ABB EL6010 User manual

Continuous Gas Analyzers EL6010
Operator’s Manual 42/2430 EN Rev. 1

Continuous Gas Analyzers EL6010
Operator’s Manual
Publication No. 42/2430 EN Rev. 1
Edition 07.04

2 EL6010 Gas Analyzer in Category 2G Operator’s Manual 42/24-30 EN Rev. 1
Contents
Page
Preface 4
Guideline for Installation and Operation 5
General Safety Precautions 6
Special Safety Instructions for Operating the EL6010 Gas Analyzer 7
Chapter 1 Preparation for Installation
Installation Location Requirements 8
Gas Inlet and Outlet Conditions 9
Items Delivered 10
Analyzer Data Sheet 10
Control Unit: Dimensional Diagram 11
Analyzer Unit: Dimensional Diagram 12
Chapter 2 Install the Gas Analyzer
Unpack and Install the Gas Analyzer 13
Connect the Gas Lines 15
Connect Electrical Lines – Safety Precautions 16
Control Unit: Electrical Connections 17
Connection Analyzer Unit – Control Unit 18
Further Electrical Connections 19
Power Supply Connection 20
Chapter 3 Gas Analyzer Operation
Readout 21
Operation 22
Menu 23
Chapter 4 Start the Gas Analyzer
Check the Installation 24
Start the Gas Analyzer 26
Chapter 5 Set Parameters
Fundamentals 27
Test Gas Concentration 28
Filter 28
EL6010-Uras14: Measuring Range 29
EL6010-Magnos106: Measuring Range 30
EL6010-Caldos17: Measuring Range 31
Limit Parameters 32
Modbus Parameters 33
Factory and User Settings 34

42/24-30 EN Rev. 1 EL6010 Gas Analyzer in Category 2G Operator’s Manual 3
Contents
Page
Chapter 6 Calibrate the Gas Analyzer
Calibration Verification 35
Test Gases 35
EL6010-Uras14: Notes for Calibration 35
EL6010-Caldos17: Notes for Calibration 36
EL6010-Magnos106: Notes for Calibration 36
Calibrate Sample Component 37
Perform Calibration Reset 39
EL6010-Uras14: Measure Calibration Cell 40
Pressure Correction 41
Drift Reading 42
Chapter 7 Inspection and Maintenance
Inspection 43
Check Gas Path Seal Integrity 44
Chapter 8 Status Messages, Troubleshooting
Blinking Screen 45
Status Messages 46
Troubleshooting 48
Call for Service 49
Chapter 9 Gas Analyzer Shutdown and Packing
Gas Analyzer Shutdown 50
Gas Analyzer Packing 51
Appendix
Application and Design 52
Analyzer Units 53
Control Unit 54
EL6010-Uras14: Metrological Data 55
EL6010-Magnos106: Metrological Data 56
EL6010-Caldos17: Metrological Data 57
Declaration of Conformity 58
EC Type Examination Certificate 65
Electrical Equipment in Explosion Hazard Zones:
Legal Principles 70
Electrical Equipment in Explosion Hazard Zones:
Installation Instructions 71
Electrical Equipment in Explosion Hazard Zones:
Maintenance and Repair Instructions 72
Index 73

4 EL6010 Gas Analyzer in Category 2G Operator’s Manual 42/24-30 EN Rev. 1
Preface
Content of the
Operator’s Manual
This operator’s manual contains all the information you will need to safely and
efficiently install, start-up, operate and maintain the EL6010 gas analyzer.
Note the information on the “Analyzer Data Sheet” shipped with every EL6010
gas analyzer.
Identifies safety information to be heeded during gas analyzer
operation in order to avoid risks to the user.
Identifies specific information on operation of the gas analyzer as well
as on the use of this manual.
Analyzer
Indicates specific information for individual gas analyzers
EL6010-Uras14, EL6010-Magnos106 and EL6010-Caldos17.
1, 2, 3, ... Identifies reference numbers in figures.
Display Identifies a display on the screen.
Display Identifies a blinking display on the screen.
Symbols and Fonts
Used in the Manual
×Ø
Enter
Back
Identifies function keys.
Additional Informa-
tion on the Internet
Additional information on ABB Analytical products and services is available on the
Internet at http://www.abb.com/analytical.
This operator’s manual is protected by copyright. The right is reserved to pursue civil or criminal penalties
if this publication is translated, reproduced (electronic, mechanical, photocopying, recording, etc.), stored
in information retrieval systems or networks or transmitted in any form without the permission of the
copyright holder.

