Honeywell DL230 Operating Instructions Manual
73022387
Revision g (2019-01)
From software version 1.12
Data Logger
DL230
Operating Instructions
Exclusion of liability
The information contained in this document is the property of Honeywell. The
following information may only be used for its intended purpose. This document
or its contents must not be copied, published or made accessible to a third party in full or in part without the express consent of Elster GmbH.
All specifications and descriptions in these operating instructions have been
compiled following careful testing. In spite of this, errors cannot be completely
ruled out. Honeywell can therefore not provide any guarantee that the content
is complete or correct. The instructions must also not be seen as a warranty of
product features. Furthermore, features are also described here, which are only
available as an option.
Honeywell cannot accept liability in any case for direct, special or consequential
damage suffered by third parties. The information and specifications in this
document may be amended without notice.
In view of extended product liability, the listed data and material properties should only be regarded as reference values and must always be
checked for each individual case and corrected if necessary. This is especially the case when safety aspects are affected.
Further support is available from your local branch office or agent. The address
is available on the Internet or from Honeywell.
This manual or parts of it may only be disclosed or copied with written consent
from Honeywell.
If the product described here is improperly handled, repaired or changed by
unauthorized persons or if spare parts other than those supplied by Honeywell
are used, our warranty will be rendered void.
All rights reserved.
Copyright © 2019 Elster GmbH, D-55252 Mainz-Kastel. All rights reserved.
Mainz-Kastel, January 2019
3
Contents
1 General ................................................................................................. 7
1.1 Information about this manual ....................................................... 7
1.2 Warranty provisions ....................................................................... 7
1.3 Customer service .......................................................................... 7
1.3.1 Customer service and repairs ..............................................................8
1.3.2 Electronic hotline ..................................................................................8
1.4 Meaning of symbols ...................................................................... 8
1.4.1 Safety instructions ................................................................................8
1.4.2 Tips and recommendations ..................................................................9
1.5 Limitation of liability ....................................................................... 9
1.6 Copyright protection .................................................................... 10
1.7 Scope of delivery ......................................................................... 10
1.8 Spare parts and accessories ....................................................... 11
1.9 Storage ........................................................................................ 12
2 Safety ................................................................................................. 13
2.1 General ........................................................................................ 13
2.2 Intended use ................................................................................ 14
2.3 Personnel .................................................................................... 15
2.4 Personal protective equipment .................................................... 16
2.5 Specific risks ............................................................................... 17
2.6 Environmental protection............................................................. 18
2.7 Operator's responsibility .............................................................. 18
3 Technical data ................................................................................... 19
3.1 General data ................................................................................ 19
3.2 Power supply for DL230 without integrated power supply unit ... 20
3.2.1 Battery power supply for the basic device .......................................... 20
3.2.2 Battery power supply for the integrated modem ................................. 20
3.2.3 Battery power supply for the modem module ..................................... 21
3.3 Power supply for the DL230 with integrated power supply unit .. 21
3.3.1 External power supply ........................................................................ 21
3.3.2 Battery power supply for the DL230 during power failure ................... 21
3.3.3 Buffer batteries for the integrated modem during power failure ......... 21
3.3.4 Buffer battery for the modem module during power failure ................ 22
3.4 Power supply for the DL230 with Power over Ethernet (PoE) .... 22
3.5 Digital inputs ................................................................................ 22
3.5.1 Pulse and signal inputs ...................................................................... 23
3.5.2 Encoder inputs ................................................................................... 24
3.6 Digital outputs .............................................................................. 24
3.6.1 Nominal data ...................................................................................... 24
3.7 Interfaces ..................................................................................... 25
3.7.1 Serial optical interface ........................................................................ 25
4
3.7.2 Integrated modem .............................................................................. 25
3.7.3 Serial electrical interface (optional) .................................................... 25
3.7.4 GSM / GPRS modem module ............................................................ 26
3.7.5 Ethernet Module (optional) ................................................................. 27
3.8 Measurement conditions ............................................................. 27
3.8.1 Environment ....................................................................................... 27
3.9 Labelling ...................................................................................... 28
3.9.1 Designation Data Logger ................................................................... 28
3.9.2 ATEX marking .................................................................................... 29
3.9.3 Device software Identification ............................................................ 30
4 Construction and Function .............................................................. 31
4.1 External view ............................................................................... 31
4.2 Internal view ................................................................................ 32
