R26B Door Phone Admin Guide
About this manual
Thank you for choosing Akuvox’s R26B door phone. This manual is intended for end userswho need to properly configure the door
phone. This manualis applicable to 26.31.4.xx version, and it provides all functions’ configurations of R26B. Please visit Akuvox
forum or consult technical support for any new information or latest firmware.
Note : Please refer to universal abbreviation form in the end of manual when meet any abbreviation letter.
Any Changes or modifications not expressly approved by the party responsible for compliance could void the user's authority to operate the equipment.
This device complies with part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) This device may not cause harmful interference,
and (2) this device must accept any interference received, including interference that may cause undesired operation.
Note: This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to part 15 of the FCC Rules. These limits are
designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates, uses and can radiate radio
frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications.
However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or
television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of
the following measures:
—Reorient or relocate the receiving antenna.
—Increase the separation between the equipment and receiver.
—Connect the equipment into an outlet on a circuit different from that to which the receiver is connected.
—Consult the dealer or an experienced radio/TV technician for help.
Content
1. Product Overview
1.1. Product Description................................................................................................................................................................................... 1
1.2. Connector Introduction..............................................................................................................................................................................1
1.3. LED Status Information.............................................................................................................................................................................2
2. Daily Use...............................................................................................................................................................................................................3
2.1. Making a Call
2.2. Receiving a Call
2.3. Unlock.......................................................................................................................................................................................................... 4
2.3.1. Unlock by RFID Cards
2.3.2. Unlock by DTMF Codes................................................................................................................................................................. 4
3. Basic Setting....................................................................................................................................................................................................... 5
3.1. Getting Started........................................................................................................................................................................................... 5
3.1.1. IP Announcement............................................................................................................................................................................ 5
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1
3
3
4
3.1.2. Access the device website
3.2. Password Modification
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5
6
3.2.1. Modify the Web Password
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6
3.3. Phone Configuration
3.3.1. Language.......................................................................................................................................................................................... 6
3.3.2. Time................................................................................................................................................................................................... 7
3.3.3. Network............................................................................................................................................................................................. 7
3.3.3.1. VLAN.............................................................................................................................................................................................. 9
3.3.3.2. TR069
3.3.4. Sound.............................................................................................................................................................................................. 11
3.3.5. DND
3.4. Intercom Call
3.4.1. Direct IP Call.................................................................................................................................................................................. 13
3.4.2. SIP Call........................................................................................................................................................................................... 14
3.4.2.1. SIP Account.................................................................................................................................................................................14
3.4.2.2. SIP Server 1&2...........................................................................................................................................................................15
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6
10
12
13
3.4.2.3. Outbound Proxy Server
3.4.2.4. Transport Type............................................................................................................................................................................15
3.4.2.5. NAT
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15
16
3.4.3. Auto Answer
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16
3.4.4. Web Call
3.4.5. Push To Hang Up.......................................................................................................................................................................... 17
3.5. Security......................................................................................................................................................................................................17
3.5.1. Live view......................................................................................................................................................................................... 17
3.5.2. RTSP............................................................................................................................................................................................... 18
3.5.3. ONVIF
3.6. Access Control......................................................................................................................................................................................... 20
3.6.1. Relay
3.6.2. Card Setting
3.6.3. Open Relay via HTTP...................................................................................................................................................................22
3.6.4. Unlock via Exit Button...................................................................................................................................................................23
3.7. Reboot....................................................................................................................................................................................................... 24
3.8. Reset..........................................................................................................................................................................................................24
