VORTEX FLOWMETER FM -14 USER MANUAL

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TÜVRheinland 
CERTIFIED 








MED EL 


METER 








VORTEX FLOWMETER FM -14 USER MANUAL 


WWW.FEDRELFLOWMETERS.COM 


A First.summarize 


“FEDREL” Vortex flow meter is based on Carmen (Karman) vortex principle , it can measure the gas, steam 


or volume flow rate of the liquid, volume flow of standard conditions or mass flow .Also it can be applied 
as a flow transmitter for automation and control systems. 
Karman principle :f =St*V/d 


The flow direction 





The flow direction 


E 1⁄7 whirlpool 


v 
rtex generating bopy~_® 


4- Scope: 


Gas: air, compressed air, oxygen, carbon dioxide, nitrogen gas, natural gas, methane gas, ammonia gas etc. 
Steam: superheated steam, saturated steam. 
Liquid: water, oil 


3- Application: 


Vortex flow meters are widely used in large, medium and small variety of pipes ,гог drainage, industrial 
recycling, sewage treatment, oil and chemical reagents .As well as measuring compressed air, saturated and 
superheated steam metering,natural gas. 


4 Second.Features 


ш With moving parts, simple structure, easy for installation maintenance 
m The frequency and the actual measured fluid flow is linear, zero drift, the performance is very stable. 


www.fedrelflowmeters.com 


High accuracy, + 1.0%, + 1.5% 

Wide measurement range , in the range of Reynolds number of 2 x 104 - 7 x 106, up to 1:20, 
plug-turndown ratio of up to 1:25 

Low pressure loss (approximately orifice flow meter 1/4 to 1/2), it belong to the energy-saving flow 
meter. 

High temperature, medium temperature can be measured up to + 350 °C 


Technical Parameters 


DN200-DN1500 is insertion type 


Flange Standard Standard ANSI, standard JIS can be customized 


Accuracy Grade Liquid "m | 
+1.0%R ( Pipeline ) +2% ( Plug-in ) 


Gas ог steam uu" | 
ий +1.5%R ( Pipeline ) +2.5% ( Plug-in ) 


Repeatability Lliquid 


Medium | -40°C~+280°C 
T2 ( medium temperature type) 
temperature 


| -40°C~+350°C 
T3 ( High temperature type ) 


Using condition 
UE Ambient -20°C~+60°C Relative 5%-90% 
temperature humidity 





Atmospheric 86KPa-106KPa 
pressure 


4 Third. Classification 


According to the structure , vortex flow meter is divided into integrated type and 


split type;by functional characteristics, can be divided into the vortex sensor, 
smart display , temperature and pressure compensation type. 


4 1 FM 14 Vortex sensor 


FEDREL Vortex sensor without display, output pulse signal or 4~20mA,Standard 
for the Not-proof products. This type is cheap, with high integration and 





compact size. Especially using with the secondary display device, PLC, 
DCS and other computer control system . 
Technical Parameters 


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Power supply 


24VDC+15% , 12VDC+15%,Power Consumption <.5W 


Frequency range 0-3000Hz 


4-20mA Current load capacitys600Q 
Output 


Pulse output | | . | 
load capacity > 11000 , High level amplitude > 22VLow level amplitude < 


0.8V ,pulse width 1/2finx1000 ( ms ) 


Connection flange connection or flange clamp 


Note : The output is only selectable current output or pulse output 





+ 2.FM 14 smart display vortex flow meter 

FEDREL smart display vortex flow meter shows flow rate,total flow,Lithium 
batteries ,output pulse signal.Or 24V power supply with 4-20mA 
out.Optional multiple display units.Particularly suitable for use quantitative 
control.Can be added MODBUS protocol communication . 





