Elesa+Ganter 11137 HCV.254-E-SW-M12 Electrical Level Indicator

Product Overview

The Elesa+Ganter 11137 HCV.254-E-SW-M12 electrical level indicator is a column-type fluid level indicator with an integrated minimum level electrical sensor. It is designed for applications where visual inspection and signal output are both important. This version uses an M12 connector and an SPDT contact arrangement.

With a 254 mm mounting distance, the HCV.254-E-SW-M12 provides a clear visible range for hydraulic reservoirs and oil tanks. The SPDT contact configuration offers flexible switching behavior for control circuits, alarms or machine monitoring systems.

Technical Characteristics

The HCV-E series uses transparent technopolymer to support clear level visibility. A magnetic float activates the internal reed contact when the liquid reaches the intervention threshold. The side connector output is designed to reduce the sensor’s intervention level and support more efficient installation in compact machinery spaces.

The body design supports readability from side positions, while the lens effect improves fluid level visibility. This makes the product useful in maintenance environments where operators need quick and reliable information without opening the tank.

Application Areas

The Elesa+Ganter 11137 HCV.254-E-SW-M12 electrical level indicator is commonly used in hydraulic power units, lubrication systems, industrial tanks, machine tools and automated production equipment. It helps protect machinery by supporting early detection of low oil level conditions.

For additional industrial standard part information, visit Elesa+Ganter.

FAQ

What is the main function of Elesa+Ganter 11137 HCV.254-E-SW-M12?

It provides visual fluid level indication and an electrical switching signal when the minimum level is reached.

What does SPDT mean in this product?

SPDT means single pole double throw. It gives designers more switching flexibility than a simple single-output contact.

Can it be connected to control panels?

Yes. The M12 connector and electrical contact design make it suitable for integration into industrial monitoring and alarm circuits.

Why choose an electrical level indicator instead of a visual-only model?

An electrical level indicator can alert operators or control systems automatically, which is useful when equipment is unattended or installed in hard-to-check areas.