Ocean-optics Transmissive pH Probe Manuel d'utilisateur

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PH-BCG-TRANS-01-0210 1
Transmissive pH Probe
Instructions
Overview
Ocean Optics’ fully integrated pH systems provide full spectral analysis to help eliminate errors from
dye leaching or from changes in turbidity, temperature, and ionic strength. Inherent calibration based
on the physical properties of the immobilized indicator dye eliminates the need for frequent
calibration. The ratiometric algorithm provides accurate and reproducible measurements at a high
resolution.
The Transmissive pH Probe’s form factor provides very fast response with high signal strength,
though is limited to clear, non-turbid solutions. These sensors are compatible with aqueous solutions,
ethanol/methanol solutions, ammonia, peroxides, and sodium hypochlorite solutions.
Transmissive Probes and Patches
The pH sensory substrates use a sol gel sensing material coated onto a transmissive patch. The
immobilized indicator dye(s) are encapsulated into the sol gel matrix, allowing for the diffusion of
ions while preventing leaching of the dye. The sensors provide very accurate measurements in the
biological range, from pH 5 to 9. Advantages of these probes over traditional potentiometric devices
include faster response time, easy storage and no maintenance, and low cost. These are especially
useful for monitoring low conductivity samples such as boiler water, where electrode devices fail.
Software Interface
The Transmissive pH Probes can be used with a desktop system or the Jaz handheld spectrometer. The
desktop system uses a special SpectraSuite software module that allows for easy calibration,
convenient pH readings, customizable data logging, and comprehensive export of data and calibration
values.
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Résumé du contenu

Page 1 - Instructions

PH-BCG-TRANS-01-0210 1Transmissive pH Probe InstructionsOverviewOcean Optics’ fully integrated pH systems provide full sp

Page 2 - 2 PH-BCG-TRANS-01-0210

pH Probe Instructions10 PH-BCG-TRANS-01-0210Performing a linear fit gives a line with pK equal to the y-intercept and slope equal to the slope. In the

Page 3 - Nature of Samples

pH Probe Instructions2 PH-BCG-TRANS-01-0210Transmissive pH Probe Benefits Chemistry- Proprietary Organically Modified Sol Gel (ORMOSIL) formulation e

Page 4 - Using Factory Calibration

pH Probe InstructionsPH-BCG-TRANS-01-0210 3For field measurements, the Ocean Optics handheld Jaz spectrometer offers an easy and portable solution. An

Page 5 - PH-BCG-TRANS-01-0210 5

pH Probe Instructions4 PH-BCG-TRANS-01-0210Installing the pH Sensor System► ProcedurePerform the steps below to install the pH Sensor components:1. In

Page 6 - ► Procedure

pH Probe InstructionsPH-BCG-TRANS-01-0210 55. Enter your Experimental parameters: Acquisition Wavelength, Baseline Wavelength, and approximate Ambient

Page 7 - Taking pH Measurements

pH Probe Instructions6 PH-BCG-TRANS-01-021010. Take a high reference spectrum for pH 11.0. To do this, submerge the probe tip in pH 11

Page 8 - 8 PH-BCG-TRANS-01-0210

pH Probe InstructionsPH-BCG-TRANS-01-0210 76. Take a low pH reference spectrum at pH 1.0. To do this, a. Submerge the probe tip in pH 1 buffer and sha

Page 9 - Algorithms Used

pH Probe Instructions8 PH-BCG-TRANS-01-02102. Click the Run/Stop button to toggle data acquisition appearing in the lower table on the screen. Data is

Page 10 - Specifications

pH Probe InstructionsPH-BCG-TRANS-01-0210 9Algorithms UsedpH CalculationSamplepHSampleAbsAbsAbsSlopepKpH11log*…where AbsSample is the sampl

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