urmet domus IPerCom Manual

IPerCom
Hardware installation guide
www.urmet.co.uk
[email protected]

Contents
IPerCom system schematic Page 1
IPerCom combined with iPassan access control system schematic Page 2
Network installation and configuration requirements Page 3& 4
1717/31 or 1717/33 Max Pro Touchscreen Monitor
Controls Page 5
Connections Page 6& 7
Mounting height Page 8
1717/41 or 1717/43 Max Lite Touchscreen Monitor
Controls Page 9
Connections Page 10 & 11
Mounting height Page 12
1060/3 Hands-free Audio Door Phone
Controls Page 13
Connections Page 14 & 15
Mounting height Page 16
1060/13 Elekta, 1060/18 &1060/19 Elekta Steel Call Modules
Connections overview Page 17
Maglock connection example Page 18
Fail safe and fail secure release connection examples Page 19
Interface to iPassan and third party access control systems Page 20
1060/18 & 1060/19 Mounting height Page 21
1060/13Mounting height Page 22

1060/74 Sinthesi Steel Entry Panel
Connections overview Page 23
Maglock connection example Page 24
Fail safe and fail secure release connection examples Page 25
Interface to iPassan and third party access control systems Page 26
Mounting height Page 27
1060/82 Proximity Key Reader
Connections overview Page 28
Maglock connection example Page 29
Fail safe and fail secure release connection examples Page 30
Mounting height Page 31
1060/84 Relay Module Page 32
1060/41 Switchboard Handset Page 33
Notes Page 34

IPerCom schematic
This schematic shows the IPerCom
video entry system with integrated
IPerCom proximity access control
IP Network
Doorbell push button
Panic alarm input
Extension sounder
1717/31
1717/33
1717/41
1717/43
2
-
Core cable
2
-
Core cable
2
-
Core cable
2
-
Core cable
2
-
Core cable
2
-
Core cable
2
-
Core cable
4
-
Core cable
1060/82
Lock power supply
Cat5e
Cat5e
Cat5e
Cat5e
Cat5e
Exit switch
Break glass Maglock
1060/84
2
-
Core cable
2
-
Core cable
2
-
Core cable
2
-
Core cable
Input 1 - From third party equipment
Output 1 - To third party equipment
Input 2 - From third party equipment
Output 1 - To third party equipment
Lock power supply
1060/74
4
-
Core cable
2
-
Core cable
2
-
Core cable
2
-
Core cable
2
-
Core cable
1060/13
1060/18
1060/19
Lock power supply
Maglock
Exit switch
Break glass
Maglock
2
-
Core cable
2
-
Core
cable
2
-
Core cable
4
-
Core cable
Exit switch
Break glass
2
-
Core cable
1

The installation should be installed, tested and documented as per the following standards –
European Committee for Electrotechnical Standardisation (CENELEC)
EN 50173 Information Technology –Generic Cabling Systems
CENELEC also produce the EN50174 series of standards that are concerned with the way in which cabling
systems are designed and installed –
Another relevant CENELEC standard is –
British Standards Institute (BSI)
BSI adopts all CENELEC standards and prefix them with their authority code, i.e. EN 50174-1:2009 +
A2:2004 becomes BS EN 50174-1:2009 + A2:2004
BSI also produces its own national standards –
BS6701:2010 states: All telecomminications cabling and telecomminications equipment shall meet the
requirements of the BS EN 50174 series of standards. This relates to both owners of premises (Clause 4)
and installers of telecomminications cabling and telecomminications equipment (Clause 5). Note that the
use of the word ‘shall’ is prescriptive and as such, a legal requirement.
Urmet recommends adherence to the BS EN 50173 and BS 50174 series of standards, together with the
relevent parts of BS 6701 and BS 7671 to ensure a fully compliant installation that conforms to
Network installation and configuration requirements
EN 50173-1:2011 General
requirements
EN 50173-2:2007 + A1:2010
Office Premises
EN 50173-3:2007 + A1:2010 Industrial Premises
EN 50173-4:2007 + A1:2010
Residential Premises
EN 50173-5:2007 + A1:2010 Data Centers
EN 50173-6:
Distributed Building Services
EN 50174-1:2009 + A2:2004
Specification and Quality Assurance
EN 50174-2:2009 + A2:2004 Installation planning & practices inside buildings
EN 50174-3:2013 Installation planning & practices outside buildings
EN 50310:2010 Application of equipotential bonding and earthing in buildings
with information technology equipment
BS 6701:2010 Telecommunications equipment and telecomminications cabling.
Specification for installation, operation and maintenance.
BS 7671 Requirements for Electrical Installations. IET Wiring Regulations
(18th Edition).
IPerCom with iPassan schematic
This schematic shows the IPerCom
video entry system with iPassan
proximity access control
IP Network
1717/31
1717/33
1717/41
1717/43
2
-
Core cable
Cat5e
Exit switch
Break glass
Maglock
1060/13
1060/18
1060/19
Cat5e
Cat5e
Cat5e
Cat5e
Cat5e
Maglock Maglock
Exit switch
Break glassBreak glass
Exit switch
iPassan
controller
(including
power
supply)
iPassan
controller
(including
power
supply)
iPassan
controller
(including
power
supply)
Cat5e
Cat5e
2
-
Core cable
2
-
Core cable
4
-
Core cable
2
-
Core cable
4
-
Core cable
2
-
Core cable
2
-
Core cable
2
-
Core cable
2
-
Core cable
2
-
Core cable
4
-
Core cable
2
iPassan
reader
iPassan
reader
iPassan
reader
1060/74
Cat5e