4.3 Short description .......................................................................... 32
4.4 Connections ................................................................................. 33
5 Assembly, Connection and Putting into Operation ....................... 34
5.1 Assembly ..................................................................................... 34
5.1.1 Assembly on a pipeline ...................................................................... 35
5.1.2 Assembly on a wall ............................................................................ 36
5.2 Connection .................................................................................. 37
5.2.1 Connecting meters ............................................................................. 38
5.2.2 Sealing the input terminals ................................................................. 39
5.2.3 Connecting the power supply ............................................................. 39
5.2.4 Connect outputs of the DL230 ........................................................... 40
5.3 Putting into operation................................................................... 43
5.3.1 Configuration of measurement parameters ........................................ 43
5.3.2 Sealing ............................................................................................... 49
5.3.3 Closing the housing ........................................................................... 50
5.3.4 Verifying assembly and connection ................................................... 51
5.3.5 Data transfer ...................................................................................... 51
6 Operation ........................................................................................... 52
6.1 Safety........................................................................................... 52
6.1.1 Personal protective equipment .......................................................... 52
6.2 Operating personnel .................................................................... 52
6.2.1 Instructed personnel .......................................................................... 52
6.2.2 Qualified personnel ............................................................................ 52
6.2.3 Calibration officer ............................................................................... 53
6.3 Basic principles ............................................................................ 54
6.3.1 Display ............................................................................................... 55
6.3.2 Button functions ................................................................................. 56
6.3.3 Data recall, display navigation ........................................................... 57
6.3.4 Meaning of status symbols ................................................................ 58
6.3.5 Error messages when entering values ............................................... 59
6.3.6 Access rights ..................................................................................... 60
5
6.4 Data register content ................................................................... 62
6.4.1 Access rights ...................................................................................... 62
6.4.2 "Main" register (main display)............................................................. 63
6.4.3 "Cust." Register (Customer) ............................................................... 64
6.4.4 "Admin" Register (Administrator)........................................................ 66
6.4.5 "Serv." register (Service) .................................................................... 67
6.4.6 "Ctrl." register (control) ....................................................................... 68
6.5 Use as high-flow display device .................................................. 70
6.6 Use as flow-recording device ..................................................... 71
6.6.1 Search function for checking archive entries ...................................... 72
7 Maintenance ...................................................................................... 73
7.1 Safety .......................................................................................... 73
7.1.1 Personnel ........................................................................................... 75
7.1.2 Personal protective equipment ........................................................... 75
7.1.3 Environmental protection ................................................................... 75
7.2 Testing and changing device batteries ........................................ 76
7.2.1 Changing and connecting device batteries ........................................ 76
7.2.2 Entering the battery capacity .............................................................. 79
7.2.3 Display remaining battery power ........................................................ 80
7.3 Changing and testing modem batteries ...................................... 80
7.3.1 Changing and connecting modem batteries ....................................... 80
7.3.2 Display modem battery voltage .......................................................... 84
7.4 Changing the fuse of the power supply unit ................................ 84
8 Faults .................................................................................................. 87
8.1 Safety .......................................................................................... 87
8.1.1 Personnel ........................................................................................... 88
8.1.2 Personal protective equipment ........................................................... 88
8.1.3 Improper elimination of faults ............................................................. 88
8.1.4 Behaviour in the event of faults .......................................................... 89
8.2 Fault and other status messages ................................................ 89
9 Appendix ............................................................................................ 93
9.1 List of spare parts and accessories ............................................. 93
9.1.1 Fastening elements ............................................................................ 93
9.1.2 Small parts and miscellaneous .......................................................... 93
9.1.3 Documentation ................................................................................... 94
9.2 Connection, Replacement and Retrofit of Components .............. 94
9.3 EC Declaration of Conformity ...................................................... 98
9.4 ATEX Type Examination Certificate ............................................ 99
9.4.1 Associated apparatus for Zone 0/1 .................................................... 99
General 7
The data and material properties indicated serve as reference values. These must be verified on a case-by-case basis and adjusted as necessary.
