Polarimeter-Peltier sample temperature control-Assistance systems-TempGate-Kruess_P9100-P

Polarimeter P9100-P with Peltier temperature control

Preis auf Anfrage
Angebot anfordern

Ab Lager lieferbar

Polarimeter with a measurement range of ±90°, ±259°Z; measurement period approx.1 Second

Artikelnummer P9100-P Kategorie Tags , ,

The devices from the P9000 series are digital polarimeters that were designed to measure the optical rotation, specific rotation or concentrations of liquid, optically active samples. The measurement is based on the ability of optically active substances to rotate the polarization direction of light. By determining the rotation, the substance and its concentration is determined. With an optical sensor, temperature control, measuring electronics, evaluation electronics and a touch display, the devices contain all the components needed to carry out measurements reliably.

The devices and their firmware meet all requirements for FDA-regulated areas, as well as for the European (EP / Ph. Eur.), American (USP), British (BP) and Japanese (JP) pharmacopoeia.

Highlights

You are currently viewing a placeholder content from YouTube. To access the actual content, click the button below. Please note that doing so will share data with third-party providers.

More Information
Unblock content Accept required service and unblock content

Advantages

RELIABLE MEASUREMENT RESULTS

Safe. Compliant. Automatic.

Exact filling, stable temperature conditions and constant measured values are crucial for precise and reproducible measurements – with the state-of-the-art technology of the new P9000 series, you can achieve maximum precision and make well-founded decisions based on reliable data. The KRÜSS ASSISTANCE SYSTEMS accompany you step by step – for perfect results with every measurement.

FILLING

Sample-Filling-Assistance-Systems-01-Sample-Cell-Check-Kruess
Sample monitoring during filling
  • Check your samples live on the camera image during filling
  • Detect all interferences along the entire length of the cuvette
  • Fill the Measurement cuvette directly in the measurement device with uniform temperature control
The following influences on the measurement are avoided
  • Air bubbles in the sample
  • Inhomogeneities / streaks in the sample
  • Particles in the sample

TEMPERATURE

Temperature control assistance systems-02-TempGate-Kruess
Intelligent temperature control of the sample
  • Continuous monitoring of sample temperature control and measurement devices
  • Accurate sample temperature control up to ±0.1°C
  • A continuous status LED indicates that the measurement devices are ready for use
The following influences on the measurement are avoided
  • Temperature gradients in the sample and in the measurement devices

MEASURED VALUE

Measurement-Assistance-Systems-03-Measuring-Stability-Check-Kruess
Ensuring precision and reliability
  • Continuous monitoring of measured value stability during measurement
  • Pre-measurements are continuously analyzed for stability
  • Only a measured value that meets the defined stability criteria is stored in the results memory
The following influences on the measurement are avoided
  • Incomplete temperature equalization of the sample
  • Air bubbles in the sample
  • Inhomogeneities / streaks / particles in the sample

POLARIMETER CUVETTES

Transparent. Simplified. Unique.

Take advantage of our modern cuvette design: the new, rectangular shape offers numerous functional advantages over classic, round polarimeter tubes – and in particular facilitates handling, temperature control and bubble detection

MINIMUM SAMPLE VOLUME

A volume of just 1.3 ml is sufficient for precise measurement with our 100 mm long cuvette. Filling is done conveniently with a syringe – either directly in the temperature-controlled polarimeter or outside on the laboratory bench. The user-friendly design with a flat base enables safe, easy handling.

AUTOMATIC CUVETTE RECOGNITION

For an intuitive measurement and calibration process, the polarimeter automatically recognizes the cuvette equipped with an RFID tag and records all relevant cuvette data such as:

  • Length
  • Material
  • Temperature control parameters

For maximum process reliability, error-free documentation and automated measurement and calibration processes.

INSIGHTS INTO YOUR SAMPLES DURING FILLING

The rectangular shape of our glass cuvettes allows visual control of the sample filling over the entire length of the cuvette. As with an aquarium, the sample can be inspected from all sides – air bubbles, particles or streaks are immediately visible. This makes it very easy to detect and reliably avoid measurement errors with the naked eye.

AUTOMATIC DOCUMENTATION OF SAMPLE FILLING

With the Sample Cell Check, the filling process itself becomes part of quality assurance. The cuvette can remain in the polarimeter during filling. An integrated camera transmits the filling process directly to the display – conveniently, precisely and without interrupting temperature control. The automatic sample cell check function reliably checks and documents the entire filling process. Especially with automated sample supply (e.g. with autosamplers), the recorded and stored images can be used for documentation or error analysis. This allows you to rule out potential sources of error in advance – for reproducible and reliable measurement results.

Homogeneous sample temperature control

Thanks to its well thought-out rectangular shape, the cuvette is actively tempered across all side surfaces. The result is a homogeneous temperature distribution in the sample over the entire length of the cuvette – without any disturbing gradients. This ensures that your sample is consistently maintained at the optimal temperature – providing stable conditions and highly accurate measurement results.

