20
Advanced instrumentation solutions crafted with highest precision www.AdeptFluidyne.com
Advanced instrumentation solutions
crafted with highest precision
www.AdeptFluidyne.com
Electromagnetic Flowmeter of 1800 mm dia.
2
Rely on us for competency, capacity and customer care
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Operating in instrumentation business since 1983
Well-known for providing 'Total Solutions' for
Electromagnetic and Ultrasonic flow measurement
More than 10,000 Flowmeters and
100,000 Transducers delivered
Indigenous design, development and manufacturing
Faster deliveries due to large, in-house capacity
One of the first companies to set up own
calibration laboratory in 1994 with NABL accreditation
First to develop Plastic Body Electromagnetic
Flowmeters in India
Successfully ventured into SCADA and Automation
related to water management
Recently introduced battery-powered and
solar-powered Flowmeters
Excellent ERP system which maintains database of
past 25 years
Company headed by professional technocrats
Qualified, committed and responsive team
Excellent record of customer satisfaction
Approved supplier to various government departments
and corporates
Dear friends,
An ambitious spirit, clear focus on the future and an urge to manufacture innovative, precision
products - that's how Adept is characterised since inception.
Krishnaji Gadre - a visionary and dynamic entrepreneur - laid the foundation of Adept in early 50s by
indigenously developing laboratory equipments and weather recording instruments. With the rapid
industrialisation and advent of electronics, the technology demands in industries were rapidly
changing. Over the years, we responded to this change by introducing new technologies and
venturing into new business verticals.
In the year 1992, a major breakthrough occurred when a renowned company approached us with its
requirement of developing a Flowmeter. We responded to it with our inherent enthusiasm, conducted
an extensive R&D and successfully developed the first Adept Electromagnetic Flowmeter. When its
performance and accuracy were undoubtedly proved during field trials, we were encouraged to
entrench further in this field.
During the last 2 decades, Adept proved its capability in several fields, and today, we are known for
providing appropriate instrumentation solutions with efficient services to industries such as water,
waste water, chemical, pharmaceutical, paper, cement, mining, mineral & metal, power, oil & gas,
food & beverages and so on.
Our success is attributed to our core competency in meeting most challenging requirements with
highly precise products of the latest technology, and in providing efficient services.
Adept products are manufactured in a well-equipped plant and rigorously tested before despatch.
No wonder, they perform precisely over the years. Our well-equipped service support for repair,
maintenance, calibration and technology upgradation is also an assurance of extended life for your
products while ensuring a lower life-cycle-cost.
The NABL accreditation has given a boost to our quality manufacturing and will authenticate our
calibration capabilities. This will also open the doors of the world markets for Adept.
Welcome to Adept. Our qualified team of engineers and technicians will always ensure that you get
more technology, more reliability, more service and more economy than what you expect from your
usual instrumentation partner.
Sincerely yours,
Managing Director
L
L
Vinayak Gadre
From CEO’s desk
3
With our customer-centric approach, tomorrow belongs to us
Equipped with the latest design and development tools
such as CAD and microprocessor development systems.
The experienced and competent team ensures quality
and pace of the development process. Apart from new
product development, we also help in providing
customised solutions for challenging requirements.
Design & Development CentreAdept is an ISO 9001:2008 company with more than
3 decades of experience in instrumentation. The activities
include Electric Transducers, Chart Recorders, Signal
Isolators and Flowmeters. We have more than 150,000
installations across India and abroad in various types of
industries. Our nationwide sales and service network
ensures efficient pre and post sales services to our
esteemed customers. Our quality products are
manufactured in a well-equipped plant in Pune, India.
The quick calibration set up at Adept is unique in India,
which helps our customers to ensure the accuracy of their
products even after rigorous use.
With an in-house R&D team equipped with the latest
design and prototyping facilities, we are in a position to
provide solutions for the most challenging requirements.
This capability of Adept also helps us to introduce latest
technology products and incorporate advanced features
in the existing range.
