1) The document discusses various types of flow meters used for measuring gas flow, including turbine, vortex, thermal mass, Coriolis, and ultrasonic flow meters.
2) It provides details on the working principles of turbine, vortex, thermal mass, and Coriolis flow meters, which measure gas flow by detecting rotor spin, vortex frequency, temperature differential, and tube oscillation, respectively.
3) The document also gives general features of these flow meter types such as operating pressures and temperatures, line sizes, accuracies, outputs, and power supplies.
THW-L2 is a portable thermal conductivity meter for measuring liquids and pastes. It follows international standard ASTM D7896-14.
The THW-L2 was designed with speed and operational simplicity in mind. With a single measurement of fewer than 2 seconds in duration, small volumes of liquids and pastes can be accurately and precisely measured for thermal conductivity. The THW-L2 utilizes a non-stationary measurement approach and rapid test times to limit convective effects for samples with a wide range of viscosities.
The THW-L2 comes with the standard 60 mm sensor for testing of liquids and pastes. The sensor is fully inserted into an isothermal sample and measurements are made with the push of a button.
Using the THW-L2, liquid samples of unlimited size can be tested. With the small volume cell insert, volumes as small as 15 mL can be measured. The instrument’s ability to control convection, using short test times, allows accurate measurements of a wide range of samples, with varying viscosities.
Introduction to operation and Control of Thermal Power PlantSWAPNILTRIVEDI6
The slides gives a brief introduction of operation and control of a Thermal power plant.
Posting from my personal Experience during my internship at Rajasthan Spinning and Weaving Mils (RSWM) Ltd. It gives a brief introduction of the installed 46 MW Generation system used by company along with the overall process.
The aim is to help undergraduate students to learn about the overall introduction to Power Plant engineering.
CONTENTS
Measurements
Significance of Measurement system
Fundamental methods of Measurement
The generalized measurement system
Definitions & basic concepts
Errors in Measurements
Sources of errors
Accuracy Precision
Resolution
Linearity
Hysteresis
Impedance loading
Introduction to Transducers
Classification of transducers
Capacitive
Inductive
Resistive
Electromagnetic
Piezoelectric
Photoconductive
Photovoltaic
ROLE OF CONTROL AND INSTRUMENTATION IN THERMAL POWER PLANTGaurav Rai
Role of control and instrumentation in thermal power plant.
Use of various instruments for the measurements of flow, pressure and temperature in industries.
THW-L2 is a portable thermal conductivity meter for measuring liquids and pastes. It follows international standard ASTM D7896-14.
The THW-L2 was designed with speed and operational simplicity in mind. With a single measurement of fewer than 2 seconds in duration, small volumes of liquids and pastes can be accurately and precisely measured for thermal conductivity. The THW-L2 utilizes a non-stationary measurement approach and rapid test times to limit convective effects for samples with a wide range of viscosities.
The THW-L2 comes with the standard 60 mm sensor for testing of liquids and pastes. The sensor is fully inserted into an isothermal sample and measurements are made with the push of a button.
Using the THW-L2, liquid samples of unlimited size can be tested. With the small volume cell insert, volumes as small as 15 mL can be measured. The instrument’s ability to control convection, using short test times, allows accurate measurements of a wide range of samples, with varying viscosities.
Introduction to operation and Control of Thermal Power PlantSWAPNILTRIVEDI6
The slides gives a brief introduction of operation and control of a Thermal power plant.
Posting from my personal Experience during my internship at Rajasthan Spinning and Weaving Mils (RSWM) Ltd. It gives a brief introduction of the installed 46 MW Generation system used by company along with the overall process.
The aim is to help undergraduate students to learn about the overall introduction to Power Plant engineering.
CONTENTS
Measurements
Significance of Measurement system
Fundamental methods of Measurement
The generalized measurement system
Definitions & basic concepts
Errors in Measurements
Sources of errors
Accuracy Precision
Resolution
Linearity
Hysteresis
Impedance loading
Introduction to Transducers
Classification of transducers
Capacitive
Inductive
Resistive
Electromagnetic
Piezoelectric
Photoconductive
Photovoltaic
ROLE OF CONTROL AND INSTRUMENTATION IN THERMAL POWER PLANTGaurav Rai
Role of control and instrumentation in thermal power plant.
Use of various instruments for the measurements of flow, pressure and temperature in industries.