42/24-30 EN Rev. 1 EL6010 Gas Analyzer in Category 2G Operator’s Manual 5
Guideline for Installation and Operation
Basic Steps The following basic steps should be followed when installing and operating the
EL6010 gas analyzer.
Step Action See Page
Follow safety precautions 6, 7
1 Prepare the installation 8
2 Unpack the gas analyzer 13
3 Check gas path seal integrity 13
4 Install the gas analyzer 14
5 Connect the gas lines 15
6 Connect the electrical leads 16
7 Check the installation 24
8 Purge the gas path 26
9 Start the gas analyzer 26
10 Set the parameters 27
11 Calibrate the gas analyzer 35

6 EL6010 Gas Analyzer in Category 2G Operator’s Manual 42/24-30 EN Rev. 1
General Safety Precautions
Requirements for
Safe Operation
In order to operate in a safe and efficient manner, the EL6010 gas analyzer should
be properly handled and stored, correctly installed and set-up, properly operated
and carefully maintained.
Personnel
Qualifications
Only persons familiar with the installation, set-up, operation and maintenance of
comparable equipment and certified as being capable of such work should work
on the EL6010 gas analyzer.
Special Information
and Precautions
These include
•The content of this operator’s manual.
•The safety information affixed to the EL6010 gas analyzer.
•Safety precautions for the installation and operation of electrical devices.
•Safety precautions for working with gases, acids, condensates, etc.
•Regulations, standards and guidelines for explosion protection.
National Regulations The regulations, standards and guidelines cited in this operator’s manual are
applicable in the Federal Republic of Germany. The applicable national regulations
should be followed when the EL6010 gas analyzer is used in other countries.
EL6010 Gas Analyzer
Safety and Safe
Operation
The EL6010 gas analyzer is designed and tested in accordance with EN 60950:
1992/A11:1997, “Safety of Information Technology Equipment” and has been
shipped ready for safe operation.
To maintain this condition and to assure safe operation, read and follow the safety
information identified with the symbol in this operator’s manual. Failure to do so
can put persons at risk and can lead to EL6010 gas analyzer damage as well as
damage to other systems and instruments.
Additional
Information
If the information in this operator’s manual does not cover a particular situation,
ABB Service is prepared to supply additional information as needed.
Contact your local ABB service representative or
ABB Service, Telephone: [phone], Fax: [phone],
E-mail: callcenter[email protected]

42/24-30 EN Rev. 1 EL6010 Gas Analyzer in Category 2G Operator’s Manual 7
Special Safety Instructions for Operating the EL6010 Gas Analyzer
Observe Safety
Precautions
Before starting any work on the EL6010 gas analyzer, observe all explosion-
protection safety precautions.
Do Not Work Where
There is a Risk of
Explosion
While there is a risk of explosion, do not work on current-bearing components,
except intrinsically safe circuits, and do not work with equipment that poses an
ignition hazard.
Potential Compen-
sation Connection
The connection to the local potential compensation point must be made before all
other connections.
Risks of a
Disconnected
Protective Lead
The EL6010 gas analyzer can be hazardous if potential compensation is inter-
rupted inside or outside the gas analyzer or if the potential compensation connec-
tion is interrupted.
Risks Involved in
Opening the Covers
Current-bearing components can be exposed when covers or parts are removed,
even if this can be done without tools. Current can be present at some connection
points.
Risks Involved in
Working with an
Open EL6010 Gas
Analyzer
The EL6010 gas analyzer must be disconnected from all power sources before
being opened for any work. All work on an gas analyzer that is open and con-
nected to power should only be performed by trained personnel who are familiar
with the risks involved.
While connected to power, the EL6010 gas analyzer housing should only be
opened when the surrounding environment does not pose an explosion threat.
Charged Capacitors The EL6010-... analyzer unit capacitors require 10 minutes to discharge after the
system is disconnected from all power sources. Observe the safety precautions
indicated on the housing.
In the capacitors of the EL6010-CU control unit dangerous energies can be stored
even after separation from the voltage source. The control unit housing must not
be opened if the surrounding atmosphere is an explosion risk. Observe the
warning advice on the housing cover on this subject.
Sample Gas Supply
Cutoff
When working with flammable and toxic sample gases, shut off the sample gas
supply and purge the sample gas path with nitrogen before opening the EL6010-...
analyzer unit housing.
When Safe Operation
Can no Longer be
Assured
If it can be assumed that safe operation is no longer possible, the EL6010 gas
analyzer should be taken out of service and protected against inadvertent use.
The possibility of safe operation is excluded:
•If the gas analyzer is visibly damaged
•If the gas analyzer no longer operates
•After prolonged storage under adverse conditions
•After severe transport stresses

