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  9. SSS Siedle BTSV 850 Series User guide

SSS Siedle BTSV 850 Series User guide

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System Manual
In-Home bus: Video
Issue 2010
2
Contents
1 In-Home bus: Video
System description 3
2 Safety remarks 3
3 Conguration,
conductor lengths
Single line system 4-5
Single line system
with bus distributor 6-7
Multiple line system 8-9
Calculation example 10
Installation with J-Y(ST)Y 11
Increased range operating mode 11
Bus distributor 12-13
4 In-Home: Video users
Bus door loudspeaker, call
buttons, bus video transmitter 14-15
Bus camera and accessories 16
Transformer, bus distributor 17
Power supply, line rectier 18
Switching and control functions 19
PC interface, Software,
DoorCom 20
Bus telephones audio 21-22
Bus telephones video 22-23
Accessories 24
Table top accessory 25
5 Video installation
Wiring diagrams AS
Bus call button module,
bus video line rectier 27
AS-TVHa-1/1 Siedle Vario
with S 850-0 28
AS-TVHa-1/1 Siedle Vario 30
AS-TVHa-1/1 Siedle Vario
with bus distributor
BVVU 650-... 32-33
AS-TVHa-1/1 Siedle custom-
t door loudspeaker 34
AS-TVHa-1/1 Siedle Classic 36
AS-TVHa-1/1 Siedle Select 38
AS-TVHa-1/1 Siedle Steel 40
AS-TVHa-1/1 Siedle Vario
with intercomfunction 42
AS-TVHa-1/2 Siedle Vario
2 door stations 44
AS-TVHa-2/1 Siedle Vario
multiple line system 46
AS-TVHa-1/1 Siedle Vario
calling via display call module 48
AS-TVHa-1/1 with Siedle Vario
DoorCom analog DCA 650-... 50
AS-TVHa-1/1 with Siedle Vario
additional external camera 52
6 Audio & video installation
wiring diagrams AS
AS-TVHa-1/1 Siedle Vario 54
AS-TVHa-1/2 Siedle Vario 2
audio & video door stations 56
AS-TVHa-2/1 Siedle Vario
multiple line system
audio & video 58
7 Programming - manual
Overview of functions 60
Remarks 64
Programming – manual
(Teach-In) 65
Door call to BTSV/BTCV 850-... 68
Door call to BFSV/BTCV 850-... 69
Door calls via the storey
call button 70
Door calls to several bus
telephones 71
Internal calls 72
Dialling the door station 74
Selection external camera 75
Call differentiation between
2 doors 76
Additional contact on the
BSM 650-... 78
Button of a bus telephone
on the BSM 650-... 79
Call button of a door station
on the BSE 650-... 80
Button of a bus telephone
on the BSE 650- 81
Bus secondary signalling
unit BNS 750-... 82
Door call via the display call
module DRM 611-... 83
Programming - Plug+Play
Basics 84
Programming - with PC
BPS 650-... and PRI 602-... USB 88
8 Supplementary functions
Switching and control functions 89
AS-TVHa-1/1 with switching
and control functions 90
Door release actuation 92
Parallel door call,
supplementary power supply,
video memory 94-95
Storey call parallel switching 96
Bus secondary signalling
unit BNS 750-... 96
Supplementary contact
for radio chime 97
Pilfer safeguard 97
Staircase/outside light 98
9 Servicing
As-delivered status
Power-On reset 99
Exchanging bus telephones 99
Exchanging BVSG 650-... 99
Operating modes 1-Norm-2 100
LED displays BVNG 650-0 101
Measured values 102
10 Glossary, index 103
3
1 In-Home bus: Video
System description
2 Safety remarks
Danger
Mounting, installation and
servicing work on electrical
devices may only be performed
by a suitably qualied electrician.
Failure to observe this regulation
could result in the risk of serious
damage to health or fatal injury
due to electric shocks.
When working at the device,•
observe the remarks relating to
mains cut-off.
Observe the DIN EN 60065•
standard! When establishing the
electronic connection, observe the
requirements of VDE 0805 or
EN 60950.
The building installation• must
include an all-pole mains switch
with a contact separation of at least
3 mm.
Ensure maximum fusing of 16A for•
the mains connection in the building
installation.
When planning large-scale•
(complex) systems, the distributor
space required for the switch panel
mounting devices must be taken
into consideration in the distributor
planning process.
No external voltages•
>30 V AC / DC may be applied to
bus users.
Devices with 230 V connection
In accordance with DIN VDE 0100
part 410, section 411.1.3 atten-
tion must be paid to ensuring a
safe separation between bus lines
and the mains voltage; i.e. bus and
mains cores must not be permitted
to touch! The bus line cable (extra-
low safety voltage) must be stripped
back by the minimum possible.
