Levtron Compact Vibrating Fork Level Switch: Precision in Hopper Level Monitoring
In industrial operations, maintaining accurate material levels within hoppers is crucial for ensuring process efficiency and safety. Levtron's Compact Vibrating Fork Level Switch emerges as a reliable solution, adept at detecting both solid and liquid materials with precision.
Key Features
Versatile Mounting Options: Suitable for both side and top mounting, accommodating various hopper designs.
Robust Design: Constructed to withstand process temperatures up to 150°C and pressures up to 15 bar, ensuring durability in harsh conditions.
Compact Size: Facilitates installation in space-constrained areas without compromising performance.
Universal Power Supply: Operates with a wide voltage range (15 to 80 VDC & 15 to 260 VAC), ensuring compatibility with various systems.
Low Power Consumption: Energy-efficient design reduces operational costs.
No Calibration Required: Simplifies setup and maintenance, saving time and resources.
Customizable Connections: Available with threaded, flanged, or hygienic process connections to meet specific application needs.
External Test Option: Features an external test using a magnet test key for easy functionality checks.
Operational Principle
The switch operates on the principle of resonance frequency. In free air, the fork vibrates at its natural frequency. When material contacts the fork, the vibration frequency changes due to the material's density. This change is detected by the electronic circuit, signaling the presence or absence of material.
Key Features
Versatile Mounting Options: Suitable for both side and top mounting, accommodating various hopper designs.
Robust Design: Constructed to withstand process temperatures up to 150°C and pressures up to 15 bar, ensuring durability in harsh conditions.
Compact Size: Facilitates installation in space-constrained areas without compromising performance.
Universal Power Supply: Operates with a wide voltage range (15 to 80 VDC & 15 to 260 VAC), ensuring compatibility with various systems.
Low Power Consumption: Energy-efficient design reduces operational costs.
No Calibration Required: Simplifies setup and maintenance, saving time and resources.
Customizable Connections: Available with threaded, flanged, or hygienic process connections to meet specific application needs.
External Test Option: Features an external test using a magnet test key for easy functionality checks.
Applications
Levtron's Compact Vibrating Fork Level Switch is ideal for a range of industries, including:
Food Processing: Ensures accurate level detection in storage and processing of ingredients.
Chemical Manufacturing: Monitors levels of powders and liquids in reactors and storage tanks.
Pharmaceuticals: Provides precise level detection in the production of medicines and related products.
Wastewater Treatment: Assists in maintaining appropriate levels in treatment tanks.
Conclusion
Levtron's Compact Vibrating Fork Level Switch offers a dependable solution for hopper level monitoring across various industries. Its robust design, ease of installation, and reliable performance make it an essential component in maintaining operational efficiency and safety.
In industrial operations, maintaining accurate material levels within hoppers is crucial for ensuring process efficiency and safety. Levtron's Compact Vibrating Fork Level Switch emerges as a reliable solution, adept at detecting both solid and liquid materials with precision.
Operational Principle
The switch operates on the principle of resonance frequency. In free air, the fork vibrates at its natural frequency. When material contacts the fork, the vibration frequency changes due to the material's density. This change is detected by the electronic circuit, signaling the presence or absence of material.
Key Features
Versatile Mounting Options: Suitable for both side and top mounting, accommodating various hopper designs.
Robust Design: Constructed to withstand process temperatures up to 150°C and pressures up to 15 bar, ensuring durability in harsh conditions.
Compact Size: Facilitates installation in space-constrained areas without compromising performance.
Universal Power Supply: Operates with a wide voltage range (15 to 80 VDC & 15 to 260 VAC), ensuring compatibility with various systems.
Low Power Consumption: Energy-efficient design reduces operational costs.
No Calibration Required: Simplifies setup and maintenance, saving time and resources.
Customizable Connections: Available with threaded, flanged, or hygienic process connections to meet specific application needs.
External Test Option: Features an external test using a magnet test key for easy functionality checks.
Applications
Levtron's Compact Vibrating Fork Level Switch is ideal for a range of industries, including:
Food Processing: Ensures accurate level detection in storage and processing of ingredients.
Chemical Manufacturing: Monitors levels of powders and liquids in reactors and storage tanks.
Pharmaceuticals: Provides precise level detection in the production of medicines and related products.
Wastewater Treatment: Assists in maintaining appropriate levels in treatment tanks.
Conclusion
Levtron's Compact Vibrating Fork Level Switch offers a dependable solution for hopper level monitoring across various industries. Its robust design, ease of installation, and reliable performance make it an essential component in maintaining operational efficiency and safety.
The Levtron Compact Vibrating Fork Level Switch shows precision in hopper level monitoring, offering reliable and accurate results to ensure seamless operational flow.
The Levtron Compact Vibrating Fork Level Switch delivers unparalleled precision in hopper level monitoring, offering reliable performance even under challenging conditions.
The Levtron Compact Vibrating Fork Level Switch excels in its precision for monitoring hopper levels, ensuring accurate measurements even under challenging conditions. Its compact design makes it a space-conscious solution that delivers reliable performance without compromising on accuracy.
The Levtron Compact Vibrating Fork Level Switch demonstrates unparalleled precision in hopper level monitoring, ensuring reliable and efficient operation for industrial processes.
The Levtron Compact Vibrating Fork Level Switch stands out for its exceptional accuracy in hopper level monitoring, ensuring seamless operations and minimized inaccuracies.
The Levtron Compact Vibrating Fork Level Switch offers precise monitoring of hopper levels with unparalleled accuracy, ensuring safe and efficient operations in diverse industrial settings.
The Levtron Compact Vibrating Fork Level Switch offers exceptional precision in hopper level monitoring, ensuring seamless operation and reliable results for efficient material handling.
The Levtron Compact Vibrating Fork Level Switch impresses with its precision in hopper-level monitoring, ensuring reliable and accurate detection every time.
The Levtron Compact Vibrating Fork Level Switch sets a new standard in precision for hopper level monitoring, ensuring accurate measurements even under challenging conditions.
The Levtron Compact Vibrating Fork Level Switch exemplifies precision in hopper level monitoring, providing reliable and accurate readings for optimal material handling efficiency.
The Levtron Compact Vibrating Fork Level Switch has proven its mettle in ensuring pinpoint accuracy for hopper level monitoring, offering a reliable and precise solution that surpasses expectations by detecting even the slightest variations with utmost consistency.
The Levtron Compact Vibrating Fork Level Switch stands out for its unparalleled precision in monitoring hopper levels, ensuring reliable performance even under the most demanding conditions.
The Levtron Compact Vibrating Fork Level Switch surpasses expectations with its unparalleled precision in monitoring hopper levels, ensuring the accurate detection and prevention of overfill or under-emptying situations.
The Levtron Compact Vibrating Fork Level Switch truly excels in delivering precision and reliability for challenging hopper level monitoring scenarios, ensuring seamless operation with minimal maintenance requirements.
