Apexsan Analytical Techniques

• Sample volume: 50 - 150 µl  • Osmolality range:0 - 2000 mOsmol/kg  • Resolution: osmolality integer value without decimal part, e.g. 850 mOsmol temperature: value with three digits, e.g. -1.576 °C  • Test time:~ 2 min  • Precision: SD ≤ 4 mOsmol/kg [0 — 400 mOsmol/kg], RSD ≤ 1 % [400 — 2000 mOsmol/kg]  • Linearity:± 1 % [0 -1500 mOsmol/kg] ± 1.5 % [0 - 2000 mOsmol/kg], • Calibration:Two-point calibration (0 mOsmol/kg and one freely selectable osmolality) optional: Three-point calibration (0 Osmol/kg and two freely selectable osmolalities) Power supply:100 – 240 V, 50 – 60 Hz, 70 W, Dimensions:160 x 182 x 340 mm (W xH x D), Weight: 5.3 kg, Temperature range: 10–35 °C, Rel. humidity: 20–80 % (non-condensing), Communication Interfaces: RS-232 port, Control Keypad: (LED display, 2 rows with 24 characters) optional: EuroOsmo7400 Software. 

• Viscosity reference fluids: These fluids are used to check the performance of a viscometer or rheometer.
• Viscosity calibration oils: These oils are used to calibrate or adjust the instrument's calibration

Products Features:  • Improved Triple Shadow Optics with Digital Control to accommodate 200 mm (max.) tubes • Easy Semi - Automatic Measurement of   o Optical Rotation o International Sugar Scale  • Large Easy to Read Multifunctional LCD Display.  • Parallel Printer Port  • Memory Function  • Temperature Display • Real Time, Day and Date  • Tungsten Halogen Light Sources        Technical Specifications: • Angular Scale : ± 360º, Accuracy: 0.01 º    • International Sugar Scale: ±230Z º ISS, Accuracy: 0.03Z º • Maximum Tube Length: 200 mm  • Light Sources: Tungsten Lamp  • Real Time Clock & Date with Memory,  • Supplied with one number of each of sample tube 200 mm and dust cover 

• Model Name/Number DA130N 
• Capacity0 to 2 g/cm3
• Measuring Range Temperature0-40 Degree C
• Digital Resolution Density 0.0001 g/cm
• Digital Resolution Temperature0.1 Degree C

• Brushless DC motor for quiet operation and maintenance free long operation
• Microprocessor controlled for maintenance of accuracy even with viscous liquid
• Viscosity up to 30,000 mPas & 40 L volume
• Adjustable speed ranging from 50 Up to 2000 RPM
• Long timer setting from 1min to 99 hours 59 mins & continuous mode
• With reversible mixing motion – CW/CCW
• Large digital display for all the parameters at one glance
• Uninterrupted operation through Smart control
• Safety cut for overload, over current & over temperature – safety cut
• Counter reaction to speed change
• Push through shaft for viscous liquid or smaller vessels

• Measuring Principle: The freezing point of aqueous solutions is measured.The depression
  of freezing point compared to purewater is direct related to the osmotic concentration.Purewater freezes at 0C, an aqueous solution with an osmolality of 1 osmol / kg water at -1.858C. 1 Mol of a substance dissolved in 1kgofwater givesasolution withan osmotic concentration of 1 osmol / kg water only if it is an ideal solution and if the substance does not dissociate.
• Function and Description: The sample (serum, blood, urine or any other solution) is filled in a plastic sample tube and cooled via a Peltierelement.These are semiconductor devices, which become cold on one side and warm on the other when electrical current flows through. The cold side cools the sample whilst the heat from the warm side dissipates into the air by convection.
• The Loser-Osmometer transports the warmth via cooling surfaces into the atmosphere, an extra water supply is not necessary. Operation of the instrument requires only an electrical socket. The temperatureonthe cold side is kept electronically constant.
• During the measuring process the temperature of the sample is
  measured by a thermistor (a temperature dependent resistor). This
  is part of the measuring headonto which the tube is placed.
• The measuring head is attached to guide rods which protect it from
  accidentaldamage.
• At a defined supercooling the freezing process is started by lowering a needle with ice crystals into the sample tube.The freezing point of the sample is reached.
• The method of initiating the freezing process is important for the reproducibility of measurements. Dipping a needle with ice crystals into the sample gives more exact results than stirring with a wire which is constantly dipping into the sample. Because of linear correlation between osmolality and freezing point the measurement of freezing point is a determination of osmolality. The results are displayed asmosm/ kgH O.
• Accessories included:50plastic tubes, 2x10 vials of standard solution300and900mosm/ kgH O, Spare thermistor, spare needle, spare fuses, Cleaning fluid and little funnel for cleaning needle hole,USB/RS232cables and data transmitting program, operating instructions.
• Calibration: The zero point is calibrated with distilled water and a standard point with the NaCl-solution of 300 mosm / kg H O supplied. Occasional checks shows that the calibration is very stable. An additional 900 mosm-solution can be used to calibrate, whereby the linearity is raised by higher concentrations.
• The second and third calibration point could be changed by user to meet other standard concentrations.
• Special Features and Advantages: Touch operation with Icon-styleon awide black&white graphic LCd display.
• Selectable languages.
• Multi level user access with passwords and usernames
• Single use plastic tubes.
• Blocking of measuring tube or needleby freezing in stand-by modeis counteractedby regular automatically defrosting.
• Needle canbe rinsed withwater or disinfection solution.
• Built in thermo printer and scanner for sample numbers.
• Integrated real time clock to sort measurements and calibrations
• Reduced operating costs asno extra water supply is necessary.
• Wide input voltage range 100-230VAC suitable for all countries.
• Operating of the Instrument: Switch on instrument,wait for ready display (approx.3minutes).
• Place 100l sample in the sample tube ( 10 %).
• Place the sample tube on to the measuring head.
• Lower the measuring head.Thesample tube is dipped into the
  cooling slot.
• Enter samplenumberusing the built in scanner or touch-display. These entries can also be madeafter measurement.

Features:

• Prism made of hard glass
• Visual aim and LCD Display
• Automatic correction of the effect of temperature on the Brix
• Printer Interface for direct data print-out.
• Rs232

Specifications:

• Model: LMAR-1317
• Measurement range Refractive index nD: 1.3000-1.7000
• Measurement range dissolved solids Brix: 0-100%
• Accuracy refractive index nD: ≤ + 0.0002,
• Accuracy Dissolved Solids Brix: + ≤ 0.1%
• Temperature Resolution: 0.1°C
• Temperature Range (Min 0.1°C): 0.-50°C
• Correcting Range of Brix Versus Temperature: 15-45°C
• Usage Temperature Range: Ambient to 35°C
• Interface: RS232
• Dimensions: 370x240x470mm
• Power Supply: 220V / 50Hz