Download Report

Technical manual ver. 1.1
SA0810
KNX Switching actuator SA0810
1. Basic information
KNX Switching actuator is made for flush mounting and can be installed in any electrical
purposes boxes. KNX Switching actuator 8 x 230V AC / 10A is designed to control max. eight
(8) loads via potential free contacts to be defined in ETS software as normally open or normally
closed. Each channel can be controlled manually from the device or/and remotely,
from the bus. Each channel can be also parametrised individually by the installer.
There are four types of LED on the device which indicate: programming mode - red lit LED,
manual mode – yellow lit LED, for the working status of the device when application
is downloaded to the device - green lit LED named RUN and eight yellow LEDs for the status
of each channel. KNX bus connection is provided by the standard bus terminal grey-red.
KNX Switching actuator is made for mounting on DIN rail 35 mm and covers 5 modules.
Caution: Risk of health and life
All work involving the installation of the equipment should be done only by qualified installers
with the necessary electrical knowledge and certificates.
TOKKA Sp. z o.o. 05-500 Piaseczno, ul. Karolinki 15d, Polska/Poland
www.tokka.pl
1
Technical manual ver. 1.1
SA0810
2. Technical data
Device type
KNX Switching actuator
Number of channels
8
Power supply
From KNX bus
NO, potential free, maximal contact output current:
10 A, 230 V AC, resistive load,
screw terminal, solid-core and stranded wire: 0.5 - 1.5 mm²
Switching contact
Max. current consumption from KNX bus
Max. 35 mA
Bus terminal, grey-red
KNX bus cable connection
Temperature of operation
-5 ̊C ÷ +45 ̊C
Temperature of storage
-25 ̊C ÷ +55 ̊C
Temperature of transport
-25 ̊C ÷ +70 ̊C
Protection degree
IP 20, EN 60529
Dimensions
90.5 x 87.8 x 62 (H x W x D)
Number of modules DIN
5, EN 60715
Material and casing colour
Scope of delivery
Standards
ABS, cream
KNX Switching actuator SA0810 x 1 pc, bus terminal x 1 pc,
screw plug-in terminals x 4 pcs, technical manual x 1 pc.
In accordance with low voltage directives, EMC
and RoHS
TOKKA Sp. z o.o. 05-500 Piaseczno, ul. Karolinki 15d, Polska/Poland
www.tokka.pl
2
Technical manual ver. 1.1
SA0810
3. Installation of the device
1. Snap on KNX Switching actuator on DIN rail 35 x 7.5 mm (in accordance with EN
60715).
2. Connect KNX cable to the bus terminal as shown on the drawing in point 5 (marking 1).
3. Connect solid cores or stranded wires to the screw plug-in terminals before placing
them in the bottom sockets of the device as it is shown on the drawing in point 5,
(marking 9). Example of cables connections and circuit breaker protection is shown
below:
4. Initialisation of the device
When the active KNX bus cable is connected for the first time to the device, all eight (8)
channels LEDs start blinking. Channels buttons are active so that each channel can
be operated manually. Change of the contact relay state for operated channel is indicated by
its LED. When ETS application is downloading to the device, first software synchronisation
between contacts relays and LEDs is performing.
TOKKA Sp. z o.o. 05-500 Piaseczno, ul. Karolinki 15d, Polska/Poland
www.tokka.pl
3
Technical manual ver. 1.1
SA0810
5. Connection drawing and LED signalling
1
Bus terminal grey-red for bus connection.
2
LED RUN
Green LED lights up:
indication of the properly downloaded and running ETS application.
3
LED MANUAL
Yellow LED lights up: Indication of enabled manual operation mode.
4
BUTTON PROG
5
LED PROG
Red LED lights up: indication of physical address programming mode.
6
BUTTONs
CHANNELs
Manual operation mode buttons.
7
LEDs CHANNELs
8
SCREW PLUG-IN
TERMINALS
9
SCREW PLUG-IN
TERMINALS
Physical address programming button.
Orange LEDs: Indications of the relays contacts states.
(LEDs light up when the relays contacts are closed and LEDs are turned off
when the relays contacts are open)
Screw terminals, solid-core and stranded wire: 0.5 - 1.5 mm².
NO, potential free switching contacts.
Maximal contact output current: 10 A, 230 V AC.
Screw terminals, bottom view.
TOKKA Sp. z o.o. 05-500 Piaseczno, ul. Karolinki 15d, Polska/Poland
www.tokka.pl
4
Technical manual ver. 1.1
SA0810
6. ETS application description
ETS3 application is available in polish and english language.
