Weber Sensors Flow Captor 4114.30

Expanded options for your needs

The Flow-captor 4114.30 is an industrial flow meter designed for versatile installation in pipes without obstructing the pipe diameter. Operating based on a recently developed calorimetric principle, this flow-captor offers a wide measuring range. Encased entirely in epoxy resin, it is a compact, sturdy, shock-resistant, and vibration-resistant sensor known for its proven reliability and long-term stability, even in the most challenging environmental conditions.

The Flow-Captor 4114.30 offers versatility through various versions tailored to meet specific requirements:

• Different housing materials: Choose from a range of materials to suit your environmental needs, ensuring optimal compatibility. 
• Cooling Version (S101): Experience enhanced performance with the cooling version (S101), designed to handle medium temperatures up to 100°C / 212°F.
• Extended Length (S110/xx): extended-length housing options (S110/xx) to accommodate unique installation preferences and spatial requirements.

Efficiency and Durability Unleashed:
Flow-Captor's Mechanical Simplicity with Calorimetry

Operating on the versatile calorimetric measuring principle, the Flow-Captor type 4114.30 offers a host of benefits:

• Flexibility
• No need for mechanical moving parts
• Increased durability and reliability
• Highly adaptable

Calorimetry, a technique measuring temperature changes to determine properties, empowers the Flow-Captor to precisely detect and quantify temperature fluctuations in liquid media.

What sets this principle apart is its remarkable flexibility, accommodating a wide range of quantities. Whether handling subtle or significant temperature shifts, the Flow-Captor adjusts its measurement range to suit your specific needs. This adaptability makes it ideal for automation processes, industrial environments, and marine applications requiring precise liquid media control.

Moreover, the absence of mechanical parts reduces sensor wear and tear, leading to a longer operational lifespan and fewer maintenance needs, ultimately saving time and resources.

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