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2.

Introduction

This  manual  describes  how  to  operate  the  idOil-30  3G  and  idOil-30  Battery  3G  units  by
means of text messages.

Matters related to aspects such as the installation, connection, commissioning and electrical
safety of the device are described in the actual installation and user instructions.

2.1.

Product operation

The device contains a 3G modem, which enables text messages to be sent over the cellular
network between the user and the device. The following functions are possible.

The user can change the unit settings.
The  user  can  request  information  on  the  settings,  measurements  and  alarms  from  the
device.

The device sends the measurement and alarm data to either the users or the LabkoNet

®

server at times specified by the user.

The text messages and their more specific structure are described later in this manual.

Figure 1. Messages between the user and the idOil unit

One  message  sent  by  the  idOil  unit  can  contain  a  maximum  of  160  characters.  If  a
message exceeds the 160 character limit, idOil will send it in multiple parts. The beginning
of each message indicates how many messages are impending and which one of them the
current message is. For example 1/2 (first message) and 2/2 (second message).

2.2.

idOil and LabkoNet

The  idOil  unit  can  be  connected  to  the  web-based  LabkoNet

®

  monitoring  system.  In

comparison  to  a  cellular  connection,  the  benefits  of  the  LabkoNet

®

  system  include

continuous connection monitoring, storage of alarm data and visual representation.

The device sends the alarm or measurement data received from the measurement point to
the LabkoNet

®

  server.  The  server  receives  the  data  and  stores  them  in  a  database  from

which they can later be accessed for reporting purposes, for example.

At the same time, the server examines data sent by each sensor as well as any possible
instances of upper or lower alarm limits being triggered. If it detects any violations, it sends
the  alarm  data  to  the  predefined  email  addresses  as  email  messages  and  to  mobile
numbers as text messages.

Numerical and graphical representations of all the information on the target can be viewed
online  at  https://www.labkonet.com  with  the  end  user’s  credentials  via  a  regular  web
browser.

In order to activate the LabkoNet

®

 service, please contact Labkotec Oy’s customer service

at [email protected].

Installation and Operating Instructions | idOil-30 3G, idOil-30 Battery 3G

4/19

DOC001696-EN-1

Содержание idOil-30 3G

Страница 1: ...idOil 30 3G idOil 30 Battery 3G Oil Separator Alarm Device SMS messages Commissioning and use Installation and Operating Instructions EN DOC001696 EN 1 12 3 2018 ...

Страница 2: ... Alarm settings 4 3 1 Timed message interval TXD 4 3 2 Service alarm interval SI 4 4 Settings for battery operated devices 4 4 1 Measurement interval MI 4 4 2 Listening interval LI 4 4 3 Operating voltage alarm limit setting VLIM 5 Information requested from the unit 5 1 Alarm information query M 5 2 Cellular signal strength query CSQ 5 3 Battery voltage query BATVOLT 5 4 Software version query VE...

Страница 3: ... The angle brackets often contain a short description of the setting in question Italicised and indented text is used to present messages entered by the user or sent by the device Informative markings and symbols This marking highlights essential information This marking refers to a user measure Tables The structure of the setting and response messages is depicted in the form of tables where the f...

Страница 4: ...sages are impending and which one of them the current message is For example 1 2 first message and 2 2 second message 2 2 idOil and LabkoNet The idOil unit can be connected to the web based LabkoNet monitoring system In comparison to a cellular connection the benefits of the LabkoNet system include continuous connection monitoring storage of alarm data and visual representation The device sends th...

Страница 5: ...ars at the top right corner of the local display see the figure below the idOil unit is connected to the cellular network The idOil unit is ready to send and receive messages when the recipient telephone numbers have been set Figure 2 Signal strength bar shown in the idOil unit s local display The idOil unit functions with cellular connections provided by the most common operators Installation and...

Страница 6: ... TEL no1 no2 no3 no4 no5 Field legend TEL Telephone number setting command no1 no2 no3 no4 no5 End user telephone numbers in international format delineated with spaces The device responds with a message including the name of the device if set the set telephone numbers and the corresponding memory slots in the device memory TEL device name if specified 1 memory slot 1 telephone no 5 memory slot 5 ...

