BO08A01KNXFI01000004_datasheet_EN-IT-ES.docx
Universal Module 8 Output
BO08A01KNX
Product and Applications description
The DIN RAIL 8 Output Module BO08A01KNX is an
EIB/KNX DIN rail mounting device useful to interface
commands (e.g. push buttons) or loads (e.g. lamps) for
any kind of applications.
Device 8 outputs on board can be configured:
Each output can be configured independently for
load control (R1 to R8)
Each output can be configured independently for ON
/ OFF or continuous switching (PWM) for Electric
valves (solenoid actuators) (EV1 to EV8)
Outputs can be configured in pairs for the
management of roller shutters and blinds; up to 4
channels (Channels A to D)
Outputs can be configured in pairs for management
of Motor Reductor or for solenoid valves with 3-point
control or for ventilating grille; up to 4 channels
(Channels A to D)
Fan Coil Actuator for 2/4 pipes systems for Heating /
Cooling with 3 speed motors) (uses relay from 1 to 5)
Device is intended to be installed on DIN rail.
Application Program
Downloadable from website:
www.eelectron.com
Maximum number of group addresses:
This is the maximum number of different group
addresses the device is able to memorize.
Maximum number of associations:
This is the maximum number of associations between
communication objects and group addresses the device
is able to memorize.
Caution: there is a limit to the number of associations
that can be created, on the same device, between
transmission communications objects (i.e. inputs) and
receiving communication objects (i.e. outputs)
If you want, on the same device, add a group address
linked to a transmission communication object (input) to
a receiving communication object (output) which
already has a different group address associated,
please note that you can add a maximum of 13 group
addresses of this kind for the whole device.
Technical Specifications
Power Supply
Via Bus EIB/KNX
Current consumption
Outputs
16 A cos φ 1 - 230 Vac
8 A cos φ 0.6 - 230 Vac
Minimum switching current: 10mA
Resistive loads:
Incandescent lamps:
Motors e motor reduction units:
Fluorescent lamps with electronic transformer: max 4 A
Fluorescent lamps (max 140 μF) max 3A (700W)
Environmental specifications
According to EN 50090-2.2
Operative temperature:
Storage temperature:
Relative Humidity (not condensing): max 90 %
Wiring Diagram
Physical specifications and Dimensions
Housing: plastic
Dimensions: (W x H x D):: 70 x 90 x 58 mm
Mounting width: 4 (1 SU=17,5mm)
Weight: ca. 200 g.
Installation: On 35mm mounting DIN rail (EN 60715)
Electrical Safety
Pollution degree: 2 (according to IEC 60664-1)
Protection class IP 20 (according to EN 60529):
Safety Class III (according to IEC 61140)
50
Over voltage category III (according to IEC 664-1)
Bus: Safety extra low voltage - SELV
Compliant to EN50491-3
63
Electromagnetic compatibility
Compliant to: EN50491-5-1, EN50491-5-2
CE Mark
In accordance with the EMC and low voltage guidelines
Terminals and connections
21..32V DC
≤ 10 mA
max 16 A
max 10 A
max 10 A
SCREW TERMINALS:
0°C + 45°C
1
COM OUT 1
- 20 + 55 C
2
OUT 1 NO contact relay 1
3
COM OUT 2
4
OUT2 NO contact relay 2
5
COM OUT 3
6
OUT3 NO contact relay 3
7
COM OUT 4
8
OUT4 NO contact relay 4
9
COM OUT 5
10
OUT 5 NO contact relay 5
11
COM OUT 6
12
OUT 6 NO contact relay 6
13
COM OUT 7
14
OUT 7 NO contact relay 7
15
COM OUT 8
16
OUT 8 NO contact relay 8
Mmmm
PROGRAMMING:
30
ETS programming led
31
ETS programming switch
Output Configuration for Shutter
Channel
Output / Function
Output / Function
▲ (up)
CH A
OUT 1
OUT 2
▲ (up)
CH B
OUT 3
OUT 4
▲ (up)
CH C
OUT 5
OUT 6
▲ (up)
CH D
OUT 7
OUT 8
Output Configuration for Motor Reduction Driver
Channel
Output / Function
CH A
OUT 1
Close
CH B
OUT 3
Close
CH C
OUT 5
Close
CH D
OUT 7
Close
Output Configuration for Fan Coil Actuator
Output
2 pipes
OUT 1
Valve Heat /Cool NO
OUT 2
Valve Heat /Cool NC
OUT 3
Speed 1
OUT 4
Speed 2
OUT 5
Speed 3
Installation Instructions
Device
must
be
used
for
permanent
installations in dry locations within distribution boards
or wall boxes.
The prevailing safety rules must be heeded.
Device must be mounted and commissioned by an
authorised 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
installations, relevant guidelines and regulations of
the respective country are to be considered.
Relays are always switched opened before
delivering
but
,
it
is
transportation,
they
get
recommended, when device is installed, to
connect and supply the bus before the load
voltage to ensure the opening of the contacts
Before configuring the device using ETS, the
output channels are configured for shutter
management in order to avoid improper control
of this type of load. Frontal button are
configured to switch the relay with logical
interlock.
Mounting and Wiring hints
General Description
The device configuration (KNX physical address
assignment) is done by pressing the programming
push button located on the front of the housing.
Connecting bus cables
Connect each single KNX/EIB bus core inside the
terminal block observing bus polarity; slip the bus
connection into the guide slot placed on the front side
of this device and press the block down to the stop.
For further information please visit www.eelectron.com
Disposal
The crossed-out bin symbol on the equipment or
packaging means the product must not be included
with other general waste at the end of its working life.
The user must take the warn product to a sorted
waste center, or return it to the retailer when
purchasing a new one. An efficient sorted waste
collection for the environmentally friendly disposal of
the used device, or its subsequent recycling, helps
avoid
the
potential
negative
environment and people's health, and encourages the
re-use and/or recycling of the construction materials.
eelectron spa
Via Monteverdi, 6
I-20025 Legnano (MI) - Italia
Email: info@eelectron.com
Web: www.eelectron.com
▼(down)
▼(down)
▼(down)
▼(down)
Output / Function
OUT 2
Open
OUT 4
Open
OUT 6
Open
OUT 8
Open
4 pipes
Valve Heating
Valve Cooling
indoor
of
electric
possible
during
closed.
It
is
effects
on
the