About us
4
Electronics Manufacturing
All PCB designing work is carried out in-house, using
advanced softwares. PCB assembly is carried out by a
highly skilled and trained team, which ensures high level of
precision and quality. The PCB assembly section is also
equipped with environment chamber and other custom-
designed test jigs and fixtures to ensure high quality
standards.
5
In-house facilities for machining, fabrication and finishing.
This allows us to ensure faster production and exercise
precise control on manufacturing accuracy. Additionally,
the quality of input material is guaranteed. Achieving
greater synchronisation with other production activities is
also possible, which helps in executing large orders in the
shortest possible time.
Mechanical Manufacturing
Quality at every step Reliability in every aspect
6
All incoming material is thoroughly inspected for physical
accuracy and adherence to specifications. During the
manufacturing process, at every step, a stage inspection
is conducted by expert engineers. The major tests include
heat test, humidity test, insulation test, HV test, hydraulic
pressure test and Phantom load testing. After this, every
assembled product undergoes a rigorous inspection and
testing at the final stage before being despatched.
Quality Assurance
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One of the first of its kind since 1994
Calibration as per ISO 4185 using primary method of
measuring water flow by gravimetric principles or by
comparison method
Present capacity : Up to 450 mm
A separate quick calibration set up : Calibration of
Flowmeters up to 150 mm line size in just 15 minutes
Expansion up to 1000 mm being planned
Calibration Laboratory
7
NABL accredited calibration lab
Electromagnetic Flowmeters are based on Faraday's Law
of Electromagnetic Induction.
In an Electromagnetic Flowmeter, the magnetic field is
generated by a set of coils. As the conductive liquid
passes through the electromagnetic field, an electric
voltage is induced in the liquid, which is directly
proportional to its velocity. This induced voltage is
Working Principle
perpendicular to both the liquid flow direction and the
electromagnetic field direction. The voltage sensed by the
electrodes is further processed by the transmitter to give
standardised output signal or displayed in appropriate
engineering unit.
The flux density of the electromagnetic field in a given
Flowmeter and the distance between the electrodes are
constant. Therefore, the induced voltage is only a function
of liquid velocity.
The induced voltage is not affected by the physical
properties of liquid like temperature, viscosity, pressure,
density and conductivity, as long as conductivity of the
measured liquid is above minimum threshold level. For
reliable measurement, the pipe must be completely full of
liquid.
The electromagnetic field coil assembly is excited by
pulsed DC technique, which eliminates the interfering
noise and provides automatic zero correction.
EcoMag 6420
MagFlow 6410
8
E = KxBxvxD
where E : Induced voltage
K : Flow tube constant
B : Magnetic field strength
v : Mean flow velocity
and D : Electrode spacing
Volume flow is calculated by equation2Q = vxD xB/4
ExDxB Therefore, Q = KxBx4
MagBP 6440
MagProbe 6450
Technical Specifications : 6400 Series
MagProbe 6450
> 100
20
SS 316 Std.*
NA
Integral/Remote
SS316 Std.*
NA
NA
NA
0.2 to 12 m/sec. Bidirectional
±2%
±0.2% of span
2 line LCD/LED
Std. 4-20 mA*
IP 67
Std. 10 m
All standard engineeringunits in
3 3m , litre, gallon, ft ,Imperial gallon
24 V DC or80-300 V AC
Std. IP 68
Insertion type with use of isolating ball valve assemblyon pipeline.
