Elesa+Ganter 110088-R SLCK-HT-NC-NC Fluid Level Control Kit
The Elesa+Ganter 110088-R SLCK-HT-NC-NC fluid level control kit is engineered for industrial applications that need electrical fluid level monitoring under higher temperature conditions. Designed for use with compatible HCK and HCK-GL level indicators, this version combines a high-temperature float material with two normally closed contacts, making it particularly relevant for demanding machine and reservoir environments.
Understanding the Elesa+Ganter 110088-R SLCK-HT-NC-NC
This model belongs to the HT range, which means it is intended for applications up to 120°C. That difference is significant in systems where heat exposure makes standard float materials less suitable. The Elesa+Ganter 110088-R SLCK-HT-NC-NC fluid level control kit uses a polyamide-based float and is designed to support reliable switching performance even when temperature conditions are more severe than those found in standard installations.
Main Product Features
The product is configured with two normally closed contacts and a DIN 43650 C connector. This makes it a practical choice for control architectures that already use DIN-style connections and for maintenance teams that want compatibility with established wiring practices. The sensor holder is watertight, adjustable along the indicator axis, and built to let users set the intervention point according to the fluid level required by the application.
Why High-Temperature Fluid Level Monitoring Matters
In many industrial systems, temperature is not a minor detail. Hydraulic units, process equipment, heated lubrication circuits, and enclosed machinery can expose fluid monitoring components to more demanding thermal conditions. In such scenarios, the Elesa+Ganter 110088-R SLCK-HT-NC-NC fluid level control kit stands out because it is specifically built for higher-temperature operation while still offering visual and electrical monitoring in the same overall setup.
Performance in Industrial Installations
This fluid level control kit supports IP65 protection and is suitable for operating pressures up to 2 bar in oil applications. Those characteristics make it relevant in practical industrial settings where splashes, contamination risk, and service demands are part of normal use. The presence of two normally closed contacts can also be valuable where the electrical logic of the machine requires stable default continuity and a clear response at the switching threshold.
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Typical Applications
The Elesa+Ganter 110088-R SLCK-HT-NC-NC fluid level control kit may be considered in hydraulic power packs, heated process tanks, industrial lubrication systems, machine reservoirs, and equipment operating in environments where standard temperature limits may not be sufficient. Its technical profile makes it especially relevant where temperature resilience and dual normally closed contact behaviour are both required.
FAQ
What makes the Elesa+Ganter 110088-R different from standard SLCK versions?
The main difference is its HT construction, which supports applications up to 120°C. This makes it more suitable for installations with elevated operating temperatures.
What does HT mean in SLCK-HT-NC-NC?
HT refers to the high-temperature version. In practice, that means the kit uses a polyamide-based float designed for higher thermal resistance than standard versions.
Why choose a DIN connector version instead of an M12 version?
A DIN connector version can be the right fit when existing equipment, wiring standards, or maintenance routines already rely on DIN 43650 C connections. It often helps maintain consistency in plant installations.
Is the Elesa+Ganter 110088-R suitable for oil tanks?
Yes, it is associated with compatible oil level indicator systems and is relevant for industrial oil monitoring applications where electrical level feedback is required.
What is the benefit of two normally closed contacts?
Two normally closed contacts can support more complex monitoring logic, offer clearer integration into specific control strategies, and provide flexibility for signalling or machine response functions.
Can the switching point be adjusted?
Yes. The sensor holder can be moved along the axis of the indicator, allowing the intervention level to be set according to the needs of the application.