Modification by operating conditions

Design T

Standard version

Typical industrial conditions — a universal solution for most process applications. Flow meters in the standard T design ensure reliable and accurate operation at operating temperatures from −50 °C to +150 °C and pressures up to 10 MPa.

Technical specifications Request a quote

DN01–DN250 up to 10 MPa −50…+150 °C No straight pipe runs required

General information

Standard design T

Design T is the base modification of Mass-EXPERT Coriolis flow meters, intended for typical industrial operating conditions. It is a universal solution covering the vast majority of standard process applications.

DN range

DN01 – DN250

All sizes in the Mass-EXPERT line

Medium temperature

−50…+150 °C

Standard industrial range

Operating pressure

up to 10 MPa

Typical pipeline conditions

Measurement

Independent

Of viscosity, density, electrical conductivity

Examples

Mass-EXPERT equipment in design T

T: standard design

Mass-EXPERT sensor for food media

Key features

Advantages of design T

The standard T design combines all the core advantages of Mass-EXPERT Coriolis technology in a housing optimised for typical industrial conditions.

Wide temperature range

A process medium range from −50 °C to +150 °C covers most processes in the oil & gas, chemical, food and other industries. No special thermal insulation measures are required.

Operating pressure up to 10 MPa

The standard design is rated for pressures up to 10 MPa, which covers the vast majority of industrial pipelines. Modifications P and PK are provided for higher pressures.

Full DN01–DN250 range

Design T is available in all sizes — from DN01 micro flow meters to DN250 industrial meters. This makes it possible to select the optimal flow meter for any task

Independence from medium properties

Mass flow measurement does not depend on the viscosity, density or electrical conductivity of the process medium. Stable accuracy is ensured for liquids, gases, slurries.

Integrated and remote electronics

The sensor and transmitter can be combined in a single unit (integrated design) — this simplifies installation and reduces costs. Where the electronics must be protected from vibration and process temperature, or access to the installation point is limited, the remote design is chosen: the transmitter is mounted separately and connected to the sensor by cable (up to 15 m).

No straight pipe runs required

The Coriolis measuring principle requires no straight pipe runs upstream or downstream of the flow meter. This allows the meter to be installed in confined spaces.

Sealed housing

The housing around the measuring tubes is sealed and withstands pressure up to 4 MPa.

Technical details

Detailed specifications of design T

The standard T design is the base configuration, recommended for the vast majority of industrial applications that do not require extreme temperatures or pressures.

Design T specifications (Standard)
Design code	T
Nominal diameter (DN)	1 to 250
Working medium temperature range	from −50 to +150 °C
Maximum working pressure	up to 10 MPa (DN01–DN50); up to 6.3 MPa (DN80); up to 4 MPa (DN100–DN250)
Measuring principle	Coriolis effect
Dependence on medium viscosity	None
Dependence on medium density	None
Dependence on electrical conductivity	None
Straight run requirement	Not required
Design	Integrated (sensor + transmitter) or remote
Recommended application area	Typical industrial conditions without extreme temperatures / pressures
Measuring tube types	U: DN03–DN250 · K: DN02–DN25 · W: DN08–DN100 · L (straight-tube): DN08–DN50 · Δ: DN01/DN02/DN25 · V: DN08–DN50
Transmitters	ME100, ME200, ME300, ME400
Output signals	4–20 mA (HART), RS-485 (Modbus RTU), CAN, pulse, frequency
Explosion protection	Ex db ib IIC T6 Gb; Ex db ia IIC T6 Gb; Ex ia tb IIIC T80 °C Db
Enclosure protection rating	IP66, IP67

Applications

Where it is used

Thermal power & utilities

Dosing & blending systems

Laboratories & test benches

LPG (propane-butane)

Design selection

When to choose T and when to choose another modification

The T design is the base modification, optimal for standard conditions. If your process parameters fall outside −50…+150 °C or 10 MPa, consider the specialized designs.

Conditions	Recommended design
−50…+150 °C, up to 10 MPa	T — Standard
High pressure (above 10 MPa)	P — Elevated pressure
Ultra-high pressure (up to 96 MPa — size 003..PK, hydrogen)	PK — Ultra-high pressure
Cryogenic media (down to −196 °C)	L — Cryogenic design
High temperature (up to +230 °C)	G — High temperature
Ultra-high temperature (up to +350 °C)	C — Ultra-high temperature

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