Elesa+Ganter 114051 HCK-E MIN Level Electrical Indicator

The Elesa+Ganter 114051 electrical level indicator, coded as HCK.176-ZN-M12-NBR-GL-P-E-NO, is an HCK-E oil level monitoring component with a MIN level electrical sensor. It is designed for industrial reservoirs where visual oil level checking and low-level electrical signalling are both required.

Technical Profile

This model uses a 176 mm fixing distance, M12 connection, NBR sealing, and a structure built around the HCK family design. It includes a magnetic float that activates the electrical contact when the fluid reaches the contact threshold, positioned around 55 mm above the lower screw axis under reference test conditions.

Normally Open MIN Level Sensor

The NO configuration means the contact is normally open and changes state when the defined level condition is reached. This is useful in hydraulic reservoirs and lubrication systems where the control panel must receive a signal when the oil level drops toward a critical point.

Construction and Visibility

The glass-fibre reinforced polyamide technopolymer ends, aluminium support, and graduated contrast screen support reliable visual monitoring. Even when an electrical sensor is installed, direct visual confirmation remains valuable because it lets technicians compare the sensor condition with the actual fluid level.

Recommended Application Areas

The Elesa+Ganter 114051 HCK-E electrical level indicator can be used in hydraulic power units, industrial machinery, oil tanks, lubrication reservoirs, and equipment where low-level alerts improve operational reliability. It helps support safer maintenance decisions by combining a visible level path with a MIN level signal.

For more technical references, visit Elesa+Ganter hydraulic accessories.

FAQ

What is Elesa+Ganter 114051 used for?

It is used to monitor oil level visually and provide an electrical MIN level signal.

What does NO mean in this product code?

NO means normally open contact configuration.

Does this model include a float?

Yes, it uses a magnetic float that activates the electrical contact at the defined level threshold.

Is it suitable for hydraulic reservoirs?

Yes, it is commonly relevant for hydraulic and lubrication reservoirs when the fluid and operating conditions match the product limits.

Why combine visual and electrical level monitoring?

Electrical feedback supports automation, while visual checking helps technicians confirm actual reservoir condition during inspection.