QUICK ENQUIRY
Vega Ultrasonic Level Sensors represent reliable, non-contact level measurement solutions engineered by Vega, a globally recognized leader in process instrumentation. Known for precision and durability, Vega’s ultrasonic sensors are widely used across industries for monitoring liquid and bulk solid levels in tanks, vessels, and open channels.
At The Transmitter Shop, we supply a range of Vega ultrasonic level sensors, helping businesses access trusted Vega technology with faster availability and cost efficiency.
Vega’s ultrasonic level sensors operate using sound wave technology to measure distance to the material surface. This non-contact approach eliminates wear and ensures long-term reliability, especially in applications involving aggressive, corrosive, or sensitive media.
Vega has developed its ultrasonic technology to deliver consistent performance even in dynamic industrial environments, making it a preferred choice for level measurement across global industries.
Vega offers a focused range of ultrasonic level sensors designed to meet different application needs:
• VEGASON 61: Designed for liquid level measurement in storage tanks and process vessels
• VEGASON 62: Suitable for both liquids and bulk solids with extended measuring capability
• VEGASON 63: Engineered for more demanding industrial environments requiring higher accuracy
|
Model |
Typical Application |
Measurement Type |
Output |
|---|---|---|---|
|
Liquid storage tanks |
Non-contact ultrasonic |
4–20 mA / HART |
|
|
Bulk solids and liquids |
Non-contact ultrasonic |
4–20 mA / HART |
|
|
VEGASON 63 |
Industrial process applications |
Non-contact ultrasonic |
4–20 mA / HART |
Vega’s ultrasonic sensors are designed to deliver dependable performance across a wide range of industrial conditions:
• Non-contact measurement: No direct contact with media reduces wear and contamination
• Reliable accuracy: Stable readings in standard process environments
• Low maintenance: No moving parts ensure minimal servicing requirements
• Flexible application range: Suitable for liquids, slurries, and bulk solids
• Industrial-grade design: Built for long-term operation in demanding environments
Vega ultrasonic level sensors are widely adopted in industries where non-contact measurement is essential:
• Water and wastewater treatment systems
• Chemical storage and processing plants
• Food and beverage liquid handling
• Bulk material storage (powders, grains, pellets)
• Open channel flow monitoring and reservoirs
Vega offers both ultrasonic and radar level measurement technologies, each suited for specific conditions:
|
Parameter |
Ultrasonic (Vega) |
Radar (Vega) |
|---|---|---|
|
Measurement Method |
Sound waves |
Electromagnetic waves |
|
Best Use Case |
Stable environments |
Harsh conditions (vapors, pressure) |
|
Cost Efficiency |
More economical |
Higher investment |
|
Performance in Vapors/Dust |
Moderate |
High reliability |
Vega is known for delivering high-quality measurement solutions backed by decades of engineering expertise. Their ultrasonic sensors are designed for consistent performance, making them a dependable choice for industrial level monitoring applications worldwide.
• Access to Vega inventory
• Faster availability compared to new procurement cycles
• Cost-effective solutions without compromising reliability
• All equipment is inspected and verified
• Trusted global supplier with extensive industry experience
Browse available Vega ultrasonic level sensors and find the right solution for your application. Contact our team for availability, pricing, and technical assistance tailored to your process requirements.
They are used for non-contact level measurement of liquids and bulk solids in industrial tanks, silos, and open channels.
Ultrasonic sensors use sound waves and are ideal for stable conditions, while radar sensors use electromagnetic waves and perform better in harsh environments.
Common models include VEGASON 61, VEGASON 62, and VEGASON 63, each designed for different measurement ranges and applications.
Yes, they are widely used in wastewater and water treatment systems due to their non-contact operation.