Fluke Corporation: Gas Custody Transfer CalibrationTranscat
This presentation covers the information about test tools that technicians and measurement managers need to consider in order to successfully calibrate differential pressure gas custody transfer meters. Specific topics include:
• Why Calibration Matters in Custody Transfer
• Differential Pressure (D/P) vs. Ultrasonic
• Test Tools Considerations
• Pressure Calibration Test Tools
• Temperature Calibration Test Tools
• % Full Scale vs. % Reading + Floor
• Curriculum Topics
• UUT Considerations
• High Pressure Test Considerations
• Process Overview
Joel Hartel works with the Oil and Gas Applications Team at the Fluke Corporation. He has been at Fluke for 5 years, working in both operations and sales / marketing roles, in North America and Emerging Markets. Prior joining Fluke, Joel was in the Navy, serving in nuclear submarines.
Hedland offers a complete line of over 15,000 variable area flow meters to measure oil, hydraulic oil, phosphate esters, water and water-based fluids, as well as air and other compressed gases.
Zero Instrument LS20B portable current meter is developed for the specific measurement of the flow rate for the hydrometric station, factories, and mines, environment-protection monitoring station, irrigation and drainage on the farmland and hydrogeology survey, etc.
LS20B intelligent current meter can be equipped with the new sensor of the flow rate rotating propeller. The sensor is developed by the advanced technology at the end of 2004. The helical angle, thread pitch, craftsmanship, and materials are all been redesigned., the initial velocity ≤5cm/s. Indicators like initial velocity, measurement range, linearity, concentricity, Calibration coefficients, and mean-variance are been greatly improved. The measurement range of the flow velocity: 1~700cm/s and that of sampling time: 1~99 seconds.
The device is simple and convenient, energy saving, stable and reliable. It possesses complete functions and a high automaticity in accordance with the national measurement standard of the open channels. Equipped with a rotating propeller that can endure 80 ℃, it is a new portable current meter by Zero Instrument in China.
the presentation describes about the the AMS 2750 E Standard, details about temperature uniformity survey which is essential for furnace calibration. method of calibration, applications of TUS, and system accuracy test (SAT)
Field Pressure Calibration Tips Webinar with Fluke CalibrationTranscat
Please join Transcat and John Lopez from Fluke Calibration. We will discuss the best practices for field pressure calibration as well as the following:
---Pneumatic standards vs Hydraulic standards
---Device cleanliness and contamination
---Stability concerns
Fluke Corporation: Gas Custody Transfer CalibrationTranscat
This presentation covers the information about test tools that technicians and measurement managers need to consider in order to successfully calibrate differential pressure gas custody transfer meters. Specific topics include:
• Why Calibration Matters in Custody Transfer
• Differential Pressure (D/P) vs. Ultrasonic
• Test Tools Considerations
• Pressure Calibration Test Tools
• Temperature Calibration Test Tools
• % Full Scale vs. % Reading + Floor
• Curriculum Topics
• UUT Considerations
• High Pressure Test Considerations
• Process Overview
Joel Hartel works with the Oil and Gas Applications Team at the Fluke Corporation. He has been at Fluke for 5 years, working in both operations and sales / marketing roles, in North America and Emerging Markets. Prior joining Fluke, Joel was in the Navy, serving in nuclear submarines.
Hedland offers a complete line of over 15,000 variable area flow meters to measure oil, hydraulic oil, phosphate esters, water and water-based fluids, as well as air and other compressed gases.
Zero Instrument LS20B portable current meter is developed for the specific measurement of the flow rate for the hydrometric station, factories, and mines, environment-protection monitoring station, irrigation and drainage on the farmland and hydrogeology survey, etc.
LS20B intelligent current meter can be equipped with the new sensor of the flow rate rotating propeller. The sensor is developed by the advanced technology at the end of 2004. The helical angle, thread pitch, craftsmanship, and materials are all been redesigned., the initial velocity ≤5cm/s. Indicators like initial velocity, measurement range, linearity, concentricity, Calibration coefficients, and mean-variance are been greatly improved. The measurement range of the flow velocity: 1~700cm/s and that of sampling time: 1~99 seconds.