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17
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4. Advance Feature
4.1. Phone Configuration............................................................................................................................................................................... 25
4.1.1. LED
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25
25
4.1.2. IR LED
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26
4.1.3. RF Card Code Display Related
4.2. Intercom.................................................................................................................................................................................................... 27
4.2.1. Call Time Related.......................................................................................................................................................................... 27
4.2.2. Return Code When Refuse..........................................................................................................................................................28
4.2.3. SIP Call Related............................................................................................................................................................................ 28
4.2.4. Codec
4.2.5. DTMF...............................................................................................................................................................................................30
4.2.6. Session Timer
4.2.7. Encryption
4.2.8. NAT..................................................................................................................................................................................................31
4.2.9. User Agent...................................................................................................................................................................................... 32
4.3. Access Control......................................................................................................................................................................................... 33
4.3.1. Web Relay...................................................................................................................................................................................... 33
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27
29
31
31
4.4. Security
4.4.1. Anti-alarm....................................................................................................................................................................................... 34
4.4.2. Motion
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34
35
4.4.3. Action
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35
4.4.3.1. Action Parameters
4.4.3.2. Push Button Action.................................................................................................................................................................... 37
4.4.3.3. Input Interface Triggered Action...............................................................................................................................................38
4.4.3.4. Motion Triggered Action............................................................................................................................................................ 38
4.4.3.5. Action URL.................................................................................................................................................................................. 38
4.5. Upgrade
4.5.1. Web Upgrade................................................................................................................................................................................. 39
4.5.2. Autop Upgrade
4.5.3. Backup Config File
4.5.4. DHCP Option................................................................................................................................................................................. 42
4.6. Log............................................................................................................................................................................................................. 43
4.6.1. Call log............................................................................................................................................................................................ 43
4.6.2. Door Log......................................................................................................................................................................................... 43
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35
39
40
42
4.6.3. System Log
4.6.4. PCAP...............................................................................................................................................................................................44
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43
1. Product Overview
Figure 1.2-1 R26B’s interface
Figure 1.1 Product Description
1.1. Product Description
Akuvox R26B is a SIP-compliant, hands-free, five buttons door
phone. It can be connected with Akuvox indoor monitors for remote
unlock control and monitor. Users can operate the indoor phone to
communicate with visitors via voice and video. Users can also use
RFID cards to unlock the door It’s applicable in villas, office and so
on.
1.2. Connector Introduction
Ethernet (POE): Ethernet (POE) connector, which can provide both
power and network connection.
12V/GND: External power supply terminal if POE is not available.
RS485 A/ B: RS485 terminal.
DOOR A/B: Trigger signal input terminal.
Figure 1.2-2 General interface
Relay A/B (NO/NC/COM): Relay control terminal.
Note: The general door phone interface diagram is only for
reference.
1.3. LED Status Information
2. Daily Use
2.1. Making a Call
Press one of the call buttons to call out the predefined SIP account
or IP address and if LED turns green, it means the call has been
answered.
2.2. Receiving a Call
User can use IP phone or indoor monitor to call R26B and R26Bwill
answer it automatically by default. If user disable auto answer,
pressing button to answer incoming call.
2.3. Unlock
2.3.1. Unlock by RFID Cards
Place the predefined user cards in RFID card reader to unlock.
Under normal conditions, R26B will announce “The door is now
opened.” 13.56 MHz RF card is supported on R26B.
2.3.2. Unlock by DTMF Codes
Users can press the predefined DTMF code from an answer unit to
remotely unlock the door during the call. Users will also hear “The
door is now opened.”
3. Basic Setting
Figure 3.1.2 Access the device website
3.1. Getting Started
3.1.1. IP Announcement
While R26B starts up normally, hold the top of call button for several
seconds after the Status LED turns blue, voice system will enter IP
announcement mode. In announcement mode, the IP address will
be announced periodically and “IP 0.0.0.0” would be announced if
no IP address is gained. Press call button again to quit the
announcement mode.
3.1.2. Access the device website
Open a web browser, and access the corresponding IP address.
Enter the default user name and password to login. The default
administrator User Name and Password are shown below:
User Name: admin
Figure 3.2.1 Modify the web password
Password: admin
Note: The recommended browser is Google Chrome.
3.2. Password Modification
3.2.1. Modify the Web Password
Go to Security - Basic to modify password for webpage. To modify
password for“admin” or “user” account.
3.3. Phone Configuration
3.3.1. Language
Go to Phone-Time/Lang to select language for webpage.
3.3.2. Time
Figure 3.3.3.1 Static IP mode
Go to Phone - Time/Langto configure it.
Time Zone: To select local time zone for NTP server.
Primary Server: To configure primary NTP server address.
