Page 1
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kentix.com
User-Manual
Kentix AlarmManager
MultiSensors
KeyPad and Accessories
Kentix DoorLock
Kentix360 Cloud and SIM
Page 2
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Kentix360 - Cloud and SIM
DoorLock
KeyPad-Touch & Accessories
MultiSensors
Kentix-Systems - basic infos
The AlarmManager
Page 3
1. Introduction and summary 7
1.1. Features 7
1.2. Applications 7
1.3. Safety note 7
2. Connection examples and installation notes 8
2.1. StarterSet-BASIC/PRO-1 8
2.2. StarterSet-PRO-2 8
2.3. StarterSet with optional equipment 9
2.4. Alarm-inputs 10
2.5. Relay contacts 10
2.6. Power supply 10
3. Overview KENTIX System Topology 11
4. AlarmManager-BASIC/PRO 12
4.1. Login to the AlarmManager 12
4.2. Changing IP-Settings 12
4.3. Communication- / Network ports 13
4.4. Default settings / Factory defaults 13
4.5. Configuration in 8 steps 14
4.6. Visual and acoustic signaling 15
4.7. Alarm zones 16
4.8. Quitting Alarms 16
4.9. User accounts 17
4.10. SMS commands for remote control of AlarmManager 18
4.11. Settings - AlarmManager-BASIC and -PRO 19
4.12. Settings - AlarmManager-PRO only 21
4.13. SMS gateway function 22
4.14. SMS Limit 22
4.15. MIB for SNMP-Systems 23
4.16. Execution of Firmware Updates 24
4.17. License management and upgrade 24
4.18. Connections - AlarmManager-BASIC/PRO 25
5. MultiSensors 26
5.1. Mounting instructions for MultiSensor-RF / -LAN / -LAN-RF 26
5.2. Coverage of the integrated PIR movement detector 26
5.3. Calibration of the temperature / humidity sensor 27
5.4. Kentix system jack at MultiSensor-RF / -LAN / -LAN-RF 27
5.5. MultiSensor-RF 28
5.5.1. Adding a MultiSensor-RF 28
5.6. MultiSensor-LAN 29
5.6.1. Default settings / Factory defaults 29
5.6.2. Software function MultiSensor-LAN 29
5.6.3. Configuration - Basic configuration 31
5.6.4. Configuration - MultiSensor (Sensor- and alarm settings) 32
5.6.5. Users 33
5.6.6. System 34
5.6.7. Switch alarm output 2 34
5.7. MultiSensor-Door / MultiSensor-RACK-MINI 35
5.7.1. Mounting instructions 36
5.7.2. Usage of the reed contact 37
5.7.3. Opening of the casing / replacement of battery 38
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Page 4
5.7.4. Adding a MultiSensor-Door / -RACK-MINI 38
5.7.5. Settings 38
5.7.6. Test of the settings 39
5.8. MultiSensor-Rack 40
5.8.1. Safety note and installation 40
5.8.2. Default settings 40
5.8.3. Overview connections 41
5.8.4. Kentix system jack at MultiSensor-RACK 42
5.8.5. Recommended installation 42
5.8.6. ConfigurationConfiguration 43
5.8.7. EnergySensor - Energy 43
5.8.8. Control 46
5.8.9. Configuration - EnergySensor 47
5.8.10. Users 48
5.8.11. System 48
5.8.12. Configuration of the vibration sensor 48
5.9. Control a network camera with MultiSensor-LAN/RACK 49
5.10.Communication Interfaces MultiSensor-LAN/RACK 49
5.11.Perform software update on MultiSensor-LAN / -RACK 50
6. How to open the AlarmManager chassis for inserting a SIM card 51
7. KeyPad-Touch (KKPT) 52
7.1. Adding a KeyPad 52
7.2.Operation KeyPad 53
8. Enhancements 55
8.1. Leakage sensor (KLS03) 55
8.2. Leakage sensor rope (KLS03-ROPE) 57
8.3. Kentix Power-Adapter (KIO1) with digital input clips 58
8.4. Kentix Power-Adapter (KIO2) for powering a MultiSensor 59
8.5. Kentix Power-Adapter (KIO3) with digital I/O clips 60
8.6. Overview and application examples for Power-Adapters (KIO1-3) 61
8.7. Kentix Alarm sirene (KFLASH1) 62
8.7.1. Configuration 63
8.8. Kentix IO-Modules 64
8.9. MultiSensor-LAN-RF (LAN-ZigBee Repeater) 65
9. Kentix DoorLock 66
9.1. Components 66
9.1.1. Online knob (DoorLock-DC) and profile cylinder 67
9.1.2. Online door lever (DoorLock-LE) 67
9.1.3. Online wall reader (DoorLock-WA) 67
9.1.4. Online cabinet lock (DoorLock-RA) 67
9.1.5. Master card set 68
9.1.6. AccessPoint 68
9.1.7. Accessories 68
9.2. Installation & Programming (Inbetriebnahme) 69
9.2.1. Online knob 69
9.2.2. Online door lever 70
9.2.3. Online wall reader 73
9.2.4. Online cabinet lock 77
9.2.5. AccessPoint 80
9.3. Configuration and operation modes 81
9.3.1. DoorLock-device without AccessPoint (offline-mode) 81
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Page 5
9.3.1.1. Initial setup - insert / activate batteries 81
9.3.1.2. Initial setup - Master card set 82
9.3.2. DoorLock-devices with AccessPoint (online-mode) 84
9.3.2.1. Default settings / factory defaults 84
9.3.2.2. Communication ports 84
9.3.2.3. Dashboard - Access logbook 85
9.3.2.4. Dashboard - DoorLock control 85
9.3.2.5. Access - Users 86
9.3.2.6. Teach-in of RFID-media in the online-mode 87
9.3.2.7. Access - Access profiles 88
9.3.2.8. Access - Time profiles 88
9.3.2.9. Access - DoorLocks 88
9.3.2.10. Access - DoorLocks - Switching of alarm zones 90
9.3.2.11. Configuration - General 90
9.3.2.12. Configuration - Network 91
9.3.2.13. Configuration - Communication 91
9.3.2.14. Configuration - Master/Slave Mode 92
9.3.2.15. Configuration - Network cameras 92