8 EL6010 Gas Analyzer in Category 2G Operator’s Manual 42/24-30 EN Rev. 1
Chapter 1 Preparation for Installation
Installation Location Requirements
Installation Location The gas analyzer should not be mounted outdoors.
Short Gas Paths Install the gas analyzer as close as possible to the sampling location.
Locate the gas conditioning and calibration assemblies as close as possible to the
gas analyzer.
Adequate
Air Circulation
Provide for adequate natural air circulation around the gas analyzer. Avoid heat
buildup.
Protection from
Adverse Conditions
Protect the gas analyzer from:
•Cold
•Direct sunlight and heat
•Large temperature variations
•Strong air currents
•Accumulations of dust and dust infiltration
•Corrosive atmospheres
•Vibration
Air pressure range 600 to 1250 hPa
Relative humidity max. 75 %
during storage and shipping –25 to +65 °C
EL6010-Caldos17 +5 to +50 °C
EL6010-Magnos106 +5 to +50 °C
Environmental
Conditions
Ambient temperature
in operation
EL6010-Uras14 +5 to +45 °C
Note: The explosion protection is not impaired if the gas analyzer is operated at
temperatures less than +5 °C and down to –20 °C. However in this temperature
range the compliance with the metrological data cannot be guaranteed.

42/24-30 EN Rev. 1 EL6010 Gas Analyzer in Category 2G Operator’s Manual 9
Gas Inlet and Outlet Conditions
Sample Gas
Inlet Conditions
(Atmospheric
Conditions)
The gas analyzer is capable of measuring non-flammable and flammable gases
under atmospheric conditions which occasionally can form an explosive environ-
ment.
Inlet Pressure pe≤100 hPa (= 0.1 bar) or pabs ≤1,100 hPa (= 1.1 bar)
Temperature EL6010-Uras14 +5 to +45 °C
EL6010-Magnos106 +5 to +50 °C
EL6010-Caldos17 +5 to +50 °C
Flow EL6010-Uras14 20 to 100 l/h
EL6010-Magnos106 20 to 60 l/h
EL6010-Caldos17 normally 10 to 90 l/h, min. 1 l/h
The maximum oxygen content of the sample gas mixture should be 21 Vol.-%,
corresponding to atmospheric conditions.
If the sample gas is a mixture only of oxygen and flammable gases and vapors, it
must not be explosive under any conditions. As a rule this can be achieved by
limiting the oxygen content to a maximum of 2 Vol.-%.
Flammable gases that are explosive under the conditions encountered in analysis
even when oxygen is excluded should be present in the mixture only in concentra-
tions that are not critical to safety.
Sample Gas
Inlet Conditions
(Positive Pressure)
When specially equipped and when special conditions are fulfilled, the gas ana-
lyzer is capable of measuring pressurized non-flammable and flammable gases.
The sample gas should never be explosive. The analyzer unit should have two
ventilation openings.
Inlet Pressure pe≤300 hPa (= 0.3 bar) or pabs ≤1,400 hPa (= 1.4 bar)
Temperature EL6010-Uras14 +5 to +45 °C
EL6010-Magnos106 +5 to +50 °C
EL6010-Caldos17 +5 to +50 °C
Flow EL6010-Uras14 20 to 100 l/h
EL6010-Magnos106 20 to 60 l/h
EL6010-Caldos17 normally 10 to 90 l/h, min. 1 l/h
If the sample gas consists of non-flammable gases and vapors, the maximum
oxygen content should be 21 Vol.-% O2, according to atmospheric conditions.
If the sample gas is a mixture only of oxygen and flammable gases and vapors, it
must not be explosive under any conditions. As a rule this can be achieved by
limiting the oxygen content to a maximum of 2 Vol.-%.
Flammable gases that are explosive under the conditions encountered in analysis
even when oxygen is excluded should be present in the mixture only in concentra-
tions that are not critical to safety.
The “Flowing Reference Gas” option is not available for the EL6010-Uras14.
Definition pe= pabs – pamb where
pe= positive pressure, pabs = absolute pressure, pamb = atmospheric pressure
Continued on next page

