EDA KNX-väyläsovittimen ohjeet

IntesisBox
KNX-Modbus RTU master
DO NOT CONNECT THE KNX BUS
BEFORE BMS IS PROGRAMMED
NB!
24V +
CMN -
EIA 485 +
EIA 485 -
Ke/Gu/Ye
OBS!
KOPPLA INTE KNX BUS INNAN DUC
ÄR FÄRDIGT PROGRAMMERAD
Mu/Sv/Bla
Vi/Gr/Gr
HUOM!
ÄLÄ KYTKE KNX VÄYLÄÄ SOVITTIMEEN
ENNEN VAKin VALMIIKSI OHJELMOINTIA
20m RJ4P4C erikoiskaapeli
20m RJ4P4C specialkabel
20m RJ4P4C special cable
Ke/Gu/Ye
1 2 3 4
FREEWAY
RJ11
RJ11
1 2 3 4
FREEWAY
PIN 1 - 5 VDC
PIN 2 - +
PIN 3 - PIN 4 - GND
EDA EMOKORTTI
EDA MODERKORT
EDA CONTROL BOARD
Vi/Gr/Gr
Pu/Rö/Re
Mu/Sv/Bla
24V
Paino kg
ELECTRICAL CONNECTIONS
Sivu
Pvm
File
Hyv
Tark
Piirt
1
22.06.2009
KNX kytkentä
MW
Nimitys
KNX-Modbus RTU connections
Muutos Lehti
A
UNIT EXTERNAL CONNECTIONS
Ensto Enervent Oy
Kipinätie 1 | FIN-06150 PORVOO
Tel +358 207 528 800 | enervent@ensto.com
Hyv
Pu/Rö/Re
EDA EIB/KNX VÄYLÄ ASETUKSET
Kytkentä RS485
Baud rate 19200
EIB Fyysinen osoite 1.1.255
Slave adress 1
VIIKKOKELLOOHJELMAN KÄYTTÖ EIB/KNX
VÄYLÄSTÄ
Viikkokellon ajat asetetaan EDA automatiikan
käyttöpaneelilta ja toiminto EIB väylästä. EDA käyttöpaneelilta valitaan viikkokellotoiminnolle aika sekä päivät jolloin ohjelma on
käynnissä. Kaikkiin 20 viikkokelloon voidaan
esiohjelmoida omat halutut ajat eri toiminnoille.
Toiminnot (poissa, pitkään poissa jne.) valitaan EIB väylästä. Toiminnoilla on omat numerot jotka vastaavat kyseistä toimintoa.
Toimintoja vastaavat numerot näkyvät
seuraavalla sivulla olevan taulukon viikkokello rivien info sarakkeesta.
Tominta valitaan EIB väylästä jolloin kyseinen
viikkokello aktivoituu.
Esimerkki:
EDA käyttöpaneelilta on valittu Viikkokelloohjelma 1 päälle:11:00-20:00, Ma Ti Ke
EIB/KNX välyältä valitaan Viikkokelloohjelma 1:lle numero 2 (=Pitkään poissa) (P/I/S
15/7/26)
Nyt laite on Pitkään poissa tilassa maanantaista - keskiviikkoon, klo 11:00 ja 20:00
välillä.
Jos kyseistä viikkokelloohjelmaa ei haluta käyttää muutetaan EIB/KNX väylältä
Viikkokelloohjelma 1:lle numero 0 (P/I/S
15/7/26)
HUOM!
Lue tämä ohje huolella ennen kun otat
järjestelmän käyttöön ja säilytä ohje tulevia tarpeita varten. KNX väyläsovitinta EI
saa kytkeä ilmanvaihtolaitteen emokorttiin ennen kuin ohjelmointi on tehty!
www.enervent.fi
Välj tid och dagar då veckouret är aktivt. Förprogrammeringar kan göras för alla 20 tidsprogram som finns tillgängliga i veckouret.
Varje funktion har ett eget nummer.
Numren för funktionerna ses på raderna
för veckouret i tabellen på nästa sida. Funktionen väljs i EIB bus och veckouret i fråga
aktiveras.
Exempel:
Veckour 1 har aktiverats via EDA styrpanelen:
11:00 - 20:00, Må Ti On
Nummer 2 (P/I/S 15/7/26) för Veckour 1väljs
från EIB/KNX bus. Aggregatet går nu i Länge
borta läge från måndag till onsdag, kl 11:0020:00.
När man inte längre vill använda programmeringen ifråga ändrar man nummer 1 till 0 i
EIB/KNX bus (P/I/S 15/7/26).
