Elesa+Ganter 113487 Electrical Oil Level Indicator

Elesa+Ganter 113487 HCK electrical oil level indicator, supplied under the code HCK.127-SST-M12-FKM-GL-P-E-SW, is a technical level monitoring component for hydraulic tanks, lubrication reservoirs and industrial machinery. It provides a clear visual level reading and an electrical switching function in one compact assembly.

Construction and Material Details

The HCK.127 size refers to a 127 mm centre distance, making it suitable for many standard tank designs. The SST configuration uses stainless steel screws, nuts and washers, supporting dependable installation in environments where durability and corrosion resistance are important.

The GL design includes a transparent glass level tube. This allows the operator to check the fluid level directly from outside the tank. The front protection helps reduce damage risk from accidental contact, tools or routine maintenance activity around the machine.

SW Contact Configuration

The SW version is designed for switching applications where a changeover-style signal may be required depending on the control design. Compared with simple NO or NC versions, SW configurations can provide more flexible integration in electrical circuits and monitoring systems.

Industrial Use Cases

The Elesa+Ganter 113487 HCK electrical oil level indicator is useful in hydraulic power units, industrial automation equipment, manufacturing machinery and lubrication systems. It helps maintenance teams move from reactive inspection toward planned monitoring. Clear level visibility reduces guesswork, while the electrical signal can support alarms, PLC inputs or machine protection logic.

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Elesa+Ganter 113487 FAQ

What does SW mean in this model?

SW indicates a switching configuration used for electrical level monitoring. It is selected when the control circuit requires a specific switching behavior beyond a simple NO or NC contact.

Does this indicator include visual monitoring?

Yes. The glass tube allows the liquid level to be read directly from outside the reservoir.

Why is the front protection important?

The protective cover helps defend the glass tube against accidental impact, especially in busy machine areas.

Where is this product commonly installed?

It is typically installed on hydraulic tanks, oil reservoirs, lubrication units and industrial machinery requiring level supervision.