0Up to 120 C
MagBP 6440
10 to 1000
10, 16, 25, 40
SS 316 Std.*
Std. Rubber*
Integral/Remote
SS304 Std.*
Std. CS*
Flange/Wafer/Tri-clamp
ANSI 150*
0.2 to 12 m/sec. Bidirectional
±1%
±0.2% of span
2 line LCD
NA
IP 67
Std. 10 m
All standard engineeringunits in
3 3m , litre, gallon, ft ,Imperial gallon
Battery powered5 years battery life
Std. Option IP 68 for flow tube in remote type
IP 65
Inline flanged type
0Up to 55 C
EcoMag 6420
10 to 150
5
SS 316 Std.*
NA
Integral/Remote
HDPE
HDPE
Flange
ANSI 150*
0.2 to 12 m/sec. Bidirectional
±1%
±0.2% of span
2 line LCD/LED
Std. 4-20 mA*
IP 67
Std. 10 m
All standard engineeringunits in
3 3m , litre, gallon, ft ,Imperial gallon
24 V DC or80-300 V AC
Std. Option IP 68 for flow tube in remote type
IP 65
Inline flanged type
0Up to 55 C
Parameters
Nominal dia (mm)2Working pressure (kg/cm )
Electrode material
Sensor lining
Display version
Measuring tube material
Sensor housing material
End connection
Flange - Standard
Measuring range
Accuracy % of measured value
Repeatability
Display
Output
Protection class for transmitter
Cable length for remote
Display units
Power supply
Protection class for sensor
Installation
Working temperature
MagFlow 6410
SS 316 Std.*
Std. Rubber*
Integral/Remote
SS304 Std.*
Std. CS*
Flange/Wafer/Tri-clamp
ANSI 150*
0.2 to 12 m/sec. Bidirectional
±O.5 (±O.2% consult factory)
±0.2% of span
2 line LCD/LED
All standard engineeringunits in
3 3m , litre, gallon, ft ,Imperial gallon
Std. 4-20 mA*
24 V DC or80-300 V AC
IP 67
Std. 10 m
Std.Option IP 68 for flow tube in remote type
IP 65
Inline flanged type
Integral PTFE - 1200Remote PTFE - 180 C
0Others - 70 C
0C
* Please refer to order code for options.
Electromagnetic Flowmeter Series 6400
9
10 to 3000
10, 16, 25, 40
Electromagnetic Flowmeter Components
Installation precautions1. Installation location should be such that the Flowmeter will always remain full with liquid.2. A minimum 5D upstream & 3D downstream straight lengths should be maintained at installation locations where D is the pipe diameter. 3. The Flowmeter installation location should be free of bends, elbows, tees, valves, etc.
Transmitter
Liner (Rubber/PTFE)
Earthing ring
Flange
Coil housing
Display
Cable gland
Velocity range - 0.2 m/sec. for minimum & 12 m/sec. for maximum
Minimum - Maximum Flow Table
0.06
0.13
0.23
0.35
0.58
0.90
1.41
2.39
3.62
5.65
8.84
12.72
22.60
35.20
50.89
69.26
90.46
114.49
141.35
203.54
277.04
365.44
457.98
568.16
814.18
1108.18
1447.42
1831.90
2261.60
3m /hr.
Min. Min. Min. Min.Max. Max. Max. Max.
LPM LPS USGPM
10
15
20
25
32
40
50
65
80
100
125
150
200
250
300
350
400
450
500
600
700
800
900
1000
1200
1400
1600
1800
2000
3.38
7.63
13.56
21.19
34.91
54.28
84.82
143.28
217.08
339.24
530.16
763.32
1356.00
2112.00
3053.16
4155.72
5427.84
6869.64
8481.00
12212.52
16622.40
21926.40
27478.80
34089.60
48850.80
66490.80
86845.20
109914.00
135696.00
0.94
2.12
3.77
5.89
9.65
15.08
23.56
39.82
60.31
94.23
147.24
212.03
376.93
588.96
848.10
1154.36
1507.73
1908.40
2355.83
3392.40
4618.08
6090.65
7633.87
9469.50
13569.60
18471.94
24125.37
30809.45
37880.56
56.53
127.21
226.15
353.36
578.96
904.63
1413.49
2389.20
3618.55
5653.99
8834.38
12721.50
22616.00
35337.50
50886.00
69261.50
90464.02
114503.76
141350.03
203544.04
277084.68
365439.00
458032.32
568169.76
814176.12
1108316.28
