Elesa+Ganter 110084-R-KN SLCK-HT-NC-KN Fluid Level Sensor Kit
The Elesa+Ganter 110084-R-KN SLCK-HT-NC-KN fluid level sensor kit is developed for hydraulic applications that demand a high-temperature solution with normally closed switching logic and M12 connectivity. It extends the function of compatible HCK and HCK-GL column level indicators by adding a clean electrical signal to the existing visual level reading.
A High-Temperature M12 Solution for Fluid Level Monitoring
In industrial machinery, a fluid level sensor kit often needs to do more than just switch on and off. It has to fit the machine architecture, tolerate thermal stress, and work within a reliable connector standard. The Elesa+Ganter 110084-R-KN SLCK-HT-NC-KN fluid level sensor kit answers that requirement by combining three valuable features: operation up to 120°C, normally closed contact behavior, and an M12 male connector.
Because it is part of the SLCK-HT family, this version uses a polyamide-based technopolymer float intended for hotter conditions than the standard polypropylene versions. That makes it a strong candidate for applications where heat exposure is part of everyday machine operation.
Technical Features of the 110084-R-KN Version
The 110084-R-KN code identifies the SLCK-HT-NC-KN model. The NC configuration means the contact is normally closed, while the KN suffix identifies the M12 connector version. As with the other KN executions, this version is intended for lower-voltage use below 30 Vac or 30 Vdc. Maximum current is 2 A, and maximum commutable power is 40 W / VA.
The kit is compatible with HCK and HCK-GL column level indicators and allows the switching point to be adjusted along the indicator axis. This helps match the response level to the real needs of the hydraulic circuit, whether the goal is to create an early warning point, a process threshold, or a maintenance trigger.
Where This Product Performs Well
The Elesa+Ganter 110084-R-KN SLCK-HT-NC-KN fluid level sensor kit is well suited to machine builders who prefer M12-based sensor infrastructure but still operate in warm or thermally demanding environments. It can be used in hydraulic reservoirs, lubrication units, industrial oil tanks, and compact automation systems where signal reliability and connector consistency are both priorities.
Another advantage is that the solution does not remove the benefit of direct viewing. Operators still retain a clear visual reading of the fluid column, while the electrical switching signal supports integrated monitoring at the same time.
Why This Configuration Stands Out
This version stands out because it meets a very specific technical brief: high-temperature performance, NC logic, and M12 connection format. That is not always easy to find in a compact hydraulic accessory. For users standardizing around modern sensor connections while dealing with elevated oil temperatures, the Elesa+Ganter 110084-R-KN SLCK-HT-NC-KN fluid level sensor kit can be a very logical choice.
For more information about Elesa+Ganter, it is helpful to review the related indicator families and accessory options that support complete hydraulic monitoring assemblies.
Elesa+Ganter 110084-R-KN FAQ
What is the main benefit of the Elesa+Ganter 110084-R-KN SLCK-HT-NC-KN fluid level sensor kit?
The main benefit is its combination of high-temperature capability, normally closed switching logic, and M12 connectivity. That makes it useful in advanced machine layouts where connector standardization and heat resistance are both required.
How hot can this version operate?
This SLCK-HT version is intended for applications up to 120°C, which is higher than the standard SLCK versions designed for up to 80°C.
Why is the KN version voltage-limited compared with DIN versions?
The KN execution uses the M12 connector configuration defined for lower-voltage operation, so it is used below 30 Vac or 30 Vdc. This is important to consider during system design and electrical integration.
Can it work with standard HCK indicators?
Yes. It is designed for use with HCK and HCK-GL column level indicators, provided the relevant dimensional compatibility is met.
What kind of systems use this product?
It is suitable for hydraulic reservoirs, industrial lubrication systems, oil monitoring units, and machine assemblies where both visible fluid indication and electrical status feedback are required.
Is the switching level fixed?
No. The switching point can be adjusted by positioning the sensor holder along the indicator axis, which allows the user to adapt the response level to the actual machine requirement.