The Xylem ADP620P Dual Wavelength Saccharimeter delivers precise and highly reliable results at both 589 nm (sodium) and 882 nm (NIR), making it an ideal instrument for analysing raw and refined sugars. With integrated XPC Peltier temperature control and sugar purity calculation software, this saccharimeter is designed for sugar mills, refineries, and quality control laboratories requiring rapid and accurate sugar analysis.
Product Features
- Dual wavelength measurement: 589 nm (Sodium) and 882 nm (NIR)
- Resolution to three decimal places with a range of -30 to +30 °Z
- Peltier temperature-controlled sample chamber (XPC Technology)
- Large 7.4" high-definition full colour touchscreen display
- Simple METHOD system for fast wavelength switching and setup
- Displays POL, Brix, Density & Purity with integral sugar purity software
- Manual or direct Brix input from RFM refractometer via Ethernet
- Accepts standard ICUMSA-compliant glass tubes up to 200 mm
- USB output for LIMS data transfer
- Simple calibration using air, water, or UKAS-certified quartz control plates
Benefits
- Dual wavelength capability allows testing of both light and dark sugar samples
- XPC technology ensures stable and accurate temperature-controlled measurements
- Easy-to-use touchscreen interface simplifies training and operation
- Built-in purity software eliminates the need for external calculations
- Efficient data export via USB or Ethernet supports digital lab workflows
- Conforms to ICUMSA standards with full support for quartz plate calibration
Why Choose the Xylem ADP620P?
The Xylem ADP620P stands out with its dual-wavelength flexibility, precision temperature control, and intuitive sugar purity software, making it a complete solution for modern sugar analysis. Designed for high-throughput environments like sugar mills and refineries, it delivers fast, consistent POL and purity results. Whether you need to test raw cane sugar or refined white sugar, this saccharimeter supports regulatory compliance, robust performance, and lab-wide integration through advanced connectivity.