Secondary Server: To configure secondary NTP server address, it
takes effect if primary NTP server is unreachable.
Update Interval: To configure interval between two
consecutive NTP requests.
System Time: The current time of the phone.
3.3.3. Network
DHCP Mode
In website, go to Network - Basic.
R26B uses DHCP mode by default which will get IP address,
subnet mask, default gateway and DNS server address from DHCP
server automatically.
Static IP Mode
In Website, go to Network - Basic.
If select static IP, users should manually setup IP address, subnet
mask, default gateway and DNS server address. The figure right
shows static IP settings.
Local RTP
Go to Network - Advanced to configure.
Local RTP:To display and configure local RTP settings.
Starting RTP Port: Determine the minimum port that RTP stream
can use.
Max RTP Port: Determine the maximum port that RTP stream can
use.
SNMP
Go to Network - Advanced to configure.
SNMP:To display and configure SNMP settings.
Active: To enable or disable SNMP feature.
Port: To configure SNMP server’s port.
Trusted IP: To configure allowed SNMP server address. It could be
an IP address or any valid URL domain name.
Note: SNMP is Internet-standard protocol for managing devices on
IP networks.
3.3.3.1. VLAN
Go to Network - Advanced to configure.
VLAN:To display and configure VLAN settings.
Active: To enable or disable VLAN feature for designated port.
VID: To configure VLAN ID for designated port.
Priority: To select VLAN priority for designated port.
Note: Please consult administrator for specific VLAN settings in the
networking environment.
3.3.3.2. TR069
Go to Network - Advanced to configure.
TR069:To display and configure TR069 settings.
Active: To enable or disable TR069 feature.
Version: To select supported TR069 version (version 1.0 or 1.1).
ACS/CPE: ACS is short for auto configuration servers as server
side, and CPE is short for customer-premise equipment as client
side devices.
URL:To configure URL address for ACS or CPE.
User Name: To configure username for ACS or CPE.
Password: To configure password for ACS or CPE.
Periodic Inform: To enable periodically inform.
Periodic Interval: To configure interval for periodic inform.
Note: TR-069 is a technical specification entitled CPE WAN
Management Protocol (CWMP).It defines an application layer
protocol for remote management of end-user devices.
3.3.4. Sound
Go to Phone-Voice to configure volume and upload tone file.
Mic Volume: To configure microphone volume.
Speaker Volume:To configure speaker volume.
Open Door Warning: Disable it, and users will not hear the prompt
voice when the door is opened.
RingBack Upload: To upload the ring back tone by users
themselves.
Opendoor Tone Upload: To upload the opendoor tone by users
themselves.
3.3.5. DND
Go to Phone - Call Featureto configure DND feature.
DND:DND allows phones to ignore any incoming calls.
Return Code when DND: Determine what response code should
be sent back to server when there is an incoming call if DND is on.
DND On Code: The code is used to turn on DND on server’s side, if
configured, door phones will send a SIP message to server to turn
on DND on server side if users press DND when DND is off.
DND Off Code: The code is used to turn off DND on server’s side,
if configured, door phones will send a SIP message to server to turn
off DND on server side if users press DND when DND is on.
3.4. Intercom Call
Figure 3.4.1-1 Direct IP call
Figure 3.4.1-2 Push button
3.4.1. Direct IP Call
Without sip server, users can also use IP address to call each other,
but this way is only suitable in the LAN.
Go to Phone - Call Feature to enable the direct IP call for door
phones first.
Go to Intercom - Basic to configure the IP address of the
destination(E.g.IP address 192.168.10.91).One button for each
button.After, press the push button to make direct IP call.
Note: The push button number can also enter the SIP account.
3.4.2. SIP Call
Figure 3.4.2.1 SIP Account
SIP calls which use SIP numbers to make or receive calls should be
supported by SIP server. Users need to register accounts and fill
SIP feature parameters before using it.
Go to Account - Basic to configure SIP account and SIP server for
door phones first.
3.4.2.1. SIP Account
Status: To display register result.
Display Label: To configure label displayed.
Display Name: To configure name sent to the other call party for
displaying.
