Microtronics myDatasensH2S 1000 User Manual

User manual
myDatasensH2S 1000
Cover
Valid from:
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Firmware version: 01v026
Modem Version: 02v002
Server version: 44.1
Hardware version: 4.0
300753 | Rev.05
Chapter 1 Table of contens
Chapter 1 Table of contens
Cover
1
Chapter 1 Table of contens
3
Chapter 2 Declaration of conformity
9
Chapter 3 Ex certification
11
Chapter 4 Technical data
17
Chapter 5 General specifications
19
5.1 Translation
19
5.2 Copyright
19
5.3 General descriptive names
19
5.4 Ex protection
20
5.5 Safety instructions
21
5.5.1 Use of the hazard warnings
21
5.5.2 General safety instructions
21
5.5.3 Safety and preventative measures for handling GSM/GPRS modems
22
5.5.3.1 Safety and precautionary measures for the GSM/GPRS modem installation
22
5.5.3.2 Safety measures for installing the antenna
23
5.6 Overview
5.6.1 Block diagram
23
24
5.7 Intended use
24
5.8 General product information
25
5.9 Device labelling
25
5.10 Installation of spare and wear parts
26
5.11 Storage of the product
26
5.12 Obligation of the operator
27
Chapter 6 Functional principle
6.1 Determining the H2S concentration
29
30
6.1.1 Determining the raw value
31
6.1.2 Calculation of the calibrated H2S measurement value
32
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6.1.3 Calculation of the trimmed H2S measurement value
32
6.1.4 Digital filter
33
6.1.5 Alarm module
33
6.1.6 Record module
34
6.2 ALOHA transmission mode
35
6.3 Automatic selection of the GSM network
35
6.3.1 Ban list
Chapter 7 Storage, delivery and transport
37
7.1 Inspection of incoming deliveries
37
7.2 Scope of supply
37
7.3 Storage
37
7.4 Transport
38
7.5 Return
38
Chapter 8 Installation
39
8.1 Dimensions
39
8.2 Installing the myDatasensH2S 1000
40
8.2.1 Wall mounting
41
8.2.2 Suspended installation
43
8.3 Electrical installation
8.3.1 Connecting the GSM antenna
8.3.1.1 Optimum antenna positioning for assembly in a shaft
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45
8.3.1.1.1 Typical influences on the signal quality
45
8.3.1.1.2 Possibilities for improving the signal quality
45
8.3.1.1.3 Procedure for determining the optimum position of the antenna
45
8.3.2 Technical details about the SIM slot
46
8.3.3 Technical details about the USB interface
46
Chapter 9 Initial Start-Up
49
9.1 User information
49
9.2 General principles
49
9.3 Placing the system into operation
49
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Chapter 1 Table of contens
9.4 Testing communication with the device
Chapter 10 User interfaces
10.1 User interface on the myDatasensH2S 1000
51
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53
10.1.1 Operating elements
53
10.1.1.1 Solenoid switch
53
10.1.1.2 Status LED
54
10.2 User interface on the myDatanet-Server
10.2.1 Site configuration
55
10.2.1.1 Site
55
10.2.1.2 Comments
55
10.2.1.3 Measurement channels
56
10.2.1.3.1 Basis
56
10.2.1.3.2 Alarms
56
10.2.1.3.3 Cross sensitivity of the H2S sensor
57
10.2.1.4 Calculated channels
57
10.2.1.4.1 Basis
57
10.2.1.4.2 Calculation
59
10.2.1.4.3 Alarms
61
10.2.1.5 Internal channels
61
10.2.1.5.1 Basis
61
10.2.1.5.2 Alarms
61
10.2.1.6 Alarm settings
62
10.2.1.7 Basic setting
63
10.2.1.8 FTP export settings
64
10.2.2 Device configuration
64
10.2.2.1 Comments
64
10.2.2.2 Measurement instrument
64
10.2.2.3 Device-specific settings
66
10.2.2.4 GPRS
66
Chapter 11 myDatanet server
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55
67
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11.1 Overview
67
11.1.1 Explanation of the symbols
67
11.2 "Customer" area
68
11.3 "Site" area at customer level
70
11.3.1 Reports
71
11.3.2 Groups
71
11.3.3 Map view
71
11.4 Recommended procedure
71
11.4.1 Creating the site
71
11.4.2 Assigning a device to the customer
73
Chapter 12 DeviceConfig
75
12.1 General
75
12.2 Prerequisites
75
Chapter 13 API
77
13.1 General
77
13.2 rapidM2M Playground
77
13.2.1 Übersicht
78
Chapter 14 Maintenance
79
14.1 General maintenance
79
14.2 Accu or battery pack
79
14.3 Replacing the rechargeable battery or battery pack
80
14.3.1 Charging the accu pack
83
14.3.2 Replacing the rechargeable battery cover
85
14.3.3 Maintenance of the rechargeable battery seal
87
14.4 Maintenance of the antenna socket (not necessary from hardware version 4.0 onwards)
88
14.5 Maintenance of the antenna connector (only for antennas supplied before 09/2013)
89
14.6 Maintenance of the H2S sensor
90
14.6.1 Calibration, trimming and zero-point alignment
14.6.1.1 Safety instructions for handling H2S gas
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Chapter 1 Table of contens
14.6.1.2 Calibration
91
14.6.1.2.1 Calibration specifications
91
14.6.1.2.2 Calibration room equipment
92
14.6.1.2.3 Calibration process
92
14.6.1.3 Trimming
14.6.1.4 Zero-point alignment
98
102
Chapter 15 Removal/disposal
105
Chapter 16 Troubleshooting and repair
107
16.1 General problems
107
16.2 Log entries and error codes
109
16.2.1 Modem error
16.3 Evaluating the device log
114
117
16.3.1 Evaluating the device log on the myDatanet server
117
16.3.2 Evaluating the device log using DeviceConfig
117
Chapter 17 Spare parts and accessories
119
17.1 Assembly sets
119
17.2 Antennas
119
17.3 Rechargeable battery and battery packs
119
17.4 Charging device
119
17.5 Cable
120
17.6 Other accessories
120
Chapter 18 Document history
121
Chapter 19 Glossary
125
Chapter 20 Contact information
127
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Chapter 2 Declaration of conformity
Chapter 2 Declaration of conformity
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9
Chapter 3 Ex certification
Chapter 3 Ex certification
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12
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Chapter 3 Ex certification
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13
14
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Chapter 3 Ex certification
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16
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Chapter 4 Technical data
Chapter 4 Technical data
Voltage
supply
BP457A battery : 51Ah
AP424DA rechargeable battery : 19,2Ah
l U : 6V
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l I : 1,7A
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l P : 6,97W
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l L: 0
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l C : 780µF
i
Housing
Material: Noryl GTX 973
Weight: 450g (without rechargeable battery or battery pack)
Protection class: IP66
Dimensions (WHD): 100 x 240 x 100mm(without antenna)
Ex
certification
II 2G Ex ib IIB T4 Gb
Operating
-10...+40°C
temperature
Air humidity 15...90%rH non-condensing
Storage
-20...+70°C (without rechargeable battery or battery pack)
temperature
Display
LED for indicating the operating state and error codes
Operation
Solenoid switch for initiating ALOHA transmission mode
USB
interface
1 x USB slave for establishing a connection to a PC. The DeviceConfig configuration
program must be installed on the PC to enable communication with the
myDatasensH2S 1000 .
Additional information is provided in "Technical details about the USB interface" on
page 46.
Antenna
connector
FME-M
H2S sensor
Measurement range: 0-200ppm
Max. overflow: 1000ppm
Resolution: 0,25ppm
Pressure range: Atmospheric +/-10%
T90 response time: <=35s
Calibration cycle: 6 months
Max. service life: 2 years
Repeat accuracy: 1%
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Temperature Measurement range: -10...+40°C
sensor
Resolution: 0,1°C
Data
memory
Internal flash memory for up to 125.771 measurement values
Data type
s16 (16 signed)
Data
By means of GSM/GPRS quad-band modem to the relevant myDatanet server
transmission
SIM
Integrated SIM chip and SIM slot for external SIM card
Additional information is provided in "Technical details about the SIM slot" on page
46.
Monthly
3,88MB at two-minute measurement cycle and 120-minute transmission cycle
data volume
Device
operating
time
BP457A battery :
l Approx. 2 years with two-minute measurement cycle and 120-minute
transmission cycle
l Approx. 2,2 years with five-minute measurement cycle and 120-minute
transmission cycle
l Approx. 4 years with five-minute measurement cycle and 480-minute
transmission cycle
AP424DA rechargeable battery :
l Approx. 0,9 years with two-minute measurement cycle and 120-minute
transmission cycle
l Approx. 1 year with five-minute measurement cycle and 120-minute
transmission cycle
l Approx. 2 years with five-minute measurement cycle and 480-minute
transmission cycle
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Chapter 5 General specifications
Chapter 5 General specifications
The information in this manual has been compiled with great care and to the best of our knowledge.
The manufacturer, however, assumes no liability for any incorrect specifications that may be
provided in this manual. The manufacturer is not responsible for direct, indirect, accidental or
consequential damages which arise from errors or omissions in this manual even if advised of the
possibility of such damages. In the interest of continuous product development, the manufacturer
reserves the right to make improvements to this manual and the products described in it at any time
and without prior notification or obligation.
Note: The specifications in this manual are valid as of the versions listed on the front page. Revised versions of this
manual, as well as software and driver updates are available in the service area of the myDatanet server.
5.1 Translation
For deliveries to countries in the European Economic Area, the manual must be translated into the
language of the respective country. If there are any discrepancies in the translated text, the original
manual (German) must be referenced or the manufacturer contacted for clarification.
5.2 Copyright
The copying and distribution of this document as well as the utilisation and communication of its
contents to others without express authorisation is prohibited. Contraventions are liable to
compensation. All rights reserved.
5.3 General descriptive names
The use of general descriptive names, trade names, trademarks and the like in this manual does not
entitle the reader to assume they may be used freely by everyone. They are often protected
registered trademarks even if not marked as such.
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5.4 Ex protection
The portable measurement instrument myDatasensH2S 1000 designed for use in areas with a zone 1
explosive atmosphere.
The following conditions must be adhered to:
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Only the manufacturer is permitted to open the housing to carry out maintenance work, which
must only be completed outside the Ex area.
It is permissible to replace the rechargeable battery pack in the Ex area, although it must not
be charged there. Please note that if the seal is broken on devices with a maintenance
contract, this will render the contract void.
The rechargeable battery pack must only be charged outside the Ex area only using the
charging device tested and approved by the manufacturer (see "Charging device" on page
119).
The power supply in the Ex area must only be provided by the designated, intrinsically safe
rechargeable battery or battery packs (see "Rechargeable battery and battery packs" on page
119).
The USB interface must NOT be used in the Ex area.
The SIM card must NOT be replaced in the Ex area.
Only the antenna, tested and approved by the manufacturer, with or without an antenna
extension, tested and approved by the manufacturer, may be connected to the antenna
connector (see "Antennas" on page 119).
II 2G Ex ib IIB T4 Gb
Important note: The Ex approval is only valid if the corresponding marking is provided on
the type plate of the measurement device .
Important note: The certificates of conformity and any relevant test certificates from the
respective authorities must be carefully observed during installation and commissioning.
1 myDatasensH2S 1000
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Chapter 5 General specifications
5.5 Safety instructions
For the connection, commissioning and operation of the myDatasensH2S 1000 , the following
information and higher legal regulations of the country (e.g. ÖVE), such as valid EX regulations as
well as the applicable safety and accident prevention regulations for the respective application case
must be observed.
Read this manual completely before unpacking, setting up or operating this device. Observe all
hazard, danger and warning information. Non-observance can lead to serious injuries to the
operator and/or damage to the device.
Ensure that the safety equipment of this measurement instrument is not impaired. Install and use
the measurement system only in the manner and method described in this manual.
Important note: The manufacturer's products that are designed for use outdoors include
extensive protection against penetrating moisture and dust.
5.5.1 Use of the hazard warnings
DANGER:
Indicates a potential or threatening hazardous situation that will result in death or serious
injuries if not avoided.
WARNING:
Indicates a potential or threatening hazardous situation that can result in death or serious
injuries if not avoided.
CAUTION:
Indicates a potential hazardous situation that can result in minor or moderate injuries or
damage to this instrument.
Important note: Indicates a situation that can result in damages to this instrument if it is not
avoided. Information that must be particularly emphasised.
Note: Indicates a situation that does not result in any injury to persons.
Note: Information that supplements the specifications in the main text.
5.5.2 General safety instructions
WARNING:
Ensure that the device is fully deactivated and cannot activate automatically when
sending/returning it as air freight. Information on this is provided in chapter "Storage of the
product" on page 26.If you have any unanswered questions, contact the manufacturer (see
"Contact information" on page 127).
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21
WARNING:
Never use this device in areas where the use of wireless equipment is prohibited. The device
must not be used in hospitals and/or in the vicinity of medical equipment, such as heart
pacemakers or hearing aids, as their functionality could be compromised by the GSM/GPRS
modem contained in the device.
5.5.3 Safety and preventative measures for handling GSM/GPRS modems
The following safety and preventative measures must be observed during all phases of installation,
operation, maintenance or repair of a GSM/GPRS modem . The manufacturer is not liable if the
customer disregards these preventative measures.
CAUTION:
The GSM/GPRS modem connection must not be used in hazardous environments.
No guarantee of any kind, whether implicit or explicit, is given by the manufacturer and its suppliers
for the use with high risk activities.
In addition to the following safety considerations, all directives of the country in which the device is
installed must be complied with.
Important note: No liability shall be assumed at any time and under no circumstances for
connections via a GSM/GPRS modem for which wireless signals and networks are utilized.
The GSM/GPRS modem must be switched on and operated in an area where sufficient signal
strength is present.
5.5.3.1 Safety and precautionary measures for the GSM/GPRS modem installation
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This device must only be installed by a trained technician who applies the recognised
installation practices for a wireless frequency transmitter including the correct grounding of
external antennas.
The device must not be operated in hospitals and/or in the vicinity of medical equipment such
as heart pacemakers or hearing aids.
The device must not be subjected to strong vibrations or impacts.
The GSM/GPRS modem can cause interferences if it is located in the vicinity of television sets,
radios or computers.
Do not open the GSM/GPRS modem . Any modification to the device is prohibited and will
result in the operating licence being revoked.
The use of GSM services (SMS messages/data communication/GPRS, etc.) may incur additional
costs. The user alone is responsible for any resulting damages and costs.
Do not install the device in any other way to the one described in the operating instructions.
Improper use will invalidate the warranty.
Rev. 05
Chapter 5 General specifications
5.5.3.2 Safety measures for installing the antenna
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Only use antennas that are recommended or supplied by the manufacturer.
The antenna must be installed at a distance of at least 20 cm from individuals.
The antenna must not protrude beyond the lightning protected area of buildings and must be
protected against lightning strikes!
5.6 Overview
Note: Please note that the warranty is void if the seal with the "Service slot" inscription, that
covers the debug interface reserved for the manufacturer, is broken.
