EDS6-123I FUJI [Fuji Electric], EDS6-123I Datasheet

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EDS6-123I

Manufacturer Part Number
EDS6-123I
Description
ULTRASONIC FLOWMETER < M-Flow PW>
Manufacturer
FUJI [Fuji Electric]
Datasheet
This meter is a clamp-on type ultrasonic flowmeter for
permanent use based on transit time measuring method.
The M-Flow PW is ideal for clean liquids containing no air
bubbles such as pure water. The easy-to-use compact and
lightweight design is intended for integration into mechani-
cal devices. The flowmeter applicable to small and medium
size pipes of diameter range from 25mm to 600mm pro-
vides superior cost performance.
FEATURES
1. Ease of use:
2. Compact and light weight:
3. Superior temperature effect:
4. Quick response:
5. Multilingual:
6. Synchronization (option):
SPECIFICATIONS
System configuration:
DATA SHEET
Operational specifications
The detector (type: FLSE 2) is mountable quickly and
easily.
The parameters necessary for measurement can be
configured on the surface of Flow Transmitter’s housing
case by menu-driven software.
The adoption of the latest electronics technology has re-
duced the size and weight of the flow transmitter to one-
fifth of our general use flow transmitter.
The adoption of Sound Velocity Measurement System,
which calculates sound velocity from transit time, keeps
the flowmeter unaffected by the temperature and the
pressure of the fluid to be measured.
With the use of fast-speed transit time processor, the
system cycle is 0.2 sec that is applicable to short batch
process.
The following languages are supported for display: Eng-
lish, Japanese, French, German and Spanish
Simultaneous transmission to two or more converters is
allowed.
Cross-talk between flowmeters located closely or acous-
tic interference between flowmeters installed on the
same pipe line can be removed by using this synchro-
nization function of transmission timing of ultrasonic
waves.
The system is composed of a detector (Model
FLS) and a flow transmitter (Model FLR), real-
izing single-path system.
ULTRASONIC FLOWMETER
Application: Clean liquids that pass ultrasound and do not
< M-Flow PW
contain air bubbles (such as pure water and
chemical solution)
Turbidity: 10000deg (mg/L) or less
Fluid temperature (Continuous use rating):
-20 to +100deg°C (type: FLSE 2 3-Y)
0 to +120deg°C (type: FLSE 2 3-A)
-20 to +80deg°C (type: FLSE 1)
0 to +60deg°C
Type of flow: Well-developed turbulent or
Flow Transmitter (FLR)
Detector (FLSE12)
Detector (FLSE31)
Detector (FLSE41)
laminar flow in a full-filled pipe
(
(
With silicon rubber
for acoustic couplant
With silicon-free grease
for acoustic couplant
(FLSE22)
>
FLR, FLS, FLY
Date
EDS6-123i
Apr. 1, 2011
)
)

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EDS6-123I Summary of contents

Page 1

... Turbidity: 10000deg (mg/L) or less Fluid temperature (Continuous use rating): -20 to +100deg°C (type: FLSE 2 3- +120deg°C (type: FLSE 2 3-A) -20 to +80deg°C (type: FLSE 1) ( With silicon rubber for acoustic couplant 0 to +60deg°C ( With silicon-free grease for acoustic couplant Type of flow: Well-developed turbulent or laminar flow in a full-filled pipe ) ) EDS6-123i Date Apr. 1, 2011 ...

Page 2

FLR, FLS, FLY Applicable flow pipe: Internal pipe Installation Detector Pipe material diameter FLSE12 ø25 to Plastic (PVC, etc.) ø100mm Note 1 ø50 to Metal (stainless ø100mm steel, steel, copper, aluminum, etc.) FLSE22 ø50 to Plastic (PVC, etc.) ø225mm Note ...

Page 3

Functional specifications Analog output point) Max. load resistance : 600 Ω Digital output: + total, - total, alarm, acting range, flow switch or total switch arbitrarily available Transistor open collector: 1 point (DO1) Capacity: 30V DC, 0.1A Normal off/on selectable Total pulse: 1pulse/day to 100pps (Pulse width: 5, 10, 50, 100 or 200ms) Mechanical relay contact: 1point (DO2), with socket (exchangeable) Normal close/open selectable Capacity: 220V AC /30V DC, 1A (resistive load) Mechanical expected life: More than ...

Page 4

FLR, FLS, FLY Conditions on straight pipe Classification Upstream side 90 bend Tee 10D or more Diffuser 1.5D Reducer Various Valve In case that flow control valve exists on upstream side. Pump (Note) The source : JEMIS-032 4 L 10D ...

Page 5

MEASURING PRINCIPLE Sensor Upstream-side sensor Flow transmitter θ Velocity V 2 Downstream-side sensor The transit-time technique uses a pair of sensors with each sensor sending and receiving ultrasonic signals obliquely through the fluid. CONFIGURATION (1) Single-path system (V method) Signal cable Detector Flow transmitter (2) Single-path system ...

Page 6

FLR, FLS, FLY OUTLINE DIAGRAM (Unit:mm) <Flow transmitter (type: FLR)> PIPE MOUNT (OPTION) 2.5 U bolt (M8) Mtg.pipe JIS 2B CONNECTION DIAGRAM AC power supply 100 to 120V AC or 200 to 240V AC 50/60Hz DC ...

Page 7

FLSE31 V METHOD)> Frame 5 P Name plate 50±1 33 VIEW FROM P <Detector (type: FLSE41 Z METHOD)> Name plate Sensor Wire rope 37±1 Sensor 410±2 400 5 47 Spacing : 0 to 270 Chain Mounting spring Frame ...

Page 8

FLR, FLS, FLY <Signal cable (type: FLY30)> ø15 BNC connector ø5 5.5 L Type (m) FLY3005 5 FLY3010 10 FLY3015 15 FLY3020 20 FLY3030 30 *Note1: Total of two elements SCOPE OF DELIVERY Flow transmitter FLR: • F low transmitter ...

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