  • Fast temperature stabilization for short measurement preparation times
  • Homogeneous temperature curve – no measurement deviations due to temperature gradients
  • Maximum measurement accuracy due to constant sample conditions

EASY TO CLEAN DOWN TO THE LAST DETAIL

Quick to clean – in record time

Our cuvettes are fully dismountable – in just 8 seconds, as demonstrated by our current record.
In doing so, we deliberately rely on a design without active electronic components:

Waterproof, robust and durable.

THE OPTIMAL CUVETTE FOR EVERY APPLICATION

We offer a large selection of different polarimeter cuvettes:

Materials: glass, stainless steel or Hastelloy

Lengths: 50 mm, 100 mm or 200 mm

Do you need a cuvette with special properties or dimensions? No problem – we also offer customized solutions specifically for your measuring task.

Our cuvettes combine ease of cleaning, optimum temperature control and maximum flexibility – so that you can concentrate fully on your measurements.

CALIBRATE AND ADJUST

Automatic. Precise. Certified.

Intuitive calibration with wireless RFID recognition. Each of our quartz control plates is equipped with an RFID tag. When the quartz is inserted into the polarimeter, detection is automatic and wireless – without any manual input. Fast, secure and standardized. Calibration then starts in a menu-guided and user-friendly manner directly via the display of your device.

TEMPERED QUARTZ CONTROL PLATES

Precision starts with the temperature

Quartz control plates are characterized by extremely stable optical properties – ideal for the calibration and adjustment of polarimeters. But even with solids such as quartz, temperature changes have a direct effect on the angle of rotation.

Example: For a quartz control plate with a defined angle of rotation of +34°, a temperature deviation of just 1°C leads to a measured value shift of 0.005°.

The optical rotation of quartz increases with temperature – exact temperature control is therefore crucial for reliable measurement results. Our intelligent TempGate® system automatically achieves the required accuracy of temperature control and keeps it constant.

PTB-CERTIFIED QUALITY

We only use quartz control plates certified by the Physikalisch-Technische Bundesanstalt (PTB) – both for the manufacturer’s calibration of our polarimeters and for later use in your laboratory.

  • Traceability to national standards
  • Highest precision and long-term stability
  • Reliable reference values over many years

CONFORMITY AND COMPLIANCE

Secure data. Clear standards. Audit-proof.

The pharmaceutical industry places the highest demands on documentation, data integrity and regulatory compliance. Our solution supports you in complying with all relevant regulations with comprehensive functionality and a well thought-out system architecture. With our legally compliant documentation package, you are optimally prepared for every audit.

CONFORMITY WITH INTERNATIONAL STANDARDS

Our technology complies with all current standards and directives:

  • FDA 21 CFR Part 11
  • EU / USP / JP / BP Pharmacopoeia
  • ASTM, DIN, ICUMSA, NIST, OIML
  • GAMP & GMP Standards

DATA INTEGRITY WITHOUT COMPROMISE

Rely on maximum security and traceability of your measured data – at all times and in the long term:

  • Fully compliant with 21 CFR Part 11 & EU GMP Annex 11
  • Tamper-proof data recording with lifelong audit trail
  • Protected PDF/A exports
  • Measured value preview for control during stabilization
  • Multi-level user and password management
  • Configurable interfaces for seamless system integration
  • Simple network integration thanks to integrated DHCP client

FLEXIBLE AND EXPANDABLE AT ANY TIME

Wavelength. Camera. Software.

Your requirements continue to evolve – and our system evolves with them.
Thanks to the modular design, additional wavelength modules, cameras for extended documentation or new software functions can be retrofitted at any time. Fast, uncomplicated and without investing in a new measurement device.

LIGHT SOURCES WITH MODERN LED TECHNOLOGY

100% LED – Long-lasting. Low maintenance. Efficient.

We consistently use state-of-the-art LED technology to generate all available wavelengths. The high-performance LEDs we use offer an impressive service life of up to 100,000 hours – which significantly reduces maintenance and operating costs.

WAVELENGTHS SUITABLE FOR YOUR MEASURING TASKS

Simply select the right wavelength for you from the 8 available.
The 589 nm (sodium D-line) is always included as a standard wavelength.

Wavelength (nm) Application (example)*

880 nm – Sugar analysis

633 nm – Biotechnology

589 nm – Standard – Sodium D-line (always included)

578 nm – Pharmaceutical Applications

546 nm – Pharmaceutical Applications

436 nm – Pharmaceutical Applications

405 nm – Concentration adjustments

365 nm – Special applications

*Applications are for illustrative purposes only - please select according to specific measurement requirements.

CUSTOMER CARE

Transparent. Efficient. Plannable.

