FLEXIM's ultrasonic transducer systems are simply attached to the outside of the pipe.

Thus, the measuring equipment is not subject to wear and tear by the media and does not cause any pressure loss inside the pipe. Measurements at maximum operating pressures can be carried out easily with no additional costs added. No pipe work is required when setting up the measuring point and, as a result, the operation is not interrupted.

In combination with FLEXIM's transmitters, our flow meters ensure:

100% plant availability

• Simple attachment of the Perma-Mounting Fixture to the outside of the pipe
• Installation is possible during normal ongoing operation without process downtime

100% resistant to media

• No contact with media, therefore no chemical attack to the system
• No need to use expensive special materials

100% wear-free

• No wear and tear by abrasive media
• Long-term stable, maintenance-free operation due to permanent coupling pads

100% leak-proof

• No additional risk of pipe leakage caused by the measuring equipment

100% pressure-resistant

• No pressure limit
• Effortless measurement even at maximum operating pressures
• No extra charge for high pressure ranges
• Zero point and measurement reading are not affected by static pressure changes
• Unaffected by pressure peaks or solid content in the flow

100% secure

• No blockage of small bores or impulse piping
• No influence of pulsations, vibrations, speed peaks, swirling or cross flows

100% robust

• Resistant to pressure surges or solids in the medium

100% economical

• No pressure loss, thus low operating costs
• Cost-effective installation
• Installation without welding or other mechanical work on the pipe
• No extra charge for large nominal widths

100% progressive

• Precise, hysteresis-free, bi-directional flow measurement with high measurement dynamics
• Long-term stable, drift-free measurement results
• High measuring rate
• Short response time
• Measurement of even minute flows

• Not sensitive to pulsations, vibrations, velocity peaks, swirling flows or cross-flow conditions