Bottom of the myDatasensH2S 1000
Top of the myDatasensH2S 1000
(view without rechargeable battery or battery pack)
1 H2S sensor
5 Supply connector
2 Antenna connector
6 SIM slot
3 Status LED
7 USB interface
4 Solenoid switch
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5.6.1 Block diagram
Block diagram of the myDatasensH2S 1000
5.7 Intended use
The portable measurement instrument is used to record H2S concentrations. The device is batteryoperated. The measured and recorded data is stored on a non-volatile storage medium. This stored
data is sent via the mobile network to a central server for further processing. The device is equipped
with an integrated SIM chip for this purpose. The maximum permissible limit values specified in
chapter "Technical data" on page 17 must be observed. The manufacturer shall not be liable for any
operational cases that deviate from these limit values and have not been approved by the
manufacturer in writing.
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Rev. 05
Chapter 5 General specifications
Note: This device is exclusively intended to be used for the purposes as described above.
Any other use or use beyond what is specified or a modification of the device shall be
deemed to be not for the intended purpose and is not permitted without the express written
consent of the manufacturer. The manufacturer shall not be held liable for any damages that
may result from such unauthorised use or modification. The operator alone bears the
associated risk.
Note: The manufacturer is not liable for data loss of any kind if the device is damaged and
data is not able to be stored correctly.
Note: The integrated SIM chip provides a mobile communications connection to a variety of
international service providers. In order to be able to utilise all functions of the device, you
must ensure that the device is located in the service area of one of these service providers.
You can find a list of all supported countries and associated service providers under
www.microtronics.at/footprint. A Managed Service contract with Microtronics Engineering
GmbH is required for use of the mobile data transmission (see
www.microtronics.at/managedservice). This includes the provisioning of the mobile
communications connection via the network of the service provider included in the abovementioned list.
5.8 General product information
The device is a compact, portable device for recording and transmitting H2S concentrations. The
device is equipped with an integrated sensor for this purpose. The device is battery-operated. In
addition to the H2S concentration, the internal measurement values "Battery", "GSM level" and
"Int. temp" are determined (see "Internal channels" on page 61). All of the generated measurement
data is temporarily saved on an internal data memory and is then wirelessly transmitted to a central
location at a freely selected interval. The device is also configured via this connection. The device is
equipped with an integrated SIM chip.
5.9 Device labelling
The specifications in this user manual apply exclusively to the myDatasensH2S 1000 device type.
The type plate is located on the rear side of the device and includes the following specifications:
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Type designation
Serial number
CE marking
Protection class
Environmental conditions during operation
Ex protection label as specified in chapter "Declaration of conformity" on page 9
Hardware revision
It is important that the correct type designation and serial number is specified for all queries and
spare part orders. Only then can we process requests promptly and properly.
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25
Type plate myDatasensH2S 1000
Note: These operating instructions are part of the device and must be available to the user at
all times. The safety instructions included therein must be observed.
WARNING:
It is strictly prohibited to disable the safety equipment or modify its mode of operation.
5.10 Installation of spare and wear parts
Please be advised that spare and accessory parts that have not been supplied by the manufacturer
have also not been inspected or approved by the manufacturer. The installation and/or use of such
products can possibly have a negative impact on the specified constructional properties of the
device. The manufacturer shall not be liable for any damages that arise from the use of non-original
parts and non-original accessory parts.
Note: The use of spare and wear parts that are not approved by the manufacturer shall void
the Ex approval.
5.11 Storage of the product
To store the myDatasensH2S 1000 , activate the transport lock, by deactivating the "Measurement"
and "Transmission" in the input screen of the myDatanet server to configure the device (see
"Device-specific settings" on page 66). Then activate the ALOHA transmission mode (see "ALOHA
transmission mode" on page 35) via the solenoid contact so that the amended configuration is
transmitted to the myDatasensH2S 1000 . During this process, all of the data that has not yet been
transferred to the myDatanet server is transmitted. The antenna can be removed as soon as the
GPRS connection has been deactivated - indicated by the status LED going out (see "Status LED" on
page 54). Store the myDatasensH2S 1000 in its original packaging. During storage the accu or
battery pack should not be disconnected from the device and the protective armour should also not
be removed.
By activating the transport lock, the myDatasensH2S 1000 is in a very energy-saving mode. However,
it may still occur that the accu or battery pack is fully discharged if the device is stored for very long
periods. Although the configuration and the most recent determined data are definitely maintained.
The transport lock is deactivated again by re-initiating the ALOHA transmission mode (see "ALOHA
transmission mode" on page 35) and the myDatasensH2S 1000 resumes operation according to the
configuration.
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Rev. 05
Chapter 5 General specifications
5.12 Obligation of the operator
WARNING:
In the EEA (European Economic Area), the national implementation of the framework
directive (89/391/EEC) as well as the associated specific directives and from these in
particular, the directive (89/655/EEC) about the minimum safety and health requirements for
use of work equipment by workers at work, each in their respective version are to be
complied with.
The operator must obtain the local operating licence and the associated documents.
In addition, the operator must comply with the local legal requirements for
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the safety of the personnel (accident prevention measures)
the safety of the equipment (protective equipment and maintenance)
the product disposal (waste disposal law)
the material disposal (waste disposal law)
the cleaning (cleaning agents and disposal)
and the environmental protection amendments.
Before commissioning, the operator must ensure that the installation and commissioning –
provided these were performed by the operator himself – are in compliance with the local
regulations.
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Chapter 6 Functional principle
Chapter 6 Functional principle
In the graphic below, all of the components that are part of the myDatanet are illustrated in grey. All
of the other components must be provided/created by the customer.
Functional principle
1
myDatasensH2S 1000 with integrated managed service SIM chip (including data transmission)
2 myDatanetserver to which the data is transferred
3 Client that accesses the interface of the myDatanet server via the web browser
4 Customer-specific server that provides clients with their own interface. The customer-specific
server obtains the data via the API of the myDatanet server (see "API" on page 77).
5 Client, on which a PC program is running, that obtains its data via the API of the
myDatanetserver (see "API" on page 77)
6 Client that accesses the interface of the customer-specific server via the web browser
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Functions and components provided by myDatanet :
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myDatasensH2S 1000
The myDatasensH2S 1000 is a portable measurement instrument approved for Ex zone 1 for
recording H2S concentrations and transferring the determined measurement data to the myDatanet server (GPRS).
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Managed Service
Managed Service is the basis for operating your devices and provides you with a wide range of
services. Managed Service includes updates for device firmware, mobile data transmission on
a global scale and free support - providing you with one contact person for the entire solution.
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myDatanet server
Database for saving the measurement data and configurations. Data is either accessed via the
API of the server (see "API" on page 77) or web interface of the server.
Functions and components provided by the customer:
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Customer-specific server with web interface for the clients (optional)
It is therefore possible to create an individual web interface for the clients. Using this method,
the data is read out of the myDatanet server via the API (see "API" on page 77) by the customer-specific server.
6.1 Determining the H2S concentration
Diagram of how the "Gas" measurement value is generated (see "Measurement channels " on page 56)
1 Determining the raw value by means of averaging (see "Determining the raw value" on
page 31)
4 Digital filter to prevent a measurement value
from drifting (see "Digital filter" on page 33)
2 Conversion of the raw value to the calibrated 5 Monitoring of the alarm limits (see "Alarm
H2S measurement value (see "Calculation of
module" on page 33)
the calibrated H2S measurement value" on
page 32)
3 Conversion of the calibrated H2S measurement value to the trimmed H2S measurement value (see "Calculation of the
trimmed H2S measurement value" on page
32)
30
6 Recording of the measurement values (see
"Record module" on page 34)
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Chapter 6 Functional principle
6.1.1 Determining the raw value
The supply to the gas sensor is activated once the sampling interval (60 sec.) has expired. Following
expiry of the warmup time (30 sec. ), 15 macro measurements are completed at intervals of 200ms
from which an average value is determined (sample measurement value). If the record interval is
longer than the sampling interval, the sample measurement values generated from the 15 macro
measurements are averaged over the record interval. The raw value is then determined from this second averaging calculation.
The following table specifies the relevant parameters for the module:
Configuration section
Basic setting
Parameter
Record interval
Explanation
Time between measurement data recordings
Measure quick divisor
Record interval = record interval / factor
(once triggered by the alarm/warning)
Note:
Example for explaining how the raw value is determined
Record interval
5 min.
Sampling interval
1 min.
Macro measurements
15 x 200ms
Averaging
Determining the raw value by means of averaging
Note: The customer cannot adjust the warmup time.
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6.1.2 Calculation of the calibrated H2S measurement value
The raw value determined during the previous step is converted into the H2S measurement value by
means of the slope and offset determined during the calibration (see "Calibration process" on page
92).
Min. raw value
A
Max. raw value
B
End of the measuring range
C
Start of the measuring range
D
Raw value
E
Corresponding H2S measurement value
for the raw value
F
Slope determined during the calibration
(see "Calibration process" on page 92)
kCalib
Offset determined during the calibration dCalib
(see "Calibration process" on page 92)
F = kCalib * E + dCalib
6.1.3 Calculation of the trimmed H2S measurement value
The calibrated H2S measurement value determined during the previous step can also be slightly
adjusted (trimmed) during this step. For this purpose, the determined slope and offset are used for
the trimming process (see "Trimming" on page 98). This step can be deactivated via DeviceConfig .
The zero-point alignment does not change the slope (see "Zero-point alignment" on page 102),
although the offset is set. In any case, this slope and offset are independent of those determined
during the calibration. The basic calibration of the device is not changed by the trimming process or
zero-point alignment.
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Chapter 6 Functional principle
Min. calibrated H2S measurement value
A
Max. calibrated H2S measurement value B
Min. trimmed H2S measurement value
C
Max. trimmed H2S measurement value
D
Calibrated H2S measurement value
E
Calibrated H2S measurement value
assigned to the trimmed H2S measurement value
F
Slope determined during trimming proc- kTrim
ess (see "Trimming" on page 98)
Offset determined during trimming proc- dTrim
ess (see "Trimming" on page 98)
F = kTrim * E + dTrim
6.1.4 Digital filter
If the H2S measurement value changes by more than 0,8ppm in comparison to the previous one,
the new value is adopted in full. If the changes are below 0,32ppm , only 0,5% of the new H2S
measurement value is included in the result. Between 0,32ppm and 0,8ppm , the impact of the new
H2S measurement value is linearly interpolated between 0,5% and 100%.
6.1.5 Alarm module
This module monitors the alarm limits and creates an entry in the alarm list if necessary. The global
triggers are also set. The alarm function of the alarm module is only available for the measurement
value of the H2S "Gas" concentration (see "Measurement channels " on page 56).
Rev. 05
33
The following tables specify the relevant parameters for the module:
Configuration section
Measurement channels >Alarms
Parameter
Warning
Value low
Alarm
Configuration section
Alarm
Explanation
A warning is triggered, if the measurement value drops to or below this
value.
Value high
A warning is triggered, if the measurement value meets or exceeds this
value.
Value low
An alarm is triggered, if the measurement
value drops to or below this value.
Value high
An alarm is triggered, if the measurement
value meets or exceeds this value.
Hyst %
Hysteresis for all-clear in event of
alarm/warning (e.g. hyst = 5%, alarm or
warning at 100 -> all-clear at 95)
Parameter
On alarm
A
On warning
Ü
On fault alarm
On fault warning
Explanation
The alarm is recorded in the alarm list.
An immediate transmission is initiated.
6.1.6 Record module
The record module records the measurement values. Depending on the global triggers set by the
alarm module, the record interval is modified if necessary.
The following table specifies the relevant parameters for the module:
Configuration section
Alarm
Parameter
On alarm
Q
On warning
On fault alarm
On fault warning
Explanation
The shortened record interval should be
used.
Basic setting
Transmission cycle
Time between transmissions
Record interval
Time between measurement data recordings
Measure quick divisor
Record interval = record interval / factor
(once triggered by the alarm/warning)
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Rev. 05
Chapter 6 Functional principle
6.2 ALOHA transmission mode
ALOHA transmission mode is a special connection mode, during which the myDatasensH2S 1000
establishes a connection to the myDatanet server for 10 minutes.
Note: ALOHA transmission mode cannot be activated if the myDatasensH2S 1000 is connected to the USB interface of a PC.
Initiating ALOHA transmission mode:
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Directly on the device using the solenoid switch (see "Solenoid switch" on page 53). The GSM
network is re-selected during this process. This means that a list of all of the GSM networks in
the receiving range of the device is created from which the first GSM network is then selected
that is not on the "Ban list" (see "Ban list" on page 36) and that is part of one of the service
providers supported by the integrated SIM chip or the external SIM card (see www.microtronics.at/footprint).
A speech bubble in the measurement device list (see "myDatanet Server Manual " 805002) with the
title "Aloha" indicates that a device is in ALOHA transmission mode.
Clicking on the speech bubble with the "Aloha" title opens the ALOHA data window (see "myDatanet Server Manual " 805002), which contains the internal "Battery" and "GSM level" measurement values. The measurement values for the last thirty minutes are always shown in the ALOHA
data window, which means that data from a previous ALOHA transmission may be included. The
ALOHA data is generated every three seconds independently of the normal measurement values and
is thus not saved with the standard measurement data.
6.3 Automatic selection of the GSM network
The GSM network to which the device should register must be selected, as the myDatasensH2S 1000
is equipped with a SIM chip that provides a mobile connection via a variety of international service
providers (see www.microtronics.at/footprint ). This is completed automatically by the device. During
this process it is taken into consideration if a connection to a certain GSM network is possible
although the use of this GSM network repeatedly causes transmission errors. Such a GSM network is
added to a ban list and is ignored during the next login attempt.
The following conditions ensure that the myDatasensH2S 1000 logs itself into a GSM network:
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PowerOn
Expiry of the transmission cycle (see "Basic setting" on page 63)
Initiation of ALOHA transmission mode (see "ALOHA transmission mode" on page 35)
Rev. 05
35
1. The myDatasensH2S 1000 checks whether any errors occurred during the last login attempt.
No errors:
The myDatasensH2S 1000 logs into the same GSM network that was also used during the
last attempt.
Error:
Continue with step 2
Note: A transmission error is not the same as an error that occurs when logging into
the GSM network. It is possible for the login to the GSM network to work correctly but
that a transmission error still occurs.
The following steps are only completed if an error was detected during step 1:
2. The device searches for GSM networks within its receiving range and creates a list of available
GSM networks.
3. A search of the list of available GSM networks is completed and the strongest GSM network is
selected that is not on the "ban list" and is assigned to one of the service providers supported by the integrated SIM chip (see www.microtronics.at/footprint).
Note: An explanation detailing the conditions when a GSM network is added to the "ban list" is provided in
"Ban list" on page 36.
6.3.1 Ban list
The ban list provides space for 5 entries and is not saved in a volatile memory. This means that it is
also still available following a PowerOn.
If there is a "BEARER GPRS FAILED" error (see "Modem error" on page 114), then an internal counter
is increased by 2 . If a transmission was completed without errors, i.e. all of the data was transferred,
this internal counter is reduced by 1 . The current GSM network is added to the ban list if the internal
counter reaches the value 6 . The ban list is deleted if no GSM network can be selected from the list
of available GSM networks in the receiving range taking the ban list into consideration. Another
search for GSM networks in the receiving range is completed once the ban list is deleted and the network selection is completed with the ban list that is now empty (see step 3 in chapter"Automatic
selection of the GSM network" on page 35).
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Rev. 05
Chapter 7 Storage, delivery and transport
Chapter 7 Storage, delivery and transport
7.1 Inspection of incoming deliveries
Check the shipment immediately upon receipt to ensure it is complete and intact. Immediately
report any discovered transport damages to the delivering carrier. Also notify Microtronics
Engineering GmbHin writing about this without delay. Report any incompleteness of the delivery to
the responsible representative or directly to the company headquarters of the manufacturer within
two weeks (see "Contact information" on page 127).