Register Name: To enter extension number which users want and
the number is allocated by SIP server.
User Name: To enter user name of the extension.
Password: To enter password for the extension.
3.4.2.2. SIP Server 1&2
Figure 3.4.2.2 SIP server 1&2
Figure 3.4.2.3 Outbound proxy server
Figure 3.4.2.4 Transport type
Server IP 1: To enter SIP server’s IP address or URL.
Server IP 2: To display and configure secondary SIP server
settings. This is for redundancy, if registering to primary SIP server
fails, the phone will go to secondary SIP server for registering.
Registration Period: The registration will expire after registration
period, and the phone will re-register automatically within
registration period.
3.4.2.3. Outbound Proxy Server
An outbound proxy server is used to receive all initiating request
messages and route them to the designated SIP server.
3.4.2.4. Transport Type
To display and configure transport type for SIP message.
UDP: UDP is an unreliable but very efficient transport layer
protocol.
TCP: Reliable but less-efficient transport layer protocol.
TLS: Secured and reliable transport layer protocol.
DNS-SRV: DNS record for specifying the location of services.
3.4.2.5. NAT
To display and configure NAT settings.
STUN: Short for session traversal utilities for NAT, a solution to
solve NAT issues.
Note: By default, NAT is disabled.
After configuring SIP call related parameters, users can refer to the
direct IP call part to dial out a SIP call.
3.4.3. Auto Answer
Go to Account - Advanced to enable auto answer feature for SIP
calls.
3.4.4. Web Call
Figure 3.4.5 Push to hang up
Go to Intercom-Basic to dial out or answer incoming call from
website.
3.4.5. Push To Hang Up
Go to Intercom - Basic to configure. To enable or disable pushing
button to hang up.
3.5. Security
3.5.1. Live view
Go to Intercom - Live Stream to check the real-time video from
R26B.
In addition, user also can check the real-time picture via URL:
http://IP_address:8080/picture.jpg.
3.5.2. RTSP
R26B supports RTSP stream, go to Intercom - RTSP to enable or
disable RTSP server. The URL for RTSP stream is:
rtsp://IP_address/live/ch00_0.
RTSP Stream: To enable RTSP video and select the video codec.
R26B supports H.264 video codec by default.
H.264 Video Parameters: H.264 is a video stream compression
standard. Different from H.263, it provides an approximately
identical level of video stream quality but a half bit rate. This type of
compression is sometimes called MPEG-4 part 10. To modify the
resolution, framerate and bitrate of H.264.
MPEG4 Video Parameters: MPEG4 is one of the network video
image compression standard. It supports the maximum
compression ratio 4000:1. It is an important and common video
function with great communication application integration ability and
less core program space. To modify the resolution, framerate and
bitrate of MPEG4.
3.5.3. ONVIF
R26B supports ONVIF protocol, which means R26B’s camera can
be searched by other devices, like NVR which supports ONVIF
protocol as well.
Go to Intercom - ONVIF to configure ONVIF mode, its username
and password.
Switching ONVIF mode to “Undiscoverable”and it means users
must program ONVIF’s URL manually.
The ONVIF’s URL is:
http://IP_address:8090/onvif/device_service.
3.6. Access Control
3.6.1. Relay
Go to Intercom - Relay to configure relay.
There are three terminals of relay: NO, NC and COM. NO stands
for normally open contact while NC stands for normally closed
contact.
Relay ID :R26B supports two relays, users can configure them
respectively.
Relay Type: Default state means NC and COM are normally closed,
while invert state means NC and COM are normally opened.
Relay Delay: To configure the duration of opened relay. Over the
value, the relay would be closed again.
DTMF Option: To select digit of DTMF code, R26B supports
maximum 4 digits DTMF code.
DTMF: To configure 1 digit DTMF code for remote unlock.
Multiple DTMF: To configure multiple digits DTMF code for remote
Figure 3.6.2-2 Card setting
Figure 3.6.2-1 Card setting
unlock.
Relay Status: Low means that COM is connecting to NC while High
means that COM is connecting to NO.
Note: Relay operate a switch and does not deliver power, so users
should prepare power adapter for external devices which connects
to relay.