EDA EIB/KNX BUS INSTÄLLNINGAR
Connection RS485
Baud rate 19200
EIB Physical Address 1.1.255
Slave adress 1
ANVÄNDNING AV VECKOURET VIA EIB/KNX
BUS
Tidsinställningarna för veckouret görs i EDA
automatikens styrpanel. OBS!
Läs denna anvisning noggrant innan du
installerar aggregatet och spara anvisningen för framtida behov. Koppla inte KNX
till ventilationsaggregatets moderkort innan DUC är färdigt programmerad.
When you want to disconnect the weekly
timer, you change the number for the Weekly timer 1 to 0, through EIB/KNX bus (P/I/S
15/7/26).
EDA EIB/KNX BUS SETTINGS
Connection RS485
Baud rate 19200
EIB Physical Address 1.1.255
Slave adress 1
USING THE WEEKLY TIMER VIA EIB/KNX BUS
Time settings for the weekly timer are made
through EDA control panel. The function for
the time is programmed through the EIB bus.
Choose the time and days for the weekly
timer to be active.
You can pre-program all 20 timeprograms
with desired times for different functions.
The functions (away, long away ie.) are chosen through the EIB bus. The functions have
their own numbers corresponding to the
function. The function corresponding numbers are presented in the table on the next
page. You choose the function trough EIB
bus whereby the weekly timer in question
becomes active.
Example:
Weekly timer 1 is activated trough EDA control panel:
11:00 - 20:00, Mo Tu We
Choose 2 (=Long away) in EIB/KNX bus for
Weekly timer 1 program (P/I/S 15/7/26).
Now the unit is in Long away state from Monday to Wednesday between 11:00 and 20:00.
NOTE!
Before installing and operating this unit,
please read this manual thoroughly, and
retain it for further reference. Do not
connect the KNX bus to the ventilation
unit motherboard before the BMS is programmed.
KNX väyläsovittimen ohjeet
Instruktioner för KNX bus
Instructions for KNX bus
Created:
Edited:
Mikael Karlsson
17.6.2013
Name
Away
Away long
Overpressure
Cooker hood
Central vacuum cleaner
Max heating
Max cooling
Manual forcing
Summernight cooling
Alarm A
Alarm B
3/16x0317
3/16x0311
3/16x0305
3/16x0299
3/16x0293
3/16x0287
3/16x0281
3/16x0275
3/16x0269
3/16x0263
3/16x0257
3/16x0251
3/16x0245
3/16x0239
3/16x0233
3/16x0227
3/16x0221
3/16x0215
Week timer program 19/20 function
Week timer program 18/20 function
Week timer program 17/20 function
Week timer program 16/20 function
Week timer program 15/20 function
Week timer program 14/20 function
Week timer program 13/20 function
Week timer program 12/20 function
Week timer program 11/20 function
Week timer program 10/20 function
Week timer program 9/20 function
Week timer program 8/20 function
Week timer program 7/20 function
Week timer program 6/20 function
Week timer program 5/20 function
Week timer program 4/20 function
Week timer program 3/20 function
Week timer program 2/20 function
Week timer program 1/20 function
Info
Outside air temperature measurement. Register value = temperature measurement * 10!
Supply air temperature measurement subsequent to HRC. Register value = temperature measurement * 10!
Supply air temperature measurement. Register value = temperature measurement * 10!
Waste air temperature measurement. Register value = temperature measurement * 10!
Exhaust air temperature measurement. Register value = temperature measurement * 10!
Exhaust air temperature measurement prior to HRC (Heat pump units). Register value = temperature measurement * 10!
Returnwater temperature measurement. Register value = temperature measurement * 10!
Exhaust air humidity measurement.
HRC efficiency at supply side.
HRC efficiency at exhaust side.
Humidity measurement average over past 48h
Room temperature average counted from all roomsensors in use. Register value = temperature measurement * 10!
