Schott SI Analytics pH Meters

Lab 850

·        "CalClock" - Visible Reliability
this combination of sensor evaluation and calibration timer is displayed permanently. It monitors all calibration relevant parameters and components, e.g. buffer, electrode, curve slope, zero point and reaction time.

·         Precise Measurements in a short time
with advanced algorithm for evaluation of the stability of the measuring result. This criterion is particularly adapted to our electrodes.

·         16 pre-programmed buffer sets – convenient and safe calibration
the  stored buffer sets (incl. thermal shift) and the automatic buffer recognition secure the correct classification of the mV-measuring signal to the nominal pH-value. This increases the reliability of the subsequent measurements.

·         New: with data back-up and –transfer
RS 232-interface for transfer of measurement results and calabration data plus a data memory for 800 data records make GLP even more convenient.

Lab 860

·         Direct data transfer
either conventional through RS 232 or modern via USB: Both PC-interfaces are integrated in the Lab 860 – no adapter required.

·         Digital documentation
good laboratory practice – taken literally: The calibration protocols and up to 800 data records including time and identification can be called up.

Lab 870

·         Automatic electrode recognition
The quality controller’s dream: A measuring instrument, that recognizes the SI Analytics electrode’s ID! Together with the identification the ID-sensors transfer the calibration data to the meter – wireless. Hence is guaranteed that always the correct calibration values are used.

·         Data transfer made easy
Without back-up direct transfer of the measurement data via USB or RS 232 interface to the PC or printer.

·         An emphasis on service
IQ- and OQ documentation available. The SI Analytics service-team will be pleased to give you assistance.

ProLab 1000

High End pH Meter ProLab 1000

·          Exact measurements
with a measuring range from -2.000 to +20.000 pH and an accuracy of 0.003 pH, the automated calibration with up to 5 points and the automatic buffer recognition out of 22 buffer sets.

·          Electrodes and user identification – safety²
Every stored measuring result shows the used ID-electrode and the user. The calibration data are stored in the ID-sensor. Therefore even when using multiple ID-electrodes on the same meter, the correct calibration data is always chosen automatically.

·          Documentation according to GLP
Protocols for the last ten calibrations and all measuring results with time and ID are available in up to 1,500 storages places.

·          Direct data transmission
Whether conventional via RS 232 or modern via USB – both PC interfaces are integrated in the ProLab 1000.

·          Dead stop function
The integrated dead stop function widens the field of application for manual titration jobs (e.g. wine and food industry).

·          NEW: With ISE-measurement
With a measuring range from 0.000 to 999,999 mg/l and a 2 to 5-point calibration with standards from 0.000 to 500,000 mg/l.

ProLab 3000

• The first pH-meter with integrated PC- Operate it like ”Windows“
  The menu structure which is similar to “Windows” can be operated just like a PC via the menu keys on the instrument or by using the mouse, which is part of the delivery scope. A keyboard can be used can be used at the same time, as the USB (host) interface can be extended by a hub.

• Measuring: pH, mV and ISE in high precision

Two galvanically separated channels with a precision of 0.01pH or 0.1 mV allow simultaneous measurement on the highest level. The two pH/mV/ISE electrodes even work inside the same vessel without affecting the other – with SI Analytics ID electrodes thanks to automatic ID recognition without confusion. In addition to that every channel provides a difference measurement to a reference value. ISE measurement can be performed with different methods such as addition /subtraction procedures.

• Recorder function

Displays measuring values against time. Scalable coordination axes and selectable parameters. Numerical display of measuring values via mouse click (time, date, measuring value, temperature).

• Flexible display of measurements on a brilliant colour graphic display
  The ultra bright QVGA colour graphic display in high resolutionprovides a good readibility even from a distance. The measurement display can easily be switched to full display of a measuring channel, multiple display of different measuring parameters (pH, mV, ISE) or the “recorder” display.

ProLab 4000

High End pH/ION/Cond Meter ProLab 4000

·          As ProLab 3000 - and even one step ahead…
The ProLab 4000 offers the high-quality measurement technology known with ProLab 3000 and is furthermore completed with conductivity measurement for highest standards: A measuring range from 0.000 µS/cm…2000 mS/cm, TDS and salinity measurement as well as various functions for temperature compensation and the cell constant.

