Alphatech Slim IPDP - 01 User manual

DoorPhone VoIP
Slim IPDP –01
Slim IPDP –02
Slim IPDP –01C
Slim IPDP –02C
Slim IPDP –01C antivandal
Installation and Operating Instructions

Welcome
We congratulate you on purchase of “Slim IP Door phone -VoIP” (VoIP
= Voice over IP). This VoIP DoorPhone provides you by many features which
allows you easy communicate with visitors of company, family houses, schools,
etc.. You can easily connect it to an Ethernet network or VoIP exchange or
directly to SIP server through internet conection.
The basic models of VoIP DoorPhone are Slim IPDP-01 ( supply with 1
button), Slim IPDP-02 ( supply with 2 buttons), Slim IPDP-01C ( supply with 1
button and camera),Slim IPDP-02C ( supply with 2 buttons and camera) and
Slim IPDP-01C antivandal ( supply in stainless steel casing with 1 button and
camera) .
The VoIP Doorphone powering is either by AC/DC power supply 12V or
by PoE (Power over Ethernet) technology. No additional cabling for power is
therefore necessary.
The VoIP Door phone configuration is over an integrated web server, which
can be controlled from any web browser, e.g., IE, Mozilla Firefox.
Manual version V5.9 12-8-2010
Version of firmware V1.39 and V5.8
Alphatech spol. s r.o.
Jeremenkova 88
140 00 Praha 4
Tel/fax: [phone]
www.alphatech.cz / [email protected]z
The manufacturer continuously improves the product firmware. The used
technology allows you to upload to IPDP the latest version of the
firmware any time by using a standard computer. The latest version of the
firmware is available at
http://www.alphatech.cz/ipdp-firmware/e_firmware.htm
You will find the necessary info on page 29 of this manual. We
recommend that you use the latest version of the firmware, which brings
new functions and patches..

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Table of Contents
1BASIC DESCRIPTION....................................................................................... 5
1.1 FEATURES...................................................................................................... 5
1.2 TERMINOLOGY............................................................................................... 6
1.3 MODULE ASSEMBLY...................................................................................... 7
1.4 MODULE FEATURES....................................................................................... 7
1.4.1 Slim IPDP Basic Module ......................................................................... 7
1.5 INSTALLATION OF DOORPHONE VOIP ASSEMBLY ....................................... 12
1.5.1 Open and close the cover of Slim IPDP................................................. 12
1.5.2 Dismounting lighting of nameplate......................................................... 13
1.5.3 Assembly Slim IPDP on the wall............................................................. 13
1.5.4 Return lighting name plate after mounting on the wall. ......................... 14
1.5.5 Change of nameplates............................................................................. 14
2DOORPHONE VOIP OPERATION ............................................................... 15
2.1 SIGNALING OVERVIEW................................................................................. 15
2.2 VISITOR AT DOOR ........................................................................................ 15
2.3 PERSON INSIDE BUILDING............................................................................ 16
2.3.1 Outgoing Call ......................................................................................... 16
2.3.2 Incoming Call ......................................................................................... 16
3PROGRAMMING OF PARAMETERS.......................................................... 17
3.1 BASIC VOIP SETTINGS ................................................................................. 17
3.1.1 Choosing a mode and login .................................................................... 17
3.1.2 Language option ..................................................................................... 19
3.1.3 Network settings...................................................................................... 20
3.1.4 Peer to peer or SIP server connection.................................................... 22
3.1.5 Audio codec setting................................................................................. 24
3.1.6 Setting video............................................................................................ 25
3.1.7 Viewing the video (programme PopUp) ................................................. 26
3.1.8 Day intervals........................................................................................... 27
3.1.9 User interface ......................................................................................... 28
3.1.10 Service settings................................................................................... 29
3.1.11 Restart ................................................................................................ 31
3.1.12 Preparation style, language support .................................................. 32
3.2 SETTING DOORPHONE PARAMETERS............................................................ 33
3.2.1 Basic Parameters.................................................................................... 33
3.2.2 All about relays....................................................................................... 34
3.2.3 Time Parameters..................................................................................... 36
3.2.4 Direct Dialing –Memories..................................................................... 37
4TECHNICAL PARAMETERS......................................................................... 38
4.1 ELECTRICAL PARAMETERS .......................................................................... 38
4.2 MECHANICAL DIMENSIONS .......................................................................... 38
4.3 PARAMETERS OF VIDEO................................................................................ 39

