The LEM7 stainless steel level switch is engineered for accurate and reliable liquid level detection in industrial environments. Built using high-grade AISI 316 stainless steel, this float-based level switch provides exceptional corrosion resistance and durability. It is an ideal solution for industries requiring dependable level control in tanks, vessels, and fluid management systems.
Key Features
- Robust AISI 316 stainless steel construction
- Compact and low-cost design for versatile applications
- Available with NO, NC, and SPDT contact configurations
- High resistance to pressure, temperature, and chemical exposure
- Easy installation with G1/8” mounting
Design & Functionality
The LEM7 level switch operates using a magnetic float mechanism that triggers electrical contacts based on liquid levels. Its compact structure allows seamless integration into tight spaces, while the stainless steel body ensures long service life even in aggressive fluids. The device is engineered for stable and precise switching performance across various industrial processes.
Total Crossed Beams
The internal switching mechanism ensures consistent activation without fluctuation, providing reliable signal transmission. This enhances process safety and minimizes operational errors in automated systems.
Beam Pitch Options
The LEM7 series is available in multiple size configurations, including standard, extended, and bent stem versions. These options allow flexibility in installation depth and tank geometry, making it suitable for a wide range of industrial setups.
Intrinsic Synchronism
The float and switch mechanism are synchronized to deliver accurate and repeatable switching points. This ensures consistent monitoring of liquid levels, even in dynamic environments where fluid movement may vary.
Operational Advantages
With its low power consumption and high switching reliability, the LEM7 level switch is an energy-efficient solution for continuous operation. It supports industrial automation systems by providing stable performance with minimal maintenance. Its cost-effective design makes it an excellent choice for businesses looking to optimize operational efficiency without compromising on quality.