The application manual is available for you for the
commissioning of the various communication and device
applications.
1 General
1.1 Information about this manual
This manual allows for safe and efficient use of the device.
Compliance with all safety information and instructions for use contained in
this operating manual is a prerequisite for safe working processes and
proper use of the device. Furthermore, the valid guidelines, standards, local
accident prevention regulations, and general safety regulations must be
complied with for the respective area of application of the device.
This manual forms a constituent part of the product and must be stored
within the immediate vicinity of the device and be accessible to installation,
service, maintenance, and cleaning personnel at all times. The graphic illustrations used in this manual serve as a visual representation of the described processes and are therefore not necessarily to scale and may deviate from the actual design of the device.
1.2 Warranty provisions
The current warranty provisions can be found in the general terms and
conditions online under:
http://www.elster-instromet.com/en/general-terms-of-business
1.3 Customer service
Our customer service team is responsible for providing technical
information and repairs. Our employees are constantly striving to acquire
new information and gain experience and these are both valuable sources
for improving our products.
8 General
1.3.1 Customer service and repairs
– Tel. +49 (0) 61 34 / 605-0
– Fax +49 (0) 61 34 / 605-390
– E-mail: Katinka.Fiedler@Honeywell.com
1.3.2 Electronic hotline
In the event of faults, you can also contact the electronic
hotline.
– Tel. +49 (0) 6134 / 605-123
– http://www.elster-instromet.com/en/support
– E-mail: ElsterSupport@Honeywell.com
1.4 Meaning of symbols
1.4.1 Safety instructions
In this manual, safety information is denoted by the use of symbols. The
safety information is introduced by signal words, which identify the level of
risk.
This safety information must be complied with and care should be taken to
prevent accidents, personal injury, and material damage.
DANGER!
... indicates an imminently dangerous situation which, if not
avoided, could lead to death or serious injury.
WARNING!
... indicates a potentially dangerous situation which, if not
avoided, could lead to death or serious injury.
CAUTION!
... indicates a potentially dangerous situation which, if not
avoided, may lead to minor or slight injuries.
… indicates dangers resulting from electrical current. A
non-compliance of the safety information poses a risk of serious or life-threatening injuries.
General 9
CAUTION!
... indicates a potentially dangerous situation which, if not
avoided, could lead to material damage.
1.4.2 Tips and recommendations
… provides useful tips and recommendations as well as
information for ensuring efficient and smooth operations.
1.5 Limitation of liability
All of the information contained in this manual has been compiled under
consideration of valid standards and regulations, the latest technological
developments, and our many years of experience and expertise. The
manufacturer shall accept no liability for damages resulting from:
– Non-compliance of the manual
– Improper use
– Deployment of unqualified personnel
– Unauthorized modifications
– Technical changes
– Use of unauthorized spare parts
The actual scope of delivery may deviate from the information and graphics
presented herein due to special designs, the selection of additional ordering options, or the latest technological developments.
The obligations stipulated in the delivery contract, the general terms and
conditions and delivery conditions of the manufacturer, and the statutory
provisions valid at the time of signing the contract, shall apply.
This manual should be read carefully before commencing all
works on and with the device, particularly before putting the
device into operation! The manufacturer shall not assume
any liability for damage and errors caused by failing to
observe these instructions.
We reserve the right to make technical changes within the scope of improving usability and further development.
10 General
1.6 Copyright protection
This manual is copyright-protected and is intended for internal use only. A
transfer of this manual to third parties, a reproduction of any kind, whether
partially or fully, and the use and/or disclosure of its content, are not
permitted without written consent from the manufacturer, except for internal
purposes. Contraventions to this provision shall result in damage
compensation. We reserve the right to assert further claims.
1.7 Scope of delivery
The scope of delivery for the DL230 includes:
– Data Logger DL230
– Dispatch list
– Design data sheet
– Manual
– Bag of accessories
General 11
1.8 Spare parts and accessories
WARNING!
Incorrect use of spare parts and accessories may present a risk to safety!