Note: Any claims received thereafter will not be accepted.
7.2 Scope of supply
Note: The accu or battery pack required for operation is not part of the standard scope of
delivery and must be ordered separately (see "Rechargeable battery and battery packs" on
page 119).
The standard scope of delivery of the myDatasensH2S 1000 (206.101 ) includes:
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myDatasensH2S 1000
Antenna 900 FME -F (206.801)
Extension cable for antenna FME-F/FME-M 5m (206.805)
USB cable USB-A/USB-B 1,5m (206.601)
MDN Magnet (206.803)
MDN Protection casing (206.320)
myDatanet service kit (206.324 )
Quick Guide(005.202)
Check additional accessories depending on the order and against the delivery slip.
7.3 Storage
The following storage conditions must be adhered to:
myDatasensH2S 1000
BP457A battery
AP424DA rechargeable battery
Rev. 05
Storage temperature
-20...+70°C
Humidity
15...90%rH non-condensing
Operating temperature
-10...+40°C
Storage temperature
0...+30°C
Operating temperature
-10...+40°C
Charging temperature
0 ...+40°C
Storage temperature
0...+30°C
Humidity
15...90%rH
37
Note: The table above only includes the storage conditions for the two energy sources used most frequently for the
myDatasensH2S 1000 . Please consult the appropriate factsheet for information about the storage conditions of
other accu or battery packs.
Important note: The storage conditions included in the table only apply when the
myDatasensH2S 1000 is disconnected from the accu or battery pack. This must not be
completed on devices with a maintenance contract (see "Warranty seal" on page 80) as the
seal would be broken during this process, rendering the maintenance contract invalid. For
these devices the same conditions apply to operation and storage.
Store the device so that it is protected against corrosive or organic solvent vapours, radioactive
emissions as well as strong electromagnetic radiation.
7.4 Transport
Protect the myDatasensH2S 1000 against heavy shocks, bumps, impacts or vibrations. The original
packaging must always be used for transport.
7.5 Return
Every return must be accompanied by a fully field-out return form. This return form is available in
the service area of the myDatanet-Server. An RMA number is mandatory for any returns and can be
obtained from the Support & Service Centre (see "Contact information" on page 127). The return
shipment of the myDatasensH2S 1000 must occur in the original packaging and with freight and
insurance paid to Microtronics Engineering GmbH (see "Contact information" on page 127).
Insufficiently cleared return shipments will otherwise not be accepted!
38
Rev. 05
Chapter 8 Installation
Chapter 8 Installation
Important note: To prevent any damage to the device, the work described in this section of
the instructions must only be performed by qualified personnel.
8.1 Dimensions
Dimensions: Height
(View with accu or battery pack and protective armour)
Rev. 05
Dimensions: Width and depth
(View with accu or battery pack and protective armour)
39
8.2 Installing the myDatasensH2S 1000
Important note:
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Ensure installation is completed correctly.
Comply with the existing legal and/or operational directives.
Improper handling can cause injuries and/or damage to the devices.
The myDatasensH2S 1000 must not be operated in the field without a protective
armour.
Due to the electrostatic effects, the protective armour must not be rubbed with cloths
in the Ex zone.
The installation site must be selected according to specific criteria. The following conditions must be
avoided in any case:
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Direct sunlight
Direct influence of weather (rain, snow, ...)
Objects that radiate intense heat (maximum ambient temperature: -10...+40°C)
Objects with a strong electromagnetic field (frequency converter or similar)
Corrosive chemicals or gases (with the exception of H2S that is to be measured)
Mechanical impacts
Direct installation on paths or roads
Vibrations
Radioactive emissions
Note: Leave sufficient space at the upper end to mount the antenna. The space required depends on the antenna
used. Approx. 15 cm of space must be left beneath the device. Further information about the installation
dimensions can be found in the relevant sub-chapter.
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Rev. 05
Chapter 8 Installation
8.2.1 Wall mounting
The optional "MDN wall mounting (206.321 )" equipment is required for wall mounting. The
myDatasensH2S 1000 can also be secured against theft using the optional "MDN Anti-theft device "
(206.322) equipment.
Wall mounting - step 1
1 Retaining bracket (included in the scope of
delivery of 206.321 )
Wall mounting - step 2
3 myDatasensH2S 1000
2 Raised head tapping screw 4x40 (included in 4 MDN Anti-theft device (206.322)
the scope of delivery of 206.321 )
1. Drilling the holes for the assembly:
If you want to use the tapping screws (2) included in the equipment set to secure the
retaining bracket (1) to the wall, drill four 6-mm holes in the wall using the drill template as
a guide in accordance with the dimensions in the Figure "Wall mounting - step 1" on page
41.
If you want to use your own fastening screws you can use the drill template provided in the
equipment set to determine the position of the holes. The diameters are then determined
by the screws that are being used and any wall plugs that may be required.
Rev. 05
41
2. Securing the retaining bracket to the wall:
If you want to use the tapping screws (2) included in the equipment set, first of all insert
the supplied wall plugs into each of the four drill holes before screwing the retaining
bracket (1) to the wall (see "Wall mounting - step 1" on page 41).
If you are using your own screws, you must also insert the wall plugs into the holes before
screwing the retaining bracket (1) to the wall (see "Wall mounting - step 1" on page 41).
3. Carefully bend the brackets on the retaining bracket (1) apart and insert the myDatasensH2S
1000 in accordance with the Figure "Wall mounting - step 2" on page 41. The rear of the
myDatasensH2S 1000 (the side with the cut-out in the protective armour) must be facing the
wall.
42
Rev. 05
Chapter 8 Installation
8.2.2 Suspended installation
The optional "Niro shackle (206.325)" equipment is required for suspended installations.
Suspended installation
1 Niro shackle (206.325)
Detailed view of a suspended installation
2 myDatasensH2S 1000
1. Use the Niro shackle (206.325), to attach the myDatasensH2S 1000 to a rung of the channel
ladder or a similar fastening point in accordance with the figure "Detailed view of a
suspended installation " on page 43.
Rev. 05
43
8.3 Electrical installation
Important note: Only qualified personnel should undertake the installation described in this
chapter of the operating instructions to avoid any damage to the device.
8.3.1 Connecting the GSM antenna
Important note: To ensure the correct functionality, only use antennas that are supplied by
the manufacturer. Using antennas and antenna extensions that are not listed in chapter
"Antennas" on page 119 will invalidate the Ex approval.
The standard antenna is directly attached to the antenna connector (see "Overview" on page 23) of
the myDatasensH2S 1000 .
If the distance between the antenna position and the myDatasensH2S 1000 is too great, you can use
a 5 m Extension cable for antenna FME-F/FME-M 5m (206.805).
1. If you need an antenna extension, connect it to the antenna first.
2. Connect the antenna extension or antenna directly to the antenna connector of the
myDatasensH2S 1000 (see "Overview" on page 23).
Important note: Do not apply too much force when tightening the antenna. Tighten the
antenna or antenna extension with your hand. Do not use a tool except for the plastic
open-ended spanner that is included in the myDatanet service kit (206.324 ) that will
break if the applied force is too strong. During this process, you should only touch the
antenna in the area marked on the graphic, as the top part of antennas delivered up
until 09/2013 can detach.
Tightening the antenna
The following step is not mandatory.
3. Check whether the connection to the myDatanet has functioned correctly (see "Testing
communication with the device" on page 51).
44
Rev. 05
Chapter 8 Installation
8.3.1.1 Optimum antenna positioning for assembly in a shaft
8.3.1.1.1 Typical influences on the signal quality
Signal losses compared to the reference measurement
Steel cover
up to -30dBm
Concrete cover
approx. -10dBm
Environmental influences
up to -15dBm
Installation height of the antenna
approx. -5dBm/depth of 15 cm
Vertical/horizontal alignment
approx. -10dBm
Horizontal alignment
up to -15dBm
Centre/edge of the shaft
approx. -10dBm
Other influences
Transmission power of the network operator
Note: Practical example:
GSM level
-67dBm
Position
Reference measurement outside the shaft
-103 dBm
Measurement at a depth of 1.20 m
-95dBm
Vertically on the edge of the shaft at a depth of approx. 15 cm
-83dBm
Centre of the shaft, horizontal on the steel fitting
-89dBm
Antenna turned by 90°
-78dBm
Centre of the shaft, vertical
-75dBm
Plastic pipe used instead of steel fitting
8.3.1.1.2 Possibilities for improving the signal quality
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Drill a duct for the antenna into the concrete ring on the shaft to bypass the steel cover
Insert the antenna extension in an existing ventilation or supply pipe
Use special types of antennas (Please note that the use of antennas not approved by the
manufacturer with devices that are Ex approved will render this approval invalid)
8.3.1.1.3 Procedure for determining the optimum position of the antenna
1. Install the myDatasensH2S 1000 as described in chapter "Installing the myDatasensH2S 1000
" on page 40. During this process, also observe the notes regarding the influences on the
signal quality (see "Typical influences on the signal quality" on page 45).
Note: Have a Extension cable for antenna FME-F/FME-M 5m (206.805) at your disposal just in case.
2. Initiate ALOHA transmission mode (see "ALOHA transmission mode" on page 35).
Rev. 05
45
3. Wait until it is indicated in the list of measurement instruments that the device is in ALOHA
transmission mode. This is indicated by a speech bubble with the "Aloha" inscription.
4. Check the internal "GSM level" measurement value in the incoming data in the ALOHA data
window of the myDatanet server, which can be accessed by clicking on the speech bubble
with the "Aloha" inscription (see "myDatanet Server Manual " 805002). Change the position
of the antenna to obtain the best possible signal quality.
Note: A security stock of 15dBm is highly recommended.
Note: Additional explanation about evaluating the "GSM level":
"GSM level"
>-64dBm
-64 to -73dBm
-74 to -83dBm
-84 to -93dBm
-94 to -107dBm
<= -108dBm
8.3.2 Technical details about the SIM slot
Note: The myDatasensH2S 1000 must be disconnected from the rechargeable battery or
battery pack to access the SIM slot. Please note that if this requires the seal to be broken on
devices with a maintenance contract (see "Replacing the rechargeable battery or battery
pack" on page 80), this will render the maintenance contract void.
The SIM slot, for example, enables a managed service SIM card with a different country list profile to
the internally installed SIM chip to be inserted. The internal SIM chip is deactivated and the external
SIM card is used when an external SIM card is inserted. Note that the transport lock must be
activated to deactivate the transmission (see "Storage of the product" on page 26). The
transmission is not disabled by removing the external SIM card, as the device switches back to the
internal SIM chip in this case.
8.3.3 Technical details about the USB interface
Note: The myDatasensH2S 1000 must be disconnected from the rechargeable battery or
battery pack to access the USB interface. Please note that if this requires the seal to be
broken on devices with a maintenance contract (see "Replacing the rechargeable battery or
battery pack" on page 80), this will render the maintenance contract void.
46
Rev. 05
Chapter 8 Installation
The connection to a PC is established via the USB slave interface. It is only designated for the
communication with the DeviceConfig configuration program. A detailed description of the
DeviceConfig configuration program is provided in the manual for the DeviceConfig
("myDatanetDeviceConfig Manual " 805004). The DeviceConfig configuration program can be
downloaded free of charge from the following website:
www.microtronics.at/deviceconfig
Important note: Remove the antenna before connecting the device with the USB interface of
a PC. Otherwise, this can cause a potential displacement between the ground of the antenna
and PC, which could damage the USB interface of the device.
Rev. 05
47
Chapter 9 Initial Start-Up
Chapter 9 Initial Start-Up
9.1 User information
Before you connect the myDatasensH2S 1000 and place it into operation, you must observe and
comply with the following user information!
This manual contains all information that is required for using the device.
Is intended for technically qualified personnel who have the relevant knowledge and experience in
the area of measurement technology.
Read this manual carefully and completely in order to ensure the proper functioning of the myDatasensH2S 1000 .
Please contact our technical department if anything is unclear or if you encounter difficulties with
regard to installation, connection or configuration (see "Contact information" on page 127).
If necessary, please also refer to the manuals of the accessory parts when commissioning the complete system. These manuals are included in the scope of delivery of the accessory parts.
9.2 General principles
The entire measurement system may only be placed into operation after completion and inspection
of the installation. Study the manual thoroughly before placing into operation to prevent faulty or
incorrect configuration.
Utilise the manual to familiarise yourself with the operation of the myDatasensH2S 1000 and the
input screens of the myDatanet-Server before you begin with the configuration.
9.3 Placing the system into operation
Note: It is recommended that the myDatasensH2S 1000 is first placed into operation in the office before moving the
device to the place of use. During this process, you should set a site for the later operation on the myDatanet
server (see "myDatanet Server Manual " 805002) and determine a site configuration (see "Site configuration" on
page 55). Take the opportunity to get to know the functions of the device in a stable environment.
The following work should be completed at the office before you go to the future location of the
device:
1. If necessary, create a customer on the myDatanetserver (see "myDatanet Server Manual "
805002).
2. Within the selected customer, create a site for operation on the myDatanet server (see "Creating the site" on page 71).
Rev. 05
49
3. Configure the created site according to your requirements (see "Site configuration" on page
55).
4. Connect the antenna (see "Connecting the GSM antenna" on page 44).
5. Initiate ALOHA transmission mode (see "ALOHA transmission mode" on page 35). During this
process the fist connection to the myDatanet server is established and the transport lock, if
active, is removed. The myDatasensH2S 1000 is supplied with the transport lock activated
(measurement and transmission "OFF") and should also always be stored in this state (see
"Storage of the product" on page 26).
6. Move the myDatasensH2S 1000 from the pool to the desired customer (see "Assigning a
device to the customer" on page 73).
7. Link the myDatasensH2S 1000 with the created site (see "Site" on page 55).
8. Activate the ALOHA transmission mode (see "ALOHA transmission mode" on page 35) again
so that the site configuration is transferred to the myDatasensH2S 1000 .
Note: You can also skip this step, as ALOHA transmission mode must also be initiated during the installation on site, which transfers the configuration to the myDatasensH2S 1000 at the same time.
The following work is completed directly at the location of the device:
9. If you intend to install the myDatasensH2S 1000 in a shaft, you must check that the device can
also establish a GPRS connection in the final installation position when the shaft lid is closed
before you leave the place of use.
Proceed as follows during this process:
1. Place the device and the antenna in the final installation position (with the shaft lid
open).
2. Initiate ALOHA transmission mode.
3. Close the shaft lid.
4. Wait until it is indicated in the list of measurement instruments that the device is in
ALOHA transmission mode. This is indicated by a speech bubble with the "Aloha"
inscription.
50
Rev. 05
Chapter 9 Initial Start-Up
5. Click on the speech bubble with the "Aloha" inscription to display the ALOHA data window and check the internal "GSM level" measurement value.
Note: Additional explanation about evaluating the "GSM level":
"GSM level"
>-64dBm
-64 to -73dBm
-74 to -83dBm
-84 to -93dBm
-94 to -107dBm
<= -108dBm
Note: Information on improving the reception quality is provided in chapter "Optimum antenna positioning for assembly in a shaft" on page 45.
9.4 Testing communication with the device
1. Create a site for the operation on the myDatanet server (see "myDatanet Server Manual "
805002).
2. Configure the created site according to your requirements (see "Site configuration" on page
55).