Technical Parameters : 


24VDC or 3.6V Lithium batteries,Power Consumption <.5W 
Power supply 


battery life more than 3 years 


Frequency range | 0-3000Н2 


load capacity > 11000 , High level amplitude > 22V Low level amplitude < 0.8V,pulse 
Pulse output 
width 1/2finx1000 ( ms ) 


4-20mA Current Р — 7 | ws 
Output оаа сараспу= ‚ two-wire system: 20m 
communication in 2 m 
TA RS485communication , or MODBUS-RTUcommunication. 


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Connection flange connection or flange clamp 


+ 3.FM-14 Temperature and pressure compensation vortex flow meter 

FEDREL Temperature and pressure compensation vortex flow meter with LCD display 

At shows the cumulative flow and instantaneous flow,pressure,temperature 10 a 

frequency, 4-20mA output ,with Hart comunication.Power supply :24VDC or i 
Lithium batteries. | | 


24VDC+15%,or 3.6V Lithium batteries , Power Consumption «.5М/ 
Power supply 


battery life more than 3 years 


Frequency range | 0-3000Н2 


Conditions / standard condition can be and alarm pulse output , load capacity>11000 , 
Pulse output High level amplitude>22V,Low level amplitude<0.8V 
pulse width 1/2fin x 1000 ( ms ) 


IC Card output | | | | 
Pulse load сарасіїу>11000 , High level amplitude>2.8V, Low level amplitude<0.2V 


( Customized ) 


connection flange connection 


ው 4.FM-14 integrated type vortex flow meter 

FEDREL integrated type vortex flow meter can be widely applied to various industries 
play-diameter gas, liquid and steam flow measurement. Also can measure 
contains small particles, impurities, turbid liquid.And serving as flow transmitters 

for automatic control systems. 








24VDC+15% , 
Power supply 


Power Consumption «.5W 


Frequency range | 0-3000Н2 





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Conditions / standard condition can be and alarm pulse output,load capacity>11000 , 


Pulse output High level amplitude>22V,Low level amplitude«0.8V 


pulse width 1/2fin x 1000 ( ms ) 
IC Card output | | | | 

Pulse load сарасіїу>11000 , High level amplitude>2.8V, Low level amplitude<0.2V 
( Customized ) 


connection Plug-in 


^ Fouth . Liquid, gas flow rate range 





Liquid measuring Gas Measurement | Liquid measuring | Gas Measurement 


( mm ) 
range ( mš/h ) Range ( m?/h ) range ( m?/h ) Range ( mš/h ) 





[| 89 | 422 | 869 | | . — 
[| 85 | 6568 | 80 | | C 
[ 82 | 22 | im | . | . ”- 
- ፀ9 | 29 | 22 | |  - 
[| 89 | 59 | 9369 | - | .  - 
| DN | 8ወ [soso | ООО 
- 89 | 1450 | 7o | | .  - 
| onmo | 2020 | $0199 | | 
Ponies | 3630 | 15190 |  ]| ቁ 
| DN | 599 | «999 | |  - 
[ ሀ% | | . - | 2302500 | зовоо. 
в | . | . | 2804200 | 42042400 - 
м |. | ራተ Гоо | 6100061000 — 
Cono | | . - 58070 | 780078000 - 
омо | | | 720-0800 | 10850108500 — 
м | .0 | 0 | 97042000 | 19000130000 - 
омо | — 9 | 0 | 8046900 | 17000170000 — 
- 886.) .0 . | оло | 19000190000 
амо | .09.9 (| ቁ- | 163024400 | 24400244000 — 
- 86691. | | 20202500 | 27000270000 
| 8ሀ:ሠ6 | | ፐ ..9 - | 235029500 | 31000310000 — 
| 866 | — | | 258038000 | 38200382000 — 


www.fedrelflowmeters.com 


P (M 


T ( °C 


Saturated steam mass flow measurement range (for reference) 


0.2 0.3 0.4 0.5 0.6 0.7 0.8 
120.2 | 133.5 | 143.6 | 151.8 | 158.8 | 164.9 | 170.4 
3 4 ረ 4 4 6 1 
1.129 | 1.651 | 2.163 | 2.669 | 3.17 3.66/ | 4.162 