3.6.2. Card Setting
Go to Intercom - Card setting , to manage card access system.
Import/Export Card Data
R26B supports import or export the card data file, which is
convenient for administrator to deal with a large number of cards. The
maximum card data file is 200K which is around 500 cards.
Note: Please consult administrator for the template RFID cards
data file.
Obtain and Add Card
Switch card status to “Card Issuing” and click “Apply”;
Figure 3.6.3 Open relay via HTTP
Figure 3.6.2-3 Card setting
Place card on the card reader area and click “Obtain”;
Name card, choose which door you want to open and the valid day
and time;
Click “Add” to add it into list.
Note: Users can use card to access only when card status has
been switched to “Normal”.
Door Card Management
Valid card information will be shown in the list. Administrator could
delete one card’s access permission or empty all the list.
3.6.3. Open Relay via HTTP
Users can use a URL to remote unlock the door.
Go to Intercom - Relay to configure.
Switch: Enable this function. Disable by default.
UserName & Password: Users can setup the username and
password for HTTP unlock.
URLformat:
Figure 3.6.4 Unlock via exit button
http://IP_address/fcgi/do?action=OpenDoor&UserName=&Passwor
d=&DoorNum=1
3.6.4. Unlock via Exit Button
Go to Intercom - Input to configure input settings.
R26B supports two input triggers Input A/B (DOOR A/B).
Input Service:To enable or disable input trigger service.
Trigger Option: To choose open circuit trigger or closed circuit
trigger. Low means that connection between door terminal and
GND is closed, while high means the connection is opened.
Action to execute: To choose which action to execute after the
input terminal is triggered.
Http URL: To configure URL, If HTTP action is chosen.
Open Relay: To configure relay to open.
Door Status: To show the status of input signal.
3.7. Reboot
Figure 3.7 Reboot
Figure 3.8.Reset
Go to Upgrade - Basic , users can reboot the phone.
3.8. Reset
Go to Upgrade - Basic , users can reset the phone to factory
settings.
4. Advance Feature
4.1. Phone Configuration
4.1.1. LED
Go to Intercom - LED Setting to configure the LED status.To setup
the LED lighting mode.
State: There is five states: Normal, Offline, Calling, Talking and
Receiving.
Color Off: The default status is OFF.
Color On: It can support three color: Red, Green, Blue.
Blink Mode: To setup the different blink frequency.
LED Control:
Use HTTP URL to remote control the LED status.
Http format:
http://PhoneIP/fcgi/do?action=LedAction&State=1&Color=1&Mode
=2500
Status: 1=Idle; 2=OffLine; 3=Calling; 4=Talking; 5=Receiving; Color:
1=Green; 2=Blue; 3=Red; Mode: 0=Always On; 1=Always Off;
500/1000/1500/2000/25000/3000
4.1.2. IR LED
Go to Intercom - Advanced to configure.
Photoresistor: The setting is for night vision, when the surrounding
of R26B is very dark, infrared LED will turn on and R26B will turn to
night mode. Photoresistor value relates to light intensity and larger
value means that light intensity is smaller. Users can configure the
Min and Max bound and when photoresistor value is larger than
Max bound, infrared LED will turn on. As contrast, when
photoresistor value is smaller than Min bound, infrared LED will turn
off and device turns to normal mode.
4.1.3. RF Card Code Display Related
Figure 4.1.3 RF card code display related
Figure 4.2.1-1 Call time related
Figure 4.2.1-2 Call time related
Figure 4.2.1-3 Hang up after open door
Go to Intercom - Advanced to configure.
RFID Display Mode: To be compatible different card number
formats. The default 8HN means hexadecimal.
4.2. Intercom
4.2.1. Call Time Related
Go to Intercom - Basic to configure.
Max Call Time: To configure the max call time.
Max Dial Time: To configure the max incoming dial time, available
when auto answer is disabled.
Dial Out Time: To configure the max no answer call time.
Hang Up After Open Door: To set the time that hang up the call
after open the door.
4.2.2. Return Code When Refuse
Figure 4.2.2 Return code when refuse
Figure 4.2.3 SIP call related
Go to Phone - Call Feature - Others to configure.