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1 Basic Description
1.1 Features
Two 25digit numbers (IP adresses) under each button ( includes *, #)
DAY/NIGHT switching –automatically or manually
Possibility to dial * or # to prolong the communication
Possibility to connect 2 independent locks ( magnetic, electrical) for
door opening
5 different modes of 2 integrated relays (for example: lighting, delayed
opening, etc..)
2 codes for door phone hanging up by phone
2 codes for relay activation by phone ( door opening)
6 code locks (password from buttons at the door)
Adjustable number of rings before incoming call is pick up
Adjustable time between button press during code dialling
Adjustable time of hanging up before REDIAL
Adjustable time before start dialling
Power supply 12V AC/DC, 500mA max or PoE technology
Integrated heating of printed circuit
Permanent lighting through visiting cards
White LEDs for automatic ligting for camera
Integrated full color camera
Ethernet –10/100Mb with standard 10BaseT a 100BaseTx
Web server for remote configuration –BOA
Operating system –Linux 2.6
USB for connection internal camera –USB guest 1.1, software
GSPCA software for video transmission to the browsers in PC –
W3CAM(J-PEG, RTSP Streem) and stream H.263
SIP connection P2P or PBX network system
WEB –firmware upgradeable
WEB –interface for control and setup parameters
Web server pro dálkové programování –BOA

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1.2 Terminology
Ethernet is a family of frame-based computer networking technologies for local area
networks (LANs).
A local area network (LAN) is a computer network covering a small physical area,
like a home, office, or small group of buildings, such as a school, or an airport
10BASE-T runs over four wires (two twisted pairs) on a Category 3 or Category 5
cable.
100BASE-TX Uses two pairs, but requires Category 5 cable (FastEthernet)
Twisted pair cabling is a form of wiring in which two conductors (the forward and
return conductors of a single circuit) are twisted together for the purposes of
canceling out electromagnetic interference (EMI) from external sources.
UTP (unshielded twisted pair) cable is not surrounded by any shielding.
STP (shielded twisted pair) cables are often shielded in attempt to prevent
electromagnetic interference.
The World Wide Web (commonly abbreviated as the "Web") is a system of
interlinked hypertext documents accessed via the Internet.
Hypertext Transfer Protocol (HTTP) is an application-level protocol for distributed,
collaborative, hypermedia information systems.
Universal Serial Bus (USB) is a serial bus standard to connect devices to a host
computer.
A video codec is a device or software that enables video compression and/or
decompression for digital video. H.264 is a standard for video compression, and is
equivalent to MPEG-4 AVC. H.263 is a video codec standard originally designed as
a low-bitrate compressed format for videoconferencing. MPEG-4 is collection of
methods defining compression of audio and visual (AV) digital data.
JPEG is a commonly used method of compression for photographic images.
Voice over Internet Protocol (VoIP) is a general term for a family of transmission
technologies for delivery of voice communications over IP networks such as the
Internet.
The Internet Protocol Suite (commonly known as TCP/IP) is the set of
communications protocols used for the Internet
An Internet Protocol (IP) address is a numerical identification and logical address
that is assigned to devices participating in a computer network utilizing the Internet
Protocol for communication between its nodes.
Dynamic Host Configuration Protocol (DHCP) is a network application protocol
used by devices (DHCP clients) to obtain configuration information for operation in
an Internet Protocol network.
The Internet is a global system of interconnected computer networks that use the
standardized Internet Protocol Suite (TCP/IP).
An intranet is a private computer network that uses Internet technologies
Power over Ethernet or PoE technology describes a system to transfer electrical
power, along with data, to remote devices over standard twisted-pair cable in an
Ethernet network
Network Time Protocol (NTP), a means of synchronizing clocks over a computer
network.

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1.3 Module Assembly
The Slim IPDP is supply in two basic models with color camera Slim
IPDP-01/02C or without camera Slim IPDP-01/02. Antivandal version Slim
IP01C Antivandal is made from stainless steel and it is designed as
antivandalism solution.
Slim IPDP-01 Slim IPDP-02 Slim IPDP-01C Slim IPDP-02C Slim IPDP-01C
antivandal
1.4 Module Features
1.4.1 Slim IPDP Basic Module
The Slim IPDP basic module includes IP module, PoE mudul, camera
module and motherboard. Schematics of each components is shown on picture
1 ( page 8).
We recommend use for powering of Slim IP DP the PoE technology or AC
voltage min.11Vst - max.15Vst eventually DC voltage min.12Vss - max.18Vss.
This voltage you connect to screws "12V". Consumption of Slim IPDP is
max.300mA. This power supply is used also for powering of el.locks. You have
to consider consumption of el.locks . In practise is mostly recommended power
supply AC/DC 12V/1A ÷ 2A.
The Slim IPDP includes circuit for powering via UTP cable –
PoE (Power over Ethernet). When you use IP Switch with PoE or you use PoE
power (small box inserted into UTP cable connection) then you don’t need 12V
for door phone operation. When is used el.lock for door opening and you want
to be powered by PoE then you must use low consumption lock (12V/350mA
max). Then for lock powering you use screw on card ( card lighting) ( picture 4
at page 10). When you use normal lock then you must use 12V power supply (
in circuit with relay - contact).