Pa ) 


) 


p ( kg/h ) 





Qmin 
DN65 


180 


DN20 
7 1 12 14 18 20 24 
Qmax | kg 
10 1 120 140 180 200 240 
Qmin 
DN25 
kg Н 1 16 20 25 30 32 
Qmax 
1 160 200 250 300 320 
Qmin 
DN32 
2 
Qmax g 
Qmin 
DN40 
22 3 40 50 60 15 80 
Qmax 
| 220 400 500 600 750 800 
Qmin 
DN50 80 
30 5 60 90 110 120 
Отах 800 
300 600 900 | 1100 | 1200 
6 


Qmax 


130 | 150 200 


1800 


| 1300 | 1500 2000 
Отіп 
DN80 
180 210 250 300 
Qmax 


Qmin 





1800 | 2100 | 2500 | 3000 


80 120 | 140 
800 | 1200 | 1400 
110 | 170 | 210 | 270 | 320 | 370 | 420 
1100 | 1700 | 2100 | 2700 | 3200 | 3700 | 4200 
0.24 
2 
0.31 
3 
0 0.85 | 1.05 
7 85 10.5 


www.fedrelflowmeters.com 


0.84 


RP | Ps 
> L መሠ © 


л መጋ © 

лая | =መ 
=> | ወ= | > Į 
© © © 6 OO o> 
+o | NS | ae 
л Oi OQ ርክ => бу 
>= + | © D 2 
D ወ A ጐ Ф 


0 

0 

3 

3 
13 0 25 32 36 44 48 
130 | 20 250 | 320 | 360 | 440 | 480 

3 

33 

B 
80 


S NMS |] ae 
ОЛ > N N y 


0 

0 

0 

0 

0 

0 
50 0 100 
500 0 | 1000 

4 

1 

T 

0 


C 
© 


0.9 
175.3 


4.655 


56 
560 


94 
940 


140 
1400 


240 
2400 


320 
3200 


470 
4700 


=> | ወመ | >° 
© ርጋ O1 ር ON 


1.0 
179.8 


5.147 


30 


300 


400 


60 
600 


100 
1000 


150 
1500 


250 
2500 


360 
3600 


510 
5100 


0.78 


no EL N 
= о о СО 
NO = > о ርጋ 
Сл Ф ጭ © cO 


NO —À — 
cO O> © 


ኪን 

ዴፌ<ኤ 
= 
ኪን 


1.2 
187.9 


6.127 


36 
360 


48 
480 


73 
730 


120 
1200 


180 
1800 


300 
3000 


420 
4200 


610 
6100 


ኪን 
© 


1.4 
195.0 


7.106 


42 
420 


56 
560 


84 
840 


140 
1400 


210 
2100 


350 
3500 


500 
5000 


700 
7000 


1.0 


1.6 


№) 
cO 


1.6 
201.3 


8.085 


48 
480 


64 
640 


96 
9 


60 
160 
1600 
240 
2400 
400 
4000 
560 
5600 
800 
8000 
1.2 
12 
1.8 
18 


32 


1.8 
207.1 
1 
9.065 


54 
540 


72 
720 


110 
1100 


1800 


- 
Co 


2/0 
2/00 


450 
4500 


630 
6300 


900 
9000 


1.4 
14 


w | м ከ3 
O O © 


CO 
O> 


2.0 
212.37 
10.05 


60 
600 


80 
800 


120 
1200 


200 
2000 


300 
3000 


500 
5000 


700 
7000 


1000 
1000 


1.5 


— 
EE 


2.4 


p 
ርጋ 


40 





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-E =i] = ES =E] = 81 


Explanation 
DN15-300(Pipeline) 


DN200-1500(Plug-in) 


