Snímač hladiny, řada: LFV200 Hladinové snímače TDR 250 mA 64 bar Se závitem 100 °C -40 °C SICK

Overview

The vibrating level switch of the LFV200 product family detects the pre-defined levels in liquid systems with maximum precision. Whether indicating that a container has reached its maximum fill level (overfill protection) or that it is empty or used in pipes to prevent the pumps from running dry, the LFV200 works with all liquids and is wear- and maintenance-free. A high surface quality and the rugged tuning fork made of stainless steel make the LFV200, in combination with aseptic process connections, the first choice for applications even with the strictest hygiene requirements.

With the LFV230, extended pipe variants up to 1,200 mm are available. With IO-Link, the oscillation frequency, amplitude and temperature of the sensor can be read out in addition to the switching signal, which enables extended diagnostics and predictive maintenance.

At a glance

• Commissioning without container filling or medium calibration
• Immune to deposit formation
• Process temperature up to 150 °C
• Two electrical output versions and IO-Link available
• Pipe extension up to 1,200 mm
• Hygienic designs with polished surface, CIP- and SIP-capable
• Housing made of 316L stainless steel
• Very high repeatability

Your Benefit

• Universal and reliable technology for nearly all liquids and applications
• Can be used in containers and pipes regardless of the mounting situation
• Easy installation and commissioning, no medium calibration necessary
• Easy operation and system integration
• Maintenance-free system
• Sensors can be tested while installed
• Frequency, amplitude and temperature of the sensor can be read out via IO-Link
• Extended pipe variants for more flexibility

Applications

• Fields of applications
• Point level measurement in storage tanks
• Point level measurement in release agent tanks
• Monitoring of pouring machine supply lines
• Point level measurement in CIP reservoirs
• Monitoring of hydraulic and coolant systems