The device is simple and convenient, energy saving, stable and reliable. It possesses complete functions and a high automaticity in accordance with the national measurement standard of the open channels. Equipped with a rotating propeller that can endure 80 ℃, it is a new portable current meter by Zero Instrument in China.
the presentation describes about the the AMS 2750 E Standard, details about temperature uniformity survey which is essential for furnace calibration. method of calibration, applications of TUS, and system accuracy test (SAT)
Field Pressure Calibration Tips Webinar with Fluke CalibrationTranscat
Please join Transcat and John Lopez from Fluke Calibration. We will discuss the best practices for field pressure calibration as well as the following:
---Pneumatic standards vs Hydraulic standards
---Device cleanliness and contamination
---Stability concerns
Measuring Instrument and communicaiton protocolssuser325d67
S485 was developed to provide high speed data. The standard is defined by industry telecommunications bodies and may be referred to most commonly as RS485, but references to EIA485 or TIA-485 may also be seen.
RS485 is able to provide a headline data rate of 10 Mbps at distances up to 50 feet, but distances can be extended to 4000 feet with a lower speed of 100 kbps.
Although RS485 was never intended for domestic use, it found many applications where remote data acquisition was required.
S485 was developed to provide high speed data. The standard is defined by industry telecommunications bodies and may be referred to most commonly as RS485, but references to EIA485 or TIA-485 may also be seen.
RS485 is able to provide a headline data rate of 10 Mbps at distances up to 50 feet, but distances can be extended to 4000 feet with a lower speed of 100 kbps.
Although RS485 was never intended for domestic use, it found many applications where remote data acquisition was required.
S485 was developed to provide high speed data. The standard is defined by industry telecommunications bodies and may be referred to most commonly as RS485, but references to EIA485 or TIA-485 may also be seen.
RS485 is able to provide a headline data rate of 10 Mbps at distances up to 50 feet, but distances can be extended to 4000 feet with a lower speed of 100 kbps.
Although RS485 was never intended for domestic use, it found many applications where remote data acquisition was required.
S485 was developed to provide high speed data. The standard is defined by industry telecommunications bodies and may be referred to most commonly as RS485, but references to EIA485 or TIA-485 may also be seen.
RS485 is able to provide a headline data rate of 10 Mbps at distances up to 50 feet, but distances can be extended to 4000 feet with a lower speed of 100 kbps.
Although RS485 was never intended for domestic use, it found many applications where remote data acquisition was required.
S485 was developed to provide high speed data. The standard is defined by industry telecommunications bodies and may be referred to most commonly as RS485, but references to EIA485 or TIA-485 may also be seen.
RS485 is able to provide a headline data rate of 10 Mbps at distances up to 50 feet, but distances can be extended to 4000 feet with a lower speed of 100 kbps.
Although RS485 was never intended for domestic use, it found many applications where remote data acquisition was required.
S485 was developed to provide high speed data. The standard is defined by industry telecommunications bodies and may be referred to most commonly as RS485, but references to EIA485 or TIA-485 may also be seen.
RS485 is able to provide a headline data rate of 10 Mbps at distances up to 50 feet, but distances can be extended to 4000 feet with a lower speed of 100 kbps.
Although RS485 was never intended for domestic use, it found many applications where remote data acquisition was required.
S485 was developed to provide
In this presentation how flow rate, pressure, temperature and level in tank measure in refinery or any industry with different instrument are discussed.
Overview of the range of turbine meters available from Blancett including sanitary turbine meters for food, beverage and pharmaceuticals. This presentation also explains the operating principle of turbine flow meters.
he Thermal Dispersion Mass Flow Meter is a comparatively new concept. In India, nobody was manufacturing it with indigenous technology. Even today, it is mostly imported from the US or some other European countries.
Right from the beginning, Manas has worked on the strategy of developing and manufacturing the technology products in India. This was the main reason for going after the development of the Thermal Mass Flow Meter.
Cox Precision metering products by Badger Meter provide flow measurement solutions for the test and measurement market and precision industrial applications.
Thermal plant instrumentation and controlShilpa Shukla
Detail working description of each components used in A Thermal or Coal based Plant for generation of electricity. Controlling and automation is described.
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CFD Simulation of By-pass Flow in a HRSG module by R&R Consult.pptxR&R Consult
CFD analysis is incredibly effective at solving mysteries and improving the performance of complex systems!
Here's a great example: At a large natural gas-fired power plant, where they use waste heat to generate steam and energy, they were puzzled that their boiler wasn't producing as much steam as expected.
R&R and Tetra Engineering Group Inc. were asked to solve the issue with reduced steam production.
An inspection had shown that a significant amount of hot flue gas was bypassing the boiler tubes, where the heat was supposed to be transferred.
R&R Consult conducted a CFD analysis, which revealed that 6.3% of the flue gas was bypassing the boiler tubes without transferring heat. The analysis also showed that the flue gas was instead being directed along the sides of the boiler and between the modules that were supposed to capture the heat. This was the cause of the reduced performance.