False or incorrect use of spare parts and accessories may
impair safety and lead to damage, malfunctions, or total
failures.
Therefore:
– Only use original spare parts and accessories produced
by the manufacturer.
– The manufacturer should always be contacted in the
event of uncertainty.
A list of spare parts and accessories can be found in the appendix. Spare
parts and accessories can be ordered from an authorized retailer or from
our customer service team directly.
The free "enSuite" program also belongs to the accessories for the DL230
and is available under www.elster-instromet.com. This can be used to program the DL230 data logger via its data interfaces to perform advanced
applications.
The DL230 can be supplied as a calibrated and non-calibrated device and
is also available in different models.
Further details can be found under www.elster-instromet.com and in the
"Assembly, Connection and Putting into Operation" chapter.
12 General
1.9 Storage
CAUTION!
Exceeding or falling below the valid temperature range
for the batteries may impair performance.
If the valid temperature range of the batteries during storage of the device is exceeded or fallen below, the performance of the batteries may be impaired.
Therefore:
– For long periods of storage, please ensure that the valid
temperature range for the fitted batteries does not fall
below -25 °C or exceed +55 °C.
CAUTION!
Material damage caused by the formation of
condensation.
Fluctuations in temperature during storage may cause condensation to form. This may lead to subsequent malfunctions of the device.
Therefore:
– After storage or transport in cold weather conditions or
after having been exposed to strong temperature
fluctuations, the device should slowly be adjusted to the
room temperature before being put into operation.
– If condensation has formed, wait at least 12 hours be-
fore putting the device into operation.
If the power supply to the device is cut off during storage
due to disconnecting the batteries then the date and time
must be reset.
The following rules apply for storage:
– The relative humidity should be a maximum of 93%.
– Do not store packages in the open air.
– The storage temperature should not fall below -25 °C and should not
exceed +60 °C.
– Avoid mechanical vibrations during storage of the device.
Safety 13
2 Safety
This chapter gives an overview of all of the most important safety aspects
in order to best protect personnel and to ensure a safe and smooth
operation of the device. A non-compliance with the safety information and
instructions for use specified in this manual could result in serious damage.
2.1 General
The DL230 is an intrinsically safe device as per the ATEX Product Directive
94/9/EC and the ATEX Operating Directive 1999/92/EC EN, and is suitable
for operation within the following explosive gas atmospheres:
– DL230 with integrated power supply unit and integrated modem:
Associated apparatus for zones 0 and 1
– DL230 with integrated power supply unit and integrated modem:
Zone 2 for gases in temperature class T4
DANGER!
Using incorrect batteries presents a risk of explosion!
Only use batteries prescribed by Elster in accordance with
Chapter 9.1.2.
When connecting and operating the DL230 in explosive gas
atmospheres, the corresponding standards must be
observed:
DIN EN 60079-0
DIN EN 60079-14
The device may only be used as associated apparatus for
zone 0 and 1 or inside zone 2, if installation has been
carried out according to the separate requirements
stipulated under DIN EN 60079-14 and the operating
conditions (see "Technical Data" chapter) as well as the
connection conditions (see "Assembly, Connection and
Putting into Operation" chapter).
14 Safety
The device may be dangerous if unqualified personnel use it incorrectly or
do not use it according to its intended purpose.
– All of those persons, who are charged performing works on or with the
device, must have read and understood the manual before commencing such works. This shall also apply if the person in question has already worked with the same or a similar device or has been trained by
the manufacturer.
– Being familiar with the content of the manual is a necessary condition
for protecting personnel against risks, preventing errors from occurring,
and therefore ensuring a safe and smooth operation of the device.
– In order to avoid risks and to ensure optimal performance of the device,
neither modifications nor changes should be carried out without express consent from the manufacturer.
– All operating instructions should be kept in a clearly legible condition on
the device. Damaged or illegible instructions should be replaced immediately.
– The setting values and value ranges specified in this manual should be
complied with.
2.2 Intended use
This device is solely designed and constructed for the intended use described below.
Data logger DL230 is provided as a compact device which can be calibrated for measuring and saving counter pulses, meter readings or level
changes for various types of energy.