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Picture 1 Basic module - motherboard
The relay connection is shown on pict. 2.(page 9) The “NO” designation
means an idle-disconnected contact, “COM” means a pin contact (middle) and
“NC” means an idle-connected contact. The contacts of both relays are
galvanically isolated each other and from other circuits as well. The variants of
relay connection are shown on picture. 3 and 4.( page 10)

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Picture 2. Connect Slim IPDP

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Picture 3 Examples of relays connection
Picture 4 Examples of relays connection powered by PoE
ATTENTION - lock is must be low power consumption, max 350mA.

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Setting voice communication –
trimmer position is done by
manufacturer and in major
installations it meets volume
inquiry. Therefore changes of
trimmer setting please do in
necessary cases only. Basic
position of trimmers, sense of
rotation and meaning trimmers
are illustration on picture 5.
(page 11). The changes you can
make up your needs. The sense
of turning is that turning to right -
value is increasing. Behaviour of
IPDP is like handsfree phone –during communication signal from speaker is
returning to microphone and it is coming to caller delayed (caused by digital
processing and signal transmission). From this reason IPDP is equipped by
circuit for echo cancelation and its setting must be done carefully. Setting of
level means during which sound level is switch off microphone in IPDP to not
return delayed sound back. Sense of trimmers is at picture 5 ( page 11)..
The trimmer of light sensor set sensitivity for surrounding light level during
which is activated white LEDs lighting for camera. The LEDs lighting is
activated during communication only.
DIP switch –setting of default values and mode of
Slim IPDP via DIP switch –picture 6 (page 11).
1-reserve ( back up)
2- mode P2P (peer to peer) / SIP server
3- factory setting (default) –erase all programmed
parametres to default values except memory
numbers
4- default IP adress setting 192.168.1.250
All changes are executed after switch OFF / ON
(restart).
After start of VoIP modul the DIP switch 3 and 4
must be switch into position "on" otherwise new
settings or new IP adress will be rewrite again to
default values.
Picture 5 Setting of trimmers
Picture 6: DIP switch setting

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1.5 Installation of DoorPhone VoIP Assembly
1.5.1 Open and close the cover of Slim IPDP

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1.5.2 Dismounting lighting of nameplate
1.5.3 Assembly Slim IPDP on the wall
The installation is made by screwing to the wall by means of dowels.

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1.5.4 Return lighting name plate after mounting on the wall.
1.5.5 Change of nameplates
Each button has its separate nameplate hold by means of plastic flag
(see figure). The paper nameplates can be printed from Excel form (to be
downloaded on http://www.alphatech.cz/manualy/jmenovky1128_9.xls.

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2 DoorPhone VoIP Operation
2.1 Signaling Overview
The IPDP is signalling acoustically stages during its operation which
can happen. Further signalling is by red LED (placed under microphone hole).
Condition
Tones
Tone frequency
LED
Line OFF HOOK
–▄–■–▀–
425-850-1275
Lighting
Line ON HOOK
–▀–■–▄
1275-850-425
Light off
Report after calling
–▄–■–▀–
425-850-1275
Lighting
Notification about call ending
–■–■–■–
1275
Lighting
Phone command confirmation
––█––
425
AB line connection (Reset)
–■–▄–■–
1275-850-1275
Flash
Error (generaly anything incorrect)
–■–■–■–■–■–■–
425….
Empty memory (no progr. numb.)
–█–▄–■–▄–■–▄–
850-1275-1700…
Communication is establishing
-
-
Flashing
Communication is running
-
-
lighting
2.2 Visitor at Door
Behaviour of IPDP is done by preprogrammed parametres.
The IPDP buttons are equipped by cards with names or positions of people
inside building. The visitor presses appropriate button –IPDP makes line OFF
HOOK either immediatelly (pressed button is not first in code for el.lock from
buttons) or delayed (time between button press) –dial saved number under
this button. Dialled number is different up dial mode in IPDP which is
preprogrammed:
- mode DAY/NIGHT = when IPDP is in DAY mode then dial always
number saved in 1 column., When is in NIGHT mode then dial always
number saved in 2 column.
- Switching DAY/NIGHT mode is possible either automatically or
manually. It is adjustable in basic parametres. When you select
automatic switching then in WEB interface menu will be display "Daily
intervals" . Here you can programm switching for 3 different intervals for
7 days in week. It is necessary for providing correct functionality to set
IP adress of NTP server and provide by IP network setting access of
door phone to internet. In automatic switching DAY/NIGHT you can also
use temporare manual switching which is cancel by first coming interval
of automatic switching.

