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General Industry Transit Time Flowmeter with DSP Technology
Portable Handheld Transit Time Flowmeter
Small Pipe Flowmeter
Doppler Ultrasonic Flow Meter
Fixed transit time flow meter dual channel
Portable Doppler Ultrasonic Flowmeter
 
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Ultrasonic Flow Meter - 7000 Series

Features

- Dual mode flowmeter mounted in IP65 field
 
enclosure

- Easy to install clamp-on sensors with no
  process interruption

- Non-invasive flow measurement of liquids,
  no pipeline disturbance, no pressure loss

- Suitable for all commonly used pipe materials
  with pipe diameters from 6 mm to 6.5 m
  (1/4" to 256")

- 1or 2 flow channels

 

Description

Our range of non-invasive flowmeters utilises ultra-sonic technology for the accurate flow measure-ment of liquids in full pipes.

The field mounted flow transmitter can be con-figured via keypad without any additional program-ming devices and is available as single or dual channel unit.

The measurement of flow is based on the principle that sound waves are influenced by a flowing medium.

Measurements are made by penetrating the pipe with ultrasound and subsequently time differences, frequency variations and phase shifts of the ultrasonic signals are evaluated. This measuring technique has no effect on the flowing liquid. There is no pressure loss in the pipe and no wear on components of the measuring device.

The ultrasonic sensors are clamped onto the outside of the pipe, thus eliminating the need to dismantle the pipework and interrupt the process. The meter can be applied to any type of standard pipe carrying clean or dirty liquids.

 

Advantages

- Low installation effort and costs
- Measurement is independent of fluid conductivity
  and pressure
- No pressure loss, no possibility of leakage
- Retrospective installation for existing plants possible
- No cutting of pipes necessary, no interruption of
  process, no plant shut down
- No additional fittings for maintenance required
- Hygienic measurement, no risk of contamination,
  suitable for ultra clean liquids
- No contact with medium, no risk of corrosion when
  used with aggressive media
- Cost advantages when used with large diameter
  pipes, high pressure systems, etc.
- Low stocking costs, nearly all pipe sizes are covered
  with only 2 types of sensors



General
Measuring principle

Flow velocity range
Resolution
Repeatibility

Accuracy






Turn down ratio
Gaseous and solid
content of medium

Ultrasonic time difference correlation principle and doppler
0.01...25m/s
0.025 cm/s
0.15 % of measured value
? 0.015 m/s
Volume flow
? 1 ... 3 % of measured value
depending on application,
?0.5 % of measured value with process calibration
Flow velocity ? 0.5 % of measured value
1/200

< 10 % of volume

Turn down ratio
Gaseous and solid
content of medium
1/200

< 10 % of volume

Flow transmitter

Enclosure
Degree of protection
Operating temperature
Housing material
Flow channels
Power supply

Display

Dimensions
Weight
Power consumption
Signal damping
Response time
Measuring cycle
Calculation functions
Wall mounted housing
IP 65 according EN 60529
-10...60 ?C(14...140 ?F)
Aluminium
1or 2
100...240V AC/ 9...18V DC/
18...36V DC/ 36...72V DC
2 x 16 digit LCD, dot matrix,
backlit
H 200 x W 280 x D 70mm
Approx. 2.8 kg
< 15 W
0...60 s
1 s
100 ... 1000 Hz, single channel
Average/difference/sum

Quantity and units of measurement

Volumetric flow rate

Flow velocity
m?/h, m?/min, m?/s, l/in, l/min, l/s,
USgph, bls/d (barrels per day)
m/s, inch/s
Mass flow rate
Volume
Mass
g/s, t/h, kg/in, kg/min
m?, l, gal (gallons)
g,kg,t

Communication

Serial interface RS 232

Software Data

Functionality




Operating systems
Downloading of measured
values/parameter set, graphical
presentation, list format, export
to third party software, on-line
transfer of measured data
Windows" 3.11, 95, 98, NT

Process outputs

Current

Voltage
Frequency
Digital (pulse, status)
Galvanically isolated from main electronics
0/4... 20 mA; passive (Uext< 24 V)
or active (Rext < 500 ohm)
0...1 V or 0...10V, Ri=500 ohm
0...1 kHz or 0 10 kHz; (OC)
Totaliser value 0.01 1000 / unit;
width 80...1000 ms; (OC/ Reed)
Reed = Reed-NO contact
(300 V /0.5 A
OC = Open-Collector

Clamp-on sensors
Type M2N, M2E
Rated (possible)
diameter range
Dimensions
Material
Temperature range







(50) 100...6500 mm
60 x 30 x 34 mm
Stainless steel
Type M2N:
-30 ... 130 ?C (-22 ... 266 ?F)
TypeM2E:
-30 ... 200?C (-22 ... 392 ?F), for
short periods up to
300 ?C (572 ?F)
Degree of protection


Type Q3N, Q3E
Rated (possible)
diameter range
Dimensions
Material
Temperature range





IP 65 acc. EN 60529, IP 68 optional




(10) 25...400 (1000) mm
43 x 18 x 22mm
Stainless steel
Type Q3N:
-30...130 ?C (-22...266 ?F)
Type Q3E:
-30...200 ?C (-22...392 ?F),
for short periods up to
300 ?C (572 ?F)
Degree of protection

Type Q4N-Ex, M4N-EX
zone 1 and 2)
Rated (possible)
diameter range



Dimensions
Material
Temperature range
Degree of protection
Protection concept
Certification code
IP 65 acc. EN 60529, IP 68 optional

(for use in hazardous areas


Type Q4N-Ex
(10) 25...400 (1000) mm
Type M4N-Ex
(50)100...3000 mm
60 x 30 x 34mm
Stainless steel
-20...120 ?C
IP 65 acc. EN 60529, IP 68 optional
Encapsulation
EEx m II T4-T6 The sensors are
suitable for use in hazardous areas
classified as Zone 1 and 2. The
transmitter unit must be placed in the
safe area (max. cable length = 200 m).
Complete hazardous area system
solutions on request

Accessories
-Cable extension 10 m, 20 m, 50 m, special
-Sensor positioning rail for sensors type Q3, stainless steel V2A
-External printer, ink jet 192 dpi

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