Intended use also refers to compliance with all of the information contained
in this manual. Any use beyond the intended use and/or other types of use,
shall be considered as misuse and can result in dangerous situations. The
manufacturer shall not be held liable for any claims for damages resulting
from misuse of this device.
WARNING!
Danger resulting from misuse.
Misuse of the device may lead to dangerous situations.
Therefore:
– Only use the device according to its intended use.
– Do not use the device to regulate the gas flow or other
variables affecting the gas volume in the entire system.
Safety 15
2.3 Personnel
WARNING!
Risk of injury to unqualified personnel.
Improper use of the device may lead to significant personal
injury or material damage.
Therefore:
– All works should solely be carried out by qualified per-
sonnel.
The following qualifications are used in the manual to denote different
areas of responsibility:
– Instructed personnel
will be informed of the tasks assigned to them and possible risks resulting from inappropriate behaviour, in a training session provided by the
operator.
– Qualified personnel
on the basis of their specialist training, knowledge and experience, as
well as their awareness of the relevant statutory provisions, are in a
position to perform their assigned tasks on the device and are able to
independently identify and prevent possible risks.
– Gas specialists
who, on the basis of their specialist training, knowledge and experience, as well as their awareness of the relevant standards and regulations, are in a position to perform works on gas-handling equipment
and to independently identify possible risks. The gas specialist will be
specially trained in the respective area and will be familiar with the relevant standards and regulations.
– Calibration officer
on the basis of their professional training, knowledge and experience
and awareness of applicable standards and regulations, are in a position to perform the works on gas systems. The calibration officer will be
trained on works on devices and installations subject to calibration regulations and will be familiar with the relevant standards and regulations.
– Electricians
who, on the basis of their specialist training, knowledge and experience, as well as their awareness of the relevant standards and regulations, are in a position to perform the works on electrical installations
and to independently identify and prevent possible risks. The electrician
will be specially trained in the respective area and will be familiar with
the relevant standards and regulations.
16 Safety
WARNING!
Risk to unauthorized persons!
Unauthorized persons, who do not meet the
aforementioned criteria, will not be familiar with the risks in
the working area.
Therefore:
– Please keep unauthorized persons away from the work-
ing area.
– In cases of doubt, approach said person and direct them
out of the working area.
– Interrupt the works if unauthorized persons enter the
working area.
Only those persons who can be trusted to reliably execute their works shall
be authorized to work on or with the device. People whose reactivity is impaired, e.g. by drugs, alcohol or medication, shall not be authorized to perform such works.
– When selecting personnel, please observe the valid age and profes-
sional guidelines for all of the gas-handling equipment.
2.4 Personal protective equipment
When working on the device inside a gas-handling plant, personal protective equipment must be worn to minimize risks to health.
– During works on the device, the necessary personal protective equip-
ment must be worn inside the respective plant at all times
– The notices relating to personal protective equipment mounted in the
working area must be followed at all times.
Safety 17
2.5 Specific risks
The residual risks arising from the risk assessment will be listed below.
Please observe the safety and warning information specified in the
following chapters to reduce risks to health and to prevent dangerous
situations from arising.
WARNING!
Misuse of batteries may present a risk of injury.
Special care must be taken when handling batteries.
Therefore:
– Do not throw batteries into the fire or expose these to
high temperatures. There is a risk of explosion.
– Do not charge batteries. There is a risk of explosion.
– Liquids, that are produced as a result of misuse may
lead to skin irritation. Avoid physical contact with such
liquid. In the event of contact, rinse with large quantities
of water. If the liquid enters the eyes, immediately rinse
with water for 10 minutes and seek medical attention.
WARNING!
Risk of fire from highly flammable substances!
Highly flammable substances, liquids or gases could catch
fire and lead to serious or fatal injuries.
Therefore:
– Do not smoke within the danger zone or within close
proximity to this zone. No naked flames or ignition
sources are permitted within this zone.
– Have a fire extinguisher close to hand.
– Suspicious substances, liquids or gases should be re-
ported to the responsible member of staff immediately.
– Work should be stopped immediately in the event of a
fire. You should leave the danger zone until it is given
the all-clear.
18 Safety
2.6 Environmental protection
CAUTION!