3. Link the myDatasensH2S 1000 with the created site (see "Site" on page 55).
4. Connect the antenna (see "Connecting the GSM antenna" on page 44).
5. Initiate the ALOHA transmission mode (see "ALOHA transmission mode" on page 35) so that
the configuration of the site is transmitted to the myDatasensH2S 1000 .
6. Wait until the list of measurement instruments indicates that the device is in ALOHA transmission mode. This is indicated by a speech bubble with the "Aloha" inscription.
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7. Check the incoming data in the ALOHA data window of the myDatanet server, which can be
accessed by clicking on the speech bubble with the "Aloha" inscription (see "myDatanet
Server Manual " 805002). Particular attention must be paid to the internal "GSM level" and
"battery" measurement values.
Note: Additional explanation about evaluating the "GSM level":
"GSM level"
>-64dBm
-64 to -73dBm
-74 to -83dBm
-84 to -93dBm
-94 to -107dBm
<= -108dBm
Note: Additional explanation about evaluating the "Battery":
"Battery"
> 3,82V
3,82V...3,73V
3,72V...3,66V
3,65V...3,62V
3,61V...3,21V
<= 3,2V or invalid value
52
Rev. 05
Chapter 10 User interfaces
Chapter 10 User interfaces
The configuration of the myDatasensH2S 1000 is carried out via the web interface on the myDatanet
server (see "User interface on the myDatanet-Server" on page 55), which your responsible sales
partner will provide to you.
10.1 User interface on the myDatasensH2S 1000
10.1.1 Operating elements
Operating elements
1 Status LED
2 Solenoid switch
10.1.1.1 Solenoid switch
The MDN Magnet (206.803) included in the scope of delivery is required for operating the solenoid
switch. The solenoid switch can be used to initiate the ALOHA transmission mode or to instruct the
myDatasensH2S 1000 to immediately transmit the error/status code.
Operation by the
Device response
user
Press briefly
Status LED illuminates
(approx. one
second)
Operation after releasing the solenoid
switch
Error/status code is displayed (see
"Status LED" on page 54)
Press and hold for Status LED flashes three times and
five seconds
then remains on
ALOHA transmission mode
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10.1.1.2 Status LED
The status LED is used both to display the error/status codes and to indicate the current operating
state. If the ALOHA transmission mode was activated or the rechargeable battery or battery pack was
connected (PowerOn), the myDatasensH2S 1000 switches to advanced signalling mode and
indicates the current operating state for 10 minutes via the status LED. During these 10 minutes, the
error/status codes are issued every 3 seconds as long as no active GPRS connection is established.
The current operating state is not indicated during standard signalling mode and the error/status
codes are only issued every thirty seconds.
Error/status codes
Flashing
Description
code
0x
Transport lock (transmission OFF,
measurement OFF)
Solution/cause
If the ALOHA transmission mode is
initiated by means of the solenoid switch,
the myDatasensH2S 1000 resumes
operation in accordance with the
configuration (transmission ON,
measurement ON).
1x
Last connection OK
2x
Last transmission faulty
Try again later
4x
Standby (GPRS ON, measurement OFF)
see "transport lock"
6x
Offline (GPRS OFF, measurement ON)
see "transport lock"
7x
Netlock/no matching provider
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8x
No GSM network
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10x
No GPRS connection
11x
No myDatanet server accessible
54
Faulty SIM chip/SIM card
Try again later
Improve position of the antenna
Improve position of the antenna
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12x
Improve position of the antenna
Check whether the device is located
in the coverage area of one of the
service providers supported by the
integrated SIM chip
(www.microtronics.at/footprint)
Lift the netlock (see
"myDatanetDeviceConfig Manual "
805004)
Check whether port 51241 is enabled
on the myDatanet server
Try again later
Contact support
Rev. 05
Chapter 10 User interfaces
Operating states
Status LED
Flickering Establishing connection
Description
Lights up
GPRS connection established or button/solenoid switch actuated
Off
Normal measuring operation according to configuration until the next transmission
10.2 User interface on the myDatanet-Server
10.2.1 Site configuration
Note: Several of the configuration fields in the following sub chapters may possibly be hidden depending on the
respective user level. In this case, please contact the myDatanet-Server administrator.
Click on the name of the site in the list of sites to get to the input screen for configuring the site (see
"myDatanet Server Manual " 805002).
10.2.1.1 Site
Customer
Specifies to which customer the site is assigned.
icon
Assign site to another customer
Name
Site designation (not relevant for the device or data assignment) [2-50 characters]
Instrument S/N
Serial number of the device that is linked to the site (device assignment!)
Application template
Name of the application template from which the site was created
Tags
List of tags that are already assigned to the site. This assignment can be cancelled by clicking
on the cross next to the title of the tag. The input screen for assigning tags can be opened by
clicking on the plus symbol.
10.2.1.2 Comments
Comments
Free comment field (is also displayed below the device type in the site list)
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10.2.1.3 Measurement channels
10.2.1.3.1 Basis
Gas
Gas
Freely selectable channel title for the measurement value of the H2S
concentration
Min
Defines the lower scale end of the pointer instruments (Read Only)
Max
Defines the upper scale end of the pointer instruments
Unit
String that is used as a measurement unit by all of the server display
elements [0-16 characters](read only)
Note: The H2S sensor used indicates a certain cross sensitivity to other gases (see "Cross
sensitivity of the H2S sensor" on page 57).
10.2.1.3.2 Alarms
Warning
Alarm
Hyst %
56
Value low
A warning is triggered, if the measurement value drops to or below this
value.
Value high
A warning is triggered, if the measurement value meets or exceeds this
value.
Value low
An alarm is triggered, if the measurement value drops to or below this
value.
Value high
An alarm is triggered, if the measurement value meets or exceeds this
value.
Hysteresis for all-clear in event of alarm/warning (e.g. hyst = 5%, alarm or warning at
100 -> all-clear at 95)
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Chapter 10 User interfaces
10.2.1.3.3 Cross sensitivity of the H2S sensor
Gas
Carbon monoxide
Concentration
300ppm
Measurement value on the H2S sensor
6ppm
Hydrogen
10,000ppm
<15ppm
Sulphur dioxide
5ppm
<1ppm
Hydrogen cyanide
10ppm
-1.4ppm to -0.5ppm
Nitric oxide
35ppm
0ppm
Hydrochloric acid
5ppm
0ppm
Nitrogen dioxide
5ppm
-1ppm
Chlorine
1ppm
-0.05ppm to +0.04ppm
Ethylene
100ppm
0ppm
10.2.1.4 Calculated channels
Note: The values of the calculated channels are directly calculated for every data output (display on the myDatanet
server or download from the myDatanet server). They are not saved in the server database.
10.2.1.4.1 Basis
Title 1-5
Freely selectable channel title for the calculated channels [0-16 characters]
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Mode
Possible calculation modes for the calculated channels
Off
---
Calculated channel deactivated
Table
Unit
String that is used as a measurement unit by all of the server display
elements [0-16 characters]
Decimal
places
Number of decimal places that are used by all of the server display
elements
Invert
Inverts the input signal
Digital
+, -, x, / Unit
Decimal
places
Delta
clone
String that is used as a measurement unit by all of the server display
elements [0-16 characters]
Number of decimal places that are used by all of the server display
elements
Determines the difference between two measurement values and divides the result
by the time difference between the time stamps of the measurement values. The
time unit (value/sec., value/min., ...) for the result can be selected via the "Time
basis" parameter located in the "Calculation" tab. It is thus possible to convert the
counter reading (m3) of the source in to a flow rate (m3/min.). (see "Additional
explanation: Delta mode" on page 60)
Unit
String that is used as a measurement unit by all of the server display
elements [0-16 characters]
Decimal
places
Number of decimal places that are used by all of the server display
elements
Creates a clone of a measurement channel. This ensures it is possible to rename
channels, to select different ends of the scale for the pointer instruments, to
determine a new string as a measurement unit and to adjust the number of decimal
places. The measurement values (numerical value without unit) correspond exactly
to those of the source.
Unit
String that is used as a measurement unit by all of the server display
elements [0-16 characters]
Decimal
places
Number of decimal places that are used by all of the server display
elements
Shift element down
Shift element up
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10.2.1.4.2 Calculation
Off
---
Calculated channel deactivated
Table
Source
Selection of the channel from which the input data is used
Opens the screen for entering the values table (the table rows are
interpolated linearly, values outside of the defined table are extrapolated
linearly.)
Digital
+, -, x, /
Source
Selection of the channel from which the input data is used
High level
Signal recognition level
Source
Selection of the channel from which the input data is used
+, -, x, /
Delta
Clone
Rev. 05
Source
Selection of the channel from which the input data is used
Source
Selection of the channel from which the input data is used
Time basis
Specifies the desired time unit (value/sec., value/min., ...) for the result
Offset
Offset that is added following multiplication with the "Factor" parameter.
The result is converted in to the desired time unit before multiplication
with the "Factor" parameter.
Factor
Factor with which the result is multiplied once it has been converted into
the desired time unit. The "Offset" parameter is then added.
Source
Selection of the channel that should be cloned
59
Note:
Additional explanation: Delta mode
Assumption: The source channel contains the counter reading of an infinite counter in m3. The calculated
channel 1 should contain the flow rate in m3/s and calculated channel 2 should contain the flow rate in l/h.
Required configuration
Parameter
Value channel 1 Value channel 2
Basis -> mode
Delta
Delta
Basis -> unit
m3/s
l/h
Calculation -> time Seconds
basis
Hours
Calculation ->
offset
0
0
Calculation ->
factor
1
1000
Source
Date/time
26.03.2013 12:50
Infinite counter [m 3]
900
Calculated channel 1
Flow rate [m 3/s]
Calculated channel 2
Flow rate [l/h]
0 1)
0 1)
26.03.2013 12:51
960
1
3,600,000
26.03.2013 12:52
990
0.5
1,800,000
26.03.2013 12:53
1005
0.25
900,000
26.03.2013 12:54
1065
1
3,600,000
1) Calculation not possible as there is no measurement value before 12:50.
Explanation: No values can be determined for the measurement at 12:50 for the calculated channels as there is no
previous value and the difference between the counter readings cannot be determined. For the measurement at
12:51, the difference to the counter reading is 60m3 and the time difference is 60sec.
Result = ( (value difference / time difference [sec.]) * time basis [sec] * factor ) + offset
The result for calculated channel 1 (time basis "Seconds", offset "0" and factor "1") is calculated as follows:
Channel 1 = ( (60m 3 / 60sec.) * 1 * 1 ) + 0 = 1m 3/s
The result for calculated channel 2 (time basis "Hours", offset "0" and factor "1000") is calculated as follows:
Channel 2 = ( (60m 3 / 60sec.) * 3600 * 1000 ) + 0 = 3,600,000l/h
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10.2.1.4.3 Alarms
Note: The evaluation of the alarm thresholds for calculated channels can only occur if the device has transferred
the measurement data to the myDatanet server.
Alarm low
An alarm is triggered, if the measurement value drops to or below this value.
Alarm high
An alarm is triggered, if the measurement value meets or exceeds this value.
Hyst %
Hysteresis for the all-clear in the event of an alarm/warning (e.g. Hyst=5%, alarm or
warning at 100 -> all-clear at 95) or reset the trigger (e.g. Hyst=5%, level = greater or
equal, trigger at 100 -> reset at 95)
10.2.1.5 Internal channels
10.2.1.5.1 Basis
Battery title
Freely selectable channel title for the internal battery or rechargeable battery
voltage
Unit
String that is used as a measurement unit by all of the server display
elements [0-16 characters]
GSM level title Freely selectable channel title for the GSM level
Unit
Int.
temperature
title
String that is used as a measurement unit by all of the server display
elements [0-16 characters]
Freely selectable channel title for the internal device temperature
Unit
Selection of the temperature unit used by all of the server display
elements
10.2.1.5.2 Alarms
Note: The alarm limits for the internal channels are monitored by the myDatanet server and
not the myDatasensH2S 1000 . This means that an alarm can only be detected when the
measurement data is transferred to the myDatasensH2S 1000 server.
Alarm low
An alarm is triggered, if the measurement value drops to or below this value.
Alarm high
An alarm is triggered, if the measurement value meets or exceeds this value.
Hyst %
Hysteresis for all-clear in event of alarm/warning (e.g. hyst = 5%, alarm or warning at
100 -> all-clear at 95)
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10.2.1.6 Alarm settings
Acknowledgement Standard
The global server setting is used (see "myDatanet Server Manual
" 805002) to determine whether to acknowledge alarms
automatically or manually.
automatic
Alarms are acknowledged automatically as soon as all of the
messages have been sent. If SMS that have a tariff with a delivery
confirmation function have also been sent, acknowledgement is
provided after delivery confirmation.
manual
Alarms must be acknowledged manually.
Offline alarm
Alarm in the event that the device does not connect for longer than the set
transmission cycles
Transfer volume
Standard
The configuration for the transfer volume alarm is adopted from
the global server setting (see "myDatanet Server Manual "
805002).
Off
The transfer volume alarm is deactivated.
Individual
The level at which the transfer volume alarm should be triggered
can be entered in the adjacent field in KB.
A
The alarm is recorded in the alarm list.
Ü
An immediate transmission is initiated.
Q
The shortened record interval should be used.
A
The warning is recorded in the alarm list.
Ü
An immediate transmission is initiated.
Q
The shortened record interval should be used.
A
The fault alarm is recorded in the alarm list.
Ü
An immediate transmission is initiated.
Q
The shortened record interval should be used.
A
The fault warning is recorded in the alarm list.
Ü
An immediate transmission is initiated.
Q
The shortened record interval should be used.
On alarm
On warning
On fault alarm
On fault warning
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10.2.1.7 Basic setting
Transmission cycle
Time between transmissions
Record interval
Time between measurement data recordings
Measure quick divisor
Record interval = record interval / factor (once triggered by the
alarm/warning)
Time zone
Regional settings (not relevant for raw measurement data as this is stored
in UTC)
Daylight saving time
Configuration for automatic time adjustment
Standard
The configuration for the time adjustment is adopted
by the global server setting (see "myDatanet Server
Manual " 805002).
Off
Automatic time adjustment deactivated
USA
Predefined setting for the American area
EU
Predefined setting for the European area
Position cycle
Position update interval (00:00 positioning is completed with every
connection)
Default report
Selection of the report that is loaded by clicking on the device link in the
maps
Report template
Off
The default graphic is loaded.
"Name of a
report"
The selected report is loaded.
Selection of whether the default graphic or a report template to display
the data is used when clicking on the symbol to display the measurement
data located in the site/application list. Only the report templates in which
the site/application type of the first wild card is compatible with the
site/application that is currently being edited are displayed in the
dropdown list.
(not assigned)
The default graphic is used to display the
measurement data.
"Name of a report Name of the report template used to display the
template"
measurement data
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10.2.1.8 FTP export settings
Note: This configuration section is only visible if the "FTP Agent Extended" licence for the myDatanet-Server has
been enabled.
FTP export
profile
off
FTP export deactivated
"Name of an
FTP export
profile"
List with the FTP export profiles that were created on the
myDatanet server (for creating an FTP export profile, see
"myDatanet Server Manual " 805002).
Settings of the
selected profile
shows an overview of the most important parameters of the selected FTP export
profile
FTP directory
makes overwriting the standard directory of the selected FTP export profile
possible [0-100 characters]
Last export
Time stamp of the last FTP export
10.2.2 Device configuration
Note: Several of the configuration fields in the following sub chapters may possibly be hidden depending on the
respective user level. In this case, please contact the myDatanet-Server administrator.