Application for KNX Switching actuator SA0810 can be downloaded from www.tokka.pl.
6.1 Available communication objects
6.1.1 List of communication objects with Logic objects
TOKKA Sp. z o.o. 05-500 Piaseczno, ul. Karolinki 15d, Polska/Poland
www.tokka.pl
5
Technical manual ver. 1.1
SA0810
6.1.2 List of communication objects with Priority objects
TOKKA Sp. z o.o. 05-500 Piaseczno, ul. Karolinki 15d, Polska/Poland
www.tokka.pl
6
Technical manual ver. 1.1
SA0810
6.2 Channels settings window with General setting
6.2.1 General setting
Function
Settings
disabled/
enabled
(default: disabled)
Manual operation
Description
When Manual operation of all the channels
is demanded, this settings must be enabled.
Indication of active manual operation mode
confirms lighted up LED MANUAL.
(ETS application must downloaded before
to the device)
6.3 Channels settings window with Channel 1 settings
(Channels 2 ÷ 8 have the same configurations)
6.3.1 Channel 1 settings
Function
Relay operation
Status information
Higher priority function
Settings
make contact/
break contact
(default: make contact)
disabled/enabled
(default: disabled)
none/
logic operation/priority
(default: none)
Description
Basic setting for the relay initial position:
NO (Normally Open) or NC (Normally Closed).
When status of the channel needs to be sent
on the bus by Status feedback object,
this parameter must be set as enabled.
Definition of Higher priority functions
i.e. Logic operation and Priority.
TOKKA Sp. z o.o. 05-500 Piaseczno, ul. Karolinki 15d, Polska/Poland
www.tokka.pl
7
Technical manual ver. 1.1
SA0810
6.3.1.1 Higher priority function (when Higher priority function: Logic operation)
6.3.1.2 Logic operation settings
Function
Settings
AND/OR
(default: AND)
Type of logic operation
Value of logic object
after bus voltage recovery
0/1
(default: 0)
Description
Definition of logic operation AND or OR.
To execute this function Logic object must be
with conjunction with Switching object.
Value of Logic object after bus recovery.
6.3.1.3 Higher priority function (when Higher priority function: Priority)
6.3.1.4 Priority settings
2 bits Priority object has higher priority than Switching object. Priority can be set using one of four (4) different
values of Priority object to change or lock the current state of the contact relay: (00) not active priority, contact
open; (01) not active priority, contact closed; (11) active priority, contact closed; (10) active priority, contact open.
As long as the Priority is active (10 or 11) 1 bit operations for Switching object will not be executed.
Function
Settings
Function of priority
after bus voltage recovery
(00) not active priority,
contact open
(01) not active priority,
contact closed
(11) active priority,
contact closed
(10) active priority,
contact open
Description
Relay contact state can be defined when bus
voltage returns after bus voltage failure.
When this function is enabled one of four (4)
different settings can be chosen.
As long as the Priority is active (10 or 11) 1 bit
operations for Switching object will not be
executed.
TOKKA Sp. z o.o. 05-500 Piaseczno, ul. Karolinki 15d, Polska/Poland
www.tokka.pl
8
Technical manual ver. 1.1
no change/open/closed
(default: no change)
Reaction after priority
SA0810
When the Priority is finished state of the contact
relay can be defined.
6.3.1.5 Locking function (when Locking function: switched on)
6.3.1.6 Locking function settings
Function
Settings
Value of disable object after
bus voltage recovery
0/1
(default: 0)
Description
Value of Locking object after bus recovery.
Reaction at blocking
no change/changes
state/closed/open
(default: no change)
After activation of the Locking function by Locking
Object, Switching object immediately can change
its state according to the chosen setting.
Reaction when released:
only when higher priority
function inactive
no change/
follows switching
object/closed/open
(default: no change)
After deactivation of the Locking function by
Locking Object, Switching object immediately can
change its state according to the chosen setting.
Disable function for
Locking object = 1/
Locking object = 0
(default:
Locking object = 1)
Value for Locking object which activates Locking
function. Opposite value to the chosen one
deactivates locking function.
6.3.1.7 ON/OFF delay (when ON/OFF delay: switched on)
TOKKA Sp. z o.o. 05-500 Piaseczno, ul. Karolinki 15d, Polska/Poland
www.tokka.pl
9
Technical manual ver. 1.1
SA0810
6.3.1.8 ON/OFF delay settings
Function
ON / OFF delay is
Time base for ON / OFF
delay
Factor for ON / OFF delay
(1-255)
ON / OFF delay is
Settings
not active/active
(default: not active)
100 ms/1 s/1 min/1 h
(default: 100 ms)
Description
When ON delay or OFF delay needs to be
declared, this parameter must be set as active.