Based on our results, Tetra Engineering installed covering plates to reduce the bypass flow. This improved the boiler's performance and increased electricity production.
It is always satisfying when we can help solve complex challenges like this. Do your systems also need a check-up or optimization? Give us a call!
Work done in cooperation with James Malloy and David Moelling from Tetra Engineering.
More examples of our work https://www.r-r-consult.dk/en/cases-en/
Water scarcity is the lack of fresh water resources to meet the standard water demand. There are two type of water scarcity. One is physical. The other is economic water scarcity.
Welcome to WIPAC Monthly the magazine brought to you by the LinkedIn Group Water Industry Process Automation & Control.
In this month's edition, along with this month's industry news to celebrate the 13 years since the group was created we have articles including
A case study of the used of Advanced Process Control at the Wastewater Treatment works at Lleida in Spain
A look back on an article on smart wastewater networks in order to see how the industry has measured up in the interim around the adoption of Digital Transformation in the Water Industry.
Water Industry Process Automation and Control Monthly - May 2024.pdf
How to select the most suitable flow meter for your application's gas flow measurement
1. “How to select the most suitable flow
meter in your application's gas flow
measurement ?”
2. TIPL Complete Product Offering
Instrument
ation
Condition
Monitoring
(CM)
Environmen
tal
Solution
Security
Solutions
TIPL Product Range
3. TIPL Field Instruments Offering
Pressure &
Differential
Pressure
Transmitters
Temperature
Transmitters
&
Pyrometers
Level
Transmitters
Flow Meters
TIPL Field Instruments
4. Flow Measurement
Introduction
Flow measurement is the quantification of bulk
fluid movement. Flow may be measured by
measuring the velocity of fluid over known area.
A flowmeter is an instrument used to measure
linear, nonlinear, mass or volumetric flow rate of a
liquid or a gas.
5. Types of Flowmeters
Digital Flowmeters:
1. Magnetic Flowmeter
2. Ultrasonic Clamp On/Inline
3. Vortex Flowmeter
4. Thermal Mass Flowmeter
5. Coriolis Mass Flowmeter
6. Turbine Flowmeter
Mechanical Flowmeters:
1. Venturi and Orifice type DP meters
2. PD (Positive Displacement) Meter
3. Variable Area Meter or Rotameter
4. Gear Meter
9. • All Conductive Liquids,
• Liquid Chemicals
• Drinking Water
• Wastewater
• Sea water
• Sewage and sludge
General Applications of Flowmeters
• Clean Liquids
• Air
• Gases
• Steam
• LPG
• Oil
• Slurry
10. Flowmeters those can be used in Gas Applications:
Turbine Vortex Thermal
Coriolis
Rotameter
DPT with Flow
Element,
11. Introduction
Turbine flow meter (better described as an axial turbine)
translates the mechanical action of the turbine rotating
in the liquid or Gas flow around an axis into a
user-readable rate of flow (m3/h, gpm, lpm, etc.). The
turbine tends to have all the flow traveling around it.
Turbine flowmeters now constitute 7% of the world
market.
Turbine flow meters are used for the measurement of Air,
natural gas and liquid flow.
Turbine Flowmeter
12. Working principle…………………
Turbine flowmeters use the mechanical energy of the
fluid to rotate a “pinwheel” (rotor) in the flow stream.
Blades on the rotor are angled to transform energy from
the flow stream into rotational energy. The rotor shaft
spins on bearings. When the fluid moves faster, the rotor
spins proportionally faster.
Shaft rotation can be sensed mechanically or by
detecting the movement of the blades. Blade
movement is often detected magnetically, with each
blade or embedded piece of metal generating a pulse.
Turbine Flowmeter
13. Working principle
Turbine flowmeter sensors are typically located external to
the flowing stream to avoid material of construction
constraints that would result if wetted sensors were used.
When the fluid moves faster, more pulses are generated.
The transmitter processes the pulse signal to determine
the flow of the fluid. Transmitters and sensing systems are
available to sense flow in both the forward and reverse
flow directions.
14. Metal tube Rotameter
● Metal tube flowmeter adopts variable area measuring
theory, which is applicable for measuring liquid and
gases and steam, it is all-metal construction. it has
local indication, remotely transfer, anti-corrosion
type, high-pressure type, explosion-proof, etc.