Environmentally hazardous substances!
If environmentally hazardous substances are handled incorrectly this may cause significant damage to the environment, particularly if they are improperly disposed of.
Therefore:
– The instructions below should be observed at all times.
– Appropriate measures should be taken immediately if
environmentally hazardous substances are accidentally
released into the environment. In cases of doubt, please
inform the responsible local authority about the
damages.
The following environmentally hazardous substances are used:
– Batteries
Batteries contain toxic heavy metals. These must be treated as special
hazardous waste and must be disposed of in municipal waste collection
points or by a waste specialist.
2.7 Operator's responsibility
The device will be used in the commercial sector. The operator of the
device will therefore be subject to legal obligations concerning occupational
safety.
i
Important information
To protect the device from unauthorized manual access,
make sure that only authorized persons have direct access to
the device after installation.
In addition to the safety information contained in these instructions, the
valid safety, accident prevention, and environmental protection regulations
for the area of application of the device, must be adhered to. In particular:
– The operator must ensure that the valid safety, accident prevention,
and environmental protection regulations for the entire plant in which
the device is being integrated, are complied with.
Technical data 19
– The operator must be familiar with the valid occupational safety regula-
tions and must also be able to conduct a risk assessment to determine
risks arising from the specific working conditions in the respective area
of application of the device. The operator must then implement this in
the form of operating instructions for the operation of the device.
– Throughout the entire life cycle of the device, the operator must deter-
mine whether their prepared operating instructions are compatible with
current regulations and amend these if and when necessary.
– The operator must clearly regulate and define responsibilities for the
assembly, connection, putting into operation, and maintenance of the
device.
– The operator must ensure that all employees who use the device have
read and understood this manual. Furthermore, the operator must provide training to personnel at regular intervals and inform them of the
potential risks.
– The operator of the entire plant in which the device is to be integrated,
must provide personnel with the necessary protective equipment.
Furthermore, the operator is responsible for ensuring that the device
remains in a perfect functioning order at all times. The following therefore
apply:
– The operator must ensure that the installation and maintenance works
described in this manual are carried out correctly.
– The operator must regularly have all safety mechanisms checked for
their functionality and completeness.
3 Technical data
3.1 General data
Data
Value
Unit
Width (incl. antenna cover)
250
mm
Height (incl. cable glands)
175
mm
Depth
85
mm
Permissible ambient temperature range
-25 ... +60
°C
20 Technical data
3.2 Power supply for DL230 without integrated power supply unit
3.2.1 Battery power supply for the basic device
Data
Value
Unit
Voltage
3.6
V
General nominal capacity
16.5
Ah
Usable capacity
13.0
Ah
Minimum number of batteries required
1
units
Minimum operating life (at standard
measurement conditions)
8
years
The standard measurement conditions are defined as follows:
Data
Value
Measurement cycle
10 seconds
Mode input 1 to 4
Pulse input
Display active
60 minutes per month
Interface or modem active
30 minutes per month
Ambient temperature
-10 ... +50°C
3.2.2 Battery power supply for the integrated modem
Data
Value
Unit
Voltage
3.6
V
General nominal capacity
13.0
Ah
Usable capacity
8.0
Ah
Minimum number of batteries required
1
units
Technical data 21
3.2.3 Battery power supply for the modem module
If the DL230 has a plug-in modem module (not a soldered modem), the
modem battery is connected to the connection board in the housing base.
For this purpose, any of the two connectors can be used.
WARNING!
If you use two batteries, always connect only two new
and unused batteries !
Connecting two batteries with different charge states at the
same time may cause a battery to explode.
The information in chapter 3.2.2 applies to the battery.
Order number of the connection board for the modem battery for retrofitting: see chapter 9.1.2.
3.3 Power supply for the DL230 with integrated power supply unit
3.3.1 External power supply
Data
Value
Unit
Supply voltage
230
V AC
Power consumption, maximum
10
W
cable cross-section of solid wire
0,14 … 2,5
mm2
cable cross-section of stranded wire with
wire ferrules
0,25 … 2,5
mm2
3.3.2 Battery power supply for the DL230 during power failure
Connect the batteries to X5 or X6 of the CPU board for switching to battery
mode in the event of a power failure. See chapter 3.2.1 “Battery power
supply for the basic device"
3.3.3 Buffer batteries for the integrated modem during power
failure
The buffer batteries can optionally be connected to the X9 or X10 of the
CPU board to ensure that data continues to be transmitted, even in the
event of a power failure. For technical data of the battery, see chapter 3.2.2
“Battery power supply for the integrated modem”.
