Ensim sensors Egw series User manual

OPERATING

MANUEL GUIDED RADAR (TDR) TYPE LEVEL TRANSMITTER

EGW

Model :

Model : 80-2021-001

Information in this manual is reviewed and completely reliable. esponsibility is not assumed due to any typing error.

Products in this manual are available only for information purpose and they may be changed without notice.

Important Notes:

Used Symbols :

: Caution : Note : Disposal

Please read this manual carefully before installation of the Guided Radar (TRD) Type Level Transmitter. User is responsible

for accidents and losses arising from failure to comply with the warnings in this manual.

In the event that Guided Radar (TRD) Type Level Transmitter is broken, take measures in order to prevent accidents and l

osses which can occur in its system.

There is not any fuse and circuit breaker on the instrument; they should have been added to the system by the user.

This manual should be stored in an easily accessible place for subsequent use.

The manufacturer's liability cannot exceed the purchase price of the device according to the law.

Do not make any modification on the instrument and do not try to repair it. eparation should be made by authorized service staff.

Do not operate the system before making assembly in compliance with the assembly chart related to the instrument.

Products which do not contain label and serial number are considered to be excluded from the warranty scope.

The instrument's useful life, determined and announced by the ministry, is 10 years.

Table of Contents :

General Information...........................................................................................................................................................................

Installation .........................................................................................................................................................................................4

Failure Detection.............................................................................................................................................................................. 3

Disassembly of Instrument ............................................................................................................................................................ 3

Service ............................................................................................................................................................................................. 3

Recalibration.................................................................................................................................................................................... 3

Repair................................................................................................................................................................................................ 3

Disposal ........................................................................................................................................................................................... 3

Terms of Warranty .......................................................................................................................................................................... 3

Terms of Return ................................................ 3

10.

Models :

EGW 04, EGW 05

EGW 0 , EGW 03

EGW 01, EGW 07

EGW 0S

1. General Information :

1.1. Material Acceptance

Check that there is no damage on the packages during the transportation immediately after the material acceptance. If packages are

damaged, open the packages immediately and check whether products are affected or not, if there is any damage, send your

complaint report to the transporter company and its photocopy to the address of our company.

1. . Information about Areas of Use

Volatile liquids, foamy liquids, viscous liquids, boiling and foaming liquids, crude oil vessels.

Misusage :

Incorrect or improper use may impair the performance of the device or cause damage to the device or personnel, for example due to improper

installation or adjustment, the installation of a non-corrosive device for the corrosive environment, the field condition does not comply with the

technical specification limit value of the device. The manufacturer is not responsible for damage caused by incorrect or improper use.

We do not recommend using this device when the device is operated incorrectly or misevaluates the echo caused by special mounting conditions.

In the event that the user violates the warning, the manufacturer is not responsible for the relevant damage.

The Device Fullfills the equirements of the Following Directive.

. Low Voltage Directive 2006/35/EC

. EMC Directive 2004/30/EC

. EN 61010-1

. EMC specification acc. to EN 61326/1

Advantages :

In compact structure

Easy to commission

Durable mechanical structure

High temperature versions are available

Ambient Conditions; elative Humidity:5-98 % H Ambient temperature: 60°C (not used below -40 °C)

1.4. Label Information :

Grounding Label

Type : EGW 204-500-0-0010-19-702-066-001-00/0

Power Supply

Output

Process Temp.

T (Ambient)

Serial Number

TDR RADAR LEVEL TRANSMITTER

24VDC +/- %10

4-20mA Two Wire

-40 / +200 °C

-20...+60 °C

IE18040002-0001

www.ensim.com.tr

MADE IN TURKIYE

Warning

Symbols

Manufacturer

Website

1.3. Working Princible

Microwave pulses emitted by the antenna of the radar move at the speed of light and as part of its energy, reflected by the surface of the medium

to be measured, recieved by the same antenna. The time between the emission and the arrival of the pulses (flight time) is proportional to the available

distance between the antenna and the surface of the medium to be measured.

The electromagnetic wave travels at a very high speed (nanoseconds) so it is difficult to describe it. Guided adar (T D) Type Level transmitter

determine the emission and corrected capacity of pulses and consequently the level measurement with a suitable demodulation tehcnology that enables

them to detect the between them, thanks to their integrated management systems. The alphanumeric display not only allows the user to input data for level

measurement, but also separates false echoes.