1447522.44
1848566.76
2272833.60
0.02
0.04
0.06
0.10
0.16
0.25
0.39
0.66
1.01
1.57
2.45
3.53
6.28
9.82
14.14
19.24
25.13
31.81
39.26
56.54
76.96
101.51
127.23
157.82
227.27
307.88
402.08
513.50
631.34
0.94
2.11
3.77
5.88
9.65
15.07
23.56
39.80
60.30
94.22
147.24
212.02
376.93
588.96
848.10
1154.36
1507.74
1908.43
2355.85
3392.42
4617.47
6090.48
7634.04
9469.44
13636.44
18472.68
24124.68
30810.12
37880.52
0.25
0.56
1.00
1.56
2.55
3.98
6.22
10.52
15.93
24.89
38.90
56.01
99.58
155.59
224.04
304.95
398.30
504.10
622.35
896.18
1219.90
1593.20
2016.79
2489.38
3584.74
4880.30
6372.82
8139.39
9957.53
14.94
33.61
59.75
93.35
152.95
238.98
373.40
631.06
955.92
1493.63
2333.80
3360.66
5974.51
9335.18
13442.65
18297.00
23898.12
30246.00
37340.76
53770.68
73193.88
95592.24
121007.52
149362.92
215084.16
292818.24
382369.20
488363.16
597451.80
DN in mm
10
Note : For MagProbe 6450 Insertion Type Flowmeter - sensor size, design of measuring sensor, flange material, sensor lining, earthing, coil housing choices are not available.
11
Ordering Code : Series 6400
P1 - 24 V DC
P2 - 80 to 300 AC
P3 - Solar powered
P4 - Battery powered (6420, 6440, 6450)
P5 - Any other (Pl. specify)
Power Supply
Sensor Lining
M1 - MagFlow 6410
M2 - EcoMag 6420
M3 - MagBP 6440
M4 - MagProbe 6450
I - Integral
R - Remote
Transmitter Type
C1 - Not applicable
C2 - RS 232 (Modbus RTU)
C3 - RS 485 (Modbus RTU)
C4 - HART
C5 - GSM
C6 - GPRS
Communication Interface
Y - External (Pl. specify)
N - Not required
Data Logger
D - None
F - Flameproof
G - Any other (Pl. specify)
Approval
A - IP 65
B - IP 67
C - IP 68
Protection Class for Sensor
CH1 - CS / MS
CH2 - SS 304
CH3 - SS 316
CH4 - Any other (Pl. specify)
Coil Housing
T1 - SS 304
T2 - SS 316
T3 - Any other (Pl. specify)
Measuring Tube
1 - None (Earth electrode)
2 - SS 316
3 - SS 316L
4 - Any other (Pl. specify)
Earthing Rings
E1 - SS 316
E2 - SS 316L
E3 - Hastelloy C
E4 - Titanium
E5 - Tantalum
E6 - Platinum
E7 - Any other (Pl. specify)
Electrode Material
S1 - Flange ANSI 150
S2 - Flange DIN PN
S3 - Flange BS 10 Table D/E
S4 - Wafer
S5 - SMS
S6 - Tri clamp
S7 - Any other (Pl. specify)
Design of Measuring Sensor
F1 - CS / MS
F2 - SS 304
F3 - SS 316
F4 - Any other (Pl. specify)
Flange Material
0010 - 10 (¼”)
0015 - 15 (½”)
0020 - 20 (¾”)
0025 - 25 (1”)
0032 - 32 (1.25”)
0040 - 40 (1.50”)
0050 - 50 (2”)
0065 - 65 (2.5”)
0080 - 80 (3”)
0100 - 100 (4”)
0125 - 125 (5”)
0150 - 150 (6”)
0200 - 200 (8”)
0250 - 250 (10”)
0300 - 300 (12”)
0350 - 350 (14”)
0400 - 400 (16”)
0450 - 450 (18”)
0500 - 500 (20”)
0600 - 600 (24”)
0700 - 700 (28”)
0800 - 800 (32”)
0900 - 900 (36”)
1000 - 1000 (40”)
1200 - 1200 (48”)
1400 - 1400 (56”)
1600 - 1600 (64”)
1800 - 1800 (72”)
2000 - 2000 (80”)
Any other (Pl. specify)
Sensor Size
Y - Required (select communication interface)
N - Not required
View Software
L1 - Hard rubber
L2 - Neoprene
L3 - PTFE
L4 - Polyurethane
L5 - PFA
L6 - HDPE
L7 - Any other (Pl. specify)
R1 - 5 kg/cm² ( )
R2 - 10 kg/cm²
R3 - 16 kg/cm²
R4 - 25 kg/cm²
R5 - 40 kg/cm²
R6 - Any other (Pl. specify)
6420
Pressure Rating
OP1 - 4 - 20 mA DC
OP2 - 0 - 20 mA DC
OP3 - Pulse output
OP4 - Relay output
OP5 - Combinations of above
OP6 - Any other (Pl. specify)
Output
The Transit Time Flowmeter utilises two transducers that
function as both ultrasonic transmitters and receivers.
