Elesa+Ganter 113755 PT100 Electrical Level Indicator

Technical Overview

Elesa+Ganter 113755 PT100 electrical column level indicator is configured as HCK.127-SST316-M12-FKM-PC-P-E-NO-STL. It is an HCK.127 column level indicator with oil level visibility, normally open minimum level contact and an STL PT100 temperature electrical probe. This makes it different from fixed 80°C sensor versions, because PT100 technology supports continuous temperature measurement rather than only threshold switching.

The SST316 hardware provides AISI 316 stainless steel resistance for demanding operating areas. The M12 fixing system and 127 mm hole centre distance allow standardized tank mounting. FKM seals offer higher temperature capability, while the transparent polycarbonate tube is specified for oil. The front PC protection is removable, which supports cleaning during service intervals.

PT100 Temperature Probe Benefit

The STL configuration identifies a PT100 temperature probe. A PT100 element changes resistance according to temperature, with 100 ohms at 0°C and approximately 138.4 ohms at 100°C. This is suitable when maintenance or control teams need measured temperature data for diagnostics, trend monitoring or process supervision.

The normally open level contact closes when the minimum level is reached. In real installations, this can be connected to a control cabinet, PLC input or alarm circuit. The Elesa+Ganter 113755 PT100 electrical column level indicator is therefore relevant for systems where oil level and fluid temperature must be interpreted together. For related technical references, visit Elesa+Ganter product information.

FAQ

What product type is Elesa+Ganter 113755?

It is an electrical column level indicator with a normally open level contact and a PT100 temperature probe.

What does STL mean?

STL refers to the PT100 temperature electrical probe used for temperature measurement.

How is PT100 different from an 80°C switch?

An 80°C switch changes contact state at a preset threshold. A PT100 probe provides a resistance signal that can be converted into a temperature value.

Why is SST316 specified?

SST316 identifies stainless steel hardware suitable for more demanding environments where corrosion resistance is important.