Requested ventilation output (requested from operating panel)
Temperature setpoint for corresponding control type
Week timer 1 timeprogram function, 0=No function, 1=Away function, 2=Away long function, 3=Heating blocked, 4=Cooling blocked,
5=Temperature drop, 6=Max heating, 7=Max cooling, 8-15=AC fan speed 1-8, 16=DO time relay, 20-100=EC fan speed 20-100%
Week timer 2 timeprogram function, 0=No function, 1=Away function, 2=Away long function, 3=Heating blocked, 4=Cooling blocked,
5=Temperature drop, 6=Max heating, 7=Max cooling, 8-15=AC fan speed 1-8, 16=DO time relay, 20-100=EC fan speed 20-100%
Week timer 3 timeprogram function, 0=No function, 1=Away function, 2=Away long function, 3=Heating blocked, 4=Cooling blocked,
5=Temperature drop, 6=Max heating, 7=Max cooling, 8-15=AC fan speed 1-8, 16=DO time relay, 20-100=EC fan speed 20-100%
Week timer 4 timeprogram function, 0=No function, 1=Away function, 2=Away long function, 3=Heating blocked, 4=Cooling blocked,
5=Temperature drop, 6=Max heating, 7=Max cooling, 8-15=AC fan speed 1-8, 16=DO time relay, 20-100=EC fan speed 20-100%
Week timer 5 timeprogram function, 0=No function, 1=Away function, 2=Away long function, 3=Heating blocked, 4=Cooling blocked,
5=Temperature drop, 6=Max heating, 7=Max cooling, 8-15=AC fan speed 1-8, 16=DO time relay, 20-100=EC fan speed 20-100%
Week timer 6 timeprogram function, 0=No function, 1=Away function, 2=Away long function, 3=Heating blocked, 4=Cooling blocked,
5=Temperature drop, 6=Max heating, 7=Max cooling, 8-15=AC fan speed 1-8, 16=DO time relay, 20-100=EC fan speed 20-100%
Week timer 7 timeprogram function, 0=No function, 1=Away function, 2=Away long function, 3=Heating blocked, 4=Cooling blocked,
5=Temperature drop, 6=Max heating, 7=Max cooling, 8-15=AC fan speed 1-8, 16=DO time relay, 20-100=EC fan speed 20-100%
Week timer 8 timeprogram function, 0=No function, 1=Away function, 2=Away long function, 3=Heating blocked, 4=Cooling blocked,
5=Temperature drop, 6=Max heating, 7=Max cooling, 8-15=AC fan speed 1-8, 16=DO time relay, 20-100=EC fan speed 20-100%
Week timer 9 timeprogram function, 0=No function, 1=Away function, 2=Away long function, 3=Heating blocked, 4=Cooling blocked,
5=Temperature drop, 6=Max heating, 7=Max cooling, 8-15=AC fan speed 1-8, 16=DO time relay, 20-100=EC fan speed 20-100%
Week timer 10 timeprogram function, 0=No function, 1=Away function, 2=Away long function, 3=Heating blocked, 4=Cooling blocked,
5=Temperature drop, 6=Max heating, 7=Max cooling, 8-15=AC fan speed 1-8, 16=DO time relay, 20-100=EC fan speed 20-100%
Week timer 11 timeprogram function, 0=No function, 1=Away function, 2=Away long function, 3=Heating blocked, 4=Cooling blocked,
5=Temperature drop, 6=Max heating, 7=Max cooling, 8-15=AC fan speed 1-8, 16=DO time relay, 20-100=EC fan speed 20-100%
Week timer 12 timeprogram function, 0=No function, 1=Away function, 2=Away long function, 3=Heating blocked, 4=Cooling blocked,
5=Temperature drop, 6=Max heating, 7=Max cooling, 8-15=AC fan speed 1-8, 16=DO time relay, 20-100=EC fan speed 20-100%
Week timer 13 timeprogram function, 0=No function, 1=Away function, 2=Away long function, 3=Heating blocked, 4=Cooling blocked,
5=Temperature drop, 6=Max heating, 7=Max cooling, 8-15=AC fan speed 1-8, 16=DO time relay, 20-100=EC fan speed 20-100%
Week timer 14 timeprogram function, 0=No function, 1=Away function, 2=Away long function, 3=Heating blocked, 4=Cooling blocked,
5=Temperature drop, 6=Max heating, 7=Max cooling, 8-15=AC fan speed 1-8, 16=DO time relay, 20-100=EC fan speed 20-100%
Week timer 15 timeprogram function, 0=No function, 1=Away function, 2=Away long function, 3=Heating blocked, 4=Cooling blocked,
5=Temperature drop, 6=Max heating, 7=Max cooling, 8-15=AC fan speed 1-8, 16=DO time relay, 20-100=EC fan speed 20-100%
