FTIR Wine Analyzer: Lyza 5000 Wine

The novel multi-parameter FTIR analyzer Lyza 5000 Wine is your solution for the analysis of wine, must and must in fermentation. Fast measurements for a multitude of parameters ensure that you have all the information you need during the whole wine production process.

Anton Paar FTIR Wine Analyzer: Lyza 5000 Wine — FTIR Instruments

Manufacturer: Anton Paar — Austria

Overview

The novel multi-parameter FTIR analyzer Lyza 5000 Wine is your solution for the analysis of wine, must and must in fermentation. Fast measurements for a multitude of parameters ensure that you have all the information you need during the whole wine production process. Thanks to a quick setup and pre-installed models, all important results for wine analysis, including ethanol, sugars, and acid profile, are just a tap away.

More Than 15 Parameters Are Just a Tap Away

  • Receive results for more than 15 parameters for wine and must, including ethanol, sugars, and acid profile in a single measurement.
  • Minimal measurement times of less than 1 minute allow for high sample throughput and fast reaction times.
  • Easily handle single measurements, adjustment of models, or even complex measurement routines with the user-friendly touchscreen interface.
  • Lyza 5000 Wine performs all data analysis automatically – there’s no need for an external PC.
  • Integrate Lyza 5000 Wine into your LIMS system for the highest degree of automation.

Superior Performance that Lasts a Lifetime

  • Lyza 5000 Wine’s 12-bounce ATR measurement cell is enduring and maintenance-free while delivering high-intensity signals for continuing robust results.
  • No more worries about cleaning – the Cleaning Performance Index (patent pending) determines the condition of your instrument and advises you when to clean.
  • The most accurate measurement cell temperature control in comparison to any wine analyzer (±0.03 °C) guarantees the most stable measurement conditions.
  • Live notifications inform you about the state of the instrument and recommend what action to take.
  • Integrated workflows guide you through water and ethanol reference measurements – no proprietary reference standards necessary.

The Evolution of Wine Analysis

  • The convenient Xsample 370 provides fully automated filling, referencing, cleaning, and drying
  • Maximize your sample throughput via automation with the competitively priced Xsample 520 with up to 48 vials.

Must and Must in Fermentation

ParameterUnitsRangeRepeatability ¹⁾
Ethanol%v/v0 to 140.03
Glucoseg/L0 to 1600.2
Fructoseg/L0 to 1600.4
Titratable Acidity2g/L [T]2 to 150.05
Volatile Acidsg/L [A]0 to 1.50.03
Malic Acidg/L0 to 70.06
Tartaric Acidg/L1 to 90.17
Lactic Acidg/L0 to 20.04
pH-3 to 40.02
Densityg/mL0.99 to 1.120.0001
Must Weight3°Bx-2 to 290.04
Extractg/L0 to 3500.4
Glycerolg/L0 to 100.1
Yeast Assimilable Nitrogenmg/L0 to 3008

Wine

ParameterUnitsRangeRepeatability ¹⁾
Ethanol%v/v6 to 200.02
Glucoseg/L0 to 1500.2
Fructoseg/L0 to 1600.1
Sucroseg/L1.5 to 500.2
Titratable Acidity2g/L [T]2 to 120.04
Volatile Acidsg/L [A]0 to 2.50.04
Malic Acidg/L0 to 70.06
Tartaric Acidg/L0 to 50.05
Lactic Acidg/L0 to 30.05
Gluconic Acidg/L0 to 5.50.03
pH-3 to 40.01
Densityg/mL0.98 to 1.10.0001
Must Weight3°Bx-4 to 240.03
Extractg/L0 to 3500.3
Glycerolg/L0 to 250.2
Total Polyphenolsg/L0 to 30.08

Technical Specification

SpecificationLyza 5000 Wine
Minimum Sample Volume14 mL
Measurement Time per Sample431 seconds
Cell Type12-bounce ATR Ge flow-through cell
Dimensions (L x W x H)450 mm x 340 mm x 240 mm (17.7 in x 13.4 in x 9.4 in)
Cell Temperature ControlPeltier element
Stability ±0.005 °C
Accuracy ±0.03 °C
Power SupplyAC 100 to 240 V
47 to 63 Hz
DC 24V, 3A
Weight15.2 kg (33.5 lbs)
Communication Interfaces5 x USB
RS-232
CAN
Ethernet
WiFi5
Display10.1 in PCAP touchscreen
TFT WXGA (1280 Px x 800 Px)
Notes1 Repeatability for 90 % of samples in a representative set of wines and musts
2 Stated as tartaric acid equivalents to pH 7.0; additional outputs: sulfuric acid equivalents, endpoint pH 8.2, meq/L
3 Available units: °Bx, °Oe, °KMW, °Bé, g/L
4 After temperature equilibration
5 Via external WiFi dongle

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