Time base for ON / OFF delay.
1-255
(default: 1)
Factor for ON / OFF delay.
Time for ON and OFF delay=Time base*Factor.
not retrigerrable/
retrigerrable
(default: not retrigerrable)
When ON delay or OFF delay needs to be
prolonged once or a few times for a predefined
Time for ON and OFF delay during the normal
operation on the Switching object (sending value
1 or value 0 to this object), this parameter must
be set as retrigerrable.
6.3.1.9 Staircase lighting function (when Staircase lighting function: switched on)
Staircase lighting function means temporary switching on the light according to the Time for staircase timer.
6.3.1.10 Staircase lighting function settings
Function
Base for staircase timer
Factor for staircase timer
(1-255)
Staircase timer is
Settings
100 ms/1 s/1 min/1 h
(default: 100 ms)
1-255
(default: 1)
Description
Time base for staircase timer.
Factor for staircase timer
Time for staircase timer = Time base*Factor.
When Staircase lighting function needs
to be prolonged once (or a few times)
not retrigerrable/
for a predefined Time for staircase timer,
retrigerrable
value 1 should be sent to the Switching object.
(default: not retrigerrable)
In such case this parameter must be set as
retrigerrable.
TOKKA Sp. z o.o. 05-500 Piaseczno, ul. Karolinki 15d, Polska/Poland
www.tokka.pl
10
Technical manual ver. 1.1
SA0810
6.3.1.11 Relay state after bus voltage failure function
6.3.1.12 Relay state after bus voltage failure settings
Function
Settings
Relay state after bus voltage
failure
no change/open/closed
(default: no change)
Description
Relay contact state can be defined in case
of bus voltage failure.
6.3.1.13 Relay state after bus voltage recovery function
6.3.1.14 Relay state after bus voltage recovery settings
Function
Settings
Relay state after bus voltage
recovery
open/closed
(default: open)
Description
Relay contact state can be defined when
bus voltage returns.
TOKKA Sp. z o.o. 05-500 Piaseczno, ul. Karolinki 15d, Polska/Poland
www.tokka.pl
11
Technical manual ver. 1.1
SA0810
6.3.1.15 Scenes (when Scenes: active)
6.3.1.16 Scenes settings (example settings for Scene 1 of available eight (8) Scenes)
Function
Channel 1 ÷ Channel 8
Settings
no change/ON/OFF
(default: no change)
Description
Behaviour of the contact relay when scene is
called by 1 byte Scene object with value 1 ÷ 8.
6.3.1.17 Scene communication object
Object
number
40
Object name
Scene object
Object function
Object type
Scenes
1 byte
6.3.1.18 Central function (when Central function: active)
TOKKA Sp. z o.o. 05-500 Piaseczno, ul. Karolinki 15d, Polska/Poland
www.tokka.pl
12
Technical manual ver. 1.1
SA0810
6.3.1.19 Central function settings (example settings for Channel 1 of available eight (8) Channels)
Function
Channel 1 ÷ Channel 8
Settings
Description
OFF at 0 or 1
ON at 0 or 1
ON at 0 / OFF at 1
OFF at 0 / ON at 1
OFF at 0 / no reaction at 1
ON at 0 / no reaction at 1
no reaction at 0 / OFF at 1
no reaction at 0 / ON at 1
no reaction at 0 or 1
It is possible to obtain exact position of the contact
relay (one from the Settings) at the same time.
The function is executed by value 1 sent to Central
Object.
6.3.1.20 Central function communication object
Object
number
41
Object name
Central object
Object function
Object type
Central
1 bit
TOKKA Sp. z o.o. 05-500 Piaseczno, ul. Karolinki 15d, Polska/Poland
www.tokka.pl
13
Technical manual ver. 1.1
SA0810
In case of any questions or concerns relating to the operation and maintenance equipment, please
contact us at:
Tokka Sp. z o.o.
ul. Karolinki 15d
05-500 Piaseczno
e-mail: support@tokka.pl
www.tokka.pl
Tokka Ltd ensures proper quality of the product, but has no effect on the final terms, the manner of its
use and installation. The manufacturer is not responsible for the installers works, which should be done
in accordance with these instructions and safety regulations.
The manufacturer reserves the right to change the content in subsequent editions of the technical manual
without prior notice of this fact to the clients.
Tokka Ltd also reserves the full right to modify its products in their technological development.
TOKKA Sp. z o.o. 05-500 Piaseczno, ul. Karolinki 15d, Polska/Poland
www.tokka.pl
14