9.3.2.16. Kentix360 93
9.3.2.17. System - Logbook 93
9.3.2.18. System - SD card 93
9.3.2.19. System - System settings 93
9.3.2.20. System - Help 94
9.3.3. Master-Slave-mode (Compound operation with multiple AccessPoints) 94
9.3.4. Reset of components 94
9.3.5. Battery replacement 95
9.3.6. Emergency opening 96
9.3.7. Dismantling 96
10.Kentix AlarmManager Smartphone-App 97
10.1. The Profile menu 97
10.2. AlarmManager 98
10.2.1. SMS Control 98
10.3. MultiSensor-LAN / -LAN-RF / -RACK 98
10.4. AccessPoint 99
11. Kentix360 Cloud 100
11. 1. Setup 100
11. 2. Administration 101
11. 3. Manage AccessPoint 102
12. Kentix SIM card 103
12.1. Setup 103
12.2. Telephone number and PIN 103
12.3. SMS alarming 103
13. Data sheets 104
13.1. Data sheet AlarmManager-BASIC/PRO (KAM-BASIC/PRO) 104
13.2. Data sheet MultiSensor-RF (KMS-RF) 105
13.3. Data sheet MultiSensor-LAN (KMS-LAN) 106
13.4. Data sheet MultiSensor-LAN-RF (KMS-LAN-RF) 107
13.5. Data sheet MultiSensor-RACK (KMS-RACK) 108
13.6. Data sheet MultiSensor-Door (KMS-Door) 109
13.7. Data sheet MultiSensor-RACK-MINI (KMS-RACK-MINI) 110
13.8. Data sheet KeyPad (KKPT) 111
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Page 6
13.9. Data sheet AccessPoint (KXP-16) 112
13.10. Data sheet Online Door knob DoorLock-DC (KXC-KN1/2) 113
13.11. Data sheet DoorLock-LE (KXC-LE) 114
13.12. Data sheet DoorLock-WA (KXC-WA) 115
13.13. Data sheet DoorLock-RA1 (KXC-RA1) 116
13.14. Data sheet digital I/O expansion-module (KIO7052) 117
13.15. Data sheet digital I/O expansion-module (KIO7053) 118
13.16. Data sheet leakage sensor (KLS03) 119
14.Checklist - Acceptance report 120
15. Support 123
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Page 7
1. Introduction and summary
Thank you for your decision to buy a KENTIX monitoring solution based on the KENTIX MultiSensor technology.
1.1. Features
The KENTIX AlarmManager-BASIC/PRO is the central system unit, where all the information of the
MultiSensors are collected. The AlarmManager is installed in the server room or rack. It controls and forwards
all alarm and fault messages to the responsible persons. The configuration is done with a comfortable PC client,
the Kentix ControlCenter. The connection and installation of the devices is done plug&play with external power
supplies and RJ45 cabling.
1.2. Applications
•
Industry and Trade
•
Banks
•
Authorities and hospitals
•
Telecommunications
•
Law firms and medical practices
•
Energy and water utility
1.3. Safety note
The installation of the AlarmManager must be run by a competent person.
The sole responsibility for protection against misuse of the SIM card is the card owner. The device allows the
use of a PIN number.
In a power failure, the settings of the AlarmManager are not lost. Energized relays drop out and go back when
the power returns in the unswitched output state.
The device sends power outages directly via SMS. The internal energy supply can protect short-term power
failures for 3-5 minutes. To bridge a longer downtimes, use a suitable UPS system.
Installation
To ensure the security and integrity of the operator and the correct operation of the KENTIX AlarmManager, the
execution of the installation only has to be done by an expert. There must also be ensured, that the relevant
requirements are met.
Environment
The installation must be such that the KENTIX AlarmManager and all associated cables are not affected by the
environmental conditions listed here: dust, humidity, excessive heat, direct sunlight, heat sources, devices that
build strong electromagnetic fields, liquids or corrosive chemicals.
See the technical data sheet for more technical data and environment conditions.
Protection
During the installation of the AlarmManager, certain degrees of protection must be guaranteed. Observe the
relevant regulations for installation in certain environments such as industrial or residential and commercial
buildings.!
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Kentix-Systems - basic infos
Page 8
2. Connection examples and installation notes
2.1. StarterSet-BASIC/PRO-1
2.2. StarterSet-PRO-2
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CompleteSet-PRO 2:
1. Connect the MultiSensor-RF with the AlarmManager or the KIO-Power-Adapter.#
Connect the MultiSensor-LAN with a PoE-Switch.#
Follow steps 2 to 8 described for „StarterSet-BASIC/PRO-1“.
2. The KeyPad is added to the configuration like a Radio Sensor.#
For the configuration please follow the steps as described on p.52 in this manual.
3. Save the Configuration to transfer it into the AlarmManager.
Kentix-Systems - basic infos
1. Connect AlarmManager and MultiSensor via
patchcable.
2. Connect power supply to AlarmManager and
current.
3. Download, install and start Kentix ControlCenter.#
(Software-Download on www.kentix.com)
4. Enter Kentix-Default-IP-Address
(192.168.100.222) and the default user data
(admin/password) and press „Login“.#
(check your own network-settings).
