The PFGLP float level switch is an advanced industrial solution engineered for accurate liquid level measurement in demanding environments. Built with robust materials, this device ensures reliability in chemical processing, food production, and other industrial sectors where precision is critical. Its innovative design leverages the buoyancy principle to transmit float movement to a micro switch, providing dependable signal output without requiring power.
Key Features
- Hermetic stainless steel barrier separates float and casing for safety.
- Ideal for corrosive, food, or industrial liquids.
- Easy installation with no special tools required.
- High explosion-proof safety for hazardous environments (ATEX certified).
- IP65 rated for dust-tight and water protection.
Design & Functionality
PFGLP integrates a durable die-cast aluminium casing with AISI 316 stainless steel float and rod, ensuring long-term stability and resistance to chemical attack. Its DN40 flange process connection simplifies integration with existing systems, while the SPDT micro switch provides precise signal feedback. Operating temperatures range from -10°C to +100°C, supporting various industrial applications.
Total Crossed Beams
The switch design ensures accurate liquid detection across the entire measurement range. Its precise magnetically actuated mechanism guarantees repeatable results under dynamic process conditions.
Beam Pitch Options
PFGLP offers configurable lengths and optional accessories like curved or silicon floats to match unique process requirements, maximizing operational flexibility.
Intrinsic Synchronism
The float and micro switch system works in perfect synchrony, eliminating misalignment errors and reducing maintenance needs. Hermetically sealed components ensure no contamination between float and switch.
Operational Advantages
This level switch provides a power-free solution, lowering operational costs and reducing installation complexity. Certified for food contact and ATEX environments, PFGLP ensures compliance and safety, making it ideal for global industrial deployments.