The transducers are clamped on the outside of a closed
pipe or inserted in the pipeline by use of isolating ball valve
assembly at a specific distance from each other. Transit
Time Flowmeters measure the time it takes for an
ultrasonic signal transmitted from one sensor, to cross a
pipe and be received by a second sensor. Upstream and
downstream time measurements are compared. With
no flow, the transit time would be equal in both directions.
Working Principle
V = KxDx t
where V : Liquid velocity
K : Constant
D : Distance between the two transducers
t : Difference in time of flight
r
r
With flow, sound will travel faster in the direction of flow
and slower against the flow. The liquid velocity (V) inside
the pipe can be related to the difference in time of flight
(rt) through the following equation:
12
UFM 6710 UFM 6720 UFM 6730
Technical Specifications : 6700 Series
Transmitter
Transducer
UFM 6710
0 0-40 C to 120 C0 0-40 C to 250 C
15-80 mm
50-700 mm
400-4570 mm
45x30x30 mm
60x45x45 mm
80x70x55 mm
< 0.3 kg
< 0.5 kg
< 1.0 kg
6 m Std. Can be extended up to 300 m
SS belt according to pipe size
NA
24 V DC ±20%110 V AC ±15%240 V AC ±15%
±12 m/sec. Bidirectional
2 lines, 16 characters, LCD with back light, flow rate,velocity, totaliser
User configurable English/Metric
FWD, NET, REV, BATCH3 3 (Gallons, ft , Barrels, lbs, m )
4-20 mA DC Std.*
±1% of reading @ rate >0.5 m/sec.
0.2% of Span
<2.5 kg251x190x96 mm
Keypad lockout, access code enabled
S Transducer
M Transducer
L Transducer
S Transducer
M Transducer
L Transducer
S Transducer
M Transducer
L Transducer
Parameters
Units
Suited temp. - Std.
Suited temp. - High
Dimensions
Weight
Cable length
Flexible belts
Portable case
Power supply
Velocity
Display
Totaliser
Output
Accuracy
Repeatability
WeightDimensions
Security
Pipe size
UFM 6720
0 0-40 C to 120 C0 0-40 C to 250 C
15-80 mm
50-700 mm
400-4570 mm
45x30x30 mm
60x45x45 mm
80x70x55 mm
< 0.3 kg
< 0.5 kg
< 1.0 kg
6 m Std. Can be extended up to 25 m
SS belt according to pipe size
Size - 463x383x103 mm
3 AAA NiMH built-in battery (12 hours of operation) &100-240 V AC for the charger
±12 m/sec. Bidirectional
4 lines, 16 characters, LCD with back light, flow rate,velocity, totaliser
User configurable English/Metric
FWD, NET, REV, BATCH3 3 (Gallons, ft , Barrels, lbs, m )
RS 232
±1% of reading @ rate >0.5 m/sec.