5. Setup IP-Address of AlarmManager in the settings.
6. Add Radio Sensor in „Sensor-Devices“.
7. Make individual setup.
8. Save the Configuration to transfer it into the
AlarmManager.
Page 9
2.3. StarterSet with optional equipment
1. MultiSensor-LAN:#
Establish network connection and external power supply, if needed.#
Connect to the sensor via browser by entering the Default-IP (192.168.100.223).#
Press „Login“ to reach configurations menu (Username: „admin“, Password: „password“).#
Activate AlarmManager communication in the network-section.#
After saving the settings and a restart, the sensor can be configured with the Kentix ControlCenter.
2. Leakage-Sensor:!
The connection of a Leakage-Sensor is realized either by a direct connection to an AlarmManager,
MultiSensor-LAN or MultiSensor-Rack or with a KIO1-Power-Adapter (required for a connection to a
MultiSensor-RF). The configuration is then done on the device to which the leakage sensor is connected.#
Enter a name in the field „System input 1“ and switch the alarming of the input to „Alarm when open“ and
„Always-Active“.
3. MultiSensor-Door / -Rack-Mini:!
Please follow the the instructions for adding new sensors as described in this manual. Also note that there
are differences in procedure depending on the type of MultiSensor.
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Kentix-Systems - basic infos
Page 10
2.4. Alarm-inputs
When installing the device follow the instructions in this manual. Please note polarity and technical data of the
inputs.
2.5. Relay contacts
When installing the device follow the instructions listed in this manual.
Connected devices must installed properly following the specifications in this manual. Pay particular attention to
the allowed supply voltages and services for the various consumers in the technical data-sheet.
2.6. Power supply
The devices are supplied with a DC voltage between 10-32VDC. Use only recommended power supplies or
listed power supplies in this document. The polarity of the cable must not be interchanged. According to the two
operation types "Plug'n Play" and "fixed installation", you can power devices from the plug power supply or via a
fixed connection.
Example 1: Power supply of one MultiSensor via the system jack of the AlarmManager
Example 2: Power supply of two MultiSensors via Power Adapter (KIO1) and plug power supply
Electronic equipment is not domestic waste - in accordance with directive 2002/96/EC OF THE
EUROPEAN PARLIAMENT AND THE COUNCIL dated 27th January 2003 concerning used electrical
and electronic appliances, it must be disposed of properly. At the end of its service life, take this unit for
disposal at a designated public collection point.
Spent batteries are special waste!
Do not throw spent batteries into your domestic waste; take them to a collection point for spent batteries.
The products complies with applicable European standards and directives and is confirmed by the CE
mark.
The CE conformity declaration is available on request.
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Kentix-Systems - basic infos
Page 11
3. Overview KENTIX System Topology
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Kentix-Systems - basic infos
✓ The AlarmManager is the central unit.#
With the BASIC-Ausführung up to 10 MultiSensors (only MultiSensor-RF) and 3 KeyPads can be
connected. The PRO-Version supports up to 100 devices (MultiSensor-RF/-LAN/-RACK/-LAN-RF/Door or KeyPads).
✓ The Kentix RF-components are communication via (ZigBee®) radio in the 2.4GHz ISM Band.#
The MultiSensors and KeyPads work in a mesh network and communicate via each other.
✓ Always start each new project with a CompleteSet. The Sets include everything you need for a
Plug’n’Play installation. Select the set according to your project size.
✓ You can expand the CompleteSets with the extension parts and accessories at any time.
Mobile phone
Page 12
4. AlarmManager-BASIC/PRO
4.1. Login to the AlarmManager
The PC-Client Kentix ControlCenter displays a Login-screen after starting the Application.
To log in, enter IP-Address and user data for your AlarmManager.
With the first commissioning, use the default IP-Address 192.168.100.222#
and the user data admin/password to log in.
4.2. Changing IP-Settings
Connection with PC: Connect the LAN interface of the AlarmManager via the supplied LAN cable to your
PC. Note that a direct connection needs the supplied crossover adapter. Set the IP
address of your PC for example to "192.168.100.123".
Note that changes in the IP-Settings get active directly after applying.
A wrong configuration can set the AlarmManager to a state where it is only accessible via direct connection.!
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NOTE
Only users with the permission „Administrator“ are allowed to make changes to the AlarmManager.#
For users without the admin permission, only the tab pages „Dashboard - Logbook - Chart“ are available for
viewing purposes.
The AlarmManager
IMPORTANT!
If you forgot the IP-address of the AlarmManager connect it with the crossover cable directly to the LAN port of
your PC. Open the Network settings in the ControlCenter to show the current IP address. You may have to
disable the firewall and also additional network cards of the PC.
Page 13
4.3. Communication- / Network ports
For the configuration and firmware updates and also the communication between#
MultiSensors (-LAN / -LAN-RF / -RACK) the following ports are used. These ports eventually have to be taken
into account for the configuration of your network.
In combination with the Kentix360 Cloud additional ports for configuration and connection to the Cloud are
required.
4.4. Default settings / Factory defaults
Default IP-address: 192.168.100.222
Subnet mask: 255.255.255.0
User: admin
Password: password
Setup IP-Address: Change IP settings in the Kentix Control center opening#
„System“ -> „Settings“ -> „Network...“ in the menu.