Model

Serial Number

Ambient Conditions

Supply

Output

Working Temperature

Product Label

Approval SignManufacturer Brand Product Name

1.5. Technical Specifications and

Material Information:

Technical Specifications

Cover Setscrew

Cover

Cover Seal

Housing Body

Product

Label

Grounding

Label

Connection

ecord

Probe

Electronic Unit

Indicator

Cable Gland

Tapa

Grounding

Terminal

Liquid , Solid Particulate Materials, Agressive Liquids

32 m. ope Probe

6 m. od Probe

4 m. Coaxial Probe

English

± 3 mm

± 1,5 mm

1 mm

(-)1...(+)40bar , Opt. Max. 100bar

(-)40...(+)200°C , Opt. Max. 450°C

(-)20...(+)60°C

106 MHz - 1,8 GHz

Min. 1,4 (Different intervals can be selected.)

<2 sec.

16 Hz

<0,5 W

15...36 VDC Two-wire version ( esolution 1,6 micron A)

4-20mA Two-wire + HA T

20,5 mA , 22mA , 3,9 mA (Adjustable)

500 W

0...90 sec.

Aluminium Injection AISi2Fe Black ( AL9005) / Plastic (PP)

Stainless Steel (Std.), Ops. 316 Stainless Steel

PTFE (Std.), Ops. PEEK, Ceramic

LCD Display

M20 x 1,5 mm

With Terminal

IP66 (EN60529)

EGW 205, (For L=1000mm ) ... kg

Material to be Measured

Measurement Field

Setting Menu Language

Sensitivity

epeatability

esolution

Working Pressure

Working Temperature

Ambient Temperature

Frequency

Dielectric Constant (E)

esponse Time

Sampling Frequency

Power Consumption

Supply Voltage

Output Signal

Fault Signal

Max. Load esistance

Damping Time

Housing Material

Connection and Probe

Material

Insulation Material

Indicator and Adjustment

Cable Input

Electrical Connection

Protection Class

Weight

Tapa

Aluminium Housing

Grounding Terminal

(Max1,5 mm²)

ecommended cable (5x1,5 mm²)

Cable Fitting

(Suitable cable diameter: Ø 6-12mm)

DO NOT OPEN THE COVE WHEN

ENE GY IS AVAILABLE

KEEP IT CLOSED WHILE OPE ATING

In damp and humid areas, cable fittings should

be tightly tightened, replace at regular intervals,

and in order to prevent water leakage into

the sensor body in case of deformations that

may occur over time, the cable should be left

in a downward sloping position at the gland inlet.

Damp-proof

1.6. Housing :

B21x

MATERIAL PROTECTION

CLASS TEMPERATURE

(°C)

TYPE

B21x Aluminium IP 66 (-) 40...(+) 200

SIZE

a x b (mm)

140 x 104

ORDER

CODE

702

B20p Plastic (PP) IP 66 (-) 40...(+) 150 132 x 104103

.1. General Notes

The installation of the device should only be carried out by qualified personnel.

Do not apply force to the device during installation!

Do not use the Guided Radar (TRD) Type Level Transmitter at higher pressure than the recommended one.

Do not forget that the contact setting of the device is sensitive, handle it carefully and prevent it from getting damaged.

It must be guaranteed that there are no magnetic particles.

. . General Installation Stages

* emove Guided Radar (TRD) Type Level Transmitter from the box carefully

*Check whether gasket is appropriate for fluid or not. If is not appropriate, contact with the producer.

*Then, apply below mentioned explanations according to structure of the design.

.3. Special Notes

*Please make sure that there is no mechanical stress on the shaft after installation. Such a situation will lead to a shift in the characteristic curve.

*Guided Radar (TRD) Type Level Transmitter should be placed in a vertical position on the line.

*If the device is installed outdoors and there is a danger of lightning or overpressure, we recommend to install an effectively sized overpressure

protection between the supply cabinet and the device.

*Under operating conditions, the Level Transmitter may be hot depending on the condition of the fluid, in this case, do not touch the transmitter,

your skin may be damaged.

.4. Installation For Mechanical Connections

*Use appropriate O-ring or seal for sealing.

*Make sure that its surface is clean and smooth.

*Install the device manually.

*Tighten the key as shown in the figure.

(Max. 20 Nm. For stainless models)

2. Installation:

.5. Apparatus :

Cooler :

Malzeme : 304 Stainless Steel

Welded manufacturing

Applicable to all models except for EGW 20S.

Process temperature max. for 250°C

105

Protection Cover

Material : 304 St. steel

Welded manufacturing

Open  Close Hinged

To protect the switch against

external conditions.

By-Pass Tube

304 Stainless Steel

Welded manufacturing

1.7. Target Group

This user manual has been prepared for qualified technical personnel.