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- Manual switching DAY/NIGHT is by code which is programmed in
“switching codes” parametr.
- -mode 2 numbers groups = first press of button –always dials
number saved in 1 column ( 1st group) . When you press the same
button again, when busy tone is detected or when preprogrammed
number of rings is over the IPDP dials number from 2 column ( 2nd
group). When you press the same button again the IPDP dial number
from 1st group .
- When visitor press the button after IPDP makes line OFF HOOK then
door phone hangs up fot time preset by parametr “Time of hanging up
before REDIAL”. Then picks up and dial new number.
By buttons of IPDP you can dial a code for door opening (code keylock).
When visitor at the door press buttons combination which agree to
preprogrammed code and time between button press is not longer than
preprogrammed time by parametr the IPDP will activate appropriate relay
(when is set in mode m=1 or m=5) for time “Closing time”.
2.3 Person Inside Building
The person inside building is considered as person who is responding
Door phone calls by phone.
2.3.1 Outgoing Call
Outgoing call is call coming from door phone (inicialize by button press
by visitor). After door phone number dialling is ringing phone inside the
building. When you picks up the call you can speak to visitor as same as by
code dialling you can: activate relay ( when is set in mode m=1 or m=5), switch
DAY/NIGHT mode and hang up. The IPDP sends 10sec before end of call
duration notification ( 3 short beeps) and you have an option to prolong the call
by dialling (* / #) . By hanging up of phone is call ended..
There are 2 ways how to transmit info about button press (code for door
opening, DAY/NIGHT switching code, call prolongation code, code for
hanging up etc..) –either in “RTPchannel” or in “SIP info” . Version
“inband DTMF” is not decoding in IPDP .
.
2.3.2 Incoming Call
Incoming call is call coming from the building to door phone. (Inicialize
by person inside building). After dialling of extension number or IP adress (
where is IPDP connected) the door phone is ringing (LED is flashing).
After preprogrammed number of rings the IPDP picks up and you can talk.
Available services are the same as at outgoing call (chapter Fel! Hittar inte
referenskälla.).

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3 Programming of Parameters
3.1 Basic VoIP settings
3.1.1 Choosing a mode and login
Very important is select firstly mode of IPDP in which will work inside IP
network. It is P2P (peer to peer) or IPDP is registrated to SIP server. It is
selected by DIP switch 2 –picture 7. The mode you cant change from WEB
interface. The change of DIP switch is performed always after restart. Other
switches are in position „on“ (normal). The IPDP we switch on and wait cca 1
min for unit start up.
Default setting which makes erasing of
preprogrammed parametres values is perform by
DIP switch 3 –which put to position off. Then make
restart of unit. After unit start up you must return DIP
switch 3 to position ON .
Setting of basic IP address 192.168.1.250
make by DIP switch 4 move to the position off and
restart the doorphone. After unit restart you must
return the DIP switch 4 to the position On.
The Doorphone Restart you can
make by 2 ways –either by
disconnection and connection of power
or by clicking on „Restart“ in WEB
interface .
IP address of doorphone is from the manufacturer (as well as default)
setting on 192.168.1.250. When you are in different IP network numbering
(= NOT START 192.168.1.xxx) then you have to programm in features of
TCP/IP protocol at your PC either temporare IP adress or as alternative
configuration for example: 192.168.1.245 . Then you can programm Door
phones parametres including IP adress and after restart of unit you can be
connected to WEB interface of door phone at new IP adress.
CAUTION: DIP switch 3 and 4 must be in position "on" otherwise after restart
new IP adress will be rewritten back to default IP adress = 192.168.1.250.
In your web browser enter IP address of the DoorPhone, default is
192.168.1.250. See picture 8.
Picture 7 DIP switch setting

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Picture 8 First site - video from camera
Enter user name and password. User name is „admin“, default password
is „1234“. See picture 9.
Picture 9 Login to setup

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3.1.2 Language option
Language setting can be made in a menu on the left panel. How add new
language is descripe on page 29