No
Description
Port number
1
Configuration AlarmManager via ControlCenter, firmwareupdate
TCP 21, 80, 2101#
from PC to AlarmManager
2
Access to web-interface of AlarmManager / MultiSensors
TCP 80, 443
from PC to AlarmManager / MultiSensors
3
Data transfer between MultiSensors and AlarmManager
TCP 80
4
Request of measurement values via SNMP (network monitoring) from
AlarmManager / MultiSensors
TCP 161 (from SNMP-Tool to AlarmManager or
MultiSensor)
No
Description
Port number
1
Configuration of the Kentix360 Cloud via ControlCenter
TCP 80, 443#
from PC to Internet („mykentix.com“)
2
Communication between AlarmManager/AccessPoint or mobile app to
cloud
TCP 5222 to the Internet#
(„mykentix.com“)
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Reset to factory defaults
To reset the AlarmManager to factory defaults, press the RESET Button on the back of the board and hold it
down for 5 seconds. The device will be set to factory defaults and restarts. After about 30 seconds the
AlarmManager can be accessed again via the default settings.
(NOTE: This function is valid for all AlarmManager-BASIC/PRO from 01/2014 on)
The AlarmManager
Page 14
4.5. Configuration in 8 steps
No
Step
Comment
Startup
1
Connect the AlarmManager via LAN cable to the PC. The yellow LED on the
LAN connector indicates a connection. Start the Kentix ControlCenter and
connect with the default IP-address 192.168.100.222 to the AlarmManager.
With 1:1 LAN connection via network cable
use crossover-adapter. Make sure that
your PC is in the same network.
Menu item „System - Settings“
2
To change the network configuration open the menu item „Network“.
3
To configure the different notification ways, use the menu item „E-Mail, SNMP &
GSM“.
Enter the mobile data according to the used SIM card. When a PIN is used for
the SIM card, first „Save“ your configuration with the correct PIN before inserting
the SIM card into the AlarmManager to avoid a lock of the card.
You can disable the PIN of your SIM card
with a mobile phone. The entries in the
software will then be ignored.
Register tab „User accounts“
4
In the first user account enter your name, e-mail-address and mobile number in
international notation (+49 ...).
Assign an user password and a 4-digit Operator-PIN. The first user account is
always the "Administrator Account" and can not be deleted.#
You can test the e-mail and mobile settings
by pressing one of the test-buttons.
5
Using a KeyPad the PIN also applies to the operation via a KeyPad. Note that
the KeyPad allows only 4-digit passwords. To use the internal RFID card inside a
KeyPad also enter the RFID card number.
When controlling the AlarmManager via
your mobile phone the transmitted phone
number will be checked in addition to the
password.
Register tab „Sensor-Devices“
6
Press the "+" key to teach-in new devices such as MultiSensor or KeyPad.
BASIC: A new window opens and all accessible devices appear as soon as you
press the „learn button“ at the device. After all devices are available in the list
press the "Save" button.#
PRO: A windows opens where you can select RF- or LAN-components.
Selecting RF starts the scanning process as described in the BASIC-Version.
LAN-components have to be configured by entering the correct IP-address in
the „device address“-field.
When you run the teach-in process for RFdevices a closed wireless network is
created, similar to an encrypted wireless
PC network. Make sure that the devices
are located in radio range close to the
AlarmManager / MultiSensor-LAN-RF.
7
In the list of devices you can already test functionality of the device. With a "right
click" you get a choice of test functions. Let the selected MultiSensor LED flash
and give the device a name.
Via the test functions you can switch also
the external outputs on or off.
8
Finally change the alarm settings and alarm assignments (Armed-Active /
Always-Active) according to your needs.
Armed-Active: Alarms are only triggered,
when the system is in armed state.
Always-Active: Alarms are always
triggered, independent of the armed/
disarmed state of the system
Saving the configuration
IMPORTANT!
Changes made in the ControlCenter only become active when being saved into the AlarmManager.
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The AlarmManager
Page 15
4.6. Visual and acoustic signaling
AlarmManager
LED-POWER: Lights after connection to the power supply
LED-GSM: Flashes: Booked into GSM network, ready for communication.
Constant: No GSM network connection, no communication possible
LED-ARMED: Lights if AlarmManager is armed
LED-ALARM: Lights if an alarm is triggered
MultiSensor-RF / -LAN / -LAN-RF
LED-GREEN: Lights if MultiSensor is powered and function is OK (not in stealth mode)
Lights after power lost for around 3 minutes.
LED-RED: Constant: MultiSensor is armed
Flashes: An alarm was triggered
MultiSensor-RF / -LAN / -LAN-RF and AlarmManager
BUZZER: Alternating: Arm delay is running.#
Delay is depending on configured time in the ControlCenter.
Constant of 1 Second: System has been disarmed.
Constant of 3 Seconds: Arming was not executed - alarms are existing. Please check
external alarm inputs on AlarmManager or MultiSensor.#
#
MultiSensor-Door / -Rack-Mini
Normal operation mode:
LED-RED: blinking 1x per routine message in case of alarm
LED-GREEN: OFF
BUZZER: 1x short in case of alarm (if acoustic signalization is active)
Teach-In process:
LED-RED: OFF
LED-GRÜN: long blinking: Teach-In process started
ON: Teach-In process completed
BUZZER: 1x long when pressing and holding down the teach-in button
for approx. 3 seconds (start of teach-in process)
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The AlarmManager
Page 16
4.7. Alarm zones
MultiSensors connected to the AlarmManager and also the inputs of Kentix IO-modules can be assigned to
different alarm zones. With this option a separation into different areas can be realized. Every zone can be
switched to armed or disarmed state and send alarms independent from the other alarm zones.
For the configuration, add the desired number of zones in the alarm zones section of the base settings and
enter a name for every zone. After this assign the sensors to the desired zone.#
4.8. Quitting Alarms
When an Armed-Active or Always-Active alarm is triggered at the AlarmManager, it has to be quit after the
cause has been fixed. This can be done by the Web-Interface, the ControlCenter, via SMS or with the App.