The installation should be installed, tested and documented as per the following standards –
European Committee for Electrotechnical Standardisation (CENELEC)
EN 50173 Information Technology –Generic Cabling Systems
EN 50173-1:2011 General requirements
EN 50173-2:2007 + A1:2010 Office Premises
EN 50173-3:2007 + A1:2010 Industrial Premises
EN 50173-4:2007 + A1:2010Residential Premises
EN 50173-5:2007 + A1:2010 Data Centers
EN50173-6: Distributed Building Services
CENELEC also produce the EN50174 series of standards that are concerned with the way in which cabling
systems are designed and installed –
EN 50174-1:2009 + A2:2004 Specification and Quality Assurance
EN 50174-2:2009 + A2:2004 Installation planning & practices inside buildings
EN 50174-3:2013 Installation planning & practices outside buildings
Another relevant CENELEC standard is –
EN 50310:2010 Application of equipotential bonding and earthing in
buildings with information technology equipment
British Standards Institute (BSI)
BSI adopts all CENELEC standards and prefix them with their authority code, i.e. EN 50174-1:2009 +
A2:2004 becomes BS EN 50174-1:2009 + A2:2004
BSI also produces its own national standards –
BS 6701:2010 Telecommunications equipment and telecomminications cabling.
Specification for installation, operation and maintenance.
BS 7671 Requirements for Electrical Installations. IET Wiring
Regulations (18th Edition).
BS6701:2010 states: All telecomminications cabling and telecomminications equipment shall meet the
requirements of the BS EN 50174 series of standards. This relates to both owners of premises (Clause 4)
and installers of telecomminications cabling and telecomminications equipment (Clause 5). Note that the
use of the word ‘shall’ is presctiptive and as such, a legal requirement.
Urmet recommends adherence to the BS EN 50173 and BS 50174 series of standards, together with the
relevent parts of BS 6701 and BS7671 to ensure a fully complient installation that conforms to UK legal
requirements. It is the responsibility of the installer to ensure that their practices are in accordance with
the latest published editions of the relevant standards.
3
Network installation and configuration requirements

Specific network requirements for IPerCom are as follows –
3
IGMPv2
or
IGMPv3 Multicast Service
must be
enabled.
The following ports must be open and not restricted –
TCP ports 2049, 51234, 5060, 50118, 3306, 13451 to 3460, 111, 80, 433, 41365, 22,
918 & 40279.
UDP ports 32768, 2049, 514, 32771, 34956, 917, 34839, 67, 5060, 69, 975, 111, 123.
Multicast must be enabled on 238.0.0.200:55000 and on 239.255.0.200 (all ports).
TCP/UDP ports used for Internet access (if any) TCP:5060,6060 UDP:5060,6060.
Bandwidth per end point (Kbps) 2500 for upload and 10000 for download.
4

1717/31 or 1717/33 Max Pro Touchscreen Monitor connections
1717/31 or 1717/33 Max Pro Touchscreen Monitor
1
23
4
5
6
8
7
10 9
5
17” Touchscreen 6Micro SD card slot
22MP webcam 7Switch NOT USED
3Microphone 812-Way connector for external connections
4Blue backlit Home button 9Secondary LAN connection for Home Area Network
5Speakers 10 LAN connection to IPerCom network
5

1717/
The
the IPerCom ‘door entry network’ and one for connection to the
Network).
1717/
3
1 or 1717/
The
1717/31 or 1717/33 Max Pro Touchscreen Monitor
the IPerCom ‘door entry network’ and one for connection to the
Network).
Door entry system
1 or 1717/
1717/31 or 1717/33 Max Pro Touchscreen Monitor
the IPerCom ‘door entry network’ and one for connection to the
Network).
Door entry system
1 or 1717/
3
3 Max
1717/31 or 1717/33 Max Pro Touchscreen Monitor
the IPerCom ‘door entry network’ and one for connection to the
Maximum PoE power
requirement for Max
Touchscreen is
Door entry system
network
3 Max
Pro
Touchscreen Monitor connections
1717/31 or 1717/33 Max Pro Touchscreen Monitor
the IPerCom ‘door entry network’ and one for connection to the
Maximum PoE power
requirement for Max
Touchscreen is
12W
network
Touchscreen Monitor connections
1717/31 or 1717/33 Max Pro Touchscreen Monitor
the IPerCom ‘door entry network’ and one for connection to the
Maximum PoE power
requirement for Max
12W
Touchscreen Monitor connections
1717/31 or 1717/33 Max Pro Touchscreen Monitor
the IPerCom ‘door entry network’ and one for connection to the
DOORPHONE
POE PORT
6
Touchscreen Monitor connections
1717/31 or 1717/33 Max Pro Touchscreen Monitor
has two LAN connectors;
the IPerCom ‘door entry network’ and one for connection to the
DOORPHONE
POE PORT
LAN PORT
6
Touchscreen Monitor connections
has two LAN connectors;
the IPerCom ‘door entry network’ and one for connection to the
local apartment network (Home Area
DOORPHONE
LOCAL
LAN PORT
has two LAN connectors;
local apartment network (Home Area
LOCAL
Note that the subnet of the
DOORPHONE PORT and the
LOCAL LAN PORT must be
different
has two LAN connectors;
one for connection to
local apartment network (Home Area
Note that the subnet of the
DOORPHONE PORT and the
LOCAL LAN PORT must be
different
Apartment
one for connection to
local apartment network (Home Area
Note that the subnet of the
DOORPHONE PORT and the
LOCAL LAN PORT must be
Apartment
network
one for connection to
local apartment network (Home Area
Note that the subnet of the
DOORPHONE PORT and the
LOCAL LAN PORT must be
network
one for connection to
local apartment network (Home Area