1.8. Safety Notes

The following notes should be taken into account to avouid hazards to the operator and its surroundings.

The installation, use and maintenance of this device should only be carried out by people who have read the user manual and have knowledge

of work safety!

Work safety, accident prevention regulations and national installation standards must be complied with.

The product should only be used within the stated specifications!

You can only mount the device when there is no pressure!

1.9. Package contents :

Please check whether you have taken delivery of below listed content completely or not and check its conformity with criterions

in your order:

* Guided adar Type Level Transmitter

* This operating manual

The measurements maximum level, is the thread seal position or flanges bottom surface.

When the liquid or solid level is full, enter the dead zone correctly otherwise the instrument will not be able to measure the level effectively.

Mounting site selection

.6. Mounting Requirements

During the installation , while the tank is empty, false echo detection should be made and the surfaces that create faulty echo should be

recorded by the sensor. In this way, the sensor does not detect these points as a level and the measurement continues properly.

Care should be taken that the product entering the tank does not pass over the signal line of the sensor when filling through the silo or tank.

There is a blind area that cannot be measured by the sensors and known as the dead zone just below the antenna, which does not exceed

5 cm according to the sensor. It is important that the product does not pass over the sensors dead zone during filling, in which case

the sensor will fail or the measurement values may remain constant.

Hooter

S 485

4...20 mA / 0...10 V / 1 - 5 V /..

1 / 2 / 3 / 4

A B CD

Min 50mm

%100

L= Measurement Site

Min. Dead Zone

Max. Dead Zone

Max. Level  Min. Measuring Distance

Min. Level  Max. Measuring Distance

Datum Plane

For K1 (mm);

Flat metal wall > 50 mm

Plastic wall > 300 mm

Flat wall > 500 mm

For K (mm);

ope Probe > 150 mm

od Probe > 10 mm

Coaxial Probe > 10 mm

For K3 (mm);

Connection Sleeve : min 100mm

Support may be required if the probe lenght is more then 3 meters.

Mounting site selection

Safe Rope Probe

You can fix the probe with the outer tube

to prevent the rope probe from shaking.

Safe Rod Probe

Support is required when the probe

length is more than 3m. However,

in strong fluctuating conditions,

the probe tip should be fixed to the bottom

of the vessel with a special device.

Safe Coaxial Probe

You can fix the probe with the outer tube

to prevent the coaxial probe from shaking.

Funnel Type Flange

When the head height is more than

200 mm, the vessel wall will affect

the measurement. Use metal funnel

flange to reducee impact.

Large Diameter Head

1- Auxiliary signal plate with a

diameter of 100 to 150.

2- Auxiliary signal plate

3-Mounting head face and

auxiliary plate face must be

aligned.

Extension Rod and Boundary Ring

For long mount hood, extend the probe

or rope antenna so that it protrudes into

the vessel and fix it to prevent shaking.

Non-metal chamber mounting

1 Metal plate or metal flange

2 Non-metal vessel wall (plastic, glass or wood).

To ensure the reliability of the measurement ,

the guide radar level transmitter requires a metal

surface at the process connection. When mounted

in a non-metallic vessel such as a plastic vessel

or a glass vessel, use a flange and position a metal

plate under the process fitting. Make sure that the

plate is in direct contact with the process fitting.

Extension Rod or

Rope

Line Ring

Guide radar level transmitter tube recommendation:

For boat setup and turbulent conditions, the sensor should be mounted with a guide tube.

The material must be metal.

Constant diameter

Mark the polarization on the sensor.

Guide tube diameter should be larger than antenna diameter.

The diameter difference between the coaxial tube and the inside diameter of guide radar level transmitter tube is as small as possible.

Weld seam as smooth as possible and in line with the slit.

The slot width or hole diameter is less than or equal to 5 mm, it is smooth.

Length and number have no effect on the measurement.

The antenna diameter of the sensor should be suitable for the inner diameter of the pipe.

The inner wall of the guide wave tube should be straight and without a weld seam.

Since the sensor only measures the inner level of the tube, the waveguide tube should descend to the desired level.

Threaded Connection Mounting

The sleeve length should not be less than 100 mm.

The inner diameter of the sleeve must be at least 1 1/2'BSP

Dalga kýlavuzu tüpüne montaj

For boat setup and turbulent conditions, you can mount the sensor with the waveguide tube. For best measurement,

he diameter of the antenna should be close to the diameter of the waveguide tube.

What should a waveguide be like ?

-The material must be metal.

-The diameter must be constant.

-Polarization must be marked on the sensor.

-Waveguide tube diameter should be larger than antenna diameter.