=a 
| 0М15-300(Рреїпе) — 
Flange connection 
| Flanecamp | 
|  Specalnies እን — 
|  SimpeFomua እ 
| вау 
Шан ин 
| ин 
| Special accuracy standards _ 





Flange connection 
Flange clamp 
Special rules 

Simple Formula 
Ball type 
1.0%R 


N N — — 


1.5%R 


2.0%R 
2.5% Н 
Special accuracy standards 
T(S)P(S)At normal 
temperature and pressure 
T(Z)P(Z) Twin extreme 
pressure 
No communication interface 
HART protocol 
MODBUS protocol 
No output 


Temperature and pressure 








< 


№ 


Two-wire 4-20mA output 


Co 


Pulse output 
DC12V 
Dual 12V power supply and 
battery 
DC24V 
Battery 3.6V power supply, 
no signal output uses only 


= El 
Nominal 
diameter diameter 
(In mm) 
Pipeline | JZ 
Connection 
Pip 
elin 
e 
Accuracy 
Inse 
rt 
Communication protocol 
Output 2. 
Power supply B 
304Stainless steel 


316Stainless steel 
304Stainless steel Probes 


316Stainless steel Probes 
a 
Liquid 
Saturated steam 
Superheated steam 


ርን 


Measuring medium 





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A Fifth.Installation 
4- 5.1 Installation method 


€ 5.1.1 pipeline type vortex flow meter installation dimension 


Remark : Gabove technical parameter is available for flange connection type vortex 


transducer diagram 








DN15~DN300 flange clamping type 


DN15~DN300 flange connection type 


Vortex flow meter sensor dimensional 


Vortex flow meter sensor dimensional drawing | 
drawing 


Flange connection type 


Bolt hol Bolt hol 
H D Thicknes ui S P он 
spacing | diameter 
. (тт) | ( mm ) | sC ( mm) 
K ( mm ) ( mm ) 


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Bolt hole 
number 


Bolt Tubing 
standard standard 


M12x60 Ф18х1.5 
М12х60 Ф25х2.5 
М12х60 (32x3.5 








(2pipeline connection flange and bolt is not included for flange connection type vortex flow meter,need to buy 
seperately,connection flange To panel flat welding steel pipe flanges. 


Flange clamping type 


hod Installation 
| 
diameter Meter Length Meter height Diameter | 
length Tubing 


( mm ) L ( mm ) H ( mm ) D ( mm ) standard 


LO (тт) 
~ so | a | | 42 | 9 | 4 ` 





Remark : 
Gàbove technical parameter is available for flange clamping type vortex flow meter under pressure 
1.6МРа. 


(2installation lengthLO should add pipeline connection flange length.Installation flange is dedicated 
flange,prepared by manufacturer,flange standard is made by manufacturer,recommend to use. 
(3above dimension is only available for mould design,actual dimension subject to actual production or 
order confirmation. 


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(4pipeline butt weld type, screw connection type, clamp connection type, fixed plug-in type. ball valve 


insertion type structure external size , and high temperature, ultralow temperature type structure external 


size subject to actual production or order confirmation. 

(Slow meter installation flange is made by manufacturer standard,avaible to change into another 
standard via other country or industry according to customer request,special request need to be mentioned 
when place order. 


€ 5.1.2Plug-in type flow meter installation method 


Plug-meter structure form 


Simple plug-in Ball Plug-in 


amplifier shell flow direction amplifier shell 
indicator 


-T w 
: / detection probe 


ረረፈፈረፈ ረፈረፈ ፈረ ፈረ ረፈ ቁር he 2 2 
a а — በፈ M i Aaa LU 


Simple plug-in 
oimple plug-in Ball valve plug-in 


make a circular hole®100 at the place per flow | 8 make a circular holeb100 at the place per 


. T flow 
meter straight pipeline requests, 


— | 
weld®109x4.5mm foundation downstream meter straight pipeline request 


weld®109x4.5mm foundation downstream 
pipeline with the circular hole,via visual 
inspection Inspection no obvious skew after foundation 


pipeline with the circular hole , ма visual 





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no obvious skew after foundation welding. welding. 


