Elesa+Ganter 113003-NP-KN Electrical Level Indicator for Hydraulic Tanks
The Elesa+Ganter 113003-NP-KN electrical level indicator, identified as HCK.127-ZN-M12-NBR-PC-NP-80-NC-KN, is a column-style monitoring component for hydraulic reservoirs and industrial fluid systems. It is designed to combine readable level indication with electrical monitoring capability.
Key Technical Profile
This model uses the HCK.127 layout with 127 mm mounting reference, M12 connection, NBR sealing reference, polycarbonate viewing material and normally closed electrical logic. Published dimensional data for this configuration includes 127 mm fixing distance, M12 thread, 12.5 mm mounting hole reference and 12 Nm tightening torque.
Material Structure
The assembly ends are made from glass-fibre reinforced polyamide based technopolymer in black. The support is aluminium in natural colour, while the graduated contrast screen is white lacquered aluminium. This construction supports clear visibility and practical use in industrial environments.
Why It Matters in Hydraulic Systems
Fluid level has a direct effect on hydraulic reliability. Insufficient oil can lead to unstable operation, excess heat or premature component wear. The Elesa+Ganter 113003-NP-KN electrical level indicator gives maintenance teams a simple way to check level conditions and connect the indicator to monitoring circuits.
Common Application Areas
This electrical level indicator is suitable for hydraulic power units, oil reservoirs, machine tools, lubrication systems and equipment where visual and electrical level feedback are both valuable. It supports a more organised maintenance workflow and helps operators identify changes before they become operational problems.
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FAQ
What is the Elesa+Ganter 113003-NP-KN electrical level indicator?
It is an HCK.127 column level indicator with electrical monitoring features for hydraulic tanks and industrial reservoirs.
What are the main dimensions?
The configuration includes 127 mm fixing distance, M12 thread, 12.5 mm mounting hole reference and 12 Nm tightening torque.
What materials are used?
It uses reinforced polyamide based technopolymer assembly ends, aluminium support and a polycarbonate viewing area.
Why is it useful for maintenance?
It makes fluid level easier to inspect and can support electrical monitoring, helping teams react earlier to abnormal level conditions.