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Mettler-Toledo Conductivity Probe InLab 720 2-plate Glass/Platinum Body, Length 120 mm

Cell constant

Shaft length

Shaft Ø

Type

Specifications

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HS Code #
90278930
Cable length
1.2 m
Cell constant
0.06 1/cm
Connection plug
Mini-DIN
Shaft length
120 mm
Material shaft
Glass
Max. temperature
100 °C
Min. temperature
0 °C
Shaft Ø
12 mm
Temperature
0 ... 100 °C
Temperature sensor
NTC 30 kOhm

$940.87

Inc. GST

Supplier Stock: 5
Delivery: 2-4 weeks

Product description

The Mettler-Toledo Conductivity Probe InLab 720, 2-Plate Glass/Platinum, 120 mm Shaft is a conductivity sensor for analytical measurement with compatible laboratory instrumentation. The documented temperature range is 0 to 100 °C. Key dimensions include 120 mm shaft length.

Key Features:

  • Brand: Mettler-Toledo
  • Type: 2-plate for stable and precise conductivity readings
  • Temperature Range: 0 to 100 °C
  • Body Material: Glass/platinum for chemical resistance and durability
  • Length: 120 mm
  • Compatibility: Designed to work with Mettler-Toledo meters featuring ISM technology, helping match the sensor to the correct Mettler-Toledo measurement system

This sensor is best selected by matching its measurement range, sample-contact design and connector to the intended meter and application.

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Conductivity probe InLab® 720 2-plate, glass/platinum body length: 120 mm

Manufacturer P/N

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Cell constant

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Conductivity probe InLab® 710 4-plate, glass/platinum body length: 120 mm

Manufacturer P/N

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Part Number

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Cell constant

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Conductivity sensor InLab® 751-4mm 2-pol, platinum cell, bole length 120 mm, Ø 4mm

Manufacturer P/N

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Part Number

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Manufacturer

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Cell constant

1.0 1/cm

Conductivity sensor InLab® 752-6mm 2-Pol, platinum cell, bole length 180 mm, Ø 6mm

Manufacturer P/N

51344031

Part Number

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Manufacturer

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Cell constant

1.0 1/cm

Frequently asked questions

It is a conductivity sensor for analytical measurement with compatible laboratory instrumentation. The documented temperature range is 0 to 100 °C. Key dimensions include 120 mm shaft length.

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