ZP - ISE OEM electronics (ion-selective electrodes)

sodium sensing, potassium sensing, pH sensing, chloride sensing, calcium sensing, nitrate sensing, ammonium sensing, phosphate sensing

The ZP - ISE OEM product is not a substitute for a fully functional potentiostat, for those who need a research product we suggest the AnaPot or the Sensit Smart.

AnaPot

Sensit Smart

ZP - ISE OEM

Welcome to the ISE OEM solution for ion-selective electrode biosensor developers.

This is an OEM solution from ZP which is priced to be competitive for developers of ion biosensor applications. The solution on this page is perfect for use with ZP's ion-selective electrodes; sodium, potassium, pH, chloride, pH, calcium, nitrate, ammonium, phosphate.

For those looking for a fully functional potentiostat we would recommend AnaPot or PalmSens available from ZP.

GFET - Zimmer and Peacock biosensor platform - Part Number: ZP5000467

A thumb sized biosensor platform for driving biosensors, sensors, FET, ISFETS and BioFETs.

250,00 €

Add to Cart

Final price excl. shipping costs

Available
Generally ships within 2-4 weeks

The ZP ISE OEM instructions

PURPOSE

The purpose of this document is to provide users the instruction to get started with GFET pH measurement. The step by step procedure for the measurement is provided in the section below.

SCOPE

The scope of this document is limited to the GFET pH measurement using open circuit potential method (OCP) on the potentiostat channel zero (POT0) on the GFET PCB.

TERMINOLOGY

OCP is open circuit potential

SPE is screen printed electrode

PROCEDURE

1. Connect the SPE ZP pH sensor to the connector on GFET

2. Connect the GFET using a micro USB cable to the PC

3. To verify if the device is connected properly and enumerated as a COM port, open Control Panel->Device Manager->Port and find COM number (COM5 in this case).

4. Open any terminal application such as TeraTerm (https://osdn.net/projects/ttssh2/releases/) to view the data from the GFET. The baud rate must be set 57600 bps.

5. Once the device is connected the user can see the pH measurement values in volts displayed in the user interface (see image). The data can be later used in Microsoft Excel or python script for further processing and visualization.