ш таке side probe insert pipeline,adjust insertion Make ball valve and welding foundation butt 
joint,well fixed with bolt. 


height ( L220.5D ) make detection probe center 


line Open ball valve , make detection probe with 


is consistent with pipeline central axis,the angle screw insert into pipeline,adjust insertion 
between detection probe center line and height 
pipeline 
central axis should be not more than 5?then 
adjust is consistent with pipeline central axis,the 
flow direction indicator,make the direction same | angle 
with fluid. between detection probe center line and 
Make flange and welding foundation butt | pipeline 
joint,well central axis should be not more than 5 ћеп 
fiexed with bolt. Adjust flow direction indicator,make the 
direction 
same with fluid. 
ú Маке screw and ball valve butt joint,well fixed 


( L2=0.5D ) make detection probe center line 


with bolt.. 





Remark : straight pipeline request : upstream pipeline length should be more than 20D , downstream pipeline 


length should be more than 70.1 straight pipeline length is not able to match requirements, available to adopt 
field proving instrument coefficient K after field proving. 


Installation steps 


When first installating, if north pipeline allows cutting off, making first hole on the position where it can 
meet the requirement of straight pipeline length on measured pipeline according to mounting diagram, 
then completing the connection of pipeline and mounting base. Second, according to installation diagram 
to finish all the assembly. You may turn off ball valve after installated, so as not to affect the pipeline 
inputting the fluid, and install sensor later. 

When first installation, if measured pipeline was not allowed to cut off, in the condition that the 
pipeline was not being made hole, first to complete the fixing and sealing of mounting base on the 
pipeline, then install ball valve, after that using water drilling machine to drill. After drilling, remove the 
water drilling machine and install sensor, or remover the water drilling machine and turn off the ball valve 
temporarily, install sensor later. The installation and removing of water drilling machine on ball valve are 
the same as the sensor. 





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Attention(1) before installation, check the ball valve if it can open and close fully. The ball valve must be 
turned fully from on to off, then from off to on. When the limit piece of ball valve turns from fully closed 


position to fully open position, the valve core must be on the state of fully open, or the limit piece should 
be adjusted. 


Attention(2}) When installing ball valve, the longer side should be connected with mounting base. 





+ 5.2 Installation notes 


$ 5.2.1 Installation position 


Vortex Flow meter typical installation piping form 


Clamping flange type mounting 


ae wa :10 


D 00 


type measuring tube installation 
10D-50D I ሐ 5D-10D 
= User flange 


Process piping the 


Process piping the 
user self welding  — piping 


=mi | ነ user self welding 
== 


ower геасй 2m upper weaches 
2 “the measuring tube of the measuring tube 





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Figure 4 the diameterrishrinkinzg pipe installation 


Process piping 


Flow meter installation form 


Horizontal installation, vertical installation inclined installation 


Installation of flow meter 

m Making hole on pipes according to hole dimensions, and the hole position should meet the requirement 
of strait pipeline. 
m Input the whole set of flow meter which connecting the top flange to the pipeline hole. 
m Weld and fix the position on flange and pipeline. 
m Remove the flow meter, welding the flange according to requirement, and clean the protruding part 
inside of pipeline. 
m Install the sealing gasket which has the same size of pipe on inner flange, input the flow meter to flange, 
the flow direction of flow meter should be the same as fluid, then fasten the bolts. 