22 Technical data
3.3.4 Buffer battery for the modem module during power failure
The buffer battery for the modem module can optionally be connected to
the ST1 of the power supply board to ensure that data continues to be
transmitted, even in the event of a power failure. For technical data of the
battery, see chapter 3.2.2 “Battery power supply for the integrated modem”.
3.4 Power supply for the DL230 with Power over Ethernet
(PoE)
If the DL230 is equipped with an Ethernet module and if the Ethernet network (or a switch) provides the Power over Ethernet function, the DL230
can be supplied with power from the Ethernet module. An integrated power
supply is not required.
Data
Value
Unit
Supply voltage
36 V to 56 V
V DC
3.5 Digital inputs
Pulse transducer and Encoders, which are installed in a hazardous area
(Zone 0, 1 or 2) have to keep the following electrical parameters.
Connector
Electrical Parameters
Uo
Io
Po
Co
Lo
DE1, DE2
9,56V
19,6mA
46,9mW
3,6µF
92mH
DE3, DE4
9,56V
1,7mA
4,1mW
3,6µF
12,1H
Technical data 23
3.5.1 Pulse and signal inputs
Data
Value
Unit
Open-circuit voltage U0 (at DE1 and DE2)
typ.
2.7
V
Open-circuit voltage U0 (at DE3 and DE4)
typ.
3.1
V
Internal resistance R
I
> 1
MΩ
Short circuit current I
K
max.
5
μA
Switch point "ON":
▪ Resistance Re
max.
100
kΩ
▪ Voltage Ue
max.
0.8
V
Switch point "OFF":
▪ Resistance Ra
min.
2
MΩ
▪ Voltage Ua
min.
3
V
Pulse duration te
min.
62.5
ms
Pause duration ta
min.
62.5
ms
Counting frequency f
max.
10
Hz
Cable length
max.
30
m
Cable cross-section
0,3 … 2,5
mm2
The maximum counting frequency of the digital inputs can be adjusted
using the "enSuite" software. The limit values specified for frequency and
duration shall only apply if the so-called "software debounce" has been
switched off.
The maximum counting frequency is parameterized to 2 Hz
as a default. Changing parameters to f
max
≤ 10 Hz is only
possible with skilled, qualified staff and when administrator
or calibration lock is open. Changes to the input frequency
must be documented by the operator of the device.
If the software debounce is parameterized to a frequency
higher than 2 Hz, then it may lead to counting errors
caused by electromagnetic interference under certain
circumstances.
24 Technical data
3.5.2 Encoder inputs
An encoder can only be connected to inputs 1 and 2 (terminals DE1 and DE2).
Data
Value
Unit
Encoder protocol
Namur, SCR, SCR+
-
Cable length
max. 30
m
3.6 Digital outputs
Both DA1 and DA2 digital outputs can be configured as low frequency
pulse or signal outputs.
3.6.1 Nominal data
Data
Value
Unit
Maximum switching voltage
30
V DC
Maximum switching current
100
mA DC
Maximum voltage drop
1
V
Maximum residual current
0.001
mA
Pulse duration
min.
125
ms
Pause duration
min.
125
ms
Output frequency
max.
4
Hz
cable cross-section
0,3 … 2,5
mm2
Technical data 25
3.7 Interfaces
3.7.1 Serial optical interface
Data
Value
Data transfer rate
9600 Baud
Format
1 start bit, 1 parity bit, 1 stop bit
The baud rate of the serial optical interface is adjustable to
19200 Bd. However, the function with this baud rate depends
among others also from the optical read out head and therefore cannot be guaranteed.