Страница 7: ...lephone no 2 memory slot 2 telephone no 3 memory slot 3 telephone no 4 memory slot 4 telephone no 5 memory slot 5 telephone no The response contains nothing more than the text TEL if no numbers remain in the device memory Example If numbers have been stored in all memory slots but a new device name is yet to be specified and the command DELTEL 2 is entered the response is TEL 1 35840111111 3 35840...

Страница 8: ... entered via the idOil unit s browser user interface The names of the sensor inputs include fixed portions that cannot be changed The idOil unit identifies the sensor type automatically and names each sensor input based on this If three different sensors are connected to the idOil control unit the sensor names are as follows 1 Oil sensor 2 High liquid sensor and 3 Sludge sensor The format of the s...

Страница 9: ...LOCK The time setting is needed if you wish to save log information with actual time stamps or if you want the device to send timed messages to the end user or the LabkoNet server This setting can also be entered via the idOil unit s browser user interface The format of the time setting command is CLOCK yyyy mm dd hh mm Field legend CLOCK Time setting command and query yyyy mm dd Year yyyy month m...

Страница 10: ... in days hh mm The time of the message hours hh and minutes mm separated with a colon The factory default for the interval and time is 0 00 00 When the interval is set to 0 the timed message is not in use Example 1 Send the following message to the idOil device TXD 1 12 00 Device response TXD device name 1 12 00 The device sends a timed message every day at 12 00 Example 2 Switching off the timed ...

Страница 11: ... modem to forward the alarm data After this the device returns to power saving mode The factory default for the measurement intervals is 10 minutes This setting can also be entered via the idOil unit s browser user interface The format of the measurement interval setting command is as follows MI nnn Field legend MI Command nnnn Measurement interval in minutes Permitted values 10 30 60 120 180 240 ...

Страница 12: ...Pirkkala Myllyhaantie 24 4 4 3 Operating voltage alarm limit setting VLIM The idOil 30 Battery 3G unit monitors the level of its operating voltage The device sends an alarm when the voltage drops below the alarm limit setting specified for the operating voltage The factory default for the alarm limit is 11 4 V This setting can also be entered via the idOil unit s browser user interface The setting...

Страница 13: ...VLIM 11 8 The response is VLIM Pirkkala Myllyhaantie 11 8 V Installation and Operating Instructions idOil 30 3G idOil 30 Battery 3G 13 19 DOC001696 EN 1 ...

Страница 14: ...end STATUS Heading of command M device name If a name has been set for the device it is indicated at the beginning of the message sensor input name The possible descriptive name set by the user for the sensor input and the character alarm text yyyy mm dd hh mm Alarm text standard cannot be changed depends on the type of sensor connected to the input Oil level alarm on or off Sludge level alarm on ...

Страница 15: ...ngth as a value between 0 and 31 CSQ device name value Example If the device name has been set as Pirkkala Myllyhaantie and the signal strength is requested with the command CSQ the device response can be as follows CSQ Pirkkala Myllyhaantie 25 5 3 Battery voltage query BATVOLT To request the battery voltage value from the idOil unit send the following text message to the idOil unit BATVOLT The de...

Страница 16: ...problems Send the following text message to the idOil unit VER The unit s response contains the device name if set and the software version VER device name x xx Example Pirkkala Myllyhaantie has been set as the device name and the software version is 1 00 When the command VER is entered the response is VER Pirkkala Myllyhaantie 1 00 Installation and Operating Instructions idOil 30 3G idOil 30 Batt...

Страница 17: ...el alarm on or off Sludge level alarm on or off High liquid alarm on or off Alarm time fault alarm text yyyy mm dd hh mm Alarm text regarding the fault standard cannot be changed depends on the type of sensor connected to the input Oil level fault on or off Sludge level fault on or off High liquid fault on or off Alarm time The message contains the information of commissioned sensor inputs only 6 ...

Страница 18: ...The device can detect power outages and save their start and end times in its memory Once power supply is restored the device sends the following message device name Power down after power outage start time Power up power outage end time Examples idOil 30 Battery 3G Power down after 2018 10 03 11 30 Power up 2018 10 03 12 10 idOil 30 3G Power down 2018 10 03 11 30 Power up 2018 10 03 12 10 In othe...

Страница 19: ...ter entry The reasons for the errors vary between commands Possible causes include the following the point is missing from between the numbers there are too many numbers for the free memory slots too many characters the point or colon is missing the sensor input number is not 1 3 the separator characters are missing or are incorrect the data time entered is invalid the entered value deviates from ...

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