-The diameter difference between the outer diameter of the radar antenna and the inner

diameter of the waveguide tube should be as small as possible.

-The source point should be as smooth as possible and on the same axis.

-Duct width or hole diameter less than or equal to 5 mm, without burrs. Length and number have no effect on the measurement.

-The antenna diameter of the sensor should be suitable for the inner diameter of the pipe.

-The inner wall of the guide wave tube should be smooth and there should be no welding seams.

-The guide tube length should not be more than the sensor antenna length.

Mixer Application;

Correct

If there is a mixer in the vessel where the sensor will measure the level,

the sensor should be mounted at a point away from the filling line and

as far as possible from the mixer that blocks the signals.

False signals reflected from the propellers of the mixer in the vessel

may reach the sensor and cause the sensor to make an incorrect evaluation.

In such cases, when the vessel is empty, erroneous signals must be detected

and false signal suppression must be applied. Thus, the sensor is prevented

from making incorrect measurements in case of faulty signals.

Installation Site Selection

Correct: Mount the sensor as far from the filling point as possible.

In terms of its lifetime, use protectors to keep it away from snow,

rain, sun and similar factors when necessary.

Wrong: Do not place the sensor on the fill line. The signal line

must see the surface to be measured.

CorrectWrong

By-Pass Application

If there are difficult physical factors such as mixer, ladder,

vessel reinforcement metals in the vessel where the sensor

will measure, By-Pass Application is required. In this way,

accurate and reliable measurement is provided .

Correct

Ø50mm rod antenna

For best measurement, the tip of the antenna should protrude

at least 15 mm outside of the vessel.

>15mm

HA T Communication, with Hand Terminal

Power Supply

4VDC

HA T

Hand Communicatior

esistance 50 W

.7. Electrical Connection

DC energy between 1436V is required as the power supply. The outer diameter of the cable bringing the energy should be between

59mm, with at least two wires and, if necessary, shielded type to protect it from electromagnetic fields. 420mA analog output

signal is also received through the same cable.

Two-wire 4... 0mA HART protocol

4 VDC Supply

4-20 mA

Load resistance diagram (Two-wire version)

14 19

800

1100

4 6 8 30 3 34 36

Supply Voltage

HA T

Load

Load Cable esistance + HA T esistance + Load esistance

Voltage Limit

15 18

For mounting the display and adjustment module;

1 emove the housing cover.

2 Position the display and adjustment module in the target position.

3 Screw on the housing cover.

.8. Display and Adjustment Module

-Switch between menus

-Change values, switch between values

-Move the enlarge wave edge logo to the left.

-Change Numbers / Values

-Switch between menus

-Swþtch between values

-Move the enlarge wave edge logo to the right

-Switch between steps

ESC -Back to the next upper menu

-Back to the main menu

-Switch to the graphic display

-Enter the main menu

-Enter the selected menu

-Save the values

-Edit parameter

.9. Setting Options

adar Level Transmitter Display can be adjusted with the following adjustment media:

a) With local display and adjustment module

b) Tank side monitor

c) Setting software on upper monitor

d) HA T communication

e) OSEMOUNT 375 / 475 (only for hart common position)

Quick Setup

Basic Setup

Display

System

Linearization

Security

Communication

Diagnosis

System Info

ecord Curve

A - QUICK SETUP

Min. 0.00%

20.000 m

Min. 0.00%

25.000m

Max. 100%

0.0000 m

Maz. 100.00%

0.5000m

Min. and Max. Level Adjustment

A - QUICK SETUP : Level Confirm

Level Confirm

3.3

2.2

1.1

0.00 0.00 6.00 12.00

V1.05 16.67 6.500

1- Select Quick Setup menu item and confirm with OK.

Select Level Confirm and confirm with OK.

Echo trend will be displayed as follows:

Cable Lenght :

20.000m

A - QUICK SETUP:

B - BASIC SETUP :

C - DISPLAY :

D -SYSTEM :

E - LINEARIZATION :

F - SECURITY :

G - COMMUNICATION :

H - DIAGNOSIS :

I - INFORMATION :

J - RECORD CURVE :

The radar sensor can measure the level accurately for most field conditions with quick setup.

You can set the maximum level, minimum level and level confirmation.