You can reach the input screen for configuring the device by clicking on the serial number in the site
list (see "myDatanet Server Manual " 805002) or by clicking on the device name in the device name
list (see "myDatanet Server Manual " 805002).
10.2.2.1 Comments
Comments
Free comment field (is also displayed below the site name in the measurement instrument list)
10.2.2.2 Measurement instrument
Customer
Name of the customer to whom the measurement instrument is assigned
Tags
List of the tags that are already assigned to the measurement instrument. This
assignment can be cancelled by clicking on the cross next to the title of the tag.
The input screen for assigning the tags is opened by clicking on the plus symbol.
This enables existing tags to be assigned and new tags to be created.
Serial number
Serial number of the instrument
Instrument class The instrument class of the site and instrument must match for an instrument to
be able to be connected to a site. Once the instrument has been created via the
server interface, the instrument class can only be changed up until the first
connection of the instrument to the server. If an instrument class, that does not
match the actual class of the instrument, is selected when the instrument is
created it is automatically corrected during the first connection.
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Chapter 10 User interfaces
Telephone
number
Telephone number of the SIM card. The control SMS messages (e.g. wakeup) are
sent to this number. Format: +43555837465
Instrument flags Additional information regarding the instrument class (for internal use)
Firmware version Current software version installed on the measurement controller
Modem version
Current software version installed on the modem controller
OS version
OS version of the modem
Last connection In each case, the last time stamp of the affected operation
Last wakeup
Last
disconnection
Last
transmission
error
Last Aloha
connection
Firmware update Off
On
Firmware update is deactivated.
As soon as a new version of the selected firmware type is
available, this is installed immediately.
Even if tag is missing Firmware is also transferred to the device if the device has
not transmitted the current firmware version to the server
(NOT RECOMMENDED!).
Firmware type
Hardware
version
Rev. 05
Allow downgrade
Facilitates the installation of an older firmware version
than the one on the device (NOT RECOMMENDED!)
Once
Performs a single firmware update. If no new firmware is
available or the firmware was installed successfully, the
firmware update is automatically switched to "OFF".
Ignore
The firmware update is deactivated and no information is
provided about available firmware updates.
Released
Only firmware versions that have successfully undergone
internal and field testing are installed (this practically
eliminates malfunctions).
Release candidate
Only firmware versions that have successfully undergone
internal testing are installed (malfunctions cannot be
excluded).
Beta release
Even firmware versions that have not successfully
undergone all of the internal tests are installed
(malfunctions may occur).
Reserved for extensions
65
10.2.2.3 Device-specific settings
Measurement
Activates/deactivates the measurement
Transmission
Activates/deactivates the transmission
Last calibration
Time of the last calibration
Last trimming
Time of the last trimming
Scale
The trim factor (kTrim) is used to adjust the slope determined during the calibration, which is
then used to convert the raw value to a measurement value in ppm (see "Calculation of the
trimmed H2S measurement value" on page 32).
Offset
Trim offset (dTrim) in ppm (see "Calculation of the trimmed H2S measurement value" on page
32)
10.2.2.4 GPRS
SIM tariff
Selected SIM tariff
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Chapter 11 myDatanet server
Chapter 11 myDatanet server
Note: All of the screenshots show version 44.1 of the myDatanet server using the standard colour scheme. Newer
versions may include minor changes to the appearance of the server.
11.1 Overview
Overview of the myDatanet server
1 Freely selectable logo
5 Opens the screen to input the global settings
for the server
2 User group to which the user who is currently 6 Switches to the "Data exports" area to
logged in is assigned
configure the data export. This tab is only
visible if at least the licence for one export
variant is available.
3 Logout the active user
7 Opens the input screen to upload a XML file.
This tab is only visible if the licence for the
XML import is available.
4 Tabs to switch between the individual server
areas
8 Call up the help menu
11.1.1 Explanation of the symbols
Adds a new entry to the current list (reports, sites, users, etc.).
Deletes the adjacent element (reports, sites, users, etc.) from the list.
Calls up the input screen to edit the adjacent element (reports, sites, users, etc.).
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11.2 "Customer" area
Overview of the "Customer" area
1 Area where an image file can be displayed as a "Map" and/or the OpenStreetMaps map can be
displayed
The sites can be manually placed on the image file used as a "map".
In the OpenStreetMaps map, the sites are only displayed once GPS coordinates have been
assigned to the site.
2 Adds a new customer
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3 List of tags that are assigned to at least one of the customers displayed in the list of customers.
If the list of customers was limited by the search field or selection of a tag, this is taken into
consideration when creating the list of tags. A cross is added to the end of the list of tags as
soon as the list of customers is limited by the selection of a tag. Clicking on this cross will reset
the selection of all tags and the restriction is cancelled.
By clicking on one of the tags with the left mouse button only those customers who have been
assigned the corresponding tag are displayed in the list of customers and the selected tag is
highlighted in colour.
By clicking on one of the tags with the right mouse button all of the customers who have been
assigned the corresponding tag are hidden, the selected tag is highlighted in colour and the
title of the tag is crossed out.
Clicking the same mouse button again will remove the restriction.
4 Opens the input screen for configuring the customer
5 Deletes the customer
6 Comment that can be entered in the configuration of the customer
7 If a default report was defined, the default report is accessed by clicking on the name of the
customer. Otherwise the "Sites" area at customer level is opened by clicking on the name of
the customer (see ""Site" area at customer level" on page 70 or "Reports" on page 71).
8 Customer's address that can be entered via the input screen for configuring the customer
Search field to filter the customer list
10 Symbol via which an image file can be loaded on to the server as an "Overview map"
To remove the "Map" again, open the upload dialogue again and click on "Submit" without
selecting an image file beforehand.
11 Symbol via which a OpenStreetMaps map, on which the sites are displayed, can be loaded. (see
"Map view" on page 71)
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11.3 "Site" area at customer level
Overview of the "Sites" area at customer level
1 Area where an image file can be displayed as a "Map" and/or the OpenStreetMaps map can be
displayed
The sites can be manually placed on the image file used as a "map".
In the OpenStreetMaps map, the sites are only displayed once GPS coordinates have been
assigned to the site.
2 List of reports (see "Reports" on page 71)
3 List of sites/applications (see "Site" on page 55)
4 List of groups (see "Groups" on page 71)
5 Symbol that represents a site on the "Map"
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6 Symbol via which a OpenStreetMaps map, on which the sites are displayed, can be loaded. (see
"Map view" on page 71)
7 Symbol via which an image file can be loaded on to the server as a "Map"
To remove the "Map" again, open the upload dialogue again and click on "Submit" without
selecting an image file beforehand.
11.3.1 Reports
The reports provide a variety of options to display graphs of the data on the web interface of the
myDatanetserver or to download the data from the myDatanet server. Detailed instructions on
creating and handling the reports is provided in myDatanet Server Manual (805002).
11.3.2 Groups
The groups offer a variety of options for compressing and summarising the measurement data of
different sites. Detailed instructions on creating and handling the groups is provided in myDatanet
Server Manual (805002).
11.3.3 Map view
The map view provides an overview of the geographic position of the sites. Detailed instructions on
operating and configuring map view are provided in myDatanet Server Manual (805002).
11.4 Recommended procedure
11.4.1 Creating the site
Note: Some of the fields mentioned in the following chapters may be hidden depending on the respective user
level. In this case, please contact the administrator of the myDatanet server.
Detailed instructions on creating a new site are provided in myDatanet Server Manual (805002).
1. Log in via the web interface on the myDatanet server. You will receive the web address from
your responsible sales partner.
Login form of the myDatanet server
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2. Click on the "Customer" menu item of the myDatanet server to call up the list of available
customers. Select an existing customer or create a new customer.
Selecting the customer
1 Menu item to call up the list of customers
3 List of available customers
2 Creating a new customer
3. Click on the "Sites / Applications" menu item of the myDatanetserver to call up the list of
available application templates and sites. Create a new "myDatasens H2S " type site or a site
using an application template that is compatible with the "myDatasens H2S " site type.
Creating the site
1 Menu item to call up the list of sites
3 Selection of the type of site
2 Creating a new site
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4. Link the site/application with the myDatasensH2S 1000 by selecting the serial number. If the
serial number of your device is not included in the list, you must first assign the device to the
customer (see "Assigning a device to the customer" on page 73) or the device is already
assigned to a different site. More detailed information on this is provided in myDatanet Server
Manual (805002).
Linking the device and site
1 Device assignment
2 List of devices that have not yet been
linked with a site
11.4.2 Assigning a device to the customer
Note: Some of the fields mentioned in the following chapters may be hidden depending on the respective user
level. In this case, please contact the administrator of the myDatanet server.
Detailed instructions on shifting the devices are provided in myDatanet Server Manual (805002).
1. Log in via the web interface on the myDatanet server. You will receive the web address from
your responsible sales partner.
Login form of the myDatanet server
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2. Click on the "Pool and Aloha" menu item of the myDatanet server to access the list of devices
that are in ALOHA transmission mode.
Assigning a device to the customer
1 Menu item to call up the list of devices that 4 Opens the dialogue to select the customer
are in ALOHA transmission mode
to whom the device should be assigned
2 List of devices in ALOHA transmission
mode
5 Selection of the customer to whom the
device should be assigned
3 Filter for the list of measurement
instruments
6 List of measurement instruments
3. Initiate ALOHA transmission mode on the device. Instructions on this are provided in "ALOHA
transmission mode" on page 35.
4. Use the filter to find the required device in the list of measurement instruments. Click on the
symbol to open the dialogue to select the customer (see "Assigning a device to the customer"
on page 74) and assign the device to the selected customer.
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Chapter 12 DeviceConfig
12.1 General
The DeviceConfig configuration program can be downloaded free of charge from the following
website:
www.microtronics.at/deviceconfig
The tool is used for configuration, maintenance, fault analysis and synchronisation purposes. It is
compatible with all myDatanet devices equipped with a USB interface, wireless M-bus interface or
Bluetooth Low Energy.
The requirements regarding configuration and maintenance vary depending on the type of device.
To ensure simple and intuitive operation, the user interface of the DeviceConfig therefore
automatically adjusts to the relevant device that is connected. In addition to the standard functions,
the tool also supports device-specific processes (e.g. calibration, zero point adjustment).
The DeviceConfig enables you to complete the following tasks:
l
l
l
l
l
Synchronisation of measurement data and configuration between device and server
(specifically for devices without GSM/GPRS modem)
Basic configuration of the device (e.g. measurement and transmission cycle)
Read out and analysis of the device log
Calibration, trimming and zero point adjustment (special knowledge and password required)
Update the firmware
12.2 Prerequisites
Interfaces
1 x USB
Operating system
Win XP
Windows Vista
Windows 7
Windows 8
Internet connection
Recommended
Required disk space
approx. 50 MB
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Chapter 13 API
Chapter 13 API
Important note: The relevant licences are required on the myDatanet server to use the API.
For future information contact your responsible sales partner.
13.1 General
The API is provided to export data from the myDatanet server and import data in to the myDatanet
server. However, for "myDatasensH2S 1000 " type devices this is limited to the measurement data.
13.2 rapidM2M Playground
The rapidM2M Playground enables you to familiarize with the API of the myDatanet server and to
test the functions provided. A click on the “API” button takes you to the rapidM2M Playground .
1 opens the rapidM2M Playground
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13.2.1 Übersicht
rapidM2M Playground
1 input field for the user name
2 input field for the password
3 List of all available HTTP-commands. The HTTP commands are grouped according to application
fields.
4 Dependent on the HTTP-command selected drop down lists for the selection of the client, the
user and the measurement site are displayed, which should substitute the relative wildcard
(“$CID”...client, “$UID”...user, “$SID”...site) in the resource path of the HTTP command.
5 button for the execution of the HTTP command
6 opens the website "http://rapidm2m.com/", which provides additional information for
developers
7 opens the login dialogue of the myDatanet Server linked to the rapidM2M Playground
8 opens the quick guide for the API
9 button for changing the colour scheme of the rapidM2M Playground
10 window showing the HTTP command selected
11 response code sent by the myDatanet Server as a response to the HTTP command
12 copies the JSON-object, which was created as response to the HTTP command, to the clipboard
13 window showing the documentation of the selected HTTP command. This contains a
description of the action to be executed by the selected HTTP command, notes to be
considered and a description of the request body as well as the response body.
14 window showing the JSON-object, which is created as response to the HTTP command
15 window showing the last HTTP commands executed
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Chapter 14 Maintenance
Chapter 14 Maintenance
Important note: To prevent any damage to the device, the work described in this section of
the instructions must only be performed by qualified personnel.
The device must be deenergised before any maintenance, cleaning and/or repair work.
Important note: Non-observance of the measures described in the following chapters will
automatically invalidate the warranty.
l
l
l
l
"Replacing the rechargeable battery cover" on page 85
"Maintenance of the rechargeable battery seal" on page 87
"Maintenance of the antenna socket (not necessary from hardware version 4.0
onwards)" on page 88
"Maintenance of the antenna connector (only for antennas supplied before 09/2013)"
on page 89
14.1 General maintenance
l
l
Regularly check the myDatasensH2S 1000 for mechanical damage.
Clean the myDatasensH2S 1000 with a soft, moist cloth. Use a mild cleaning agent, if necessary.
Important note: Due to the electrostatic effects, the protective armour must not be rubbed
with cloths in the Ex zone.
14.2 Accu or battery pack
While battery packs are intended for single use and must be disposed of accordingly after depletion,
accu packs can be recharged and used again and again. However, the service time of accu packs is
not indefinite. In addition to regular servicing and maintenance, its service life is also dependent on
the frequency of use and the operating and storage conditions.
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14.3 Replacing the rechargeable battery or battery pack
Important note: A dry location must be used to replace the rechargeable battery or battery
pack. If this is not possible, protect the opened device against penetrating moisture using
suitable means.
Note: The rechargeable battery pack does not need to be replaced in devices for which a
maintenance agreement has been concluded, as recharging the rechargeable battery pack is
included in the scope of the maintenance contract. Under normal operating conditions, the
capacity of the rechargeable battery pack will cover the 6 -month period until the next service. Additionally, a condition of the maintenance contract is that the rechargeable battery
pack is not disconnected from the device. A seal, that is covered by the protective armour, is
attached to the device for this purpose. Please note that if this seal if broken, this will render
the maintenance contract invalid.
Warranty seal
1. Ensure that all of the relevant data was transmitted to the myDatanet server. If necessary, initiate the ALOHA transmission mode using the solenoid contact (see "ALOHA transmission
mode" on page 35) and then check again that all of the relevant data has been transmitted.
2. Now remove the antenna.
3. Press the upper end of the device out of the protective armour (see "Removing the protective
armour - step 1" on page 80) and then remove it fully from the protective armour (see "Removing the protective armour - step 2" on page 80)
Removing the protective armour - step 1
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Removing the protective armour - step 2
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Chapter 14 Maintenance
4. Briefly (approx. 1 sec.) activate the solenoid switch (see "Operating elements" on page 53) to
prepare the myDatasensH2S 1000 for the removal of the rechargeable battery pack. This
ensures that the most recently generated data is saved permanently. If the device is not notified that the rechargeable battery pack is being removed by briefly pressing the solenoid
switch, the measurement data from the last half an hour can be lost.
5. Push and hold both of the "Push" buttons (see "Removing the rechargeable battery or battery
pack" on page 81) while pulling the rechargeable battery or battery pack out of the myDatasensH2S 1000 .