The last triggered alarm will be resent every time the set up time for the alarm repetition runs up. With a value of
0 this repetition can be suppressed.
If an existing alarm is quit without the cause being fixed, the AlarmManager stops the alarm repetition. The
alarm state stays active.
Additionally the AlarmManager tries for every 6 hours to quit existing alarms. When the cause has been fixed or
is no longer present, alarming can be stopped this way, but gives the possibility to be re-triggered again.
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IMPORTANT!
Only when an alarm has been quit, it can be triggered again.
Other following alarms with a different cause from the sensors are still reported without acknowledgement.
IMPORTANT!
Also with multiple sensors in one zone an alarm of the type „Armed-Active“ can only be reported once for
every zone. After alarming the alarm repetition is activated. If a continuous alarming is desired, the automatic
quitting of alarms can be activated in the advanced settings.
The Quitting (by Software/Web-Interface/SMS/App) of alarms always considers all alarms regardless of the
assigned alarm zone.
The AlarmManager
Page 17
4.9. User accounts
In the user accounts the setup of the permissions and the alarming is done.
Only if the required user data is entered, a user can control the AlarmManager or request information.
The list describes the user data required for AlarmManager interaction:
Kentix360 cloud access
A mobile access to the AlarmManager via the Kentix360 cloud service can be activated for each user account.
The option „Kentix360 cloud access“ activates a button „Setup app access“ where the users individual cloud ID
is displayed.#
After the first login with the smartphone alarms are also reported to the user as push notification.
Additionally messages are also send via e-mail and SMS, if the corresponding contact information is stored.
Input field
Description
User Password
Login to the ControlCenter, the Web-Interface and the Kentix App
PIN-Code
Remote control by SMS and switching via KeyPad
E-Mail Address
Destination address for the alarming
Phone number
Destination phone number for the alarming. Also used as authentication for the SMS controlling.
Assigned alarm zones
The user can only switch zones assigned to his account. To switch all zones together, every zone has to
be assigned to the user.
Permissions
Assign single permissions for the user by activating the according option.
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IMPORTANT!
Only users with the permission „Administrator“ are allowed to make changes to the AlarmManager.#
For users without the admin permission, only the tab pages „Dashboard - Logbook - Chart“ are available for
viewing purposes.
Power failures and connection interrupts to the sensors are also only reported to users marked as
„Administrator“.
The AlarmManager
NOTE!
When the AlarmManager is registered for the cloud service, the SMS alarming can be deactivated if
desired. For this the options „Messages always via SMS“ and „Message network monitoring via SMS“ are
available.
Page 18
4.10. SMS commands for remote control of AlarmManager
The AlarmManager reports not only all the alarms via SMS, it can be also remotely controlled via simple SMS
commands from a mobile phone. This brings the big advantage of having the central alarm system in your
pocket and remotely setting the system to the desired states.
The AlarmManager can be armed or disarmed and alarms can be acknowledged remotely. So you can decide if
it is necessary to intervene on the ground at any time by using the SMS information and status inquiry.
Important notes for remote control of the AlarmManagers via SMS
•
Upper- and lower-case can be used.
•
Between „Operator-PIN“ and „COMMAND“ is always a space.
•
The „Operator-PIN“ can have 4-8 alphanumerical characters. Setup the PIN with the ControlCenter.
•
The AlarmManager is confirming each command SMS with an SMS back to the sender.
•
Command SMS with the wrong phone number or password will not be confirmed for security reasons.
SMS control commands
Example: Arm-disarming of the AlarmManager via SMS command"
SMS command
Description
Example
Confirmation
{PIN} ON
Arming of the AlarmManagers. All zones will be
armed.
1234 on
OK! ARM All Zones
{PIN} ON{ZONE}
Arming of the selected zone.
1234 on1
OK! ARM ZONE 1
{PIN} OFF
Disarming of all zones.
1234 off
OK! DISARM All Zones
{PIN} QUIT
Acknowledge of all pending alarms. The alarm
repetition is terminated.
The AlarmManager can be set to arm state again.
1234 quit
OK! ALARM QUIT
{PIN} STATE
The AlarmManager sends the actual system state.
1234 state
OK! ARMED/DISARMED/
ALARM
{PIN} MSTATE1-n
The AlarmManager sends the actual system state
and values of a MultiSensor.
Enter the number of the MultiSensor (1-100)
directly after the command „MSTATE“."
The response contains the name of the
MultiSensor.
1234 mstate1
OK! SENSORNAME:
TEMP=20C
REL-HUM=25%
DEW-POINT=3C
MOTION=15%
EXT-IN=0
SABOTAGE=0
POWER=OK
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NOTE!
When a sensor sends an alarm, the SMS contains the number of the sensor to send a mstate request.
The AlarmManager
OK! ARM ZONE 123
1234 on
SMS command
SMS answer
Page 19
4.11. Settings - AlarmManager-BASIC and -PRO
General Settings
System name
Enter the name of the system and choose the active state.
Regional settings
This settings allow to choose the timezone and the temperature unit.
Security - Webinterface always requires authentication!
This prevents the system state to be accessed by unauthorized users.
Security - Communication Key (AccessPoint)!
Using the Access System „Kentix DoorLock“ single alarmzones can be armed or disarmed.
The control for this is realized with a Kentix AccessPoint. To encrypt to connection between the devices a
communication key has to be entered here. This key must be identical in all connected devices.
When no access system is used, this field can be left empty.
Backup folder
The path to the backup files of the AlarmManager‘s configuration is set here.
Network
Here the network settings if the AlarmManager can be defined. For the use of the Kentix360-Cloud or an emailconfiguration with DNS servername a valid gateway and DNS Server has to be defined here.
