Inline Turbine Flowmeters0 pages

Product Specifications
For over 35 years, Thermo Scientific
inline liquid and gas turbine flowmeters
have provided highly accurate and
repeatable flow measurements. Easy
to install and maintain, with minimal
disruption to the process, the turbine
offers a dependable economical flow
metering solution for a wide range
of industrial applications.
Model 6500
Model 6600
Inline Turbine Flowmeters for Liquid and Gas
From ultrasonic designs for larger pipes to
turbine models for smaller pipes and fiscal
management applications, Thermo Scientific
turbine meters are cost-effective, accurate
and reliable. Our inline turbine flowmeters
for liquid or gas are widely used in the oil
and gas, petrochemical and water treatment
sectors and are designed to handle tough
industrial applications at a competitive price.
The turbine meter consists of a compact
body or spool piece that contains a rotating
impeller. The assembly functions very much
like a “windmill” in that the rotational
speed is directly proportional to the flow
rate. The rotor, manufactured from magnetic
stainless steel, generates a pulsed output
as the blades rotate through the flux
field of a magnet that is contained in the
pickup assembly. This feature allows
the instrument to function without the
need for an exterior power source so that
it can be installed in a remote location with
a battery powered totalizer or data logger.
The flow measurement data can be
read in the field via the local display or
can be transmitted to a DCS. Alternatively,
a 4-20 mA output can go directly into the
customer’s own process control system.
Turbines are easy to install due to their
compact design, which results in minimal
downtime for installation and maintenance.
Most models are available with standard
NPT threads or a variety of ANSI flanges.
Industries
• Oil and Gas
• Petrochemical
• Aerospace
• Water Treatment
• General Process
Features
• Wide range of meter sizes and flange options
• Individually calibrated
• High levels of accuracy and repeatability
• Low pressure drop
• Field repairable
• Cost effective, proven technology