3.7.2 Integrated modem
Data
Value
Unit
Modem type
2G: GSM / GPRS
3G: GSM / GPRS / UMTS
Frequency bands
2G: 850 /900 /1800 /1900
3G: 850 /900 /1800 /1900 /2100
MHz
3.7.3 Serial electrical interface (optional)
The serial interface can be used if the DL230 is not equipped with an integrated modem and if it is only used in the safe area or in ATEX zone 2.
Data
Value
Adjustable interface types
RS232 or RS485
Supply voltage at Usio
7.5 … 9 V
26 Technical data
3.7.3.1 Intrinsic safety parameters of the serial interface of the DL230
Highest voltage which is permitted to be applied to the data lines, and current limitation on the data lines.
Connector
Voltage
Current
+Usio
U
max
= 12,5 V
RI, DCD, RXD
Ui ≤ 24 V
Ii ≤ 90 mA
3.7.3.2 Technical Data of the RS485-Interface of the DL230
Parameter
Value
Mode of operation
RS485 2-Draht (half duplex)
RS485 4-Draht (full duplex)
Termination
Do not use termination resistors at the remote
terminals.
Maximum data rate
19.200 Baud
Number of remote terminals
Driver output power: max. 16 Unit Loads1
Input power consumption2:
- 6 Unit Loads (RS485, not. insulated)
- 3 Unit Loads (RS485, electrical insulated)
3.7.4 GSM / GPRS modem module
The modem module can be used if the DL230 is not equipped with an integrated modem and if it is only used in the safe area or in ATEX zone 2.
Data
Value
Unit
Modem type
2G: GSM / GPRS
3G: GSM / GPRS / UMTS
Frequency bands
2G: 850 /900 /1800 /1900
3G: 850 /900 /1800 /1900 /2100
MHz
1
Unit Load: Standard RS-485 Receiver with input resistor = 12 kOhm
2
See application manual for details of RS-485 interface connection
Technical data 27
3.7.5 Ethernet Module (optional)
The Ethernet Module can be used if the DL230 is not equipped with an integrated modem and if the DL230 is only used in the safe area or in ATEX
zone 2.
3.7.5.1 Intrinsic safety parameters of the Ethernet Module
The Power over Ethernet function (PoE) of the Ethernet module supports
power class 0. This results in the highest possible current that can be supplied from a PoE power supply.
Connector
Voltage
Current
Ethernet Module K1-1 to K1-6
Ui ≤ 57 V
Ii ≤ 270 mA
3.7.5.2 Technical Data of the Ethernet Module
Parameter
Value
Ethernet Type
10/100 Mbit/s auto sensing
Power supply
with integrated power supply unit
or Power over Ethernet (PoE)
Functions
TCP-IP Client/Server, FTP
3.8 Measurement conditions
3.8.1 Environment
Data
Value
Unit
Temperature range
-25…+60
°C
Relative humidity, max.
93
%
28 Technical data
3.9 Labelling
The label is placed on the front panel of the device (see “Construction and
Function” chapter).
3.9.1 Designation Data Logger
The designation of the DL230 contains the following information:
III.: 1
1 Type designation
6 Maximum input frequency
2 Year of manufacture
7 CE marking
3 Serial number
8 Manufacturer independent
identification number
4 IP protection class data
5 Ambient temperature range
9 Datamatrix Code
1
2
3
4
5
6
9
7
8
Technical data 29
3.9.2 ATEX marking
The plates for the "ATEX" marking of the DL230 are located on the top
panel of the device housing.
3.9.2.1 Associated apparatus for Zone 0 and 1
III.: 2
1 Manufacturer and address
4 ATEX-marking
2 Type designation of the device
5 Permissible ambient
temperature range
3 Identification number on the plate
3.9.2.2 Zone 2
III. 3
1 Manufacturer and address
4 ATEX-marking
2 Type designation of the device
5 Permissible ambient
temperature range
3 Identification number on the
plate
2 4 3
5
1
2
4
3
5
1
30 Technical data
3.9.3 Device software Identification
◼ Move the cursor using the arrow keys to the "Serv." register and to the
values "Vers" (device software version) and "Chk" (checksum) via the
following path:
Serv. Identification Data Logger Vers or Chk
◼ The checksum "Chk" can be recalculated for verification purposes by
pressing the ENTER button.
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