0.2% of Span
204x90x30 mm
Keypad lockout, access code enabled
<0.5 kg
UFM 6730
0 0-40 C to 120 C0 0-40 C to 250 C
>65 mm (Note : Long sensors available on request for thick pipelines)
6 m Std. Can be extended up to 300 m
NA
NA
24 V DC ±20%110 V AC ±15%240 V AC ±15 %
±12 m/sec. Bidirectional
2 lines, 16 characters, LCD with back light, flow rate,velocity, totaliser
User configurable English/Metric
FWD, NET, REV, BATCH3 3 (Gallons, ft , Barrels, lbs, m )
4-20 mA DC Std.*
±1% of reading @ rate >0.5 m/sec.
0.2% of Span
251x190x96 mm<2.5 kg
Keypad lockout, access code enabled
186 mm with 20 mm bore size
< 1.5 kg
* Please refer to order code for options.
13
Ultrasonic Flowmeter Series 6700
Ordering Code : UFM 6720
S - Small 15 - 80 mm
M - Medium 50 - 700 mm
L - Large 400 - 4570 mm
Sensor (Standard)
HS - Small 15 - 80 mm
HM - Medium 50 - 700 mm
HL - Large 400 - 4570 mm
Sensor (High Temp.)
OR
N - None
C - RS 232
Output
0 - Not required
1 - Required (Pl. specify)
Data Logging
6 - 6 m (Std.)
10 - 10 m
M - Any other length (Pl. specify)
Sensor Cable
Ordering Code : UFM 6710/6730
R - Regular pipelines
E - Extended
Sensor
For UFM 6730
6 - 6 m (Std.)
10 - 10 m
M - Any other length (Pl. specify)
Sensor Cable
1 - Required (Pl. specify)
2 - Not required
Data Logging
OP1 - 4 - 20 mA DC
OP2 - Pulse
OP3 - Relay
OP4 - RS 232 (Modbus RTU)
OP5 - RS 485 (Modbus RTU)
OP6 - Combinations of above (Pl. specify)
Output
S - Small 15 - 80 mm
M - Medium 50 - 700 mm
L - Large 400 - 4570 mm
Sensor (Standard)
For UFM 6710
HS - Small 15 - 80 mm
HM - Medium 50 - 700 mm
HL - Large 400 - 4570 mm
Sensor (High Temp.)
OR
P1 - 24 V DC
P2 - 110 AC
P3 - 240 V AC
P4 - Solar powered
P5 - Any other (Pl. Specify)
Power supply
M1 - UFM 6710
M2 - UFM 6730
Communication Interface
G1 - Not required
G2 - GSM
G3 - GPRS
G4 - HART
14
Y - Required (select communication interface)
N - Not required
View Software
UFM 6740 Ultrasonic Water Meter
Low power consumption, digital process technology with stable & permanant PiezoSeal sensor
Better than ±1% of reading
Better than 0.2% of span
Total flow, flow rate, velocity, working time & date, signal intensity, quality & battery status
RS 485,4-20 mA, Pulse for total flow (All outputs need external power supply 24 V DC)
GSM, GPRS (Can be battery powered)
Magnetic key & inside key pad available
0.5 sec.
0Up to 65 C
05 to 70 C
3.6 V Lithium battery (Up to 5 years life)
IP 68
DN 20-600
DIN, ANSI 150, BS
Technical characteristics
Accuracy
Repeatability
Display
Output
Communication interface
Operation
Environment temp.
Water temp.
Power supply
Enclosure class
Pipe size
Flange connection
Sampling period
Parameters Specifications
Technical Specifications : UFM 6740 Ultrasonic Water Meter
This is a battery-powered, transit-time
Flowmeter utilising advanced digital
processing technology. The meter
contains no moving parts and does not
require any external power. It also has
advantages such as ultra-low power
consumption, high accuracy and
reliability. The meter is designed for easy
installation. It has the same conduit
length with industrial mechanical water
meter, but can be used just as
conveniently as a mechanical water
meter.