Week timer 16 timeprogram function, 0=No function, 1=Away function, 2=Away long function, 3=Heating blocked, 4=Cooling blocked,
5=Temperature drop, 6=Max heating, 7=Max cooling, 8-15=AC fan speed 1-8, 16=DO time relay, 20-100=EC fan speed 20-100%
Week timer 17 timeprogram function, 0=No function, 1=Away function, 2=Away long function, 3=Heating blocked, 4=Cooling blocked,
5=Temperature drop, 6=Max heating, 7=Max cooling, 8-15=AC fan speed 1-8, 16=DO time relay, 20-100=EC fan speed 20-100%
Week timer 18 timeprogram function, 0=No function, 1=Away function, 2=Away long function, 3=Heating blocked, 4=Cooling blocked,
5=Temperature drop, 6=Max heating, 7=Max cooling, 8-15=AC fan speed 1-8, 16=DO time relay, 20-100=EC fan speed 20-100%
Week timer 19 timeprogram function, 0=No function, 1=Away function, 2=Away long function, 3=Heating blocked, 4=Cooling blocked,
5=Temperature drop, 6=Max heating, 7=Max cooling, 8-15=AC fan speed 1-8, 16=DO time relay, 20-100=EC fan speed 20-100%
Week timer 20 timeprogram function, 0=No function, 1=Away function, 2=Away long function, 3=Heating blocked, 4=Cooling blocked,
5=Temperature drop, 6=Max heating, 7=Max cooling, 8-15=AC fan speed 1-8, 16=DO time relay, 20-100=EC fan speed 20-100%
Info
Away function on / off
Away long function on / off
Overpressure function on / off
Cooker hood indication active / not active
Central vacuum cleaner indication active / not active
Max heating function on / off
Max cooling function on / off
Manual forcing function on / off
Summernight cooling function on / off
A alarm indication
B alarm indication
EDA Modbus EIB/KNX points
Coils
Modbus
1x0001
1x0002
1x0003
1x0004
1x0005
1x0006
1x0007
1x0010
1x0012
1x0041
1x0042
3/16x0323
Week timer program 20/20 function
Holding registers
Modbus Name
3x0006
Outside air temperature
3x0007
HRC Supply air temperature
3x0008
Supply air temperature
3x0009
Waste air temperature
3x0010
Exhaust air temperature
3x0011
HRC Exhaust air temperature
3x0012
Returnwater temeprature
3x0013
Exhaust air humidity
3x0029
HRC supply efficiency
3x0030
HRC exhaust efficiency
3x0035
48h humidity average
3x0046
Room temperature average
3/16x0053 Ventilation output
3/16x0135 Temperature request
3/16x0329
EDA EIB/KNX bus settings
Holding register
Holding register
Holding register
Holding register
Holding register
Holding register
Holding register
Holding register
Holding register
Holding register
Holding register
Holding register
Holding register
Holding register
Holding register
Holding register
Holding register
Holding register
Holding register
Holding register
Type
Holding register
Holding register
Holding register
Holding register
Holding register
Holding register
Holding register
Holding register
Holding register
Holding register
Holding register
Holding register
Holding register
Holding register
Type
Coil
Coil
Coil
Coil
Coil
Coil
Coil
Coil
Coil
Coil
Coil
R
R
R
R
R
R
R
R
R
R
R
R
R
R
R
R
R
R
R
R
Read
R
R
R
R
R
R
R
R
R
R
R
R
R
R
Read
R
R
R
R
R
R
R
R
R
R
R
W
W
W
W
W
W
W
W
W
W
W
W
W
W
W
W
W
W
W
W
W
W
Write
Write
W
W
W
W
W
W
W
W
W
0 - 100
0 - 100
0 - 100
0 - 100
0 - 100
0 - 100
0 - 100
0 - 100
0 - 100
0 - 100
0 - 100
0 - 100
0 - 100
0 - 100
0 - 100
0 - 100
0 - 100
0 - 100
0 - 100
0 - 100
Min/Max
-40 - 50˚C
-40 - 50˚C
-40 - 50˚C
-40 - 50˚C
-40 - 50˚C
-40 - 50˚C
-40 - 50˚C
0 - 100%
0 - 100%
0 - 100%
0 - 100%
-40 - 50˚C
20 - 100
10 - 40˚C
Min/Max
0/1
0/1
0/1
0/1
0/1
0/1
0/1
0/1
0/1
0/1
0/1
15/7/45
15/7/44
15/7/43
15/7/42
15/7/41
15/7/40
15/7/39
15/7/38
15/7/37
15/7/36
15/7/35
15/7/34
15/7/33
15/7/32
15/7/31
15/7/30
15/7/29
15/7/28
15/7/27
15/7/26
EIB / KNX Group (P/I/S)
15/7/12
15/7/13
15/7/14
15/7/15
15/7/16
15/7/17
15/7/18
15/7/19
15/7/20
15/7/21
15/7/22
15/7/23
15/7/24
15/7/25
EIB / KNX Group (P/I/S)
15/7/1
15/7/2
15/7/3
15/7/4
15/7/5
15/7/6
15/7/7
15/7/8
15/7/9
15/7/10
15/7/11