10 EL6010 Gas Analyzer in Category 2G Operator’s Manual 42/24-30 EN Rev. 1
Gas Inlet and Outlet Conditions, continued
Sample Gas
Dew Point
The sample gas dew point should be at least 5 °C below the lowest ambient
temperature throughout the sample gas path. Otherwise a sample gas cooler or
condensate trap is required. Water vapor content variations cause volume errors.
Corrosive Gases The EL6010 gas analyzers must not be used for the measurement of corrosive
gases. Gases like chlorine (Cl2) and hydrogen chloride (e.g. wet HCl) as well as
gases or aerosols containing chlorine must be cooled or undergo prior absorption.
Gas Outlet Conditions The outlet pressure must not exceed the inlet pressure by more than the pressure
loss across the analyzer.
Items Delivered
Quantity Description
1 EL6010-CU Control Unit
1 EL6010-... Analyzer Unit with attached connection cables for
24 VDC power supply and data transmission
1 Analyzer Data Sheet
1 Operator’s Manual 42/24-30 EN
1 2.5 mm Hex Wrench
Items Delivered
1 220 mm diam. x 3 mm O-Ring
Analyzer Data Sheet
Contents of the
Analyzer Data Sheet
The analyzer data sheet contains the following information:
•Order number (A-No.)
•Part number (P-No.)
•Serial number (F-No.)
•Production date
•Power supply (voltage, frequency, consumption)
•Software version
•Sample components and measuring ranges
•Serial numbers of installed components
Keep the Analyzer
Data Sheet Safely
The analyzer data sheet must be kept on the gas analyzer so that it is always
ready-to-hand.

42/24-30 EN Rev. 1 EL6010 Gas Analyzer in Category 2G Operator’s Manual 11
Control Unit: Dimensional Diagram
Figure 1
EL6010-CU
Control Unit
(dimensions in mm)
2
0
316
276
3
5
6
190
198
100305
276
422
2
3
6
453
12
3
4
5
1 Hex Socket Head Screw to Secure the Housing Cover
2 Housing Cover
3 Cable Connections
4 Cable Compartment with Terminal Strip
5 Potential Compensation Connection

12 EL6010 Gas Analyzer in Category 2G Operator’s Manual 42/24-30 EN Rev. 1
Analyzer Unit: Dimensional Diagram
Figure 2
EL6010-...
Analyzer Unit
(dimensions in mm)
250
250
406
30
136
35
70
200
30
3,5
26,5
50
50
ø 240
5
50
ø9
40
20
56
4
50
775 (benötigter Freiraum zum Öffnen)
6
5
1
2
3
4
89
710
EL6010-Caldos17, EL6010-Magnos106
1Sample Gas Inlet
2Sample Gas Outlet
3Vent Opening 2)
4Vent Opening 2)
5Purge Gas Inlet 1)
6Purge Gas Outlet 1)
7Pressure Sensor
3)
824 VDC Connection Cable Opening
9Data Transmission Cable Opening
10 Potential Compensation Connection
EL6010-Uras14
1)
2) See
3) Analyzer Data Sheet
4 )
5Purge Gas Inlet 1)
6Purge Gas Outlet 1)
7Pressure Sensor 3)
8Data Transmission Cable Opening
924 VDC Connection Cable Opening
10 Potential Compensation Connection
1) Option
2) Version for sample gas under positive pressure only
3) Standard for EL6010-Caldos17, EL6010-Uras14; Option for EL6010-Magnos106.
When measuring flammable and corrosive gases the pressure sensor connec-
tion should not be joined with the sample gas path.
Note the additional space requirements
•Beneath the analyzer unit for connection lines (approx. 10 cm) and
•Above the analyzer unit for opening the housing (approx. 40 cm).

42/24-30 EN Rev. 1 EL6010 Gas Analyzer in Category 2G Operator’s Manual 13
Chapter 2 Install the Gas Analyzer
Unpack and Install the Gas Analyzer
CAUTION!
The EL6010-CU control unit weighs approx. 19 kg! The EL6010-... analyzer unit
weighs approx. 26 kg! The following points should be observed:
•Two persons are needed for unpacking and installation of the analyzer unit.
•The installation location must be stable enough in order to support the
EL6010 gas analyzer’s weight.
Step Action
1 Remove the control unit and the analyzer unit with the respective
protective packaging from the shipping box.
2 Remove the protective packaging and place the control unit and the
analyzer unit in a clean location.
Unpack the
Gas Analyzer
3 Remove the adhesive packaging residue from the control unit and the
analyzer unit.
If there is shipping damage that points to improper handling, file a damage claim
with the shipper (railway, mail or freight carrier) within seven days.
Make sure the enclosed accessories are not lost (see Section “Items Delivered”,
page 10).
Keep the shipping box and packaging material for future shipping needs.
Gas Path
Seal Integrity
Verification
The seal integrity of the sample gas path and reference gas path (if applicable)
within the analyzer unit is factory-tested with helium at a leak rate of
< 2 · 10–4 hPa l/s.
Since gas path seal integrity can be compromised during shipping of the analyzer
unit (e.g. by strong vibration) a seal integrity check should be performed on site
prior to startup.
For information on checking gas path seal integrity see Section “Inspection and
Maintenance”, page 43.
Continued on next page

