Straight Rod Low Density Float Level Switch with Hirschmann Connector(double ball)
Low density float switch for oil and alcohol liquids
1-inch threaded stainless steel float switch
Double-ball design for high and low level control
Hirschmann connector for plug-and-play maintenance
Stable signal transmission with anti-interference performance
Corrosion-resistant stainless steel structure
Imported reed switch with reliable operation
Application
Oil & Fuel Storage Systems
Chemical & Solvent Applications
Pump & Valve Control Systems
Industrial Automation Equipment
Low-Density Liquid Monitoring
Description
The straight rod stainless steel low density float level switch with Hirschmann connector is a reed switch type liquid level controller designed for low specific gravity liquids such as oil, diesel, alcohol, and chemical liquids. The low-density float ball provides stronger buoyancy and more stable switching performance compared with standard float switches.
Featuring a Hirschmann industrial connector, the switch enables quick maintenance, clean wiring, and reliable signal transmission. The detachable plug design simplifies replacement and improves efficiency in industrial automation systems.
Made of stainless steel with laser welding technology and imported reed switch components, the product offers excellent corrosion resistance, stable operation, and long service life. The double-ball version supports high/low level monitoring and is suitable for oil tanks, fuel systems, chemical containers, pump control, and liquid level alarm applications.
Features
Technical Details
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Accessories
What is a low density float level switch used for?
What is the advantage of the Hirschmann connector?
What material is the float switch made of?
Why is this float switch suitable for oil and alcohol?
Is it normally open (NO) or normally closed (NC)?
Can it directly control pumps or valves?
What are the advantages of the straight rod structure?
What liquids are suitable for this float switch?
Can rod length and connector type be customized?
What should buyers confirm before ordering?
What are the advantages of the single-ball low density model?
When should the single-ball model be selected?
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