Name: Dynasonics DTT Transducers for Small Pipes
Price: 1345.0 USD
Availability: BackOrder

Dynasonics DTT Transducers for Small Pipes

Starting at $1,345.00

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Manufactured

By Dynasonics

Includes

FREE Ground Shipping
FREE Lifetime Tech Support

Availability

Usually ships in 2-3 weeks

Features

194° F (90° C) max temperature
CPVC, Ultem, PVC cable jacket
Conduit available
Includes mounting hardware and silicone acoustic couplant

This product is an accessory for the following products:

Dynasonics Series TFXM Multi-Path Transit Time Flow Meter

Multiple-pipe, multiple-path clamp-on ultrasonic flow meter for liquids.

RETIRED

Dynasonics Series TFXP Portable Transit Time Ultrasonic Flow Meter

Designed for long- or short-term flow measurement surveys on full-pipe liquid systems.

RETIRED

Dynasonics TFX Ultra Ultrasonic Flow Meter

Clamp-on ultrasonic flow and energy meters for liquids.

RETIRED

Dynasonics TFXD Series Ultrasonic Transit Time Flow Meter

Fixed location, non-intrusive transit time flow meter.

RETIRED

Dynasonics TFXL Series Ultrasonic Flow Meter

Ultrasonic flow meter for liquids with small amounts of suspended solids or aeration, replaces the YD50-C.

RETIRED

The DTT series transducers are non-invasive, clamp-on devices that are placed on the outside of a pipe. Proprietary circuitry allows this product to be used on both metal and plastic pipes containing relatively clean liquids as well as those with suspended solids or entrained gases.

Operating Principle

Each transducer utilizes a piezoelectric crystal to transmit ultrasound through a pipe wall and into a flowing liquid. The ultrasonic signal is reflected from suspended solids or entrained gases drawn out of solution by hydraulic disturbances such as a 90° elbow. (This unit can measure the flow rate of clean liquids by mounting the transducers 1 to 3 pipe diameters downstream of the 90° elbow.) A second transducer receives the reflected sound and the TFXL series meter's circuitry compares the transmitted and received frequencies. If the liquid is moving, a frequency (phase/Doppler) shift occurs which is proportional to fluid velocity.