When buying a measurement device, it is not just the purchase price that counts, but the total cost of use over its lifetime.
Hidden service or maintenance costs can quickly add up to several thousand euros.
We offer full cost transparency right from the start so that you can plan for the long term, avoid surprises and make efficient use of your investment.

TOTAL COST OF OWNERSHIP (TCO)

The real cost of a measurement device only becomes apparent during operation. That’s why it’s not just the purchase price that counts when buying – the total cost of ownership over the lifetime of the device is decisive. A cost comparison pays off in several ways; in addition to knowing the usage costs, different measurement devices can also be compared with each other very well.

We consistently focus on complete cost transparency and thus create the basis for long-term, reliable planning. Hidden service and operating costs are unfortunately no exception in the procurement process. Many supposed additional services initially seem attractive, but over time they become fixed cost factors.

Example:
Extended warranty promises are often linked to regular, verifiable maintenance. These require trained personnel as well as special measuring and calibration equipment – and cause additional organizational and financial expenditure. It is not uncommon for such services to be purchased later from the manufacturer for a fee. Over a useful life of ten years, this can result in cost differences of several thousand euros.

We offer full cost transparency right from the start – so that you can plan your investment for the long term, avoid surprises and use it with maximum efficiency. Holistic assessment, honest solutions, complete security: this is how TCO makes the difference.

Make smart purchasing decisions – use our practical TCO checklist in the document download.

Download TCO-Checkliste

Technical data

Spezifikation P9100-P Modell P9200-P Modell P9300-P Modell
Skalen
  • Optische Rotation (°)
  • Spezifische Rotation (°·ml/(dm·g))
  • Int. Zuckerskala (°Z)
  • Benutzerdefiniert (unbegrenzt)
    •
    Messbereich ±90°
    ±259 °Z
    Messgenauigkeit 1) ±0,003°
    ±0,01 °Z         		±0,002°
    ±0,01 °Z
    Messzeit 1) | 2) 1 Sekunde
    Auflösung 0,001°
    0,01 °Z
    Methoden & Benutzer Über 10000 möglich
    Probenberührende Teile Borosilikatglas; PVDF, NBR, Hastelloy B3, Edelstahl 1.4404
    Probendurchlässigkeit > 0,1 % (OD3)
    Wellenlänge 589 nm 589 nm und eine weitere Wellenlänge
    Weitere Wellenlängen 365 nm; 405 nm; 436 nm; 546 nm; 578 nm; 633 nm; 880 nm
    Max. Röhrenlänge 200 mm
    Zusätzliche Funktionen
  • Audit Trail; Benutzerverwaltung
  • Messwertstabilisierung; Temperaturkompensation
  • Interne Peltier-Temperierung und integrierter Sensor zur Temperaturüberwachung
    •
    Assistenzsysteme
    Sample Cell Check Ja Ja Ja
    Sample Cell Check mit Kamera Nein Ja Ja
    TempGate ® Ja Ja Ja
    Measurement Stability Check Ja Ja Ja
    Automatische Erkennung von:
    Küvetten/Quarzkontrollplaten         		Ja Ja Ja
    Automatische menügeführte Justierung Ja Ja Ja
    Temperaturdaten
    Temperierung Integrierte Peltier-Temperierung
    Temperierbereich 3) 15–45 °C
    Temperiergenauigkeit 3) ±0,1 °C
    Temperaturmessung Integrierte Peltier-Temperierung
    Temperaturmessgenauigkeit ±0,1 °C
    Temperaturmessauflösung 0,01 °C
    Temperaturmessbereich 5-60 °C
    Temperaturkompensation
  • Automatische Temperaturkompensation für Quarz und Zucker (Saccharose)
  • Kundenseitige Temperaturkompensation erstellbar
    • Geräte Basisdaten
    Bedienung 7.0” kapazitiver Touchscreen, 800 x 480 Pixel Touchscreen, Tastatur, Maus, Barcodescanner
    Schnittstellen 2x USB (2.0; Typ A); 1x RS-232; 1x LAN;
    1x AUX (aktuell nicht unterstützt)
    Maße (B x H x T) 680 mm x 170 mm x 330 mm
    Gewicht 16 kg 16,5 kg 18 kg
    Elektrische Kenndaten
    Betriebsspannung 90–240 VAC
    Bemessungsfrequenz 50/60 Hz
    Leistungsaufnahme
    (Messbetrieb)         		85 W im Messbetrieb 86 W im Messbetrieb 95 W im Messbetrieb
    Leistungsaufnahme
    (Max.)3)     		85 W 86 W 95 W

    ¹) Under normal conditions for optical rotation measurement (20 °C, 1013 hPa, 50 % relative humidity)

    ²) After temperature equalization and at OD < 1

    ³) Under normal conditions for polarimetry measurement (λ = 589 nm, target temperature 20 °C, ambient temperature 20 °C, 1013 hPa, 50 % relative humidity)

    Documents

    Calibration standards

    Accessories

    Shopping Cart
    Scroll to Top