Elesa+Ganter 11345 HCX Hot Water Level Indicator

Overview

The Elesa+Ganter 11345 HCX hot water level indicator, listed as HCX.76-BW-SST-M10, is a compact column level indicator developed for hot water and compatible fluid circuits. It is especially relevant for installations where a clear, durable and mechanically resistant level window is needed.

Technical Characteristics

The HCX.76-BW-SST-M10 uses transparent polyamide-based technopolymer, also known as PA-T. This material is selected for resistance to shocks, oils with additives, solvents and hydrocarbons. The BW version is suitable for hot water circuits and helps reduce the cloudy “milk effect” that may appear on transparent surfaces in demanding thermal conditions.

The product uses AISI 303 stainless-steel screws and AISI 304 stainless-steel nuts and washers. Its FKM O-ring supports reliable sealing, while the white lacquered aluminium contrast screen improves fluid level readability. The 76 mm fixing distance and M10 connection make this version useful for smaller tanks or compact system layouts.

Operating Benefits

One of the strongest points of this model is visibility. The lens effect helps operators read the level from different viewing angles. Ultrasonic welding supports sealing performance, which is particularly important in systems where heat, pressure changes and routine inspection cycles are part of daily operation.

Where It Is Used

The Elesa+Ganter 11345 HCX hot water level indicator is suitable for hydraulic units, hot water circulation equipment, industrial cooling systems, process skids and machinery where fluid level visibility must remain stable over time. For additional component information, see Elesa+Ganter range.

FAQ

What is the Elesa+Ganter 11345 product type?

It is an HCX.76-BW-SST-M10 column level indicator for hot water applications.

What is the fixing distance?

The fixing distance is 76 mm.

What sealing material is used?

The product uses FKM O-ring sealing.

Can it be used with alcohol-based cleaners?

Alcohol or detergents containing alcohol should be avoided because they may affect the transparent technopolymer.