMENT RANGE | 2 graduated circles (0–180°) |
| SCALE DIVISION | 1° |
| READING ACCURACY | 0.05° (with nonius) |
| LIGHT SOURCE | 1 LED with filter |
| WAVELENGTH | 589 nm |

