Conductivity and resistivity sensors

INDION TCI/K=0.01

The new INDION TCI/K=0.01 Sensor Conductivity SS 316L Body, Teflon insulator, K=0.01 Co axial cell with Built in PT 100 or 1000, 5 Mtrs cable with pp flow Assy for D.M Water of 1-20μS.

INDION TCI/K=0.1

The new INDION TCI/K=0.1 Sensor Conductivity SS 316L Body, Teflon insulator, K=0.1 Co axial cell with Built in PT 100 or 1000, 5 Mtrs cable with pp flow Assy for D.M Water of 1-200μS.

INDION TCI/K=1

The new INDION TCI/K=1 Sensor Conductivity SS 316L Body, Teflon insulator, K=1 Co axial cell with Built in PT 100 / 1000, 5 Mtrs cable with pp flow Assy for D.M Water of 1-2000μS.

INDION TCI/K=10

The new INDION TCI/K=10 Sensor Conductivity SS 316L Body, Teflon insulator, K=10 Co axial cell with Built in PT 100 or 1000, 5 Mtrs cable with pp flow Assy for D.M Water of 1-20mS.

INDION TCI/K=0.01 resistivity sensor

The new INDION TCI Conductivity Sensor is used to to satisfy a broad range of applications in drinking water, ground water, food, etc.

The cell constant is a critical parameter affecting the conductance value produced by the cell and handled by the electronic circuitry.

In order to produce a measuring signal acceptable to the meter, it is highly important that the user chooses a cell constant appropriate for the sample. The technical specification table shows the optimum conductivity range of cells with different cell constants.

INDION DM 001

The new INDION DM Conductivity Sensor is used to satisfy a broad range of applications like drinking water, ground water, food, etc.

The cell constant is a critical parameter affecting the conductance value produced by the cell and handled by the electronic circuitry.

In order to produce a measuring signal acceptable to the meter, it is highly important that the user chooses a cell constant appropriate for the sample. The technical specification table shows the optimum conductivity range of cells with different cell constants.

INDION DM 01

The new INDION DM Conductivity Sensor is used to satisfy a broad range of applications like drinking water, ground water, food, etc.

The cell constant is a critical parameter affecting the conductance value produced by the cell and handled by the electronic circuitry.

In order to produce a measuring signal acceptable to the meter, it is highly important that the user chooses a cell constant appropriate for the sample. The technical specification table shows the optimum conductivity range of cells with different cell constants.

INDION DM 1

The new INDION DM Conductivity Sensor is used to satisfy a broad range of applications like drinking water, ground water, food, etc.

The cell constant is a critical parameter affecting the conductance value produced by the cell and handled by the electronic circuitry.

In order to produce a measuring signal acceptable to the meter, it is highly important that the user chooses a cell constant appropriate for the sample. The technical specification table shows the optimum conductivity range of cells with different cell constants.