● It has 0-20mA, 4-20mA standard analog signal
output and local indication, accumulation, digital
communication, field modification and measure
parameters, different power supply function.
● It is widely applicable in petrol, chemical, power
supply, pharmacy, food, water treatment industry
etc.
15. Vortex Flow Meter
● A vortex flow meter is a versatile flow measuring device
which covers a wide range of fluids like steam, liquid and
gas.
● Works on the principle of Kármán Effect, which states that
when flow passes by a bluff body,a repeating pattern of
Swirling vortices is generated.
● One reason they are widely used for steam flow
measurement is that they can tolerate the high
temperatures of steam, as steam is the most difficult to
measure.
17. F = Sr * V/(1-1.27* d/D) Q = 3600* F/K M = Q* p
• F ······ The liquid flow through the vortex triangular prism produce the vortex
frequency(unit:Hz)
• Sr ······ Strouhal number(unit:dimensionless)
• V ······ Internal of pipe fluid flow rate(unit:m/s)
• d ······ the width of Vortex meter internal triangular prism(unit:m)
• D ······ Vortex meter inner diameter(unit:m)
• Q ······ Instantaneous volume flow rate(unit:m³ /h)
• K ······ Vortex of meter coefficient(unit:pulse number/m³ )
• M ······ Instantaneous mass flow rate(unit:kg/h)
• P ······ Fluid density(unit:kg/m ³ )
19. Differentiated Features
Sales Meet 2019-20 - Knowledge for Growth
● Backlit display available in
remote and Integral type both
● Backlit LCD display5
● Single solution for liquid, gas
and steam application
● Universal solution4
● High Pressure solution upto
40 bar
● High Pressure3
● High temperature solution
upto 350Deg C
● High Temperature2
● Insertion type is available for
bigger line size upto 3000mm
● Insertion Type1
20. Thermal Mass Flow Meter
● A thermal mass flow meter is a precision instrument that
measures gas mass flow and is used in various
industries with a wide range of applications.
● Thermal mass flow meters, also known as thermal dispersion
or immersible mass flow meters comprise a family of
instruments for the measurement of the total mass flow rate of
a fluid, primarily gases, flowing through closed conduits.
● Thermal gas mass flow meter is designed on the basis of
thermal dispersion, and adopts method of constant differential
temperature to measure gas flow.
21. Working principle
Thermal flow meters use the thermal properties of the
gases to measure the flow of a gas flowing in a pipe or
duct.
The flowmeter contains two platinum resistance
temperature sensors. The thermal flow meter operates
by monitoring the cooling effect of a gas stream as it
passes over a heated sensor.
Gas flowing through the sensing section passes over two
sensors one of which is used conventionally as a
temperature sensor, while other is used as a heater.
Thermal Mass Flowmeter
22. Working principle….
The temperature sensor monitors the actual process
values while the heater is maintained at a constant
differential temperature.
The greater the gas velocity, the greater the cooling
effect and power required to maintain the differential
temperature.
23. Working principle….
The measurement of heater power is therefore a
measurement of the gas mass flow rate.
m = Kq/(Cp(T2 – T1))
The mass flow (m) is calculated on the basis of the
measured temperature difference (T2 - T1), the meter
coefficient (K), the electric heat rate (q), and the
specific heat of the fluid (Cp),
25. Differentiated Features
● Wide range:
0.1Nm/s~100Nm/s for
gas
● Wide velocity range5
● Can use upto 4000 mm
line size
● Wide line size4
● Default RS485 Output
without extra charge with
4 to 20mA
● Output3
● Dual input available on
single system (AC & DC)
● Power Supply2
● Turn down ratio : 1000:1● Large turndown ratio1
26. Coriolis Mass Flow Meter
● Coriolis mass flow meter are the leading precision flow and
density measurement solution offering the most accurate
and repeatable mass flow measurement for liquids, slurry
and Gases. The coriolis flowmeters offer the most accurate
measurement available for virtually any process fluid, while
exhibiting exceptionally low pressure drop.
● Coriolis mass flowmeters measure the mass flow of liquids,
such as water, acids, caustic, chemicals, Oil and
Gases/Vapors.
28. Working principle:
A Coriolis meter is based on the principles of motion
mechanics. When the process fluid enters the sensor, it is
split. During operation, a drive coil stimulates the tubes to
oscillate in opposition at the natural resonant frequency. As
the tubes oscillate, the voltage generated from each
pickoff creates a sine wave. This indicates the motion of
one tube relative to the other. The time delay between the
two sine waves is called Delta-T, which results to generate
differential voltage Delta-V which is directly proportional to
the mass flow rate.