 

·          User recognition with electronic identification incl. password entry
The automatic user recognition via transponder key pendant enables an access control and allocation of measuring values, calibrations etc. towards each user. The optional password protection provides additional safety for the user identification.

 

·          Recognition of electrodes – automatic and wireless
ID electrodes send their specific data wireless to the ProLab 4000. It is therefore guaranteed that the ProLab uses the correct calibration at all times for each electrode and avoids erroneous measurements – unmistakable even with 2-channel measurements!

apart from that same as ProLab 3000

ProLab 5000

The complete system for the tasks of measurement, control and regulation

The multiparameter laboratory measuring instrument ProLab 5000 is the complete solution for the tasks of measurement, control and regulation in the laboratory and technical center. Up to 4 measurement modules can determine any combination of pH, conductivity, dissolved oxygen, redox potential, temperature and other parameters. This is based on a modular system structure that links the measurement modules to the central unit and to each other via a bus connection.

• Measurement of pH/ISE/mV, conductivity, and dissolved oxygen
• Up to 4 measurement modules (inputs) in a variety of configurations
• 5.7" RGB TFT display with touch control
• PC software with extensive operating functions
• Coupling of autosampler and burettes for dosing and automated measurements.
• Special electrodes test for pH
• Current outputs for each parameter
• Additional modules for current output possible
• Timer function
• Alarm/threshold function
• 2 PID regulators
• Virtual channels to calculate different parameters from the measured value
• Data storage and data recording
• Data transfer with RS232/USB or Ethernet
• Logbook, i.e., documentation of setting changes, for example
• Access control by password

HandyLab 100

The portable Allrounder for pH/mV measurements

The HandyLab 100 increases the measuring speed and accuracy thanks to the AutoRead and the CMC function. AutoRead displays when the measuring value is stabile and eliminates the risk of a premature reading of the faulty measuring value. CMC (Continuous Measurement Control) visualizes whether the measuring value is still within the calibration limits. Having storage capacity for up to 200 data sets, stored data can be viewed. The HandyLab 100 pH is precise, robust and easy to use.

HandyLab 200

 

The portable Allrounder for conductivity measurements
Due to the wide selection of 2 and 4 pole measuring cells made by SI Analytics, the system consisting of a sensor and HandyLab 200 can be used for a variety of purposes such as conductivity, salinity, TDS and specific gravity. Autoread provides a stabile, precise measuring value. The backlit display and waterproof design make it especially ideal for field use. For easy reference, the HandyLab 200 has a storage capacity for up to 200 data sets, which can be put out on the display.

HandyLab 600

The portable pH IDS measuring device for the safest measuring and high operator comfort

• IDS technology (Intelligent Digital Sensor) - The digitalization of the measuring signal eliminates interferences. The secure allocation of the calibration data to the sensor eliminates any uncertainty about the date and results of its last calibration. This saves time and money while assuring the highest confidence in your measurements.
• AutoRead function - Autoread provides a stabile, precise measuring value.
• CMC (Continuous Measurement Control) - Visualizes whether the measuring value is within the calibration range.
• QSC (Quality Sensor Control) - Informs about the actual condition of the electrode and therefore increases operation safety.
• Traceability of the measuring values - By the digital and automatic capture of all sensor data.
• Transmission of all data in *.csv format - Via USB interface to the PC. Or as an alternative, formatted transfer into Excel via MultiLabImporter (included in the delivery).

HandyLab 680

The portable IDS handheld device measures two parameters simultaneously. ORP, pH, conductivity and oxygen.

• IDS technology - The digitalization of the measuring signal eliminates interferences.
• AutoRead function - Autoread provides a stabile, precise measuring value.
• CMC (Continuous Measurement Control) - Vsualizes whether the measuring value is within the calibration range.
• QSC (Quality Sensor Control) - Informs about the actual condition of the electrode and therefore increases operation safety.
• IDS Technology - the secure allocation of the calibration data to the sensor eliminates any uncertainty about the date and results of its last calibration. This saves time and money while assuring the highest confidence in your measurements.
• Traceability of the measuring values - By the digital and automatic capture of all sensor data.
• User administration - Can be activated to allow tiered access and capabilities ensuring security and confidence of your data.
• Transmission of all data in *.csv format - Via USB interface to the PC or the USB memory stick, or, as an alternative, formatted transfer to Excel by means of MultiLabImporter (included in the delivery).