Elesa+Ganter 110086-R-KN SLCK-HT-NO-NC-KN Fluid Level Control Kit with M12 Male Connector

The Elesa+Ganter 110086-R-KN SLCK-HT-NO-NC-KN fluid level control kit is intended for applications that require both high-temperature resistance and the practical benefits of an M12 connector interface. As part of the SLCK-HT-KN family, this version is designed for HCK level indicators and supports fluid level monitoring up to 120°C. It combines electrical switching with visual level observation, which is valuable in industrial systems where both direct inspection and signal-based control are needed.

What Sets the 110086-R-KN Apart?

This version stands out because it combines three important characteristics in one assembly: high-temperature capability, M12 male connector compatibility, and a one normally open plus one normally closed contact arrangement. For machine builders, this means the Elesa+Ganter 110086-R-KN SLCK-HT-NO-NC-KN fluid level control kit can fit more easily into modern sensor networks while still supporting elevated operating temperatures. That makes it a strong option for enclosed machinery, hydraulic systems, and process equipment where heat and connector standardization both matter.

Technical Features of the Elesa+Ganter 110086-R-KN SLCK-HT-NO-NC-KN

The manufacturer identifies the SLCK-HT-KN family as the version with M12 male connector for applications up to 120°C. In this temperature class, the float is based on polyamide technopolymer, while the magnetic element inside the float activates the reed contact when the fluid reaches the preset intervention point. The sensor holder is adjustable along the axis of the indicator and can be secured in place to match the operating threshold required by the application. The M12 connector is a 4-pole M12x1 design in glass-fibre reinforced technopolymer with self-extinguishing UL-94-V0 certification. Like the broader SLCK range, the electrical data includes AC/DC compatibility, a maximum applicable voltage of 230 Vac/Vdc, maximum current of 2 A, and maximum commutable power of 40 W/VA.

Application Benefits in Modern Industrial Installations

In real plant environments, connector choice can influence installation speed, replacement time, and cable management quality. The Elesa+Ganter 110086-R-KN SLCK-HT-NO-NC-KN fluid level control kit is therefore attractive not just because it monitors fluid level, but because it fits into sensor-driven machine architectures more neatly than traditional connector styles in some systems. It is relevant for engineers searching for a high temperature fluid level sensor, M12 level switch, hydraulic reservoir monitoring device, or industrial oil level sensor with electrical output.

The combination of a visible level indication and electrical switching output is especially useful in preventive maintenance strategies. Teams can verify the level directly during inspection while automated systems receive the switching signal at the selected threshold. For more information about Elesa+Ganter, compatible accessories and standard machine elements are available across the wider range.

Frequently Asked Questions

What does the Elesa+Ganter 110086-R-KN SLCK-HT-NO-NC-KN fluid level control kit do?

It adds an electrical fluid level monitoring function to a compatible column level indicator while preserving the ability to visually inspect the fluid level.

Why would someone choose the HT-KN version instead of the standard one?

The HT-KN version is intended for higher temperature applications up to 120°C and uses an M12 male connector, which can be preferable in modern industrial wiring systems.

What contact setup does this model use?

It uses one normally open contact and one normally closed contact, which supports more than one control or signal logic path.

Is the intervention level adjustable?

Yes. The sensor holder can be moved along the axis of the indicator and fixed where the switching threshold should occur.

What kind of industries can use this product?

It can be relevant in hydraulic equipment, industrial automation, process systems, machinery with heated fluids, and maintenance-oriented fluid monitoring applications.

Does the M12 connector improve installation flexibility?

In many applications, yes. M12 connectors are widely used in industrial automation because they simplify cabling, support standardized connections, and can make maintenance more straightforward.