Note: If using a battery pack, ensure that it is disposed of in line with environmental
requirements. Used battery packs can be returned to the manufacturer or handed in at
suitable collection points.
Removing the rechargeable battery or battery pack
1 Left release button
2 Right release button
The following step is only necessary if a rechargeable battery pack is being used
6. Charge the rechargeable battery pack. A description is provided in the chapter "Charging the
accu pack" on page 83
7. Due to the low energy consumption, one rechargeable battery charge will provide several
months of operating time. During this time, the myDatasensH2S 1000 is located in an environment that strongly corrodes the seal between the device and the rechargeable battery or
battery pack. The rechargeable battery cover must therefore be replaced every time the
rechargeable battery or battery pack is disconnected from the device. Instructions are provided in the chapter "Replacing the rechargeable battery cover" on page 85.
Important note: When using rechargeable battery packs with an EX certificate that is
indicated by the marking on the type plate, the rechargeable battery cover must only
be replaced by individuals who are certified and specially trained by the manufacturer.
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8. Most damage to the myDatasensH2S 1000 can be attributed to damaged or contaminated
seals. The rechargeable battery cover must therefore be replaced every time the rechargeable
battery or battery pack is disconnected from the device. The contact surface on the device
must be cleaned thoroughly and the seal of the new rechargeable battery cover must be lubricated thoroughly. A detailed description is provided in the chapter "Maintenance of the
rechargeable battery seal" on page 87.
Important note: Ensure that the seal and contact surface of the device are clean and
intact before assembling the rechargeable battery or battery pack and the myDatasensH2S 1000 . Remove any impurities and/or dirt. The manufacturer shall not be liable for any damage to the device caused by leaky or faulty seals.
9. Now reconnect the rechargeable battery or battery pack and the myDatasensH2S 1000 . Check
that both of the "Push" buttons are engaged correctly.
Important note: The manufacturer is not liable for any damage that is caused by the
rechargeable battery or battery pack and the myDatasensH2S 1000 not being assembled correctly ("Push" buttons not engaged correctly).
The following step is not mandatory.
10. Check whether the connection to the myDatanet functions correctly (see "Testing communication with the device" on page 51).
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11. Clean the protective armour before assembly. It is also recommended to lightly spray the corners and surfaces in accordance with Figure "Oiling the protective armour" on page 83 using
the paraffin oil spray included in the myDatanet service kit (206.324 ). This facilitates
assembly and the subsequent removal of the protective armour during the next service.
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The protective armour must only be cleaned with mild cleaning agents.
The protective armour must not be rubbed with cloths in the Ex zone.
Oiling the protective armour
12. Install the protective armour according to step 1 to 3 in Figure "Installing the protective
armour" on page 83. Ensure that you insert the device in to the protective armour in such a
way that the type plate can be read following installation. Otherwise, the solenoid switch,
status LED and antenna connector cannot be accessed via the cut-out in the upper section of
the protective armour (see "Operating elements" on page 53).
Important note: Do not use any sharp objects for the assembly.
Installing the protective armour
Step 1
Step 2
Step 3
14.3.1 Charging the accu pack
The accu packs are delivered in a charged state.
Instructions on replacing the accu pack are provided in "Replacing the rechargeable battery or battery pack" on page 80.
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Important note:
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The rechargeable battery pack can be replaced in the Ex area but must not be charged.
Please note that if the seal is broken, the maintenance contract for these devices shall
be void (see "Replacing the rechargeable battery or battery pack" on page 80).
When recharging the rechargeable battery pack it must be located outside the Ex area
in a dry environment.
Only the Charger AC15 (206.701) must be used to charge lithium-ion accu packs. The
charger specifications must be observed. The use of atypical chargers can destroy the
accu pack (e.g. causing the cells to leak or an explosion, etc).
Charger and accu pack
1 Charger AC15 (206.701)
3 Charging plug
2 Status LED of the Charger AC15
4 Accu pack, e.g. AP424DA rechargeable battery
(206.705)
Flashing orange: Impulse charge (accu pack
fully discharged)
Orange: Accu pack is being charged
Green: Charging completed
Red: Accu pack damaged
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The charging process starts as soon as the accu pack is connected to the charger. The accu pack is
fully discharged if the status LED on the charger flashes orange. The charging process will take considerably longer in this case. A normal charging process is started, if the status LED is orange. The
charging process is complete when the status LED turns green. Normally, the charging process does
not take longer than 10 hours.
If the status LED turns red, the accu pack is faulty. Possible reasons for this include a broken cable,
short circuit or defective cells. In this case, the used accu pack must be replaced with a new one.
Note: A new accu pack will only achieve full capacity after three complete charging and discharge cycles. Accu
packs are wear parts that lose capacity over time. The capacity is also reduced at high or low ambient temperatures and under intensive use.
Important note: The use of spare and wear parts (e.g. accu or battery packs, etc.) that are not
approved by the manufacturer will render the warranty invalid.
Note: Ensure that accu and battery packs are disposed of in line with environmental requirements. Used accu or battery packs can be returned to the manufacturer or handed in at suitable collection points.
14.3.2 Replacing the rechargeable battery cover
The optional "myDatanet service kit (206.324 )" accessory is required for replacing the rechargeable
battery cover.
Important note:
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When using rechargeable battery packs with an Ex certificate, that is indicated by the
marking on the type plate, the rechargeable battery cover must only be replaced by
individuals who are certified and specially trained by the manufacturer.
The rechargeable battery cover must not be replaced in the Ex area.
The rechargeable battery cover must be replaced every time the rechargeable battery or
battery pack is disconnected from the device.
The manufacturer must be contacted if there is any indication of moisture within the
sealing area (see "Contact information" on page 127).
The maximum permissible torque for all of the screws is 0.45 Nm and must not be
exceeded under any circumstances.
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Replacing the rechargeable battery cover - step 1
Replacing the rechargeable battery cover - step 2
1 Screw
3 Rechargeable battery electronics
2 Rechargeable battery cover
4 Screw including shoulder washer
1. Unscrew all four of the screws (1) that secure the rechargeable battery cover (see "Replacing
the rechargeable battery cover - step 1" on page 86). A suitable Torx wrench (Tx10) is included
in the myDatanet service kit (206.324 ).
2. Carefully lift the rechargeable battery cover.
Important note: Be particularly careful to ensure that the wires that are underneath and
connect the rechargeable battery electronics to the rechargeable battery cells are not
damaged.
3. Loosen both of the screws (4), that secure the rechargeable battery electronics, and carefully
remove the rechargeable battery electronics from the rechargeable battery cover (see "Replacing the rechargeable battery cover - step 2" on page 86).
4. Then push the rechargeable battery electronics into the new rechargeable battery cover and
secure the rechargeable battery electronics with the screws provided (4).
Important note: Ensure that you do not mix up the screws (4) for securing the rechargeable battery electronics with the screws (1) for securing the rechargeable battery cover.
5. Place the rechargeable battery cover back on the rechargeable battery pack and secure it with
all four of the screws (1). Tighten all four of the screws crosswise so that the rechargeable battery cover is affixed uniformly (ensure the maximum permissible torque of 0.45 Nm is maintained).
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14.3.3 Maintenance of the rechargeable battery seal
The optional "myDatanet service kit (206.324 )" accessory is required for maintaining the rechargeable battery seal.
Important note:
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The rechargeable battery cover must be replaced every time the rechargeable battery or
battery pack is disconnected from the device (see "Replacing the rechargeable battery
cover" on page 85).
Ensure that any impurities are eliminated.
The impermeability of the device is not guaranteed if the contact surface on the device
is not cleaned thoroughly.
The seal must be protected before EACH assembly with a bead of grease from the
syringe included in the myDatanet service kit (206.324 ).
1. After removing the rechargeable battery or battery pack, clean the contact surface on the myDatasensH2S 1000 with a standard cleaning cloth and cotton buds.
Cleaning the myDatasensH2S 1000 - step 1
Cleaning the myDatasensH2S 1000 - step 2
2. Replace the rechargeable battery cover (see "Replacing the rechargeable battery cover" on
page 85).
3. To ensure impermeability, it is particularly important to apply a bead of grease on the seal
(approx. 0.5 ml) using the syringe included in the myDatanet service kit (206.324 ).
Important note: The seal must be greased before EVERY assembly of the rechargeable
battery or battery pack.
Applying the bead of grease
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14.4 Maintenance of the antenna socket (not necessary from hardware version 4.0 onwards)
The optional "myDatanet service kit (206.324 )" equipment is required for maintaining the antenna
socket.
Important note:
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The three small O-rings must be installed on the contact pin of the antenna socket to
improve the seal.
The O-rings must be checked after the antenna has been removed (e.g. when replacing
the rechargeable battery) and must be replaced with new ones from the myDatanet
service kit (206.324 ) in the event of brittleness or damage.
Installation of the three small O-rings
1 0.75x1.2 mm O-ring (included in the scope of
delivery of the 206.324 )
1. Place the three small O-rings on the contact pin of the antenna socket. The O-rings are placed
in the end position during initial installation of the antenna.
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14.5 Maintenance of the antenna connector (only for antennas supplied before 09/2013)
The optional "myDatanet service kit (206.324 )" equipment is required for maintaining the antenna
connector.
Important note:
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The O-ring must generally be used for all radio receiver antenna connectors to improve
the seal and must be replaced as necessary.
The O-ring must be checked after the antenna has been removed (e.g. when replacing
the rechargeable battery) and must be replaced with a new one from the myDatanet
service kit (206.324 ) in the event of brittleness or damage.
Antenna including attached O-ring
1 Antenna 900 FME -F (206.801)
2 6.1x1.6 mm O-ring (included in the scope of
delivery of the 206.324 )
1. Attach the O-ring on the antenna connector according to the Figure "Antenna including
attached O-ring" on page 89.
2. The O-ring must be pressed firmly on to the antenna socket following installation of the
antenna. Check the number of O-rings on the contact pin of the antenna socket.
Important note: Do not apply too much force when tightening the antenna. Tighten the
antenna or antenna extension by hand. Do not use a tool except for the plastic openended spanner that is included in the myDatanet service kit (206.324 ) that will break
if the applied force is too strong.
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14.6 Maintenance of the H2S sensor
The H2S sensor of the myDatasensH2S 1000 is an electrochemical gas sensor which is used up over
time. It must therefore be recalibrated at regular intervals (at the latest every 6 months). The load
from the gas (ppm/s), in addition to the running time since the last calibration, is relevant to the
wear of the H2S sensor. For the calibration, the myDatasensH2S 1000 must be sent back to the manufacturer or a certified service partner in the original packaging (see "Return" on page 38). The maximum service life of the used H2S sensor is 2 years, although, it may be shortened due to loads
during operation. During the calibration process, the manufacturer or certified service partner will
evaluate the wear of the sensor and inform the customer about the required replacement of the sensor, if necessary.
14.6.1 Calibration, trimming and zero-point alignment
CAUTION:
To prevent any damage to the device, the work described in this section of these instructions
must only be performed by qualified personnel trained to handle H2S calibration gas.
Note: Devices for which a maintenance agreement was concluded do not need to be
trimmed or calibrated by the customer, as both of these processes are included in the scope
of the maintenance contract. The calibration is completed every 6 months as part of the
ongoing service. As the maintenance contract stipulates that the accu pack is not disconnected from the device, the USB interface that is required for trimming or calibration purposes cannot be accessed. To ensure that these conditions are maintained, a seal is attached
to the device (see "Replacing the rechargeable battery or battery pack" on page 80), which is
however covered by the protective armour. Please note that if this seal if broken, this will
void the maintenance contract.
Note: Additional explanations on the difference between calibration, trimming and zero-point alignment
Action
Amount of time
Required tools
Accuracy
Calibration
(see "Calibration" on page 91)
Trimming
(see "Trimming" on page 98)
Zero-point alignment
(see "Zero-point alignment" on page 102)
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14.6.1.1 Safety instructions for handling H2S gas
DANGER:
Extreme caution is required when handling calibration gases!
Hydrogen sulphide is a neurotoxic substance that can cause poisoning and even death
depending on the concentration.
It has the following effects on humans:
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~ 0.1ppm: Odour threshold
from 20ppm: Corneal damage following prolonged exposure
approx. 100ppm: Irritation of the mucous membranes in the eyes and respiratory system, salivation, irritation of the throat
> 200ppm: Headache, breathing difficulties
> 250ppm: Impairment of the olfactory receptors
> 300ppm: Nausea
approx. 500ppm: Weakness, drowsiness, dizziness (life threatening within a few minutes)
> 500 ppm: Seizures, unconsciousness (fatal within a few seconds)
Long-term effects following exposure to low doses include tiredness, loss of appetite, headaches,
irritability, poor memory and a lack of concentration.
The greatest caution must therefore be exercised depending on the calibration gas used.
The maximum admissible concentration (MAC value) at the workplace for H2S is 10ppm.
14.6.1.2 Calibration
Note: The calibration of a myDatasensH2S 1000 must only be completed in a specially
equipped calibration space.
14.6.1.2.1 Calibration specifications
Important note:
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No one is allowed to enter the calibration room without training.
Employees must only use those gases or gas concentrations that they are trained to
use according to the relevant risk potential.
Alcohol-based cleaning agents must not be used.
Before entering the calibration room, the employee must have been in an environment
free of alcoholic vapours for at least 30 minutes.
The ESD safety guidelines must be observed in the calibration room.
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14.6.1.2.2 Calibration room equipment
The following basic equipment must be available in the calibration room:
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Ensure sufficient ventilation is provided.
Gas cylinders must be assembled and stored properly.
The fittings on the gas discharge station must correspond to the working pressure.
A computer is required for the DeviceConfig configuration program.
An extraction device that is in permanent operation during the calibration process must be provided.
More detailed provisions must be taken from the applicable standards on installing a gas storage
centre for the relevant country.
Normally, gas storage centres must be approved and accepted by the legislative authorities.
The gas storage centre must be designed for a hydrogen sulphide concentration of up to 200ppm.
14.6.1.2.3 Calibration process
Important note: Before calibration, the device must be stored in an environment that is free
of H2S and alcoholic vapours for twelve hours.
Note: All of the screenshots show version 4.3 of the DeviceConfig configuration program. Newer versions may
include minor changes to the appearance of the program.
1. Start the DeviceConfig configuration program. It is available for download in the service area
of your myDatanet server (see "myDatanet Server Manual " 805002). Installation instructions
are included in the user manual for the DeviceConfig ("myDatanetDeviceConfig Manual "
805004).
DeviceConfig
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2. Remove the protective armour and disconnect the device from the rechargeable battery pack
(see "Replacing the rechargeable battery or battery pack" on page 80) to expose the USB interface (see "Overview" on page 23).
3. Connect the myDatasensH2S 1000 to the PC using the USB cable USB-A/USB-B 1,5m (206.601)
cable supplied. The driver will need to be installed, if the device is being connected to the PC
for the first time. From Windows Vista onwards, this will complete automatically. Instructions
on installing the driver on older versions of Windows are included in the user manual for the
DeviceConfig ("myDatanetDeviceConfig Manual " 805004).
Important note: Remove the antenna before connecting the device with the USB interface of a PC. Otherwise, this can cause a potential displacement between the ground of
the antenna and PC, which could damage the USB interface of the device.
4. The calibration must only be completed by a restricted group of people. A password is therefore required. For this purpose, select "Program -> Activate Superuser Features" and enter the
password provided by the administrator of your myDatanet server in the dialogue window that
appears.