Alarm behavior
Alarm functions
Set the behavior of the AlarmManager for pending alarms here. The arming delay makes it possible to set a
timespan between arming and alarm triggering.
Signaling
The acoustic feedback (buzzers of AlarmManager and MultiSensors) and the feedback of the LEDs can be
activated or deactivated as needed, except the CO-alarming. A CO-alarm always triggers all buzzers for the
specified buzzer time.
Kentix360 Cloud
Please read the chapters „Kentix360 Cloud“ and „Kentix SIM“.
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The AlarmManager
Page 20
E-Mail, SNMP & GSM
E-Mail
For e-mail notifications an account can be configured with optional user credentials. Depending on the e-mail
server, setting an encryption method might be necessary. When choosing the encryption mode (STARTTLS /
SSL) the required port will be set to the according default port. The port can be changed if required.
The e-mail notification can be testet directly in the settings using the orange checkbox.#
SNMP - Monitoring
The AlarmManager supports full SNMP-functionality, therefore alarms can be sent as traps. Additionally the
AlarmManager can be configured for requests via network monitoring systems. For this purpose you can
download a MIB (Management Information Base) for the SNMP host.
GSM settings
Enter the mobile number and PIN of the SIM card.
Network monitoring
Configure up to 50 network devices (BASIC: 3 devices). For each device network services can be defined to be
monitored (ICMP Ping or TCP portcheck).
The AlarmManager periodically checks, if the specified services on the servers are available or if there is an
answer on a sent PING. The request interval can be set between 60 and 999 seconds. Note that the alarm will
be triggered after 3 failed attempts.
By pressing the Kentix-Check-Button the connection to the selected service can be tested.
In addition to the server monitoring function, the AlarmManager (PRO only) can receive incoming SNMP-Traps
as alarms. These will be sent to the users which are configured to be notified of always-active alarms. The
retrigger time of this service specifies the period of time after which the alarm can be sent again.
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NOTE!
The test e-mail is sent to the e-mail-address of the first user. In case of an error please check, whether an email-address has already been configured for this user. Also take care of possible restrictions (routing/firewalls)
in your network and synchronize data like encryption and communication port with the responsible persons.
NOTE!
When the AlarmManager is registered for the Kentix360 cloud, all e-mails will be sent by the cloud-service. In
this case no e-mail-server is required, but recommended as a fallback option for additional redundancy.#
When the AlarmManager is not able to sent messages via the cloud-service it will automatically send e-mails
via the configured SMTP server.
The AlarmManager
Page 21
4.12. Settings - AlarmManager-PRO only
Network Cameras
The AlarmManager-PRO can control cameras in its network to start the recording of a video or picture (depends
on the camera features). Add the IP cameras to the according zone and enter the connection data of the
camera. The command to start a recording can be found in the cameras manual.
Enter the command as an URL without the IP-address in the HTTP command field (e.g. „/command=...“).#
For Mobotix and AXIS cameras predefined commands can be selected via the pulldown menu.
Check the camera setup by pressing the Kentix-Check-Button.
I/O Modules
The AlarmManager-PRO can be extended with up to 6 additional digital input and outputs modules (KIO7052 or
KIO7053).
With these it is possible to monitor up to 96 more alarms e.g. air-conditioning-systems, extinguishing systems,
UPSs or other alarm detection systems.
For configuration regard the instructions in the „Enhancements“ section and the corresponding data sheets.
IP alarm forwarding (VdS 2465)
It is possible to connect the AlarmManager-PRO to a control center, which communicates over TCP connections
using the VdS 2465 protocol.
SMS alarm forwarding
It is possible to connect the AlarmManager-PRO to a control center, which can receive alarms via SMS.
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The AlarmManager
Page 22
4.13. SMS gateway function
External applications such as network monitoring systems can send SMS text messages via the
AlarmManager’s integrated modem. Communication is carried out via the build-in web server and the HTTP
protocol. The following HTTP call is necessary for this function:
Replace the variables with your data. You can send a test SMS from any web-browser.
HTTP command structure:
http://AlarmManager-IP/sendmsg?user=myUser&password=myPassword&to=012341234567&text=myText
AlarmManager-IP IP address of the AlarmManager (Default 192.168.100.222)
myUser Username (User with access right to send SMS messages)
myPassword Password
0049... Mobile number in national or international notation
To use the character „+“ in the URL please replace it with „%2B“
Exp.: „+49“ replaced with „%2B49“
myText Text-message with up to 160 characters (Up to 320 characters possible. In this case
2 Messages will be sent)
HTTP return code: 200 when SMS sending was successful
300 when SMS sending was unsuccessful
4.14. SMS Limit
To avoid sending too many SMS at once (e.g. by a wrong configuration of the Kentix system)#
an SMS limit of 100 SMS per 6 hours is defined in the AlarmManager.
If more than 100 alarm messages are triggered the AlarmManager will automatically stop the SMS alarming.
The limit can be reset by the alarm acknowledgement or disarming.
If necessary the limit can also be increased to 10,000.
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The AlarmManager
Application
(SMS-Message)
HTTP (Port80)
SMS
Page 23
4.15. MIB for SNMP-Systems
For the AlarmManager-PRO a MIB (Management Information Base) is available, which describes the
information that can be requested or modified by a SNMP-System (z.B. PRTG, OpManager or WhatsUp Gold).
The single values in it are identified and requested via the OID (Object Identifier). Every value has his own
specific OID.
The following list shows the structure of the AlarmManager-MIB and gives an overview of the values that can be
requested:
๏
state
- alarm1
- alarm2
- ...
