Elesa+Ganter 110089-R-KN SLCK-NO-NO-KN Fluid Level Control Kit
The Elesa+Ganter 110089-R-KN SLCK-NO-NO-KN fluid level control kit is a connector-based solution for industrial fluid level monitoring where two normally open contacts and compact M12 connectivity are preferred. Used with compatible HCK and HCK-GL level indicators, it allows users to combine a visible level reading with electrical switching at a chosen intervention point.
What Makes the Elesa+Ganter 110089-R-KN Distinct
This model belongs to the standard temperature SLCK range and is intended for applications up to 80°C. It uses a polypropylene float and an M12 male connector, which can help simplify integration in modern machinery and service-oriented installations. For users who want an electrical level control kit with a cleaner connector interface, this version can be a strong practical choice.
Technical Profile of the SLCK-NO-NO-KN
The Elesa+Ganter 110089-R-KN SLCK-NO-NO-KN fluid level control kit features two normally open contacts, IP65 protection, and suitability for oil applications up to 2 bar operating pressure. Because it is a KN version, it is associated with the M12 connector format and lower voltage limits typical of that execution. In many industrial settings, that makes it particularly relevant for compact control architectures and connector-based wiring systems.
Benefits of the NO-NO Contact Arrangement
A dual normally open configuration can be valuable where the control strategy calls for the circuit to remain open until the fluid reaches the switching threshold. This can support level-based alarm logic, signal activation, monitoring routines, or process notifications. It also offers more flexibility than a single contact design when the installation requires broader integration into an automation system.
Designed for Real Industrial Conditions
The sensor holder can be positioned along the axis of the indicator, giving installers the freedom to define the switching level that suits the reservoir and the process. In addition, the kit includes elements intended to support installation even in ferromagnetic tanks, where magnetic interaction could otherwise affect performance. This attention to practical installation detail is one reason why the product family is relevant in industrial maintenance and machine design contexts.
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Common Application Areas
The Elesa+Ganter 110089-R-KN SLCK-NO-NO-KN fluid level control kit is suitable for hydraulic systems, lubrication equipment, industrial oil reservoirs, machine tool units, and compact technical assemblies where connector-based installation and repeatable level switching are both important. It is especially relevant in applications where electrical monitoring should complement, not replace, direct visual level control.
FAQ
What does the KN suffix mean on the Elesa+Ganter 110089-R-KN?
The KN suffix identifies the version with an M12 male connector. This can make installation and service work more convenient in systems that use connector-based wiring.
What does NO-NO mean in this product name?
NO-NO means the product has two normally open contacts. This is often chosen when the electrical response should occur only after the float reaches the intervention level.
Is the Elesa+Ganter 110089-R-KN suitable for high temperatures?
This standard version is designed for applications up to 80°C. If the operating environment is hotter, an HT version is usually more appropriate.
Can this model be used in hydraulic and lubrication systems?
Yes. It is well suited for industrial systems that require fluid level monitoring and benefit from both visual indication and electrical switching.
Why choose an M12 connector fluid level control kit?
An M12 connector can help with neater cable management, quicker replacement, simpler maintenance access, and compatibility with connector-based machine layouts.
Does the Elesa+Ganter 110089-R-KN replace the level indicator?
No. It works together with the compatible level indicator, adding electrical signalling while the indicator continues to provide direct visual level information.