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Long term stability and accuracy over a wide range of conditions
High reliability and minimum maintenance requirement
Maintenance-free meter where no external power sources are
available
Communication port permits transfer of data from remote stations
to central system via GSM - GPRS Modem
Self-adjusting transducer receiving circuit continually adapts to
changing pipe diameters due to scaling or corrosion
Fast response to flow transits
Available with AMR function
Battery life - 5 years
Unique housing design rated to IP 68
On-board self diagnostic function and fault indicator
Benefits
15
Rent a FlowmeterCalibration
Ordering Code : UFM 6740
T1 - CS / MS
T2 - SS 304
T3 - SS 316
Measuring Tube
M1 - Flange DIN
M2 - Flange ANSI 150
M3 - Flange IS 1538
M4 - Flange BS 10 Table D/E
M5 - Any other (Pl. specify)
Design of Measuring Sensor
F1 - CS / MS
F2 - SS 304
F3 - SS 316
F4 - Any Other (Pl. specify)
Flange Material
C1 - Not required
C2 - GSM
C3 - GPRS
Communication Interface
OP1 - 4 - 20 mA DC
OP2 - 0 - 20 mA DC
OP3 - Pulse output
OP4 - RS 232 (Modbus RTU)
OP5 - RS 485 (Modbus RTU)
Output*
Line Size
0020 - 20 (¾”)
0025 - 25 (1”)
0032 - 32 (1.25”)
0040 - 40 (1.50”)
0050 - 50 (2”)
0065 - 65 (2.5”)
0080 - 80 (3”)
0100 - 100 (4”)
0125 - 125 (5”)
0150 - 150 (6”)
0200 - 200 (8”)
0250 - 250 (10”)
0300 - 300 (12”)
0350 - 350 (14”)
0400 - 400 (16”)
0500 - 500 (20”)
0600 - 600 (24”)
I - Integral
R - Remote
Transmitter Type
A - IP 65
B - IP 68
Protection Class for Sensor
(* All above outputs need external 24 V DC supply)
Adept has a ready range of Ultrasonic Flowmeters
available for rent for any line size. All rentals are calibrated,
quality checked and backed by our experienced
manpower. With experience of more than 15 years, we
will help you in calibrating your line flow for any liquid.
Services for you
16
Y - Required (select communication interface)
N - Not required
View Software
We provide Flowmeter Calibration
Facility at our works. The facility uses the primary method
of measuring the water flow by gravimetric principle or
comparison method. The facility is designed for
calibration of Flowmeters under controlled and stable flow
conditions. The lab is as per ISO 4185. It has a capacity
from 10 mm up to 450 mm.
NABL accredited
Adept Flowmeters in water network with SCADA & GSM - GPRS connectivity
Fresh water is a precious resource. Our industries rely on
it to manufacture life’s luxuries and necessities. Without
water, we wouldn’t exist. But, less than 3% of the world’s
water is fresh.
We need to conserve water and monitor its usage to avoid
losses. Adept understands the problem of metering and
provides solution in the form of AMR (Automatic Meter
Reading) using GSM - GPRS System.
Adept Flowmeters at different locations can be monitored
with central SCADA or readings can be obtained directly
on mobile with the help of GSM or GPRS System. Even
Battery Powered Flowmeters can be supplied with GSM -
GPRS System to understand the consumption of water in
remote locations. Public water utilities or large industries
can have central monitoring of its entire water distribution
network. This will help in understanding and regulating
water usage and plug losses.
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Site/ location 01
Site/ location 02
Site/ location 03
Site/ location 04
Internet
GPR
S
GPRS
GPRS
GPRS
E-m
ail
SMS
SMS
GSM
Graphical representation of data
Report printingRemote configuration
At a glance view of various installations
Adept has developed SCADA software to retrieve data from Flowmeters installed at remote sites. The software is used to
collect, view and print data. Through the compilation and analysis of such data, it is possible to understand usage pattern
and take corrective measures for optimising usage of precious resources.
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Series 2000 : Power Line Transducers, Meters
Adept offers various analog Power Line Transducers along with Programmable Multi-function Transducers and Meters for measurement of various single
phase and 3 phase electrical parameters such as current, voltage, frequency, power factor, active / reactive / apparent power and active energy.