Return Code When Refuse: Allows users to assign specific code
as return code to SIP server when an incoming call is rejected.
4.2.3. SIP Call Related
Go to Account-Advanced to configure the SIP call related.
Max Local SIP Port: To configure maximum local SIP port for
designated SIP account.
Min Local SIP Port: To configure maximum local SIP port for
designated SIP account.
Caller ID Header: To choose caller ID header format.
Anonymous Call: If enabled, R26B will block its information when
calling out.
Anonymous Call Rejection: If enabled, calls who block their
information will be screened out.
Missed Call Log: If enabled, any missed call will be recorded into
call log.
Prevent Hacking: If enabled, it will prevent SIP messages from
hacking.
4.2.4. Codec
Go to Account - Advanced to configure SIP call related codec.
SIP Account: To choose which account to configure.
Audio Codec:R26B support four audio codec: PCMA, PCMU,
G729, G722. Different audio codec requires different bandwidth,
users can enable/disable them according to different network
environment.
Note: Bandwidth consumption and sample rates are as below:
Video Codec: R26B supports H.264 standard, which provides
better video quality at substantially lower bit rates than previous
standards.
Codec Resolution: R26B supports four resolutions: QCIF, CIF,
VGA, 4CIF and 720P.
Codec Bitrate: To configure bit rates of video stream.
Codec Payload: To configure RTP audio video profile.
Go to Phone - Call Feature to configure multicast related codec.
4.2.5. DTMF
Go to Account - Advanced to configure RTP audio video profile for
DTMF and its payload type.
Type: Support Inband, Info, RFC2833 or their combination.
How To Notify DTMF: Only available when DTMF type is Info.
Figure 4.2.6 Session timer
DTMF Payload: To configure payload type for DTMF.
4.2.6. Session Timer
Go to Account - Advanced to configure it.
If enabled, the on going call will be disconnected automatically once
the session expired unless it’s been refreshed by UAC or UAS.
4.2.7. Encryption
Go to Account - Advanced to configure it.If enabled, voice will be
encrypted.
4.2.8. NAT
Go to Account - Advanced to display NAT related settings.
UDP Keep Alive message: If enabled, R26B will send UDP
keep-alive message periodically to router to keep NAT port alive.
UDP Alive Msg Interval: Keep alive message interval.
Rport: Remote Port, if enabled, it will add remote port into outgoing
SIP message for designated account.
4.2.9. User Agent
Go to Account - Advanced to configure it.
To customize user agent field in the SIP message.
If users agent is set to specific value, users could see the
information from network package. If user agent is not set by
default, users could see the company name, model number and
firmware version from network package.
4.3. Access Control
4.3.1. Web Relay
R26B can support extra web relay which is connected with the door
phone via network.
Go to Phone - WebRelay to configure.
Type: Connect web relay and choose the type.
IP Address: Enter web relay’s IP address.
UserName: It is an authentication for connecting web relay.
Password: It is an authentication for connecting web relay.
Web Relay Action: Web relay action is used to trigger the web
relay. The action URL is provided by web relay vendor.
Web Relay Key: If the DTMF keys same as the local relay, the web
relay will be open with local relay. But if there are different, the web
relay is invalid.
Web Relay Extension: The webrelay can only receive the DTMF
signal from the corresponding extension number.
Note: Users can modify username and password in web relay
website.
4.4. Security
4.4.1. Anti-alarm
Go to Intercom - Advanced to configure.
R26B integrates internal gravity sensor for the own security, and
after enabling tamper alarm, if the gravity of R26B changes
dramatically, the phone will alarm. Gravity sensor threshold stands
for sensitivity of sensor.
4.4.2. Motion
R26B supports motion detection, go to Intercom - Motion to
configure detection parameter.
Motion Detection: To enable or disable motion detection.
Motion Delay:To configure minium time gap between two
snapshots.
Motion Detect Time Setting: To make motion detect time for a
whole week.
4.4.3. Action
R26B supports to send notifications, snapshots via email and ftp
transfer method, or calls via SIP call method, when trigger specific
actions.