Note: Additional tabs will be displayed within the configuration program depending on the level of the password.
Screenshot following input of the password including additional tabs
5. Select the "Calibration" tab (see "Screenshot following input of the password including additional tabs" on page 93) and wait for the warmup time to elapse.
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6. Ensure that 0ppm is selected for the lower reference point. Wait five minutes before pressing
the button to set the lower reference point. You can use the timer integrated in the interface
to determine the amount of waiting time that remains. An acoustic signal is issued once the
timer has elapsed. During this five-minute waiting time, it must be ensured that the H2S concentration in the calibration room is 0ppm (extraction active and all of the valves on the gas
cylinders are closed).
"Calibration" tab
1 Lower reference point (target value in
ppm)
7 Button for adopting the lower reference
point
2 Upper reference point (target value in
ppm)
8 Button for adopting the upper reference
point
3 Raw value
9 Timer to determine the remaining waiting
time
4 H2S measurement value (calculated with 10 Starts/stops the timer 1)
the currently valid values for the offset and
slope)
5 Determined offset
11 Button to generate the calibration protocol
that should always be created to ensure
traceability.
6 Determined slope
12 Button to transfer the values determined
for the offset and slope to device
1)
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After a restart, the timer is automatically reset to the value set via the two dropdown fields.
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7. Place the myDatasensH2S 1000 in the myDatasens calibration adapter (206.813), which
should already be connected to the gas extraction station.
Place the myDatasensH2S 1000 in the calibration adapter
1 myDatasensH2S 1000
3 Hose to the gas extraction station
2 myDatasens calibration adapter (206.813)
4 USB cable USB-A/USB-B 1,5m (206.601) connection cable to the PC
8. Ensure that the concentration value of the gas that you are using for the calibration is entered
for the upper reference value (recommendation: 30-150 ppm). Set the flow controller for the
calibration gas to 0.5 l/min. and gas the device for five minutes. Then press the button to
adopt the upper reference point (see ""Calibration" tab " on page 94).
Note: If the calculated value for the offset is below -1250 (e.g.-1300) or above -600
(e.g.-550), it can be assumed that the H2S sensor is defective. In this case, contact the
manufacturer (see "Contact information" on page 127).
9. Press the "Save" button to transfer the calculated offset and slope values to the myDatasensH2S 1000 (see ""Calibration" tab " on page 94).
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10. The "Print" button is used to generate the calibration protocol that must always be created to
ensure traceability. After pressing the "Print" button, a dialogue window will appear in which
additional information can be added. The protocol is printed once this window is closed by
selecting "OK". The standard printer is always used for this purpose without any additional
prompt. A PDF writer can also be used.
Dialogue window to enter additional information
Device Type
Dropdown list for selecting the device type
Customer
Name of the customer
Customer no. (ERP)
AB/RMA no.
ERP number of the cusOrder number or RMA number that the device is
tomer
assigned to
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Gauger
Name of the gauger who completed the calibration. The folder specified in the "Path for
signatures" must contain a PDF file with the digitised signature of the gauger. The file
name of the PDF must correspond exactly with the name of the gauger entered in the
"gauger" field.
Path for signatures
Folder where the PDFs with the digitised signatures of
the gaugers are located.
...
Opens a dialogue window to select the folder
Last cal:
Time of the last calibration (set automatically, although it can be edited)
Next cal:
Time when the next calibration should be completed (suggested automatically,
although it can be edited)
Temp
rH
Temperature in the calibration room during the
calibration
Pressure
Air humidity in the calAir pressure in the calibration room during the
ibration room during the
calibration
calibration
Conditions
Not required for this device class
Gas concentration
Precision
Expiry
Concentration in ppm of
Precision in % specified
Expiry date of the gas
the gas used for the
by the manufacturer of
used
upper reference point
the gas used
Cal. instrument
Not required for this
device class
Last cal.
Not required for this
device class
Range
Not required for this
device class
Precision
Not required for this
device class
Responsible
Name and address of the company responsible for the calibration
Path for PDF
Folder in which the calibration protocols should be
saved as PDFs
...
Opens a dialogue window to select the folder
Open protocol after creation
Checkbox for selecting whether the calibration protocol
should be opened after creation
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14.6.1.3 Trimming
Important note:
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Employees must only use those gases or gas concentrations that they are trained to
use according to the relevant risk potential.
Alcohol-based cleaning agents must not be used.
The optional "Calibration set H2S 30ppm (206.810)" equipment is recommended for implementing
the trimming process. If you are under the impression that based on the operational demands, the
calibration of the sensor is no longer entirely correct, this can be compensated by the trimming process. This means that the time until the next scheduled calibration can be bypassed. The trim can
then be removed again during the next calibration. The basic calibration of the device is not
changed by the trimming process. The trim can be removed again at any time by clicking on the
"Reset" button (see ""Trim" tab " on page 100).
Note: All of the screenshots show version 4.3 of the DeviceConfig configuration program. The newer versions may
include minor changes to the appearance of the program.
1. Start the DeviceConfig configuration program. It is available for download in the service area
of your myDatanet server (see "myDatanet Server Manual " 805002). Installation instructions
are included in the user manual for the DeviceConfig ("myDatanetDeviceConfig Manual "
805004).
DeviceConfig
2. Remove the protective armour and disconnect the device from the accu pack (see "Replacing
the rechargeable battery or battery pack" on page 80) to expose the USB interface (see "Overview" on page 23).
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3. Connect the myDatasensH2S 1000 to the PC using the cable supplied USB cable USB-A/USB-B
1,5m (206.601). If the device is being connected to the PC for the first time, the driver will
need to be installed. From Windows Vista onwards, this will complete automatically. Instructions on installing the driver on older versions of Windows are included in the user manual for
the DeviceConfig ("myDatanetDeviceConfig Manual " 805004).
Important note: Remove the antenna before connecting the device with the USB interface of a PC. Otherwise, this can cause a potential displacement between the ground of
the antenna and PC, which could damage the USB interface of the device.
4. The trimming process can only be completed by a restricted group of people. A password is
therefore required. For this purpose, select "Program -> Activate Superuser Features" and enter
the password provided by the administrator of your myDatanet server in the dialogue window
that appears.
Note: Additional tabs will be displayed within the configuration program depending on the level of the password.
Screenshot following input of the password including additional tabs
5. Select the "Trim" tab (see "Screenshot following input of the password including additional
tabs" on page 99) and wait for the warm-up time to be completed.
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6. Ensure that 0ppm is selected for the lower reference point. Wait five minutes before pressing
the button to set the lower reference point. During these five minutes, it must be ensured that
no H2S gas reaches the sensor.
"Trim" tab
1 H2S measurement value (calculated with 6 Detected offset
the currently valid values for the offset and
slope)
2 Upper reference point (target value in
ppm)
7 Detected slope
3 Lower reference point (target value in ppm) 8 Input field for the manual entry of the offset
4 Button for adopting the lower reference
point
9 Input field for the manual entry of the
slope
5 Button for adopting the upper reference
point
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7. Place the myDatasensH2S 1000 in the myDatasens calibration adapter (206.813), which
should already be connected to the source of the calibration gas.
Place the myDatasensH2S 1000 in the calibration adapter
1 myDatasensH2S 1000
3 Hose to the source of the calibration gas
2 myDatasens calibration adapter (206.813)
4 USB cable USB-A/USB-B 1,5m (206.601) connection cable to the PC
8. Ensure that the concentration value of the gas that you are using for trimming is entered for
the upper reference value (30ppm when using the "Calibration set H2S 30ppm (206.810)" ).
Set the flow controller for the calibration gas to 0.5 l/min. and gas the device for five minutes.
Then press the button to adopt the upper reference point (see ""Trim" tab " on page 100).
During this process the values determined for the offset and slope are also transferred to
myDatasensH2S 1000 .
Note: There is also an option to display the input fields for manually adding the offset and slope by selecting the checkbox "More Settings" (see ""Trim" tab " on page 100). By clicking on the "Save" button, the
manually entered values for the offset and slope are transferred to myDatasensH2S 1000 .
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14.6.1.4 Zero-point alignment
The zero-point alignment is used to equalise adjustments of the zero-point. The basic calibration of
the device is not changed by the zero-point alignment.
Note: All of the screenshots show version 4.3 of the DeviceConfig configuration program. The newer version may
include minor changes to the appearance of the program.
1. Start the DeviceConfig configuration program. It is available for download in the service area
of your myDatanet server (see "myDatanet Server Manual " 805002). Installation instructions
are included in the user manual for the DeviceConfig ("myDatanetDeviceConfig Manual "
805004).
DeviceConfig
2. Remove the protective armour and disconnect the device from the accu pack (see "Replacing
the rechargeable battery or battery pack" on page 80) to expose the USB interface (see "Overview" on page 23).
3. Connect the myDatasensH2S 1000 to the PC using the cable supplied USB cable USB-A/USB-B
1,5m (206.601). If the device is being connected to the PC for the first time, the driver will
need to be installed. From Windows Vista onwards, this will complete automatically. Instructions on installing the driver on older versions of Windows are included in the user manual for
the DeviceConfig ("myDatanetDeviceConfig Manual " 805004).
Important note: Remove the antenna before connecting the device with the USB interface of a PC. Otherwise, this can cause a potential displacement between the ground of
the antenna and PC, which could damage the USB interface of the device.
4. Select the "Zero" tab (see ""Zero" tab " on page 103) and wait for the warm-up time to be
completed.
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5. Ensure that no H2S gas reaches the sensor. Wait until the displayed ppm value is stable and
then click on "zero".
"Zero" tab
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Chapter 15 Removal/disposal
Chapter 15 Removal/disposal
Dispose of the device in accordance with the locally valid environmental regulations for electronic
products.
Accu and/or battery packs must not remain connected to the myDatasensH2S 1000 after
discharging. Ensure that accu and battery packs are disposed of in line with environmental
requirements.
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Chapter 16 Troubleshooting and repair
Chapter 16 Troubleshooting and repair
16.1 General problems
Problem
Device does not
respond (status LED
always off)
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problems
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ALOHA transmission
mode cannot be
activated
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Not all or no data is
available on the
server
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H2S measurement
value is not
plausible
Cause/solution
A rechargeable battery or battery pack that is not approved for use in
the Ex area is being used. Solution: Only use rechargeable battery and
battery packs listed in chapter "Rechargeable battery and battery
packs" on page 119.
Fully discharge rechargeable battery and battery packs
Evaluate the blink code of the status LED (see "Status LED" on page
54).
Load the device log from the myDatasensH2S 1000 or the myDatanet
server and use DeviceConfig for the evaluation (see "Evaluating the
device log" on page 117).
The rechargeable battery or battery pack capacity is virtually depleted.
The myDatasensH2S 1000 is connected to the USB interface of a PC.
Evaluate the blink code of the status LED (see "Status LED" on page
54).
Load the device log from the myDatasensH2S 1000 or the myDatanet
server and use DeviceConfig for the report (see "Evaluating the device
log" on page 117).
The rechargeable battery or battery pack capacity is virtually depleted.
The connection was interrupted during transmission, which is indicated
by a time-out entry in the connection list (see "myDatanet Server
Manual " 805002). Solution: Initiate a ALOHA transmission or wait for
the next cyclical transfer.
The assignment of the device and site is not correct (see "Site" on page
55).
Check the date of the last calibration (see "Device-specific settings" on page
66). The myDatasensH2S 1000 must be calibrated every 6 months.
Alarm state of a
Increase the record interval (attention: This will increase the required data
measurement value volume).
was not identified
Alarm state was not
transmitted
although the data is
present
Rev. 05
l
l
Check the alarm settings of the measurement channel
The connection was interrupted during transmission, which is indicated
by a time-out entry in the connection list (see "myDatanet Server
Manual " 805002). Solution: Initiate a ALOHA transmission or wait for
the next cyclical transfer.
107
Problem
Alarm message was
not sent although
the alarm was
signalled
108
l
l
Cause/solution
Check the settings of the alarm schedule (see "myDatanet Server
Manual " 805002).
Check the address data of the alarm schedule (see "myDatanet Server
Manual " 805002).
Rev. 05
Chapter 16 Troubleshooting and repair
16.2 Log entries and error codes
Log entry
Code
Plain text
1011 BSL RESET
Parameter
Code
Plain text
-----
1020 ERROR SOD
##
---
Description
Rest of the device so that the boot loader
can activate the new main controller
software
Internal system error
There may be a hardware problem if this
error is contained in the device log several
times with the same parameter code. Contact
the manufacturer in this case (see "Contact
information" on page 127).
1030 LOG ENTRY
DELETED
##
---
Log entries have been deleted (e.g. by
changing the system time). The parameter
specifies the number of deleted entries.
1040 RECORD DELETED
##
---
Entries from the data area have been deleted
(e.g. by changing the system time). The
parameter specifies the number of deleted
entries.
1145 ALARM ENTRY
DELETED
##
---
Entries from the alarm list have been deleted
(e.g. by changing the system time). The
parameter specifies the number of deleted
entries.
Rev. 05
109
Log entry
Code
Plain text
1160 FILE INTEGRITY
1170 EXT FLASH DEF
Parameter
Code
Plain text
0
DATA_FILE
Description
While searching for the required data record
in the data memory area, it was determined
that the data is not sorted in ascending
order.
1
DATA_FILE_2
Reserved for extensions
2
LOG_FILE
While searching for the required data record
in the log memory, it was determined that
the data is not sorted in ascending order.
10
DATA_FILE
When transferring the data to the server, it
was determined that the data in the data
memory area is not sorted in ascending
order.
11
DATA_FILE_2
Reserved for extensions
12
LOG_FILE
When transferring the data to the server, it
was determined that the data in the log
memory is not sorted in ascending order.
##
---
Internal system error
---
There may be a hardware problem if this
error is contained in the device log several
times with the same parameter code. Contact
the manufacturer in this case (see "Contact
information" on page 127).
1190 DP INVALID
##
1200 MODEM ERROR
##
1212 ERROR MODEM
IRREGULAR OFF
0
---
The modem is switched off unexpectedly
while it is in the "Disconnect" status.
1
---
The modem is switched off unexpectedly
while it is in the "Connected" status.
2
---
The modem is switched off unexpectedly
while it is in the "Wait for disconnect"
status.
---
---
The modem has been reset
1224 MODEM SIM RESET ---
---
PowerOFF/PowerON cycle completed for the
modem
1222 MODEM RESET
110
Modem error (see "Modem error" on page
114)
Rev. 05
Chapter 16 Troubleshooting and repair
Log entry
Code
Plain text
1250 MODEM TO ON
Parameter
Code
Plain text
1
---
Description
Timeout when trying to initialise the GPRS
modem
2
---
Timeout during the second attempt to
initialise the GPRS modem
1251 MODEM TO INIT
---
---
Timeout when changing the GPRS modem
from the "Not initialised" to the "Not
connected" status
1252 MODEM TO CON
---
---
Timeout when changing the GPRS modem
from the "Not connected" to the
"Connected" status
1253 MODEM TO DISC
---
---
Timeout in the "Connected" GPRS modem
status
1254 MODEM TO OFF
---
---
Timeout while waiting for the GPRS modem
to switch off
1260 MODEM FW ERROR ##
Modem error during firmware download (see
"Modem error" on page 114)
1261 MODEM FW TO
---
---
Timeout during firmware download
1271 MODEM RST OK
---
---
Modem reset was completed successfully.
1272 MODEM RST NOT
OK
---
---
Modem reset was not completed
successfully. PowerOFF/PowerON modem
cycle required.
