Range:

1·10^-6…0,1 mol/l, 0,1…10.000 mg/l

Slope:

57 ± 2 mV/p Ag⁺

Response Time:

< 30 s (in 107 mg/l Ag⁺- Solution)

Stability:

± 0,3 mV (30 min), ± 1 mV (24 h)

Interfering ions:

Hg²⁺, OH^-(precipitates)

pH:

1..7

Temperature:

0…50 °C

Resistance:

< 0,1 MΩ

Sensor:

Ag₂S

Shaft material:

Plastics (black)

Dimension:

Length: 145 mm
Diameter: 12 mm
Immersion depth: 120 mm

Range:

1·^10-4…1 Mol/l, 5…20.000 mg/l

Slope:

55 ± 3 mV/p Na⁺

Response Time:

< 30 s (in 230 mg/l Na⁺-Solution)

Stability:

± 0,5 mV (30 min), ± 1 mV (24 h)

Interfering ions:

Ca²⁺/Na⁺= 1.000
Mg²⁺/Na⁺= 1.000
NH₄⁺/Na⁺= 50
K⁺/Na⁺= 50
Ion/Na⁺- Relation between interfering
and measure ions at 10 % error

pH:

4..10

Temperature:

0…40 °C

Resistance:

~ 1 MΩ

Sensor:

organic ion exchanger in a special solvent,
homogeneously distributed in PVC

Shaft material:

Plastics (black)

Dimension:

Length: 145 mm
Diameter: 12 mm
Immersion depth: 120 mm

Range:

1·10^-5…1 mol/l, 0,4…60.000 mg/l

Slope:

57 ± 2 mV/p NO3-

Response Time:

< 30 s (in 62 mg/l NO₃^-- Solution)

Stability:

± 0,3 mV (30 min), ± 1 mV (24 h)

Interfering ions:

Cl^-/ NO₃^-= 100
NO₂^-/ NO₃^-= 10
Ion/NO₃^—Relation between interfering
and measure ions at 10 % error

pH:

3..10

Temperature:

0…40 °C

Resistance:

< 1 MΩ

Sensor:

oorganic ion exchanger in a special solvent,
homogeneously distributed in PVC

Shaft material:

Plastics (black)

Dimension:

Length: 145 mm
Diameter: 12 mm
Immersion depth: 120 mm

Range:

1·10^-6…1·10^-1mol/l, 0,1…6000 mg/l

Slope:

27 ± 2 mV/p Cu²⁺

Response Time:

< 30 s (in 600 mg/l Cu²⁺- Solution)

Stability:

± 0,3 mV (30 min), ± 1 mV (24 h)

Interfering ions:

Zn²⁺/Cu²⁺= 5000
Cd²⁺/Cu²⁺= 5000
Cl^-, Br^-, J^-/Cu²⁺= 500
Pb²⁺/Cu²⁺= 200
Ag⁺, Hg²⁺, S^2-(precipitates)
Ion/Cu²⁺-Relation between interfering
and measure ions at 10 % error

pH:

2 .. 14

Temperature:

0…50 °C

Resistance:

< 0,1 MΩ

Sensor:

Cu₂Se/Ag₂Se

Shaft material:

Plastics (black)

Dimension:

Length: 145 mm
Diameter: 12 mm
Immersion depth: 120 mm