Specification Details
Brand: Siemens
Product Series: Pointek CLS100
Model Number: 7ML5501-0AA60
Product Type: RF Capacitance Point Level Switch
Measuring Principle: Inverse Frequency Shift Capacitance
Output Type: 2-Wire Solid State Switching
Process Connection: Stainless Steel Process Connection
Sensor Length: 100 mm (4 Inch)
Power Supply: 12–33 VDC
Process Temperature: -30°C to +100°C
Applications: Liquids, Solids, Powders, Granules, Slurries, Foam
Installation: Tanks, Pipes, Silos, Hoppers, Vessels
Housing: Industrial Compact Design
Probe Material: Stainless Steel
Status: Used Excellent Working (As per photos)
Country Of Origin: Made In MALTA
Shipping: Fast & Safe Dispatch Across India & Worldwide Available.
| Brand | SIEMENS |
|---|---|
| Category | OTHERS |
The SIEMENS 7ML5501-0AA60 Pointek CLS100 Compact 2-Wire Inverse Frequency Shift Capacitance Point Level Switch is a premium industrial level sensing solution engineered for reliable point level detection across a wide range of industrial applications. Utilizing advanced inverse frequency shift capacitance technology, the sensor accurately detects liquids, powders, granules, slurries, interfaces, and foam while maintaining exceptional repeatability and stability.
Its compact design allows installation in confined spaces where conventional level switches cannot be used. The integrated intelligent sensing technology effectively compensates for material buildup on the probe, significantly reducing false alarms and maintenance requirements.
Manufactured by Siemens, the Pointek CLS100 provides dependable level monitoring in storage tanks, processing vessels, silos, mixing systems, and pipelines. Its durable construction and corrosion-resistant materials ensure long service life even in harsh industrial environments.
The Siemens CLS100 is widely used in process automation, chemical processing, food production, pharmaceutical manufacturing, wastewater treatment, mining, cement plants, pulp & paper industries, and OEM machinery where accurate point level detection is critical.