1280 MODEM UNKNOWN --TASK STATE
---
Internal system error
1290 COM UNKNOWN
TASK STATE
---
---
1400 MEASURE
UNKNOWN MODE
---
---
1401 MEASURE
UNKNOWN STATE
---
---
1402 MEASURE TO
---
---
Rev. 05
There may be a hardware problem if this
error is contained in the device log. Contact
the manufacturer in this case (see "Contact
information" on page 127).
Internal system error
There may be a hardware problem if this
error is contained in the device log. Contact
the manufacturer in this case (see "Contact
information" on page 127).
Timeout when generating the measurement
value
111
Log entry
Code
Plain text
1600 STATE
Parameter
Code
Plain text
1
OK
Last connection OK
(1/2) (1/2)
2
TRANSMISSION
ERROR
Last transmission faulty
MEASUREMENT
ERROR
Last measurement faulty
3
Description
Try again later
l
l
4
HOLD
Check the configuration.
Check the connection between the
device and sensor.
Standby (GPRS ON, measurement OFF)
If ALOHA transmission mode is initiated on
the device, the myDatasensH2S 1000
switches back into "RUN" mode (GPRS ON,
measurement ON).
5
TRANSPORT
Transport lock (GPRS OFF, measurement
OFF)
see "Standby"
6
OFFLINE
Offline (GPRS OFF, measurement ON)
see "Standby"
112
Rev. 05
Chapter 16 Troubleshooting and repair
Log entry
Code
Plain text
1600 STATE
Parameter
Description
Code
Plain text
7
NO NET (NET LOCK) Netlock/no matching provider
(2/2) (2/2)
l
l
l
8
NO NET
No GSM network
l
l
10
GPRS ERROR
Try to improve the position of the
antenna.
Check whether the device is in the
coverage area
(www.microtronics.at/footprint).
Lift the netlock (see
"myDatanetDeviceConfig Manual "
805004)
Improve position of the antenna
Try again later
No GPRS connection
Try to improve the position of the antenna.
11
IP ERROR
No myDatanet server available
l
l
12
SIM CARD ERROR
Check whether port 51241 is enabled
on the myDatanet server.
Try again later
Faulty SIM chip/SIM card
Contact support.
Rev. 05
113
16.2.1 Modem error
Log entry
Code
Plain text
GPRS error (1/2)
Parameter
Plain text
Code
1200 BEARER LINE BUSY
-993 ---
Description
Line busy
Try again later
BEARER NO
ANSWER
-992 ---
No answer
l
l
BEARER NO
CARRIER
-991 ---
No carrier
l
l
BEARER GPRS
FAILED
-988 ---
l
114
-987 ---
BEARER PPP AUTH
FAILED
-986 ---
BEARER PPP IPCP
FAILED
-985 ---
BEARER PPP LINK
FAILED
-984 ---
BEARER PPP TERM
REQ
-983 ---
Try again later
Check whether the device is in the
coverage area
(www.microtronics.at/footprint).
GPRS setup failure
l
BEARER PPP LCP
FAILED
Try again later
Check whether the device is in the
coverage area
(www.microtronics.at/footprint).
Try to improve the position of the
antenna
Check whether the device is in the
coverage area
(www.microtronics.at/footprint).
Error when negotiating the LCP
Internal error
Error occurred during PPP authentication
Internal error
Error when negotiating the IPCP
Internal error
PPP receiver does not react to echo request
Internal error
PPP session terminated by the receiver.
Internal error
Rev. 05
Chapter 16 Troubleshooting and repair
Log entry
Code
Plain text
GPRS error (2/2)
BEARER CALL
REFUSED
Code
Parameter
Plain text
-982 ---
Description
Incoming call refused
Try again later
BEARER UNKNOWN -981 ---
Try again later
Error when establishing the GPRS connection
1200 BEARER BAD HDL
-980 ---
Invalid handling
Internal error
BEARER BAD STATE -979 ---
The carrier was not stopped.
Internal error
BEARER DEV
-978 ---
Error occurred during link layer initialisation
Internal error
BEARER GPRS
START UNKNOWN
-977 ---
Internal error
Error when disconnecting the GPRS connection
1200 BEARER GPRS STOP -976 --BAD HDL
BEARER GPRS STOP -975 --UNKNOWN
1200 NETLOCK FAILURE
-970 ---
Invalid handling
Internal error
Internal error
Error when selecting the network
l
l
Rev. 05
Check whether the device is in the
coverage area
(www.microtronics.at/footprint).
Check the settings for the netlock or
remove the netlock
115
Log entry
Code
Plain text
1200 BAND SEL FAILED
Parameter
Code
Plain text
-969 ---
Description
A network could not be found on the
GSM900/1800 or on the GSM85071900
band.
l
l
Try to improve the position of the
antenna.
Check whether the device is in the
coverage area
(www.microtronics.at/footprint).
TCP channel error (1/2)
1200 CHANNEL ABORTED -965 ---
An attempt is being made to write to/read a
TCP client that is no longer available.
Try again later
CHANNEL CSTATE
-964 ---
The channel is not in the "WIP_CSTATE_
READY" state.
Try again later
CHANNEL NOT
SUPPORTED
-963 ---
CHANNEL OUT OF
RANGE
-962 ---
The option is not supported by the channel.
Try again later
The optional value is outside the permissible
range.
Try again later
CHANNEL MEMORY -961 ---
Internal error
CHANNEL INTERNAL -960 ---
Internal error
CHANNEL INVALID
Invalid option or parameter
-959 ---
Internal error
TCP DNS FAILURE
-958 ---
The name could not be resolved in an IP
address.
Internal error
116
CHANNEL
RESOURCES
-957 ---
CHANNEL PORT IN
USE
-956 ---
There are no further TCP buffers available.
Try again later
TCP server port is already being used.
Try again later
Rev. 05
Chapter 16 Troubleshooting and repair
Log entry
Code
Plain text
TCP channel error (2/2)
Code
Parameter
Plain text
1200 CHANNEL REFUSED -955 ---
Description
The TCP connection has been refused by the
server.
Try again later
CHANNEL HOST
UNREACHABLE
-954 ---
No route to the host.
Try again later
CHANNEL NETWORK -953 --UNREACHABLE
No network available
CHANNEL PIPE
BROKEN
TCP connection interrupted
-952 ---
Try again later
Try again later
CHANNEL TIMEOUT -951 ---
Timeout (DNS request, TCP connection, ping
response, etc.)
Try again later
CHANNEL
UNKNOWN
-950 ---
Internal error
16.3 Evaluating the device log
16.3.1 Evaluating the device log on the myDatanet server
The last 300 log entries on the myDatanet server can be called up via the button shown below that
is located in the measurement device list. As the log entries are sent to the server in the
transmission cycle in the same way as the measurement data, only the log entries up to the last
server connection are available.
The manual for the server ("myDatanet Server Manual " 805002) includes a detailed description of
the evaluation of the device log on the myDatanet server.
16.3.2 Evaluating the device log using DeviceConfig
The DeviceConfig program can be used to read all of the stored log entries, including those that
have not yet been transferred to the myDatanet server, directly from the myDatasensH2S 1000 via
the USB interface.
Rev. 05
117
A more detailed description about the evaluation of the device log using DeviceConfig is included
in the user manual for the DeviceConfig ("myDatanetDeviceConfig Manual " 805004).
118
Rev. 05
Chapter 17 Spare parts and accessories
Chapter 17 Spare parts and accessories
17.1 Assembly sets
Description
MDN wall mounting
Quantity
Order number
1
206.321
Niro shackle
1
206.325
17.2 Antennas
Note: The use of antennas not listed in this section shall invalidate the Ex approval.
Description
Antenna 900 FME -F
Quantity
Order number
1
206.801
Extension cable for antenna FME-F/FME-M 5m
1
206.805
17.3 Rechargeable battery and battery packs
Description
Quantity
Order number
Battery packs
BP457A battery (Li-SOCl2; 51Ah ; -10...+40°C operating temperature) 1
206.703
Rechargeable battery packs
AP424DA rechargeable battery (Li-Ion; 19,2Ah ; -10...+40°C
operating, 0 ...+40°C charging temperature)
1
206.705
17.4 Charging device
Description
Charger AC15
Quantity
Order number
1
206.701
Snap-on primary plug EU for chargers/power supplies
1
300027
Snap-on primary plug UK for chargers/power suppliest
1
300028
Snap-on primary plug US for chargers/power supplies
1
300029
Snap-on primary plug AUS for chargers/power supplies
1
300030
Rev. 05
119
17.5 Cable
Description
USB cable USB-A/USB-B 1,5m
Quantity
Order number
1
206.601
17.6 Other accessories
Description
MDN Protection casing
Quantity
Order number
1
206.320
Commissioning battery pack for myDatalog/sens Mobile 1)
1
305005
MDN Magnet
1
206.803
myDatanet service kit
1
206.324
MDN Anti-theft device
1
206.322
myDatasens calibration adapter
1
206.813
Calibration set H2S 30ppm
1
206.810
1) The
Commissioning battery pack for myDatalog/sens Mobile does not include any accu cells and is only designed with a
USB port as a protective measure that is attached instead of an accu or battery pack.
120
Rev. 05
Chapter 18 Document history
Chapter 18 Document history
Rev.
Date
Changes
03 11.04.2013 Chapter "Declaration of conformity" on page 9
Standards updated
Chapter "Technical data" on page 17
Technical data regarding the temperature sensor added
Chapter "Testing communication with the device" on page 51
Additional explanation about evaluating the "Battery" added
Chapter "Log entries and error codes " on page 109
Breakdown of the error codes added
04
18.06.2015 Hardware version 4.0
The device is now equipped with an integrated SIM chip. The SIM slot is still
present.
Only the red LED with the same status indication as before is present.
Chapter "Declaration of conformity" on page 9
Declaration of Conformity updated
Chapter "Technical data" on page 17
Ex parameters of the power supply added
Resolution of the temperature sensor added
Chapter "Ex certification" on page 11
Page 3 and 4 of the certificate added
Chapter "Ex protection" on page 20
Conditions that have to be adhered to updated
Chapter "General safety instructions" on page 21
Chapter added
Chapter "Block diagram" on page 24
Chapter added
Chapter "Device labelling" on page 25
Explanation on changed type plate adjusted
Chapter "Functional principle" on page 29
System overview and explanation of individual elements added
Chapter "Determining the H2S concentration" on page 30
Explanation of the alarm and recording module added
List of the relevant configuration parameters for each determination stage of
the H2S concentration added
Chapter "ALOHA transmission mode" on page 35
Information added indicating that ALOHA transmission mode cannot be
activated when there is an existing USB connection
Chapter "Wall mounting" on page 41
Information about the optional theft protection added
Rev. 05
121
Rev.
Date
Changes
04 18.06.2015 Chapter "Connecting the GSM antenna" on page 44
Information on correctly tightening the antenna added
Chapter "Technical details about the SIM slot" on page 46
Chapter added
Chapter "Technical details about the USB interface" on page 46
Chapter added
Chapter "Calculated channels" on page 57
Explanation of the "Delta" and "Cloning" calculation modes added
Chapter "Basic setting" on page 63
Explanation of the "Default report" and "Report template" parameters
added
Chapter "myDatanet server" on page 67
Chapter added
Chapter "DeviceConfig " on page 75
Chapter added
Chapter "XML interface" on page 73
Chapter added
Chapter "Replacing the rechargeable battery or battery pack" on page 80
Information added indicating that a dry location must be used to replace the
rechargeable battery or battery pack
Information on disposal supplemented
Information on correctly assembling the device and rechargeable battery or
battery pack supplemented.
Chapter "Replacing the rechargeable battery cover" on page 85
Further information on replacing the rechargeable battery cover added
Maximum permissible torque for all of the screws changed from 0.4 Nm to
0.45 Nm
Chapter "Maintenance of the antenna socket (not necessary from hardware
version 4.0 onwards)" on page 88
Information added indicating that this chapter only has to be observed for
hardware version < 4.0
Chapter "Maintenance of the antenna connector (only for antennas supplied
before 09/2013)" on page 89
Information added indicating that this chapter only has to be observed for
antennas delivered before 09/2013
Chapter "Maintenance of the H2S sensor" on page 90
Chapter added
122
Rev. 05
Chapter 18 Document history
Rev.
Date
Changes
04 18.06.2015 Chapter "Calibration process" on page 92
Information added indicating that the antenna must be removed before the
USB connection is established.
Upper limit for the offset at which the sensor is classed as defect added
Illustration and explanation of the dialogue window in which additional
information can be entered that can be added to the calibration protocol
Chapter "Trimming" on page 98
Information added indicating that the antenna must be removed before the
USB connection is established
Chapter "Zero-point alignment" on page 102
Information added indicating that the antenna must be removed before the
USB connection is established
Chapter "Troubleshooting and repair" on page 107
Solutions for the problem, that ALOHA transmission mode cannot be
initiated, added
Chapter "Log entries and error codes " on page 109
Explanations for various log entries added
05
09.01.2017 Chapter "Declaration of conformity" on page 9
Declaration of Conformity updated
Chapter "Ex certification" on page 11
Certificate updated
Chapter "Measurement instrument" on page 64
Explanation added indicating that the instrument class can no longer be
changed once the instrument is connected to the server
Chapter "Groups" on page 71
Chapter added
Chapter "API" on page 77
Chapter added
Chapter "Replacing the rechargeable battery cover" on page 85
Further information on replacing the rechargeable battery cover added
Chapter "Maintenance of the rechargeable battery seal" on page 87
Further information on replacing the rechargeable battery cover added
Rev. 05
123
Chapter 19 Glossary
Chapter 19 Glossary
ALOHA
Connection mode that is specially designed for commissioning. The device maintains a
connection to the server for a configurable amount of time and takes a measurement every
3 seconds. During this process, only the internal measurement values (GSM level, voltages,
etc.) and the values from the universal inputs (if available) are generated. The determined
measurement values are not saved but are just sent to the server for display purposes.
Footprint
The manufacturer's devices are equipped with subscriber identity modules (SIM) ex-works for
the purpose of mobile data transmission. The footprint describes the countries and regions, in
which a mobile connection is available (see www.microtronics.at/footprint).
NaN value
The myDatanet uses special encoding to display different error statuses in the measurement
values, for example. By setting a measurement value to "NaN", it is clearly marked as invalid
and is thus not used for any further calculations. In the measurement value graphs, a
measurement value that has been set to "NaN" is indicated by an interruption in the graph.
When downloading the data, a measurement value set to "NaN" is indicated by an empty data
field.
Rev. 05
125
Chapter 20 Contact information
Chapter 20 Contact information
Support & Service:
Microtronics Engineering GmbH
Hauptstrasse 7
3244 Ruprechtshofen
Austria, Europe
Tel. +43 (0)2756 7718023
[email protected]
www.microtronics.at
Microtronics Engineering GmbH
(Headquarter)
Hauptstrasse 7
3244 Ruprechtshofen
Austria, Europe
Tel. +43 (0)2756 77180
Fax. +43 (0)2756 7718033
[email protected]
www.microtronics.at
Rev. 05
127
© 2015 Microtronics Engineering GmbH. All rights reserved. Photos: Microtronics
Microtronics Engineering GmbH | www.microtronics.at
300753 | Rev.05
Hauptstrasse 7 | 3244 Ruprechtshofen | Austria
Tel +43 2756 77180 | Fax +43 2756 77180 33 | [email protected]
">