Installation of platinum resistance and pressure transmitter 





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m |f the medium needs split temperature and pressure compensation(like steam, compressed air), then it 
should install temperature sensor and press transmitter. 

m [he temperature should be installed below the flow meter 4-8D, making a 25mm hole on fixed 
position,welding the platinum resistance base vertically or inclined on the hole, mount the platinum 
resistance to the base, and make sure no leakage. 

m Pressure transmitter should be installed below flow meter 

3-5D, the hole position should at the position where the end of 

elbow welding vertically on the hole, mount the valve on the 

other end of the elbow, install pressure transmitter on the top of 

valve, the both sides of valve should make sure no leakage. If 

measuring high temperature medium, the elbow should be filled 

with water in advance, in order not to damage the pressure 

transmitter because of high temperature. 


Pipe Installation Considerations 


m Flow meter is best installed in the room, if required to be installed outdoors, avoid direct sunlight and 
rain should be measures to prevent. 

m Flow meter should be avoided in magnetic interference, small space and maintenance inconvenient 
Occasions. 

m Flow meter should be avoided at higher temperatures by thermal radiation or equipment containing 
corrosive gas applications, if required to install, there must be insulated ventilation. 


m Flow meter should be avoided in the mechanical vibration of the pipe , If to be installed, damping 


measures must be taken , Hose can be installed transition, , or on the 2D of flow meter upstream or 


downstream Installation of pipes fixed anchor and add shock pad. 


m After positioning spot welding flange and pipe , Can not be welded with flow meter. 


m Vortex flow meter can measure liquid, gas and steam , But it is not universal among different media ; 


The same kind of media is divided into low, high and special high temperature in three sizes, it is not 
universal among different temperatures 


.& When measuring liquids must ensure that the pipe is filled with liquid , So the medium should be a 


bottom-up flow. 


m Flow meter can be installed on any 360-degree vertical direction of the pipe axis. Best Installation : Low 





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temperature medium gauge rod vertical ground installation ; High temperature dielectric sheet bar parallel 
to the ground installations 

m Flow meter should avoid longer installed on overhead pipes ,Due to sagging pipeline .Easy to cause the 
seal leakage between the flow meter and the flange. | the required installation ን on the 20 of flow meter 
upstream or downstream.Pipe support points were set. 

m Measuring steam pipe , To prevent overheating converter , Do at least half meter connecting rod 


Insulation. 


m In order to facilitate the observation and wiring , Flow meter meter can be rotated 360 degrees in the 
Original position , After adjusting the position , Tighten the lock nut. In order to prevent moisture from the 
lock nut entering shell , Need to use waterproof tape to seal the wound lock nut if necessary. 

m Shielded cable that connect flow meter direction ,Keep away from strong electromagnetic interference 
occasions , And definitely not with the high voltage cable laying. Shielding line should be as short as 
possible , And not coil , In order to reduce the inductance , The maximum length is not more than 500 
meters. 

= First unscrew the case back cover when wiring , The signal lines from waterproof connector access. 
Correct wiring in accordance with wiring diagram. The waterproof joints tightening ,And to ensure that the 
cable must bend down before entering the waterproof connector , To ensure that water does not enter the 


housing along the cable. 


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Sixth.1.FM-14 Site display panel Operating Instructions 


1.1connected to power 


1.2Press the "+" key, the interface appears "Enter Password : ХХХ” , Then press the "E" key, "Enter 
Password : ОХХ” , Press the "+" key, "0" instead "4" , Press "A" shift key , The second "0" instead "8" , Then 


press the same operation third "0" instead "5", Password is 4657, 


1.3Press the "E" key to enter the parameter setting state. First, a "flow unit to select" appeared ,Press 
the "E" key once, then press "+" key , Select the flow unit that you need . After select , Press the "E" key to 
confirms Then press the "+" key , Enter "algorithm to select" , Press the "E" key once, then press "+" key , If 
the measurement of the mass flow ን Select the "General mass flow" ን If the volume flow measurement , Select 
the "General volume flow" , After the selection is complete , "E "key to confirm. By the same method, 


respectively, input flow coefficient, Full-scale output flow, density setting, the lower cut traffic, the cumulative 
amount cleared. 


note : In the process parameter settings, after go to the settings of each item , Must press the "E" key , Then 
press the "+" key to modify  ,After editing ,press the "E" key to confirm. After confirming the completion of.Go 
to the next onec 

1.4After completion of the above steps ን Press the "S" key, "Enter password: XXX" interface , Press "+" 
key to completely exit the parameter setting state , Back to the instrument work interface. 