Siedle In-Home: Video
single line system
Conguration
The In-Home bus: Video features
the same basic structure as a Siedle
In-Home bus: Audio installation.
Here too, the installation comprises
a two-core line. The essential differ-
ence to the In-Home bus: Audio is
supplementary transmission of the
video signal to the cores.
Up to 31 different users can be con-
nected, e.g. bus telephones with
video, handsfree bus telephones
with video, door stations or devices
for switching and control functions.
Technically speaking, one device can
encompass several users.
If the building installation permits,
installation can be performed
between one bus telephone with
video and the next bus telephone
with video. If the building instal-
lation does not permit looping
through between bus telephones,
additional bus video distributors
must be used. Without a bus video
distributor, no nodes or branches are
permissible in the line.
In order to connect more than 31
users, several Siedle In-Home: Video
lines must be connected together.
Installation and programming
In their as-delivered status, the
devices are initially unprogrammed.
After initially switching on the bus
video line rectier, each of the con-
nected devices in the line is assigned
its own unique address.
Once installation is complete, a
mutual „teach-in“ process between
all the devices must be performed to
ensure that functions are correctly
executed (e.g. the bus telephone
rings as soon as the call button is
pressed).
Siedle In-Home: Video
multiple line system
Conguration
In-Home: Video single line system
is restricted to 31 users; In order to
connect more than 31 users, up to
15 lines can be coupled together.
Each line requires its own bus video
line rectier BVNG 650-0.
Installation and programming
The bus video line rectiers are con-
nected via two separate cores to
link the individual lines. Different
addresses must be set at the bus
video line rectiers using the rotary
switch.
Programming of the multiple line
system can be compared to the
single line system.
4
3 Conguration, conductor lengths
Single line system
Monitor branch max. 100 m/328 ft
Camera branch max. 100 m/328 ft
Conguration of In-Home: Video
The basic Siedle In-Home bus instal-
lation type is the single line system.
Within this one line, installation
takes place from one device to the
next, provided this is allowed by the
building installation.
In buildings with a side circuit and
individual branches into the apart-
ments, the bus video distributor
must be used. A maximum of 31
users are admissible within any one
line. Users are dened as devices
which occupy their own address
within the bus. If more than 31 users
are required, additional lines must be
congured. With only a few excep-
tions, all devices are assigned an
address. Up to 15 lines with 31 users
each can be congured.
Camera branch and monitor
branch
Within a line, a distinction is made
between the camera branch and the
monitor branch. Video door stations
are connected to the camera branch,
while bus telephones with video are
connected to the monitor branch. If
the installation requires an additional
monitor branch, so-called bus dis-
tributors must be used.
Users without video
In the case of In-Home: Video, audio
users can only be connected via a
bus audio decoupler BAA 650-... .
Switching and control devices are
also connected to the BAA 650-... .
Power supply
The nerve centre of every line is the
bus video line rectier, which con-
trols all the system functions. The
camera branch and monitor branch
are connected to it via separate
terminals.
Conductor material
Telecom or light current cables can
be used for the the installation:
J-Y(ST)Y twisted pair
conductors, shielded
A2Y(ST)2Y buried
telecommunication
cable
YR light current conductor
Core diameter 0.8 mm
The In-Home bus must be installed
on one pair of cores for J-Y(ST)Y
conductors, on two adjacent cores
for YR conductors.
Using J-Y(ST)Y conductors reduces
the likelihood of interference.
Conductor length
Conductor material YR cable with
0.8 mm diameter:
• max. 100 m from the bus video
line rectier to the most distant user
in the monitor branch
• max. 100 m from the bus video
line rectier to the most distant user
in the camera branch
With a core diameter of 0.6 mm, the
range is halved.
Within the line, the maximum
length of the conductor material
must not exceed 1,500 m.
When using J-Y(ST)Y conductor
material, longer ranges can be
achieved. Installation using J-Y(ST)Y
is described in detail on page 11.
When installing, ensure without fail
that the camera branch and monitor
branch are not laid in the same
cable. Forward and return lines to a
bus telephone with video must not
be laid in the same cable.
Otherwise, picture disturbance may
result.
If installation from one bus
telephone to the next bus telephone
is not possible, bus distributors must
be used. In this case, attenuation of
the conductor material and bus
distributors must be additionally
taken into consideration.
5
Terminating resistor
Transmission of signals within Siedle
In-Home: Video takes place using
high-frequency technology.
In order to avoid disturbance on the
bus cores, the end of each monitor
branch must terminated with an RC
element. The RC element comprises
a resistor with 100 Ohm and a
capacitor with 1 nF. In its as-
delivered status, each bus telephone
with colour monitor has a small
tted circuit board with this termi-
nating resistor at output terminals
TaM/TbM.