Settings, eg. Damping time, Dielectric constant, Max. Dead zone, Min. Dead zone, Speed change, Magnification times

Settings, eg. Display value, Unit, LCD contrast, Language

Settings, eg. Echo decision, Current caliber, Distance caliber, Distance coefficient, Mapping setting

Settings, eg. Distance linearity selection, Distance linearity regulation, atio linearity selection, atio linearity regulation

Settings, eg. Echo loss adjustment, Skip processing, Current output, Parameter protection

Settings, eg. Address type

Information, eg. Distance record, Number of restarts

Information, eg. Production date, Serial number, Part number, Version number

Information, eg. Echo curve , Measurement curve

The device is adapted to the application conditions through parameter adjustment. Parameterization is carried out via a settings menu.

The main menu is divided into ten seconds with the following functions:

.10. Operation Menu Structure and Function

1 - Select the menu item Quick Setup and confirm with OK.

Min. 0.00% Press the OK button to change the distance value,

use the arrow keys to change the values.

Confirm the determine value with OK.

Enter the appropriate distance value in m for the full tank

Max. Level is the distance from the farthest point of the antenna

part to the tank max. level. It cannot be more than the min. level distance.

2 - With switch to Max. Level Adjustment menu.

Press OK button to change Max. % 100,00 Distance value,

Use the arrow keys to change the values.

Confirm the determined value with OK.

Enter the appropriate distance value in m for the full tank.

Max. Level is the distance from the farthest point of the antenna part to the tank max. level. It cannot be more than the min. level distance.

3- With select Cable Length menu. Confirm with OK.

Value can be adjusted between 0.1000 ~ 32.000 m. Save the adjusted value with OK.

B - TEMEL KURULUM (Basic Setup) :

2- Press OK key, the menu is as follows:

Zoom X: Extend the X plane for better observation

Zoom Y: Extend the Y plane for better observation.

No zoom: estore planes.

Setting range: You can select the Start , End, Confirm points to adjust the displayed range.

X zoom in

Y zoom in

No zoom in

Display range

Min. dead zone

Max. dead zone

Change Speed :

0.4000m/s

Min. Dead Zone:

25.000m

Quick setup

Basic Setup

Display

System

Damping Time :

0.5S

Dielectric Constant:

2.5-4

Max Dead Zone:

0.0000m

Magnification Times:

1- Temel Kurulum menü öðesini seçin ve OK ile onaylayýn

7- With switch to the Magnification Times menu confirm

with 'OK. Select and save the value between 0 and 80. 15

is the standard value.

2- Extinction Time menu is displayed. Press the OK key to jump from

cursor to value. You can set the suitable value between 0 ~ 99S.

Save the value with OK. It is used to determine the range of variation

of measurement values. Time can be kept high in fluctuating tanks.

3- With change to the menu Dielectric Constant with OK.Confirm with OK.

Select the appropriate range of values for the Dielectric Constant in accordance

with the measured liquid or solid. Save with OK.

There are six options : >7, 4 ~ 7, .5 ~ 4, 1.9 ~ .5, 1.6 ~ 1.9, 1.4 ~ 1.6.

4- With change to the Max. Dead Zone menu confirm with OK

Enter the appropriate value according to the application. Confirm with OK.

5- With change to the Min. Dead Zone menu with OK.

Set the appropriate value.

6- With change to the Change Speed menu with OK. Set the appropriate

value according to the application. Confirm with OK. Enter the appropriate

value according to the level filling speed. Save with OK.

D -SÝSTEM (System): Yanký Seçimi (Echo Judge)

Quick setup

Basic Setup

Display

System

Display Value :

Level

Display Unit :

Meter

LCD Contrast:

Do you adjust?

Language:

English

Echo Judge

Current Calibr

Distance Calibr

Distance Coeff

Mapping AdjustQuick setup

Basic Setup

Display

System

Largest

Foremost

Sucession

esolution

Superiority

0.0300V

Comfirm Time

10,000s

Min. esolution

0.2000V

Logic Select

1- Select the Display menu and confirm with OK

2- You can select the values to be seen on the screen from the Display Content.

and Mapping and confirm with OK.

3- Select the Display Unit menu with key and enter with OK. Unit selection

is made for Level and Distance in this field. Make a selection with the

arrow keys and confirm with OK.

4- Select the menu LCD Contrast with the key and enter with OK.

Make the setting with the keys . Confirm with OK.

5- Select the menu Language with the key and confirm with OK. Available in English only.

C - DISPLAY :

1- Select the menu System with the key

and confirm with OK. Enter the submenu and

select the Wave Logic menu and confirm

with OK.

2. Select the Largest (Std.) option to read the largest value. This should be chosen

in order not to see false echoes occurring in the environment. Select First to

see the first read echo value. Confirm with OK.

*Other options are for the manufacturer only.

4- With enter the Superiority, confirm with OK. Adjust the value between

-3 ~ 3to increase or decrease the distance between two echoes.