4.4.3.1. Action Parameters
Go to Intercom - Action to set action receiver.
Email Notification
Figure 4.4.3.1-2 Action parameters
Figure 4.4.3.1-1 Action parameters
Sender’s email address: To configure email address of sender.
Receiver’s email address: To configure email address of receiver.
SMTP server address: To configure SMTP server address of
sender.
SMTP user name: To configure user name of SMTP service
(usually it is same with sender’s email address).
SMTP password: To configure password of SMTP service (usually
it is same with the password of sender’s email).
Email subject: To configure subject of email.
Email content: To configure content of email.
Email Test: To test whether email notification is available.
FTP Notification
FTP Server: To configure URL of FTP server.
FTP User Name: To configure user name of FTP server.
FTP Password: To configure password of FTP server.
FTP Test: To test whether FTP notification is available.
SIP Call Notification
Figure 4.4.3.2 PushButton action
SIP Call Number: To configure SIP call number.
SIP Call Name: To configure display name of R26B.
Three specific actions which will be triggered in R26B:
4.4.3.2. Push Button Action
Go to Intercom - Basic to configure.
Enable this function, the device will record any changes of the
surrounding environment then send the message or picture to the
corresponding receiver.
Action to execute: Tick the suit the suitable way to receive the
action message.
HTTP URL: If you tick HTTP URL, and then enter the HTTP server
IP address in the HTTP URL area. When the device detects any
changes, it will send HTTP network package.
4.4.3.3. Input Interface Triggered Action
Figure 4.4.3.4 Motion trigger action
Figure 4.4.3.3 Input interface trigger action
Go to Intercom - Input to configure.
Action to execute: To choose which action to execute after
triggering.
Http URL: To configure URL, If HTTP action is chosen.
Action Delay: To configure after how long to execute to send out
notifications and trigger relay.
Open Relay: To configure which relay to trigger.
4.4.3.4. Motion Triggered Action
Go to Intercom - Motion to configure.
Action to execute: To choose which action to execute after
triggering.
Http URL: To configure URL, If HTTP action is chosen.
SDMC Upload: Upload the capture to the SDMC.
4.4.3.5. Action URL
Action URL can be triggered by some predefined incidents.
Go to Phone - Action URL , pick Active to be “Enabled”, pick to
Figure 4.4.3.5 Action URL
demand triggered incident, each “HTTP” request to have to
including the key and value, use“=” to separate, each value staring
with “$.” For example, “Open Relay Success” incident, input
http://server IP address/help.xml?mac=$mac, when the relay of
R26B is triggered successfully, the phone will send a HTTP packet
to the server, through the HTTP package to know the MAC of the
phone.
4.5. Upgrade
4.5.1. Web Upgrade
Go to Upgrade - Basic, users can upgrade firmware. Reset to
factory setting and reboot.
Upgrade: Choose .rom firmware from the PC, and then click
Submit to start update.
4.5.2. Autop Upgrade
Figure 4.5.2-1 Autop update
Figure 4.5.2-2 Autop update
Go to Upgrade - Advanced to configure automatically update
server’s settings.
PNP Option
Plug and Play, once PNP is enabled, the phone will send SIP
subscription message to PNP server automatically to get auto
provisioning server’s address.
By default, this SIP message is sent to multicast address
224.0.1.75 (PNP server address by standard).
Manual Autop
Autop (Auto-Provisioning) is a centralized and unified upgrade of
telephone. It is a simple and time-saving configuration for phone. It
is mainly used by the device to download corresponding
configuration document from the server using TFTP / FTP / HTTP /
HTTPS network protocol. To achieve the purpose of updating the
device configuration, making the users to change the phone
configuration more easily. This is a typical C/S architecture upgrade
Figure 4.5.2-3 Autop update
mode, mainly by the terminal device or PBX server to initiate an
upgrade request.
URL: Auto provisioning server address.
User Name: Configure if server needs an username to access,
otherwise left blank.
Password: Configure if server needs a password to access,
otherwise left blank.
Common AES Key: Used for phone to decipher common auto
provisioning configuration file.