Input AC current, DC output
Single or Dual
Accuracy : 0.5%, 0.2%
Measures and outputs various electrical
parameters on RS 485 Modbus and up to
4 nos. of analog outputs. Single phase,
3 phase, 3 wire / 4 wire (selectable)
Accuracy 0.5%, 0.2%
Measures and displays various electrical
parameters on LED or LCD display.
R S 4 8 5 / R S 2 3 2 M o d b u s R T U
communication interface. Single phase,
3 phase, 3 wire / 4 wire (selectable)
Accuracy 0.5%, 0.2%
Multi-function Power Line Transducer 2052
Power Line Meter 2200 AC Current Transducer 2010
BTU Meter 6430 Data Scanner 8000Series 6200
Adept offers various 4 Wire Type Isolators for
measurement of parameters like DC current,
DC voltage along with Temperature, Resistance
and Transformer Tap.
Loop Powered Isolator 6210 DC Voltage 6230
DC Voltage Input DC Output
Input : 4-20 mA DCOutput : 4-20 mA DCNo auxiliary supply required
Data Scanner 8000 replaces multiple
analog DC Signal Transducers and
combines 6 programmable channels into
a single product. The product features
user-selectable inputs such as mV DC,
mA DC, V DC.
Adept offers BTU Meter 6430 to measure
Thermal energy flow rate and total energy
consumption in liquid heating and cooling
applications.
Input : 6 channelsOutput : RS 485 (Modbus RTU)
Inputs : Flow, Inlet and outlet temperaturesDisplay : BTU, BTUh, kW, kWh
Other Products
Series 3000 : Graphic Chart Recorders, Inverters
Adept offers Strip and Circular Chart Recorders for recording of process as well as electrical parameters in continuous or batch mode. Inverter is also
offered for uninterruptible power to recorder.
Single Pen Strip Chart 3210 Single Pen Circular Chart 3230 Two Pen Circular Chart 3240
Testimonials
Angeripalayam C.E.T.P. Ltd.
Electronics Corporation of India Ltd.
Godrej & Boyce Ltd.
Gujrat Industries Power Company Ltd.
JSW Steel Ltd.
“Working of Adept Flowmeter is good and we are satisfied with your service.”
“Series 6400 Electromagnetic Flowmeters (full bore type) installed in the year 2000 are a true replacement to German make Flowmeters and performing to our satisfaction.”
“Adept Flowmeter Series 6400 & Ultrasonic Flowmeter Series 6700 installed in 2011 are working satisfactorily till date.”
“Adept Flowmeters installed in 1997 at our Bodhan river water pump house are working satisfactorily.”
“We have purchased a number of Ultrasonic & Electromagnetic Flowmeters from Adept including one of 1000 mm dia. We have monitored the performance continuously and found it to be satisfactory.”
Kirloskar Brothers Limited
Mechatronics Systems Pvt. Ltd.
Panipat Thermal Power Station
Pune Muncipal Corporation
Reliance Energy Ltd.
Talco Vaniyambadi Tanners Enviro Control Systems Ltd.
“Adept Flowmeter size DN 400 is working satisfactorily since 2010.”
“Adept Flowmeters installed at Morshi Dam are working satisfactorily for the last 10 years.”
“Adept Flowmeters installed during 2004 are functioning flawlessly from day one.”
“Electromagnetic Flowmeters installed at Parvati Water Pumping Station are functioning properly since the year 2009.”
“Adept Electromagnetic Flowmeter of Series 6400 is installed at our effluent treatment plant of 220 MW combined cycle power plant in the year 2003-04 and the performance is satisfactory.”
“Series 6400 Flowmeters with flow indicator and totalisers are installed in our common effluent treatment plants at Valayampet and Udayendiram sectors in 1996 and are performing well.”
19
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Adept Fluidyne Pvt. Ltd.
Corporate Office & Plant :
Plot 4, S No. 17/1-B, Kothrud Ind. Estate,
Kothrud, Pune 411 038 INDIA
T +91 20 2546 4551/2543 1474
www.AdeptFluidyne.com