๏
multisensors
• multisensor01
- sensorname01
- temperature01
- humidity01
- dewpoint01
- co01
- motion01
- digitalin101
- digitalin201
- digitalout201
- comError01
• ...
• multisensor100
#
๏
ext-module
• modul01port01
- portname
- portstate
• ...
• modul06port16#
๏
server-monitoring
• server01
- servername01
- ...
- serverstate01
• ...
• server20
๏
alarm-zones
• alarmzone01
- alarmzonename01
- alarmzonestate01
- alarmzonealarm01
• ...
• alarmzone30!
Page (06-2017, subject to change) kentix.com23
Examples for the OID:
AlarmManager OID: .1.3.6.1.4.1.37954.1
Query branch „state“: .1.3.6.1.4.1.37954.1.1
Object „alarm1“: .1.3.6.1.4.1.37954.1.1.4.0 - shows the actual state for alarm 1 (armed-active)
Query branch multisensors: .1.3.6.1.4.1.37954.1.2
Lower branch multisensor01: .1.3.6.1.4.1.37954.1.2.1
Objekt „temperature01“: .1.3.6.1.4.1.37954.1.2.1.2.0 - shows actual temperature value of the 1st MultiSensor
state - System state:
Query branch of the AlarmManagers general system state.
Delivers the actual state as shown in the Web-Interface or
the Dashboard of the ControlCenter (e.g. Arm/Disarm,
Alarm1 (Armed-Active), Alarm2 (Always-Active), Fire, Server
state,...).
multisensors - MultiSensors RF/LAN:
Query branch for the values of all connected MultiSensors
(the branch shows all 100 maximum possible Sensors).
All values are displayed as integers, whereas temperature
and dew point are increased by a factor of 10, to consider
one more decimal place. This has to be taken into
consideration in the requesting SNMP-System.
ext-module - Module for external alarms:
Query branch for the In- and Outputs of the external modules
KIO7052/3.
Shows the configured name and the actual alarm state for
every In- and Output respectively at Outputs the switched
state.
server-monitoring - State of the monitored Servers
Query branch of the configured servers to be monitored.
Shows the configured name, IP-address and port of the
service to be monitored, the response time in milliseconds
and the alarm state (0-OK, 1-not reachable) for every server.
The AlarmManager
Page 24
4.16. Execution of Firmware Updates
We are always looking to include innovations of development in our products and to ensure their faultless
operation. Therefor regularly updates are released. To execute an update pay attention to the following steps.
4.17. License management and upgrade
In contrast to the AlarmManager-BASIC the AlarmManager-PRO offers additional features, e.g the option to
enhance the system with LAN-capable MultiSensors, the control of network cameras or the use of additional IO
expansion modules.
Since the two devices are identical, there is the possibility to buy a license key for an upgrade to the PRO
version of an AlarmManager-BASIC.
A valid license key can be purchased from our sales department (www.kentix.com).!
No
Step
Comment
1
Download the actual version of the Kentix ControlCenter from the
Kentix Website and install it.
The software can be found in the section „Download & Support“ under
„Software & Manuals“.
The software works for the BASIC- and PROVersion of the AlarmManager and includes all
necessary update components.
2
Start the software and connect to your AlarmManager by entering the#
IP-address and user data and clicking „Login“.
A popup-window appears indicating an existing
firmware update.
3
Start the update process by selecting „Yes“ in the popup-window.#
Before the update the AlarmManager starts a download of the actual
configuration and loads it back into the device after the update is
completed.
Running a firmware update will overwrite all saved
data (except IP-settings) on the AlarmManager.#
If the update process fails, restart it by pressing the
„Login“ button again.#
4
When the update is finished, login to the AlarmManager with the default
login user data (admin/password). Change the user data of the first user
back to your desired settings.
After saving, the AlarmManager is on the newest
firmware state with your personal configured data.
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The AlarmManager
Page 25
4.18. Connections - AlarmManager-BASIC/PRO
This is an overview of the connections of the AlarmManager.#
The case only has to be opened for the insertion of a SIM card. Pull the sides of the case a bit apart.#
The cover slips right out of the groove and can easily be lifted off.
1 - Internal system voltage (GND)
2 - Alarm output 1 (Open Collector 100mA)
3 - Alarm output 2 (Open Collector 100mA) #
4 - Power supply 10-32VDC (+/-)
5 - Power supply 10-32VDC (+/-)
6 - Ext. alarm input (External dry contact, no/nc)
7 - Ext. arm-disarm (External dry contact, no/nc)
8 - 5V internal system voltage
Kentix system jack
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The AlarmManager
SIM mobile card.
Insert the card with the contacts to the
bottom (perforation down right) and close
the SIM holder.
IMPORTANT! Only insert the SIM card after
the initial configuration with a first PIN has
been uploaded.
ZigBee®
Power
10-32VDC
KENTIX
system jack
LAN
10/100Mbit
SMA
SMA
POWER
GSM
ALARM
ARMED
KENTIX
system jack
RESET-button (Devices from 2014-01)
The RESET-button located at the back of
the AlarmManager board directly where the
acoustic buzzer is installed.#
By pressing the button for 5 seconds the
device is reset to its factory defaults.
GSM
Page 26
5. MultiSensors
The MultiSensor-RF (ZigBee radio) and MultiSensor-LAN (network) mainly differ in the way of communication.
Additionally the MultiSensor-LAN offers the possibility to operate without an AlarmManager stand-alone. Both
types of the MultiSensor offer a wide range of integrated sensors and so are the ideal device to completely
monitor critical infrastructures.
5.1. Mounting instructions for MultiSensor-RF / -LAN / -LAN-RF
The MultiSensor is equipped with various individual sensors. To get an optimal sensitivity and function of the
sensors, please note the following installation instructions.