In-Home bus users: Video
Overview of user assignment of the
individual devices
Devices occupying 1 user
BTSV 850-...
BFSV 850-...
BTCV 850-...
BFCV 850-...
BTS 850-...
BFS 850-...
BTC 850-...
BFC 850-...
BNS 750-...
BSE 650-...
BEM 650-...
BSM 650-...
S 850-...
Devices occupying 2 users
BTLM 650-...
CL V xx B-...
CSV/STV/SBV 850-...
STL ...
BTLE 050-...
BVA 650-...
Devices with variable user assignment (depending on programming)
DCA 650-...
Devices occupying no users
BNG 650-...
BVNG 650-...
BAA 650-...
BVVU 650-...
BVVS 650-...
BIM 650-...
BCMC 650-...
BRMA 050-...
PRI 602-... USB
BVS 650-...
6
3 Conguration, conductor lengths
Single line system with bus distributor
Monitor branch 1, max. 100 m/328 ft
Monitor branch 2, max. 100 m/328 ft
Camera branch 1 max. 100 m/328 ft
Camera branch 2 max. 100 m/328 ft
Total attenuation max. 45 dB
Conductor length with bus
distributor
If the use of bus distributors is nec-
essary for installation, in addition to
the maximum range, attenuation of
the bus distributors and conductor
material must be additionally taken
into account.
The following information relating
to conductor lengths refers to one
camera branch and one monitor
branch. If several branches are
installed within a line, the informa-
tion is applicable to each branch.
Whichever value (attenuation or
conductor length) is reached rst is
applicable as a specication of the
admissible value.
Maximum conductor length
Conductor material YR cable with
0.8 mm diameter:
• max. 100 m from the bus video
line rectier to the most distant user
in the monitor branch
• max. 100 m from the bus video
line rectier to the most distant user
in the camera branch
• max. 45 dB attenuation from the
most distant user in the camera
branch to the most distant user in
the monitor branch
With a core diameter of 0.6 mm, the
range is halved.
The maximum admissible attenu-
ation is 45 dB within a line.
General rule for YR cable mate-
rial with 0.8 mm diameter:
10 m conductor length corre-
sponds to 2 dB attenuation!
The maximum length of the con-
ductor material to be laid within the
line is 1,500 m.
If the maximum admissible
attenuation of 45 dB is exceeded,
the bus video line rectier accessory
ZBVNG 650-0 must be used in the
BVNG 650-... to compensate for
this loss.
Signal transmission
Only signals from the In-Home bus
may be transmitted over the laid
conductor material. No additional
transmissions, for example PBX
extensions of a telephone system,
S0 Bus (ISDN) or data lines of an
alarm system in the same cable.
The camera branch and monitor
branch must be laid separately and
must not be located in the same
cable. This can result in disturbance
to the picture composition.
Terminating resistor
Transmission of signals within Siedle
In-Home: Video takes place using
high-frequency technology.
In order to avoid disturbance on the
bus cores, the end of each monitor
branch must terminated with an
RC element.
The RC element comprises a resistor
with 100 Ohm and a capacitor with
1 nF. In its as-delivered status, each
bus telephone with colour monitor
has a small tted circuit board with
this terminating resistor at output
terminals TaM/TbM.
7
3 Conguration, conductor lengths
Single line system with bus distributor and ZBVNG 650-0
Monitor branch 1, max. 100 m/328 ft
Monitor branch 2, max. 100 m/328 ft
Camera branch 1 max. 100 m/328 ft
Camera branch 2 max. 100 m/328 ft
Attenuation max. 55 dB
Attenuation max. 55 dB
Conductor length with bus
distributor and ZBVNG 650-...
The ZBVNG 650-... accessory
amplies the video signal, so
permitting greater attenuation in the
camera branch and monitor branch.
To do this, the inserted jumper card
in the BVNG 650-... is removed and
the ZBVNG 650-... inserted in the
same slot.
The following information relating to
conductor lengths refers to a camera
branch or monitor branch. If several
branches are installed within a line,
the information is applicable to each
branch.
Whichever value is reached rst is
applicable as a specication of the
admissible value.
The limiting values must be adhered
to for each of the branches.
Maximum conductor length
Conductor material YR cable with
0.8 mm diameter:
• max. 100 m from the bus video
line rectier to the most distant user
in the monitor branch
• max. 100 m from the bus video
line rectier to the most distant user
in the camera branch
• max. 45 dB attenuation from the
bus video line rectier to the most
distant user in the camera branch
• max. 55 dB attenuation from the
bus video line rectier to the most
distant user in the monitor branch
With a core diameter of 0.6 mm, the
range is halved.
The maximum length of the
conductor material to be laid within
the line is 1,500 m.
