LABORATORY CONDUCTIVITY / SALINITY / TDS METER CC-505
The most important features
- Very high accuracy meter for laboratory use.
- Measures conductivity, salinity, TDS, resistivity and temperature.
- Backlit display enables observation of the chosen function and temperature.
- Calibration in 1 to 5 points.
- Wide measuring range enables measurements of all types of liquids.
- Possibility of entering the α coefficient in a wide range.
- In the conductivity measurement function automatic selection of the temperature coefficient for natural and ultra pure water.
- Memory of 4 000 results.
- USB output.
- Meets the GLP requirements.
Detailed description
Measures conductivity, salinity, resistivity, TDS and temperature. Very wide conductivity measuring range enables measurements in ultra pure water as well as in salines.Characteristic Features:
- The meter is equipped with a large, easy-to-read backlight LCD with brightness control.
- Enables measurements in ultra pure water as well as saline water.
- The most recent version of this model has been updated and has more additional features which facilitate usage and increase accuracy.
- ”HOLD” function to freeze the result on the display.
- Signalisation of the result stabilisation - with a ”READY” symbol and a sound.
- Possibility of sending a calibration report to a PC - up to 10 last calibrations.
- 6 sub-ranges switched automatically.
- Calibration by entering the constant K of the cell in the range 0.010 ÷ 19.999 cm-1 or in standard solution in 1 to 5 points.
- Ability to store constants K of three cells, which cover the whole conductivity range.
- Wide range of α coefficient chosen depending on the kind of measured solution.
- Possibility of changing the reference temperature.
- Automatic or manual temperature compensation.
- Converting conductivity into salinity, in NaCl or KCl, based on the real characteristics instead of a constant coefficient, what greatly increases the accuracy.
- Possibility to determine the TDS by entering the TDS coefficient in the range 0.2 to 1.0.
- In case of measurements of natural water with conductivity from 60 µS/cm to 1 mS/cm the meter enables using non-linear temperature compensation. The parameters of this type of water are determined by the EN27888:1999 norm and concern surface water, deep water and well water. This solution lowers the measurement error.
- The measurement accuracy of the ultra pure water with temperature compensation has been improved by automatic adjustment of the α coefficient depending on the kind of trace contamination and temperature.
- Internal clock with date.
- Internal datalogger enables storing up to 4000 measurements taken in series or singly with temperature, time and date.
- Storing the date of next calibration and reminding it, in the right moment, to the user.
- Non-volatile memory of the stored results and calibration data.
- USB output.
- Change of the date protected by a password
- The data transmission software enables printout of the data in a form protected against any changes.
- The meter meets the GLP requirements.
- 24 months of warranty for the meter.
- IP64 ingress protection.
- Software for data transmission and collection delivered in the set.
TECHNICAL DATA
Function | Conductivity | Salinity | Resistivity | Temperature |
---|---|---|---|---|
Range |
0 ÷ 1999.9 mS/cm autorange - 6 subranges |
NaCl 0 ÷ 296 g/l KCl 0 ÷ 239 g/l |
0.500Ωcm ÷ 200MΩcm | -50.0 ÷ 199.9 °C |
Accuracy (± 1 digit) |
up to 19.999 mS/cm ±0.1 %*, above 20,00 mS/cm: ±0.25 %* |
±2.00 %* |
± 2% of measured value* |
±0.1 °C** |
Temp. compensation | -5 ÷ 70°C | -5 ÷ 70°C | -5 ÷ 70°C | - |
α coefficient | 0.00 ÷ 10.00 %/°C | 0.00 ÷ 10.00 %/°C | 0.00 ÷ 10.00 %/°C | - |
Power supply | 12 V / 100 mA power adapter | |||
Dimensions (mm) | L = 200, W = 180, H = 20/50 | |||
Weight | 550 g |
* | The accuracy of the meter only. |
** | The accuracy of the meter only. The total error includes the meters and probe's accuracy. In the range 0 ÷ 100 °C the acceptable error of the probe with Pt-1000B resistor: ±0.8°C , with Pt-1000A resistor: ±0.35°C. |