Eelectron LM00B01KNX User manual

USER MANUAL
Translation of the original instructions
Version: 1.0
Date: 18/04/2023
LM00B01KNX Surveillance module KNX

LM00B01KNX
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Index
1. Introduction to the user manual ................................................................................................................................................4
Meaning of the symbols used ................................................................................................................................................. 4
2. Products overview .....................................................................................................................................................................4
3. Installation instructions ..............................................................................................................................................................4
4. Congurationandcommissioning.............................................................................................................................................5
5. General parameters ..................................................................................................................................................................5
6. Surveillance ..............................................................................................................................................................................6
7. Logics ........................................................................................................................................................................................6
8. Virtual Holder ............................................................................................................................................................................6
9. Behaviour on bus failure, recovery and download ................................................................................................................... 6
Behaviour on bus voltage failure ............................................................................................................................................ 6
Behaviour on bus voltage recovery ........................................................................................................................................ 6
Wrong application download................................................................................................................................................... 6
VERSION DATE CHANGES
1.0 18/04/2023 -

LM00B01KNX
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Any information inside this manual can be changed without ad-
vice.
This handbook can be download freely from the website:
www.eelectron.com
Exclusion of liability:
Despite checking that the contents of this document match the
hardware and software, deviations cannot be completely exclud-
ed. We therefore cannot accept any liability for this.
Any necessary corrections will be incorporated into newer ver-
sions of this manual.
Eelectron S.p.A.
Via Claudio Monteverdi 6, I-20025 Legnano (MI), Italia
Tel [phone] [email protected]

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1. Introduction to the user manual
This manual is intended for use by KNX® installers and describes
the functions and parameters of the product LM00B01KNX: Sur-
veillance module KNX.
For the technical data of the device and the compatible accesso-
ries, please refer to the datasheet of the device itself.
Meaning of the symbols used
WARNING - The operation or phase described must be
carried out in compliance with the instructions provided
and with the safety standards.
IMPORTANT NOTE - Detailsandspecicationstobere-
spected for the correct functioning of the device.
2. Products overview
The LM00B01KNX logic module permits to monitor the status of
the devices connected to a BUS line.
Itispossibletoenablethenoticationmodeofthecorrectfunc-
tionality of the device via a communication object.
256 surveillance blocks are available through which 3 basic func-
tionscanbeactivatedindividuallyorindi󰀨erentcombinations:
Alive,Alarm and Warning.
• The “On line” function sends a message on the bus as long
as the monitored device is active on the bus.
• The “Alarm” function sends an alarm message when the
monitored device does not send any message for a time ex-
ceeding the surveillance time.
• The “Warning” function can be used to prompt the monitored
device. A little before the alarm is sent, a reading value is
generated on the communication object that must be con-
nected to a readable group object of the monitored device
(for ex. temperature, a status).
Moreover, 16 logic blocks are available to implement simple ex-
pressions with logical or threshold operator or complex expres-
sions with algebraic and conditional operators; It is possible to
usepredenedalgorithmsasproportional controlsoftempera-
ture and humidity or dew point calculation.
The device also integrates the “Virtual Holder Logic”;theeld
of application is the hotel room: through a magnetic sensor in-
stalled on the door and connected to a digital input (also to the
sensor itself), accurate presence information is managed. The
presence detection solution can deduce the presence of people
in the room using one or more dedicated sensors. It also detects
an unexpected presence and is able to di󰀨erentiate more be-
haviors.
For greater security, it is possible to install two LM00B01KNX
logicmodulesonthesameBUSline,conguringthemasprima-
ry and secondary. When the primary device goes out of service,
the secondary takes over control of the line; when the operation
of the primary device resumes, the secondary returns to the con-
trol status of the primary device only.
Device is equipped with KNX communication interface and is in-
tended for installation on DIN rail in LV distribution switchboards.
3. Installation instructions
The device can be used for permanent internal installations in
dry places.
WARNING
• Device must be installed at a minimum distance of 4 mm
between electrical power line (mains) and input cables or
red / black bus cable.
• The device must be mounted and commissioned by an au-
thorized installer.
• The applicable safety and accident prevention regulations
must be observed
• The device must not be opened. Any faulty devices should
be returned to manufacturer
• For planning and construction of electric installations, the
relevant guidelines, regulations and standards of the re-
spective country are to be considered.
• KNX bus allows you to remotely send commands to the sys-
tem actuators. Do not lead to hazardous situations, and that
the user always has a warning about which commands can
be activated remotely.
For information visit: www.eelectron.com.