Save the value with OK.

5- With enter the Confirm Time, confirm with OK. Set the value between

0 ~ 90,000. Save the value with OK. It affects the resolution time of the sensors

measured data.

6- With enter the Min. esolution, confirm with OK. Adjust the value between

0 ~ 2. Save the value with OK.

1- Select Current Calibration and press OK. The submenu is as follows:

Distance Calibration Distance Calibration

D -SÝSTEM (System): Mapping Coefficient

E - LINEARIZATION :

D -SÝSTEM (System): Distance Coefficient

Setup out: 0.0000mA

4mA 4.0000mA

18mA 18.0000mA

Calibration Comfirm

Setup out: 0.0000mA

4mA 4.0000mA

18mA 18.0000mA

Calibration Comfirm

Setup out: 0.0000mA

4mA 4.0000mA

18mA 18.0000mA

Calibration Comfirm

Max. Mapp : 0.0000m

Min. Mapp : 0.0000m

Max. Mapp : 0.0000m

Min. Mapp : 0.0000m

Linearization

Securty

Communication

Diagnosis

Dist linearity select ?

Yes

Dist linearity select ?

Yes

eality Measure

1:0.0000m 0.0000m

2:0.0000m 0.0000m

Calibr Distance

eality Measure

1:0.0000m 0.0000m

2:0.0000m 0.0000m

Calibr Distance

Zero : 0.0000m

atio : 1.0000

Zero : 0.0000m

atio : 1.0000

D -SYSTEM : Current Calibration

2- Select the appropriate current and adjust the value according to the field

condition. Save the selection with OK.

3- With enter the Calibration Confirm, confirm with OK. The setting above will be saved.

1- Select Distance Calibration and press OK button, the submenu is as follows:

2- Select the appropriate distance and adjust the value according to the field

condition. Save the selection with OK.

3- With use toenter Calibrated Distance, confirm with OK.

The edit will be saved.

1 - Select Distance Coefficient and press OK, the submenu is as follows:

2- Select the appropriate distance and adjust the value according to the field

condition. Save the selection with OK.

1- Select Mapping Setting and press OK, the submenu is as follows:

2- Select the appropriate value and adjust it according to the field condition. Save the selection with OK.

1- Enter Linearization with OK. You can choose yes or nor depending on the

field condition.

2- It should be choosen as Yes to activate Distance Linearity Calibration.

4- Set the value and then save with OK.

6- With enter Select-Change

Distance Linearity (Modify)',

confirm with 'OK. Change the value

and save with 'OK. You can also

delete the linear selection.

Echo lost operate

Jump operate

Current output

Parameter protect

Hold

Alarm

Trend

Appoint

Echo lost operate :

Hold

Echo lost operate :

Hold

F - SECURITY : Running Echo Loss

F - SECURITY : Jump Setting

Dist linearity select ?

Delete

00 :

0.0000% 0.0000%

Dist linearity select ?

Modify

Dist linearity edit ?

Add

Dist linearity select ?

Add

eality Measure

01 : 1.0000m 0.0000mA

eality Measure

01 : 1.0000m 0.0000mA

atio linearity edit?

Add

eality Measure

01 : 1.0000% 0.0000%

5- With enter '1cPercent Linearization'1d, confirm with

OK. New adjustment can be added with Add.

3- When using the 'Appoint' option, enter the appropriate distance value. The signal is output at the distance determined by this setting.

Wait

Direct

Trend

Appoint

Jump Way :

Wait

Jump Way :

Wait

Echo Lost Setting

Jump operate

Current output

Parameter protect

Waiting Time :

60.000s

Jump Distance :

0.0600m

Jump Speed :

0.5000m/s

3- After selecting the desired mode,

enter the appropriate values according to

the field conditions. Save the selection with

OK.

3- With enter Distance Linearity Edit, confirm with OK.

New parameter can be added with Add.

2- You can choose Delay, Direct, Trend,

With Speed for Jumping Mode.

1- Enter Jump Setting menu with OK.

1 -Enter Security menu, the submenu is as follows:

2- Enter Echo Lost Settings with OK.

You can choose Delay, Alarm for

Echo Lost Setting. Other options are for the

manufacturer.

1- With enter Parameter Protection, confirm with OK.

You can set up a user password. Confirm with OK.

2- With you can enter Write Parameter and  esume Factory Parameter .

1-Enter 'Communication with OK.

Enter the admin password. Change the

Address value between 00 ~ 99.

2- With enter Method. You can select the communication type as

Standardor 'Polling.