14 EL6010 Gas Analyzer in Category 2G Operator’s Manual 42/24-30 EN Rev. 1
Unpack and Install the Gas Analyzer, continued
EL6010-CU Control
Unit Installation
4 M8 or M10 bolts (not supplied) are needed to install the EL6010-CU control unit.
EL6010-... Analyzer
Unit Installation
4 M8 bolts (not supplied) are needed to install the EL6010-... analyzer unit.
EL6010-Magnos106 The EL6010-Magnos106 analyzer unit must be installed with the housing in the
vertical position and the connection ports facing downward.
EL6010-Caldos17
EL6010-Uras14
The EL6010-Caldos17 and EL6010-Uras14 analyzer units can be installed with the
housing in the vertical or horizontal position.
•If installed vertically the connection ports must face downward.
•For horizontal installation the O-ring supplied (∅220 x 3 mm) must be installed in
the slot provided between the housing floor and the housing in order to ensure
IP54 housing protection type.

42/24-30 EN Rev. 1 EL6010 Gas Analyzer in Category 2G Operator’s Manual 15
Connect the Gas Lines
Gas Connection
Design
All gas connections – with 1/8-NPT female threads – are routed via flame barriers:
•Sample gas inlets and outlets
•Housing purge (option)
•Flowing reference gas for the EL6010-Uras14 (option)
•Pressure sensor for EL6010-Uras 14, -Magnos106 (option) and -Caldos17
The actual gas connection layout of a delivered EL6010-... analyzer unit is shown
in the applicable analyzer data sheet.
Special Safety
Measures for
Operation with
Positive Pressure in
the Sample Gas Path
A special version of the analyzer units is needed for operation with positive
pressure in the sample gas path. This version is identified by the words “Messgas-
druck siehe Besondere Bedingungen” [See Special Conditions for Sample Gas
Pressure] on the identification plate.
When operating with positive pressure in the sample gas path the following special
safety measures should be taken:
•To protect the pressure-tight housing, two additional vent openings (imple-
mented in the same manner as sample gas flame barriers) are incorporated.
Their internal and external openings must always remain open.
•If the positive pressure at the sample gas outlet and inlet is pe≤300 hPa
(pabs ≤1,400 hPa), in a failure mode (e.g. if the sample gas line in the analyzer
bursts) this can lead to a sample gas flow from both sides. For this case, steps
must be taken to assure that the total sample gas flow on both sides cannot
exceed the maximum value of 100 l/h.
•To avoid the development of an explosive mixture in the sample gas path, the
latter must be flushed with an inert gas prior to introducing flammable gases.
EL6010-Uras14 The “Flowing Reference Gas” option is not available for the EL6010-Uras14
analyzer unit for operation with positive pressure in the sample gas path.
Pressure Sensor
Connection
•If the pressure sensor connection is routed to the outside, the plug must be
removed from the associated flame barrier (see Figure 2, Page 12) before
starting operation.
•The pressure sensor connection should not be joined with the sample gas path
when measuring flammable and corrosive gases.
Housing Purge Housing purge is used to avoid corrosion in corrosive environment or with
corrosive sample or associated gases.
To preserve atmospheric conditions in the pressure-tight housing, two types of
purge operation are possible:
•Limiting purge gas inlet and outlet pressure to a maximum positive pressure
pe≤100 hPa (pabs ≤1,100 hPa).
•The purge gas is supplied without pressure at the inlet and is extracted from the
outlet (pe≥–100 hPa).
The purge gas flow must be limited to 10 l/h in normal operation.
Clean instrument air from non-explosive areas or an inert gas must be used as
purge gas. The purge gas should not contain any sample gas components.

