The CFC 050 GSOP-L300 conductive filling level switch is engineered for accurate maximum and minimum level monitoring in industrial fluid handling systems. Designed specifically for conductive adhesive media, this sensor delivers stable switching performance for liquid tanks, bulk material containers, silos, and processing vessels. Its durable stainless steel construction and dependable PNP NO switching output make it suitable for demanding automation environments where overflow prevention and dry-run protection are essential.
Built for continuous industrial operation, the sensor combines high durability with reliable conductive detection technology. The 300 mm probe length allows effective monitoring in deeper containers while maintaining precise response characteristics for conductive materials.
Key Features
- Conductive limit state detection series CFC
- Reliable monitoring of maximum and minimum fill levels
- Designed for conductive adhesive media
- G1/2 threaded installation design
- 300 mm sensor probe length
- PNP normally open switching output
- IP67 environmental protection
- Stainless steel AISI 316 Ti sensing surface
- Digital display for operational visibility
- Reverse polarity and short-circuit protection
- Stable 24 V DC industrial operation
Application
This conductive filling level switch is widely used in industrial automation systems requiring dependable liquid level monitoring. It is suitable for:
- Adhesive media processing
- Chemical storage tanks
- Conductive liquid reservoirs
- Industrial mixing vessels
- Bulk material handling systems
- Water treatment equipment
- Process automation machinery
- Overflow prevention systems
- Minimum level safety monitoring
Its accurate conductive sensing capability helps reduce production interruptions, protects pumps from dry running, and supports efficient material handling processes.
Design & Functionality
The CFC 050 GSOP-L300 uses conductive sensing technology to detect fluid presence with high operational reliability. The robust probe design enables stable detection even in demanding industrial conditions involving conductive fluids or sticky media.
The stainless steel sensing section resists corrosion and supports long service life, while the PBT housing ensures durability against industrial wear. The integrated digital display simplifies monitoring and diagnostics during operation.
Total Crossed Beams
This conductive level switch operates using direct conductive detection rather than optical beam crossing technology. This design improves reliability in opaque fluids, adhesive substances, and conductive bulk materials where optical systems may become unreliable.
Beam Pitch Options
The sensor does not require beam pitch configuration, making installation simpler and reducing maintenance complexity in industrial level control applications.
Intrinsic Synchronism
The conductive switching mechanism delivers stable signal response and synchronized monitoring performance for automated process control systems. This improves consistency during repetitive filling and draining operations.
Operational Advantages
- Minimizes overflow damage risks
- Improves process reliability
- Supports automated tank monitoring
- Reduces equipment downtime
- Enhances liquid handling efficiency
- Provides stable conductive detection
- Suitable for harsh industrial environments
- Easy integration with industrial control systems