1.5The emergence of the decimal point : Such as setting the meter factor212.6 , "flow coefficient" 
screen is displayed , Press the "E" key once , "0" appears, then press the "+" key , The "0" to "2" , Press "А" 


shift key ‚The second "0" instead "1" Ву the same method will be the third "0" instead "2" ‚Then press the "A" 


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shift key , Repeatedly pressing the "+" key until the decimal рот, 
1.6"Full-scale output flow" setting , Numerical aperture determines the size and density of the "full-scale 
output flow" of. As DN100 flow meter , if the density is 3 , according to gas measurement range condition , 
DN100 standard measurement range of 100-10003 / ከ , Full-scale output flow" set 3t / ከ on the line. 
1./ [ከፀ lower limit resection Flow setting ሬ First the lower limit resection flow is the percentage of 


"full-scale output flow" .Such as: "full scale output flow" set 3t / h , "The lower limit resection flow" if set to 5% , 


That is excised 0.15 1 / ከ. 


2.Current output Vortex flow meter Operating Instructions 


1.1 connected to power 


° 1.2 Press the "+" key, the interface appears "Enter the password : XXXX, then press the "E" key, 


appears” Enter the password:0000", Press the "+" key, the first "0" change їо “2”,then press the shift key "А", 
the third 0” change to “1”. The password is “2010”. 


1.3 Press the "E" key, enter the parameter setting mode.The first appearance of flow unit selection, 
Press the "E" key once, then press the "+" key, select flow units that you need. After the selection is 
completed, press the "E" key to confirm. And then, press the "+" key, enter the "Algorithm Selection", press 
the "E" key once, then press the "+" key, If the measurement of mass flow, Select" conventional mass flow", 
If the measurement of volume flow , Select "conventional volume flow". After the selection is completed, press 
the "E" key to confirm. In the same way, the input flow coefficient, full-scale output flow, density setting, the 


resection of flow lower limit , the cumulative amount cleared. 


NOTE:In the process of setting the parameters, After entering each setting, first press the "E" key, then 


press "+" key to modify, after modify, press the "E" key to confirm .After the confirmation, proceed to the 
next item. 


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1.4 After completion of the above steps.First press the "S" key , the interface appears "Enter the 
password : XXXX', then press the "+" key. You can completely withdraw from the parameter setup state, back to 
the normal work of the instrument. 

1.5 The emergence of the decimal point: for example, set the meter factor 212.6, on the "flow 
coefficient" interface , press the "E" key once, appear "0", then press the "+" key, "0" change to "2", press the 


shift key "A", the second "0" change to "1", according to the same method to the third "O"change to "2", then 
press the shift key "A", repeatedly pressing the "+" key until the decimal point appears. 


1.6"Full-scale output flow" setting, The diameter and density determines the size of the "numerical full 
scale output flow" . DN100 as tables, if the density is 3, depending on the gas measurement range conditions, 


DN100 standard measuring range:. 100-1000m? / h then the "full-scale output flow" set 3t / h on it. "Full Scale 


Output Flow" represents the maximum flow at 20mA current output, Therefore, "numerical full scale output flow" is 
bigger than the maximum value of standard measuring range, in order to prevent the actual flow exceeds the standard 
medium flow. 


If the full-scale output value flow factory setting is inappropriate, you can adjust on the site. Does not affect the 
measurement accuracy. 


1.7 The lower limit resection Flow setting . First the lower limit resection flow is the percentage of 


"full-scale output flow" .Such as: "full scale output flow" set 3t / ከ , "The lower limit resection flow" if set to 5% , 


That is excised 0.15 1 / h. 


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