Address : 99

Type : Standard

Address : 99

Type : Polling

Linearization

Securty

Communication

Diagnosis

Address : 99

Type : Standard

Address : 99

Type : Standard

F - SECURITY : Current Output

F-SECURITY: Parameter Protection

G-COMMUNICATION:

4- With enter ' estart Current. Confirm with OK. There are four options:

Hold, 22mA, 20.5mA, 3.5mA. You can select the suitable one according to the field conditions.

Echo Lost Setting

Jump operate

Current output

Parameter protect

4-20mA

20-4mA

Current Direction

4-20mA

Current Direction

4-20mA

Hold

22mA

20.5mA

3.5mA

Alarm Output:

Hold

Alarm Output:

Hold

22mA

20.5mA

3.5mA

Boot Current

Echo Lost Setting

Jump operate

Current output

Parameter protect

Set user password

00000

Write para to meter

00000

esume factory para:

esume?

Save factory para:

00000

esume default para:

esume?

2- You can choose 4-20mA or 20-4mA

for Current Direction.

1- Enter Current Output with OK.

3- With enter Alarm Output, confirm with

OK. There are four options. Unchange,

22mA, 20.5mA, 3.5mA. You can choose

one depending on the field condition.

3- With you can enter Write to Instrument or  estore Factory Parameter.

1- Enter Diagnosis with OK, You can set the max. and min. values.

I - INFORMATION :

Echo Curve Jump echo

Del record

Whole echo

Del record

Information

ecord Curve

Event Manage

Jump echo

Del record

Whole echo

Del record

Jump echo

Del record

Whole echo

Del record OK

System info

ecord Curve

Event Manage

Date of manufature :

00000000

Seraial number :

0000000000

Part number :

000000000000000

Version number :

307.204

H - DIAGNOSIS :

J - RECORD CURVE : Echo Curve Record

Linearization

Securty

Communication

Diagnosis

Distance record

Maximum : 0.140 m

Minimum : 0.139 m

eboot Count

1 - Enter System Info with OK, information

about the device will be displayed.

You can check Date of manufacture,

Serial number, Part number, Software version

1 - Enter  ecord Curve with OK, select

Echo Curve, enter Jump Echo,

curve will be displayed.

2 - With select Delete ecord. You can delete jump echo.

3 - Enter Whole Echo with OK. You can control or delete whole echo.

Before programming, the user must have certain parameter values for the application as in the example below.

.1 . Programming Example

.11. Troubleshooting

>200 mm

0.1 m

5 m

0.2 m 100 %

0 %

(20mA)

(4mA)

4 m

9.8 m

Error Code Probable Cause

E040 Hardware error

E013 No echo curve

E022 Storage error

E031 Ultra high

E032 Ultra low

E0027 Active code wrong more than one time

E001 Ultra range

Before checking all the features of the sensor available in menus and submenus, 5 m. Lets make a simple but complete adjustment of the

level measurement made on a tank at height.

This example shows the features of the setup that should be

considered in programming the sensor.

B Mounting neck height (0,1 m)

A Total empty height (5m)

C Max. adjustment (0,2 m) (Generally dead zone)

D Min. adjustment (4 m)

As mentioned, the height of the tank (total) is 5 m, but it is not possible

to measure the usable height completely due to the dead zone 3 as

shown in the picture. However, if desired, in terms of easy calculation,

the full height of the tank is max. It can enter the sensor as occupancy.

In this case, 100% value will never be taken, if the dead zone is exceeded,

the sensor will fail.

eference Line

-Maximum Vessel Height A (m)

This value is the distance between the reference line and the lowest point of the vessel, in this example it is 5.00 m.

-Mounting Thread Height B (m)

This value is the distance between the reference line and the inner ceiling of the vessel, in this example it is 0.1 m.

-Maximum Level C ( 0 mA)

This value with reference line max. is the distance at the height of the liquid. In this example it is 0.2 m. In other words,

it is the 100% point where 20mA will be taken. This point should not be within the dead zone of the sensor. If the sensors

dead zone is 0.3 m, do not set this value to 0.2 m.

-Minimum Level D (4mA)

This value is min. is the distance at the height of the liquid. In this example it is 0.4 m. In other words, it is the 0% point where

4 mA will be taken. Inside the vessel min. and max., the points are determined by the user and the shape of the operation.

The lowest point of the vessel can be selected as 0% or a safety filling can be left under the vessel. Thus, the last 1 m to full

discharge. It can also be set to 0%. This point is the empty point of the vessel where 4 mA will be taken.

With a simple calculation, the max. measuring range can be calculated.