AES Key (MAC): Used for phone to decipher MAC-oriented auto
provisioning configuration file (for example, file name could be
0C1105888888.cfg if phone’s MAC address is 0C1105888888).
Note: AES is one of many encryption, it should be configured only
when configure file is ciphered with AES, otherwise left blank.
Automatic Autop
To display and configure auto provisioning mode settings.
This auto provisioning mode is actually self-explanatory.
Figure 4.5.3-1 Backup config file
Figure 4.5.3-2 Backup config file
For example, mode ”Power on” means phone will go to do
provisioning every time it powers on.
Note: Please refer to the related feature guide from Akuvox forum.
4.5.3. Backup Config File
Go to Upgrade - Advanced to backup the config file.
Export Autop Template: To export current config file.
Others: To export current config file (Encrypted) or import new
config file.
4.5.4. DHCP Option
To display and configure DHCP setting for AutoP. Option 66/43 is
enable by default. It can support HTTPS, HTTP, FTP, TFTP server.
Customer Option: Enter the server URL. Click “Submit” to save.
Note: To make DHCP autop URL works, the PNP should be
disable.
4.6. Log
4.6.1. Call log
Go to Phone - Call Log , users can see a list of call log which have
dialed, received or missed. Users can delete calls from list.
4.6.2. Door Log
Go to Phone - Door Log , users can see a list of door log which
records card information and data.
4.6.3. System Log
Go to Upgrade - Advanced to configure system log level and
export system log file.
System log level: From level from 0 to 7.The higher level means
the more specific system log is saved to a temporary file. By default,
it’s level 3.
Export Log: Click to export temporary system log file to local PC.
4.6.4. PCAP
Go to Upgrade - Advanced to start, stop packets capturing or to
export captured packet file.
Start: To start capturing all the packets file sent or received from
phone.
Stop: To stop capturing packets.
ACS:Auto Configuration Server
Auto:Automatically
AEC:Configurable Acoustic and Line Echo Cancelers
ACD:Automatic Call Distribution
Autop:Automatical Provisioning
AES:Advanced Encryption Standard
BLF:Busy Lamp Field
COM:Common
CPE:Customer Premise Equipment
CWMP:CPE WAN Management Protocol
DTMF:Dual Tone Multi-Frequency
DHCP:Dynamic Host Configuration Protocol
DNS:Domain Name System
DND:Do Not Disturb
DNS-SRV:Service record in the Domain Name System
FTP: File Transfer Protocol
GND: Ground
HTTP: Hypertext Transfer Protocol
HTTPS: Hypertext Transfer Protocol Secure
IP: Internet Protocol
ID: Identification
IR: Infrared
LCD: Liquid Crystal Display
LED: Light Emitting Diode
MAX: Maximum
POE: Power Over Ethernet
PCMA: Pulse Code Modulation A-Law
PCMU: Pulse Code Modulation µ-Law
Abbreviations
SIP: Session Initiation Protocol
SNMP: Simple Network Management Protocol
STUN: Session Traversal Utilities for NAT
SNMP: Simple Mail Transfer Protocol
SDMC: SIP Devices Management Center
TR069: Technical Report069
TCP: Transmission Control Protocol
TLS: Transport Layer Security
TFTP: Trivial File Transfer Protocol
UDP: User Datagram Protocol
URL: Uniform Resource Locator
VLAN: Virtual Local Area Network
WG: Wiegand
PCAP: Packet Capture
PNP: Plug and Play
RFID: Radio Frequency Identification
RTP: Real-time Transport Protocol
RTSP: Real Time Streaming Protocol
MPEG: Moving Picture Experts Group
MWI: Message Waiting Indicator
NO: Normal Opened
NC: Normal Connected
NTP: Network Time Protocol
NAT: Network Address Translation
NVR: Network Video Recorder
ONVIF: Open Network Video Interface Forum
Contact us
For more information about the product, please visit us atwww.akuvox.com or feel free to contact us by
Sales email: sales@akuvox.com
Technical support email: techsupport@akuvox.com
Telephone: +86-592-2133061 ext.7694/8162
We highly appreciate your feedback about our products.