Level meter

When using radar level meters to measure high-viscosity media such as syrup, several challenges arise. This document delves into these challenges and offers potential solutions to improve measurement accuracy. 1. Impact of Syrup’s Viscosity on Radar Waves Syrup is a thick liquid with much higher viscosity than water, which significantly affects radar wave propagation. When […]

In industrial processes, liquid level control is a crucial aspect of ensuring operational stability and efficiency. A common engineering design involves using buffer tanks, which serve as product tanks for upstream processes and raw material storage for downstream processes. The addition of buffer tanks helps to minimize the mutual influence of fluctuations between upstream and

1. Level Measurement Requirements in the Power Sector Power generation environments are characterized by high temperature, high pressure, and the presence of corrosive chemicals. Accurate and reliable level measurement is essential across many systems to ensure operational safety, efficiency, and regulatory compliance. Key application scenarios include: Chemical Water Treatment Systems: Monitoring demineralized water tanks and

1. Pre-Installation Checklist 1.1 Environmental Inspection Ensure there are no strong electromagnetic interference sources nearby, such as VFDs or large motors. Confirm that the power supply matches the device’s rating (either DC 24V or AC 220V as indicated on the nameplate). Inspect the inner tank wall. If welding seams or rough surfaces are present, install

1. Initial Inspection and Power-On Self-Test 1.1 Visual and Connection Inspection Ensure the probe surface is clean and free from contaminants. The emission surface must not be obstructed by food residues, foam, or debris. Verify that the shielded cable between the probe and controller is securely connected without looseness or poor contact. Confirm the power

Ultrasonic level transmitters are widely used in industrial process monitoring due to their non-contact measurement and robust adaptability. Among them, four-wire and two-wire ultrasonic level transmitters are two common types, each with distinct characteristics in wiring design, measurement performance, functionality, and cost-effectiveness. This article provides a comprehensive comparison to help users make informed selection decisions

Selecting the appropriate level measurement device for a 30-meter tall silo is critical to ensure efficient and accurate inventory management. Silo environments can vary widely, depending on the type of material stored (e.g., granular solids, powders, or liquids), as well as environmental factors like dust, temperature fluctuations, and pressure. Below is an in-depth overview of

Maintaining the cleanliness and hygiene of ultrasonic level sensor probes is essential to ensure accurate measurement and prolong the device’s service life, especially in food production environments. This guide provides detailed, standardized procedures for cleaning, disinfecting, and maintaining food-grade ultrasonic level probes. 1. Preparations Before Cleaning 1.1 Power Disconnection Disconnect the power supply to the

Ultrasonic level sensors are widely used in the food and beverage industry for applications such as tank level monitoring, filling line control, and ingredient inventory management. However, selecting the right sensor for hygienic environments requires careful consideration of performance, compatibility, and regulatory standards. This guide outlines the key selection criteria, environmental compatibility, and application-specific recommendations

In today’s rapidly advancing industrial landscape, precise and efficient measurement technologies are indispensable. Among these, radar level measurement stands out for its exceptional performance, particularly in measuring liquid levels within distillation tanks. Its unique advantages have revolutionized this area of industrial measurement. Importance of Level Measurement in Distillation Processes Distillation is a critical process in