Coriolis Mass Flowmeter
32. Differentiated Features
● Max. working pressure
upto 25MPa
● High pressure5
● 0.1% accuracy is
provided by Flow meter
● Accuracy4
● By default Backlit LCD
display available
● Backlit LCD display3
● Dual input available on
single body (AC&DC)
● Universal Power
Supply2
● Explosion proof housing
and sensor body.
● Ex proof1
● Dual output option
available for Flow &
Density
● Dual Outpit5
33. General Features :
Turbine
● Line Size: 4 to 300mm
● Accuracy :+/-1%
● Nominal
pressure:1.6MPa,2.5MPa,4.0M
Pa etc
● Flow Rate: 0.8 to 1600m3/h for
water
● Flow Rate: 6m3/h to 1000m3/h
for Air Medium
● Temperature: -40°C~350°C
● Power supply:12~24VDC
Output
● signal: 4~20mA
● EX-proof
Vortex
● Line Size: 15 to 300mm
● Accuracy :+/-1%
● Nominal
Pressure:1.6MPa,2.5MPa,4.
0MPa
● Flow Rate: 0.8 to 1600m3/h
for water
● Flow Rate: 6m/h2 to
1000m3/h for Air
● Medium temperature:-40°
C~350°C
● Power supply:12~24VDC
● Output signal: 4~20mA
● EX-proof Class:ExbiI CT6
DPT with Flow element
● Line Size: 10 to 1000mm
● Accuracy :+/-2 to 5%
● Nominal
Pressure:1.6MPa,2.5MPa,4.
0MPa
● Medium temperature:-20°
C~400°C
● Power supply:12~24VDC
● Output signal: 4~20mA
34. General Features :
Coriolis Mass
● Meter size DN 10 … DN 150
● Accuracy: ± 0.1~0.5%
● Measuring tube material:
SS316L; housing material:
SS304
● Operating temperature:
-50~+200°C
● Power supply: 18~36VDC
power >7W; 85~265VAC
power:10W
Thermal Mass
● Meter size DN 10 … DN 4000
● Accuracy < ± 1% of rate
● Fluid temperature -40~+220°C
;Max.350°C
● AC / DC supply power
● 4-20mA (optoelectronic
isolation, maximum load
500),Pulse,RS485 and HART
● 4 line LCD display Mass flow,
Volume flow in standard
condition with totalizer,
Roatmeter
● Meter size DN 10 … DN 300
● Accuracy: 1.5% to 2.5%
● Measuring Medium: Liquid,
gases
● Environment Temperature:
(-)25ºC ~ +100ºC
● Medium Temperature:
Standard Type: (-)20ºC ~ +300
● FEP Type: 90ºC
● It has horizontal installation
and vertical installation type
rotameter.
● Flow Range Ratio: 10:1
35. Key Applications :
Thermal Mass
● Compressed air (consumption,
distribution)
● Carbon dioxide (for beverage
production and chilling)
● Argon (in steel production)
● Nitrogen and oxygen (production)
● Natural gas (for burners and boiler feed
control)
● Air and biogas measurement (e.g. in
wastewater plants)
Coriolis
● Diesel, Petrol, clean liquid
(Low Viscous liquid ), LPG
& CNG
● Diesel, Petrol, LPG, & CNG
(Custody transfer)
● water, Acids, Aaustic,
chemicals, Oil and
Gases/vapors.
Rotameter
● LDO
● HFO
● Gases
● Chemicals
36. Key Applications :
Turbine
● Clean Liquids
● DM water
● Low viscous Liquids
● Air
● Gases
Vortex
● Clean Liquids
● DM Water
● Air & Gases
● Steam
DPT with Flow element
● Clean Liquids
● DM water
● Low viscous Liquids
● Air
● Gases
● Steam
39. Why TIPL?
• Customized Solutions by Engineers
• High Value (Not Price)
• Made in India (In-house Assembly, Testing, State of the Art Calibration, Repairs Facility)
• TIPL is the only Indian company, manufacturing Pressure Transmitters with HART-7
communication protocol, registered with Fieldcomm Group.
• Technically Competent (if not better) than Others
• One Call After Sales Service Support @ Indian Rates !
• Single Contact Point- Pre - Post Sales) - No Middlemen involved
• Low Total Cost of Ownership
• One Stop Shop for all your Process requirements