LM00B01KNX
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4. Conguration and commissioning
Thecongurationandcommissioningofthedeviceismadewith
theETS®(EngineeringToolSoftware).Forthecongurationof
the device parameters the corresponding application program or
the whole eelectron® product database must be loaded in the
ETS® program.
The commissioning of the device requires the following steps:
• connect the bus KNX (1)
• turn on the bus power supply
• press the programming button (2); the red programming
LED (visible through the device lens) turns ON
• download into the device the physical address and the con-
gurationwiththeETS®program
5. General parameters
Communication objects involved:
“<General> Heartbeat” 1 Bit CRT
“<General> Primary Heartbeat” 1 Bit CW
“<General> Primary Alarm” 1 Bit CRT
“<General> Alarms x - y” 4 Bytes CRT
KNX PARAMETER SETTINGS
Delay in sending telegrams on
power-up 5 ÷ 15 seconds
Through this parameter it is possible to set the telegram transmission
delay after switch-on by selecting the time beyond which the device is
authorized to send telegrams.
In large systems after a power outage or shutdown, this delay avoids
generatingexcessivetra󰀩conthebus,causingslowperformanceor
a transmission crash.
If there are several devices that require telegrams to be sent on the
busafterareset,thesedelaysmustbeprogrammedtopreventtra󰀩c
congestion during the initialization phase.
Input detection and object values are updated at the end of the trans-
mission delay time
At the end of ETS programming, the device behaves as it did after it
was switched on.
Heartbeat
(periodic alive notication)
nothing
periodic
on request
Through this parameter you can enable the object “<General> Heart-
beat”fornoticationofthecorrectoperationofthedevice:
• nothing: heartbeat function disabled;
• periodic:youcandenetheintervalandthemessagesentonthe
busforthenoticationofthestatus;
• on request: no message is sent but the object can be read through
the object “<General> Heartbeat”.
Telegram value o󰀨/on/toggle
This parameter denes the telegram sent by the object “<General>
Heartbeat”. The value “toggle” is only available in case of periodic
sending.
Period - time unit seconds / minutes / hours
ThisparameterdenestheunitofmeasuresoftheHeartbeatperiod.
Period - time value 1 ... 255
Thisparameter denes thetime intervalfor sendingthe “<General>
Heartbeat” object.
Physical address main line 0 ... 15
This parameter denes the physical main address of the surveilled
devices (e.g. 10.13.x --> 10).
Physical address sub line 0 ... 15
Thisparameterdenesthephysicalsubaddressofthesurveilledde-
vices (e.g. 10.13.x --> 13).
Alarm time - hours 0 ... 23
Thisparameterdenesthe surveillance time(hours)before sending
the alarm. Used by the surveillance modules when the alarm function
is enabled.
Alarm time - minutes 0 ... 59
Thisparameterdenesthesurveillancetime(minutes)beforesending
the alarm. Used by the surveillance modules when the alarm function
is enabled.
Warning time - seconds 20 ... 255
Thisparameterdenesthewarningtime(seconds).Thistimeindicates
how much before the end of the surveillance time a group value read is
sent on the bus through the “Warning Read Request” object. Used by
the surveillance modules when the warning function is enabled.
Surveillance priority primary / secondary
Thisparameterdenesifthedeviceistheprimarysurveillancedevice
or if it is the secondary one. If secondary is selected, the heartbeat
period of the primary device must be aligned to the one of the primary
device itself. If no message is received in the period an alarm message
is sent on the object “<General> Primary Alarm” and the secondary
device starts to surveil the plant.
Primary period - time unit seconds / minutes / hours
ThisparameterdenestheunitofmeasuresofthePrimaryHeartbeat
period.
Primary period - time value 1 ... 255
Thisparameter denes thetime intervalfor sendingthe “<General>
Primary Heartbeat” object.
Number of surveillances
Thisparameterdenesthenumberofsurveillancemodules.
Button function
none
reset alarms and start surveil-
lance
Deneswhethertousethe
LOGIC MODULE BLOCCO CAD
Data / Date
Descrizione / Description Scala / Scale
Nome del file / File name
Codice acquisto / Purchase code
Revisione / Revision
Via Claudio Monteverdi 6
20025 Legnano (MI)
email: [e-mail]
Disegnatore / Designer
1:1
1.0
1/1
Questo disegno è di proprietà di Eelectron Spa -Via Caludio Monteverdi 6, 20025 Legnano (MI). Senza l'espressa autorizzazione scritta, non può essere riprodotto nè divulgato a terzi.
Property of Eelectron SpA - Via Caludio Monteverdi 6, 20025 Legnano (MI). The copy or forward to third parties without permission is forbidden.
29/03/2022
Federica Gusa
Claudio Crespi
LM00B01KNXDM00030100
CA4V_REV1
Foglio / Sheet
Supervisore / Supervisor
1
2

LM00B01KNX
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Green Led function none/BUStra󰀩c
This parameter denes if the green LED indicates the tra󰀩c on the
BUS:
• ledalwayso󰀨:notra󰀩c
• ledalwayson:tra󰀩c100%
Red Led function none / alarm active
This parameter denes if the red LED indicates the presence of an
activealarm(atleastonedeviceiso󰀪ine).
Virtual holder X disabled / enabled
By setting this parameter, it is possible to enable a “virtual holder”, that
is a logical function that automatically recognizes the presence of a
person in a room. This function can be used in hotels or similar instal-
lations and requires connection to other devices (see “Virtual Holder”)
6. Surveillance
Please refer to the “Surveillance” user manual.
7. Logics
Please refer to the “Logics” user manual.
In the devices described, the logical expression can
have a maximum of 16 characters.
8. Virtual Holder
Please refer to the “Virtual Holder” user manual.
9. Behaviour on bus failure, recovery and
download
Behaviour on bus voltage failure
On failure of bus voltage no actions are executed by the device;
behaviour of controlled actuators must be set using their own
parameters.
Behaviour on bus voltage recovery
On bus voltage recovery all the communication objects are set
to0exceptforobjectsforwhichaparameterisdenedforthe
initial value. The internal clock function has an autonomy of 24
hours from the voltage drop; once this time has passed, it will be
necessary to send the telegrams by date and time.
Wrong application download
If the wrong ETS application is downloaded then KNX/EIB led
starts blinking and device is not operative on the bus. A power
reset must be done or the correct ETS application must be down-
loaded.