8
3 Conguration, conductor lengths
Multiple line system
Most distant BVNG-BVNG (SaV/SbV) connection max. 100 m/328 ft
Monitor branch 1, max. 100 m/328 ft
Monitor branch 2, max. 100 m/328 ft
Camera branch 1 max. 100 m/328 ft
Camera branch 2 max. 100 m/328 ft
Attenuation max. 55 dB
Attenuation max. 55 dB
Monitor branch max. 100 m/328 ft
Monitor branch max. 100 m/328 ft
Camera branch max. 100 m/328 ft
Camera branch max. 100 m/328 ft
Line 1 Line 2 Line 15
9
Structure of a multiple line
system
A multiple line system comprises
individual lines which are linked
together by two cores. The lines are
connected at the bus video line
rectier using terminals SaV and SbV.
In multiple line systems, speech and
video connections are possible from
one line to another. To generate a
multiple line system, the bus line
rectier accessory ZBVG 650-... is
required in one of the bus video line
rectiers. In each bus video line
rectier, the bus video line rectier
accessory ZBVNG 650-... is required.
Differentiation between line 1
and line 2 ...
The lines are consecutively num-
bered using the address switch
“addr.” at the bus video line rectier
BVNG 650-... . Up to 15 lines can be
linked via the SaV and SbV cores.
The bus video line rectier is
connected via the bus distributor
BVVU 650-...
At the bus video line rectier, a
bus line rectier can be connected
directly via the cores Sa and Sb in
order to link a line with In-Home:
Audio. During installation, ensure
that each line is laid in a separate
cable.
Functions applicable across
individual lines
Door calls, selective door dialling and
switching and control functions can
also be used across individual lines.
Internal speech communication and
call forwarding between users is only
possible within a line.
Conductor length between the
lines
The admissible conductor lengths
within a line are identical to those
in a single line system. In addition,
the admissible conductor length
between the bus video line rectiers
must be taken into account.
This must be no more than 100 m
(45 dB) between the most distant
bus video line rectiers (YR cable
with 0.8 mm diameter).
In a multiple line system comprising
only 2 lines, connection between the
two bus video line rectiers is
possible without bus distributor
BVVU 650-... .
The maximum admissible lengths
within a line and the attenuation
values continue to be valid.
When installing, ensure without fail
that the camera branch and monitor
branch are not laid in the same
cable.
Forward and return video signal
looping must each be laid in a
separate cable.
Otherwise, picture disturbance may
result.
10
3 Conguration, conductor lengths
Example to determine the attenuation
BAA 650-...
0 dB
BVVU 650-...
1 dB
BVVU 650-...
1 dB
BVVU 650-...
1 dB
12 dB
7 m
5 m
5 m
5 m
12 dB
12 dB
25 m 11 m 4 m 4 m 12 m
Apartment 1
Apartment 2
Apartment 3
Apartment 4
Example to determine the atten-
uation with bus distributor
The system is installed using YR
cable 0.8 mm diameter. This means
that 10 m of conductor length have
an attenuation of 2 dB. Apartment 4
is decoupled using a bus audio
decoupler BAA 650-... , apartment 1
- apartment 3 are connected via bus
video distributor BVVU 650-... .
Attenuation in the camera
branch
Conductor length between the door
station and the sub-distributor 25 m.
25 m = 5 dB
Attenuation in the monitor
branch to apartment 3
Conductor length of the installation
cable. All values added, from the
bus video line rectier to the bus
telephone:
11 m + 4 m + 5 m = 20 m
20 m conductor length corresponds
to 4 dB attenuation!
Attenuation of the bus distributor
BVVU 650-... = 12 dB
Total value:
12 dB distributor + 4 dB conductor
= 16 dB
This means that apartment 3 has a
total attenuation from the camera to
the bus telephone of 16 dB + 5 dB
= 21 dB
Attenuation in the monitor
branch to apartment 1
Conductor length of the installation
cable. All values added, from the
bus video line rectier to the bus
telephone:
11 m + 4 m + 4 m + 12 m + 7 m
= 38 m
38 m of conductor material add up
to 7.6 dB
Attenuation of all bus distributors:
1 dB + 1 dB + 12 dB = 14 dB
Total value:
14 dB distributor + 7.6 dB conductor
= 21.6 dB
Apartment 1 has a total attenuation
from the camera to the bus tel-
ephone of 21.6 dB + 5 dB = 26.6 dB
The maximum value with this
example would be 26.6 dB from
the most distant video door station
to the most distant bus telephone,
the maximum admissible would be
45 dB.
With greater attenuation over 45 dB,
accessory ZBVNG 650-... can be
used to increase attenuation in the
camera branch to 45 dB and in the
monitor branch to 55 db.
On the following double page, the
precise function of the bus distrib-
utor is explained in detail.