Elesa+Ganter 114003-KN HCK.176 Oil Level Indicator

The Elesa+Ganter 114003-KN oil level indicator, model HCK.176-ZN-M12-NBR-PC-P-80-NC-KN, is a column type electrical level indicator built for industrial oil monitoring. It gives maintenance teams a clear visual reference while also supporting electrical level feedback through an NC contact configuration.

Technical Characteristics

The model includes a 176 mm fixing hole centre distance, M12 connection, zinc-plated steel mounting components, NBR sealing material, and a polycarbonate transparent tube. The “P” design refers to a protected front version, which is useful where the indicator may be exposed to contact, cleaning activity, vibration, or general workshop movement.

Operational Value

In hydraulic systems, stable oil level control is essential. Low oil level can contribute to overheating, cavitation, pump damage, and irregular machine performance. The Elesa+Ganter 114003-KN HCK.176 oil level indicator helps operators inspect the level directly and gives the system a signal option through its normally closed sensor arrangement.

Typical Applications

This product type is commonly found on hydraulic reservoirs, industrial presses, power units, automated production equipment, lubrication tanks, and mobile or stationary machinery where oil level must be monitored reliably. The 80°C sensor specification is especially relevant for systems where oil temperature can rise during continuous operation.

Elesa+Ganter 114003-KN For more context about the brand, see Elesa+Ganter components.

Elesa+Ganter 114003-KN FAQ

What is the product type of Elesa+Ganter 114003-KN?

It is an electrical oil level indicator from the HCK.176 series.

Why is the protected front useful?

The protected front helps reduce the risk of damage to the transparent viewing area in industrial environments.

What does NBR mean here?

NBR refers to the sealing material. It is commonly selected for compatibility with oils in industrial fluid systems.

Why use an NC contact?

A normally closed contact is useful when the machine control logic expects a closed circuit during normal operating conditions.