16 EL6010 Gas Analyzer in Category 2G Operator’s Manual 42/24-30 EN Rev. 1
Connect Electrical Lines – Safety Precautions
CAUTION!
Follow all applicable national safety regulations for the preparation and
operation of electrical devices as well as the following safety precautions!
Potential
Compensation
The external potential compensation connections of the control unit and the
analyzer unit must be connected to the local potential compensation point.
The connection to the local potential compensation point must be made
before all other connections. Minimum conductor section = 4 mm2.
The gas analyzer can be hazardous if the protective lead is interrupted inside
or outside the gas analyzer or if the protective lead is disconnected.
Securing
Electrical Lines
All electrical wiring, including the connections between the analyzer unit and
the control unit, must be firmly secured.
Shielded Lines Shielded lines must be routed through the metal wiring connectors. The
shield braid must be placed on the cable connectors.
Unused
Cable Connections
Only the manufacturer’s original equipment plugs should be used to close off
the threaded cable connections. Unused cable connectors must be closed
off with factory-provided plugs. Securely tighten the cap nuts on the unused
cable connectors (torque to 2.5 Nm).
Before the Power
Supply is Connected
Before the power supply is connected, make sure the power line voltage is in
the permissible range 85 to 250 VAC for operation of the gas analyzer.

42/24-30 EN Rev. 1 EL6010 Gas Analyzer in Category 2G Operator’s Manual 17
Control Unit: Electrical Connections
1 1 LDA
2 2 LC
L
3 3
T
IN
T
4 4 RX
_
B
5 5 RX
_
A
6 6
T
X
_
B
7 7
T
X
_
A
8 8 485EN
_
B
9 9 485EN
_
A
10 10 RESE
T
11 11 S
_
DOWN
12 12 GND
Data Transmission to / from Analyzer Unit (see page 19)
13 PE
14 24 VDC +
15 GND
Analyzer Unit Power Supply (see page 19)
16 RxD
17
T
xD
18 GND
RS232
19 RTxD
–
20 RTxD+
21 GND
RS485
Serial Interfaces
Transfers measured values and status signals to host systems, e.g. to standard Windows
applications via Modbus DDEServer. Modbus slave protocol in RTU (remote terminal unit)
mode. Either the RS232 or the RS485 interface can be used (configurable). Interface
galvanically isolated from ground.
22
23
24
Collective Status
25
26
27
Limit Value 1
28
29
30
Limit Value 2
Digital Outputs
Floating doublethrow contacts, max. contact load rating 30 VDC / 1 A. Relays are shown in
the unpowered state. The unpowered state is the failure mode (“fail safe“).
31 +
32
–
Sample Component 1
33 +
34
–
Sample Component 2
Analog Outputs
4–20 mA, common negative pole, galvanically isolated from ground, freely connectable to
ground, max. gain relative to protective ground potential 25 V, max. working resistance
750 Ω. The output signal cannot be lower than 0 mA.
N
L
PE
Power Supply (see page 20)
85–250 VAC, 48–63 Hz, max. 6 A breaker
At the factory two jumpers are inserted in the analog output terminals 31–32 and
33–34. If no signal leads are installed, these jumpers close the output current
circuits and prevent the display of status message 30 “Broken analog output line”
(see page 47).
The respective jumper must be removed prior to connecting the electrical lines to
the analog output terminals.

18 EL6010 Gas Analyzer in Category 2G Operator’s Manual 42/24-30 EN Rev. 1
Connection Analyzer Unit – Control Unit
Data Transmission
Cable and 24-VDC
Connection Cable
At the factory
•a 3-meter long data transmission cable (12 x 0.5 mm2) and
•a 3-meter long 24-VDC connection cable (3 x 2.5 mm2)
are attached to the EL6010-... analyzer unit.
Both cables pass through pressure-tight cable openings.
CAUTION!
The data transmission cable and the 24-VDC connection cable must be firmly
secured!
The cables are integral components of the analyzer unit’s pressurized enclo-
sure system. They should not be shortened to less than 1 meter in length and
should not be damaged!
Figure 3
Connection of the
Data Transmission
Cable and the
24-VDC Connection
Cable to the
Control Unit
1 2 3 4 5 6 7 8 9 101112131415
Datenübertragungskabel
Data Transmission Cable
24-V-DC-Anschlusskabel
24-VDC Connection Cable
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15
LDA LCL TINT RX_B RX_A TX_B TX_A 485EN_B 485EN_A RESET S_DOWN GND PE 24 VDC + GND
rot/re
d
Continued on next page