-Empty vessel height = actual height = 5 m

-Empty value = 0% = 4 mA = 4 m from the liquid surface to the reference line

-Filled value= 100% = 20mA = 0.2 m from the liquid surface to the reference line

Example. When the sensor sees a gap of 4 m below the reference line, it will output 4.00 mA (0%), at a liquid height of 3.8 m, and 20.00 mA (100%)

when the reference line is 0.2 m.

The basic principle is to always measure the empty distance between the sensor and the product surface. All radar ultrasonic and microwave sensors

based on the signal transmission and retrieval time only measure the gap from the sensor to the surface. Level, volume, weight, height and other similar

measurement units are obtained by calculating distance measurements and the values frecorded during the programming of the sensor.

.13. Mechanic Dimensions:

EGW 04 EGW 05 EGW 0 EGW 03 (Max. 450 °C)

For Aggressive Media

EGW 04

EGW 05

EGW 0

EGW 03

EGW 0S

EGW 01

EGW 07

1 1/  BSP

 BSP

1 1/  BSP

Ø4 , Ø8

Ø8

Ø 1

Ø38

Ø10

Ø6 , Ø10

Max. 3 m.

Max. 6 m.

Max. m.

Max. 4 m.

Max. 6 m.

Max. 3 m.

155

MODEL CONNECTION

BSP (mm)

Ød

(mm)

200

Ød

BSP

ØdØ40

Ød

BSP

Ød

EGW 0S

BSP

206

Ød

EGW 01 EGW 07

BSP

Ød

PFA / PTFE

Covered

PFA

Covered

.14. Order Type

Order Form :

Please consider sample models when coding.

OPSÝYONEL

No........................................................................................../ 0

By-Pass Tube....................................................................... / T

Protection Cover - 304 ust For Outside Tank. Steel......./ K6

Cooler Apparatus............................................................../ H

Special................................................................................/ x

PROBE TYPE (MAXIMUM LENGTH)

Single Probe - Coaxial (Max. 4 m.) Ø 38................................2

Single Probe - Thin Coaxial (Max. 1 m.), Ø 21.......................3

ope - Non-insulated (Max. 32 m.).........................................4

Single Probe - Non-isolated (Max. 6 m.).................................5

Single Probe - High Temperature (Max. 4 m.)....................6

ope - Insulated (0...32 m)..................................................7

Ceramic Insulated Probe (Max. 4 m.).................................S

Special..................................................................................x

INSULATION MATERIAL

PTFE...................................................................................066

PEEK...................................................................................068

Ceramic............................................................................070

Special..................................................................................x

ELECTRICAL CONNECTION

Klemensli...............................................................................00

Special..................................................................................x

EGW 204 - 500 - 0 - 0010 - 19 - 702 - 066 - 001 - 00/0

Guided adar , L=500 mm , 1 1/2BSP , 4-20 mA + HA T , PTFE Insulation

EXAMPLE

HOUSING

Aluminum Housing , B21x (Std.) ....................................702

Special..................................................................................x

Plastic Housing , B20p .......................................................103

IMMERSION LENGTH (L)

.............................................................................................mm

CERTIFICATE

None.

.......................................................................................0 (EN10204-3-1) Material Certification...................................1

Special..................................................................................x

4-20mA Two Wire (Std.) + HA T....................................19

OUTPUT

Std. Type.

...............................................................................2

EGWMODEL

PROCESS TEMPERATURE

(With Peek Insulation) 230 °C ............................................1

(With Ceramic Insulation) 450 °C ......................................2

(with PTFE Insulation) 200 °C................................................0

CONNECTION

Thread (ISO 228-1) Clamp (ISO 2852) ISO Flange (1092-1) ASA Flange (B16.5)

1 1/2BSP (Std.)...0010

2 BSP(Std.).......0012

DN 50 - PN 16...0504

DN 65 - PN 16...0505

DAI Y

DN 50 - PN 16...0505

DN 80 - PN 16...0507

DN 100 - PN 16...0508

DN 50 - 150lb...1005

DN 65 - 150lb...1006

DN 80 - 150lb...1007

DN 100 - 150lb...1008

ISO Flange (1092-1)

DN 50 - PN 40...0705

DN 80 - PN 40...0707

DN 100 - PN 40...0708

CONNECTION MATERIAL

304

Stainless Steel

............................................................001

316

Stainless Steel

............................................................002

Special..................................................................................x

ELECTRODE INSULATION MATERIAL

None (Std.)..............................................................................0 PTFE................................................................................066

PFA.................................................................................087

This manual suits for next models

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