Elesa+Ganter 113613-KN Column Level Indicator: HCK.127-A4-M12-NBR-PC-P-E-SW-KN
The Elesa+Ganter 113613-KN column level indicator is a technical level monitoring component for hydraulic and lubrication systems. It belongs to the HCK.127 series and is built around a 127 mm mounting distance, making it suitable for many compact tank and reservoir designs.
Construction and Materials
This version combines A4 stainless-steel hardware, M12 connection geometry, NBR sealing and a transparent PC tube. The A4 hardware supports durability in industrial areas where corrosion resistance is important. NBR sealing is commonly used in oil-related systems, while the polycarbonate tube provides clear level visibility during daily machine checks.
SW-KN Configuration
The SW marking identifies the electrical switching function, while KN points to the specific mounting version. Together, these details make the model suitable for installations where operators want a complete mechanical mounting arrangement and a signal-ready level indicator. This is valuable in maintenance programs where component standardisation reduces installation uncertainty.
Industrial Use Cases
The indicator is suitable for hydraulic power units, machine tools, industrial reservoirs and oil circulation systems. It helps personnel observe the actual fluid column and supports electrical signalling for level-related events. This can improve response time when fluid level drops below the expected operating range.
More information about compatible standard components is available from Elesa+Ganter.
FAQ
What type of component is Elesa+Ganter 113613-KN?
It is a column level indicator with visual level reading and electrical switching capability.
What does A4 mean in this code?
A4 refers to stainless-steel hardware commonly selected for improved resistance in industrial environments.
Why is the KN version relevant?
It supports a defined mounting configuration, which can simplify installation and spare-part planning.
Is it suitable for hydraulic tanks?
Yes, it is commonly relevant for hydraulic tanks and compatible oil-based systems when operating conditions match the material limits.