Capacitance Level Switches
Accurate, reliable, and repeatable
The capacitive level switches of the Pointek CLS series ensure excellent measurement performance, even under the harsh conditions of high-pressure and high-temperature applications.
Our portfolio:
- SITRANS LCS050: ultra-compact with short insertion digital point level switch
- Pointek CLS100: compact universal switch for constricted spaces
- Pointek CLS200: standard universal switch with a wide range of communications and probe extensions
- Pointek CLS300: harsh, demanding applications with high temperatures and pressures
Ultra-compact with short insertion digital point level switch
- Very small insertion length of 15 mm (0.59 inch)
- Easy installation with no need for adjustment
- Low maintenance with no moving parts
- Highly visible 360-degree status indication
- M12 connector for ease of installation
- IO-Link communication for advanced monitoring and configuration
The compact universal capacitance level switch for constricted spaces
- Sensguard probe cover for abrasive applications
- Integrated cable version for installation in tight spaces
- Level detection independent of tank wall/pipe
- Multiple outputs
- PPS or PVDF probe options for multiple material compatibility
- Fully potted design provides a durable solution
The standard universal capacitance level switch with a wide range of extensions
- Selection of options: PROFIBUS communications, digital displays, and remote or local testing
- Functional safety SIL2 ensuring safety and ease of integration
- Multiple outputs
- PPS or PVDF probe options for multiple material compatibility
- Display with local button configuration
Technical specifications
State-of-the-art technology
Whether in dusty, turbulent, and vaporous environments, or in situations with product buildup: The best-in-class inverse frequency shift approach to RF capacitance technology allows for unmatched measurement accuracy. Because even a small level change creates a large and detectable change in frequency, they provide excellent resolution while consistently outperforming conventional devices.