Note the following instructions:
•
Do not install close to heaters or direct heat.
•
Avoid detection of moving objects such as fans, plants, trees, flags, etc.
•
Don´t cover the Sensor. The PIR-Sensor needs inter-visibility for detection.
5.2. Coverage of the integrated PIR movement detector
The range of the MultiSensor is depending on the configured sensitivity about 8m. You get the best results,
when objects/persons move past the MultiSensor.
!
ceiling suspension
wall fastening
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MultiSensors
Page 27
5.3. Calibration of the temperature / humidity sensor!
For the devices MultiSensor-RF / -LAN / -LAN-RF and -RACK it might be necessary to calibrate the sensor for
temperature and humidity once after installation and commissioning.
For this the temperature must be determined (for example with an infrared thermometer) in the immediate
vicinity of the MultiSensor. The difference between the two measured temperatures (measuring device and
MultiSensor) is then entered as an offset in full degrees into the corresponding field in the ControlCenter or in
the web interface of the MultiSensor (stand-alone).
The correction also has a direct influence on the determined humidity.
5.4. Kentix system jack at MultiSensor-RF / -LAN / -LAN-RF
Via the Kentix system jack, located in the front of the MultiSensor-RF, system components such as leakage
detectors, door contacts, acoustic signals or alarms of USPs or climate devices can be connected. The
MultiSensor-RF is powered via the Kentix system jack.
To connect external devices or alarm in- or outputs, three connector modules are available:
1) Power-Adapter KIO 1: Power supply, 2 digital inputs
2) Power-Adapter KIO 2: Power supply only
3) Power-Adapter KIO 3: Power supply, 2 digital inputs and 2 relay outputs
1 - Internal system voltage (GND)
2 - Alarm output 1 (Open Collector 100mA)
3 - Alarm output 2 (Open Collector 100mA)
4 - Power supply 10-32VDC (+/-)
5 - Power supply 10-32VDC (+/-)
6 - Alarm input 1 (External dry contact, no/nc)
7 - Alarm input 2 (External dry contact, no/nc)
8 - Internal system voltage (5V)
KENTIX system jack
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MultiSensors
NOTE!
The MultiSensor is already pre-calibrated for the recommended installation on the ceiling. If there is no external
influence (e.g. by the airflow of the air conditioning system), the sensor will show the correct temperature.
Depending on the orientation of the MultiSensor (wall mounting, test operation with lateral position or cover up) and the
conditions in the room (climate control), a correction by several degrees may be necessary.
MultiSensors
Page 28
5.5. MultiSensor-RF
The MultiSensor-RF is configured via the ControlCenter. For the MultiSensor-RF the performing of firmware
updates is not required.
5.5.1. Adding a MultiSensor-RF
1. For adding a MultiSensor-RF to the AlarmManagers configuration start the teach-in process in the Kentix
ControlCenter and press the „learn button“ for 3 seconds. The button can be accessed via the hole in the
cases back.
2. The sensor should appear in the list after approx. 15-20 seconds and is configured automatically.
3. The teach-in process is completed when the sensor is marked in the list with a green checkmark.
4. Click on Apply for completion to add the MultiSensor to the devices list.
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MultiSensors
Page 29
5.6. MultiSensor-LAN
In contrast to the MultiSensor-RF with radio interface the MultiSensor-LAN can also be used stand-alone
without an AlarmManager. For configuration in stand-alone operation a web server is integrated, which allows
you to configure the device via LAN and a web browser. With the SNMP interface, an integration in network
management systems is possible.
Connection via PC: Connect the LAN jack of the MultiSensor-LAN with your network and your PC#
using a LAN cable. Please note that you have to use a Cross-Over network cable for
a direct connection. Set the IP address of your PC to e.g. „192.168.100.123“.
5.6.1. Default settings / Factory defaults
Voltage supply: PoE (Power over Ethernet). Change to external power supply possible.
Default IP-address: 192.168.100.223
Subnet mask: 255.255.255.0
User / password: admin / password
5.6.2. Software function MultiSensor-LAN
In the following, the stand-alone functionality of the integrated web server is described. For the described
functionality no AlarmManager is required. When operating the MultiSensor-LAN with the AlarmManager-PRO,
the AlarmManager controls the configuration and monitoring functions.
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MultiSensors
IMPORTANT! - Reset to factory defaults
In the case that the IP-address or login data are lost it is possible to reset the MultiSensor-LAN to factory
defaults. For this there is a RESET button which can be reached via a hole on the back of the device. After
pressing this button for about 2 seconds, the MultiSensor will reboot and can then be reached again using the
default settings.
Page 30
Dashboard
MultiSensor values and status:
Display of the sensor measurements and alarm conditions. This display will be actualized all 5 seconds.
- No underflow or exceeding of the measured values
- There is an underflow or exceeding of the measure value, an alarm was triggered
- The motion detection is disarmed (only visible after login)
- The motion detection is armed (only visible after login)
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NOTE!
The Sensor records a value for temperature and humidity every 10 minutes. Additionally the values in an alert
case are also recorded.
MultiSensors
Page 31
Navigation
Dashboard - Starting page with measurement table, control of the 2nd digital output, logbook
Login - User login
Configuration - Basic configuration, MultiSensor (Sensor- and alarm settings), Users (Login,E-Mail)
System - System information (software version), test functions, configuration management,#
firmware update, device reset#
- logbook
Help - Help and support information
Logout - User logout
5.6.3. Configuration - Basic configuration
Device name
Configuration of the device name, this name can be chosen freely.
Language
Select the displayed language of the MultiSensor‘s Website.#
You can choose between german and english language.
Temperature unit
Switches the temperature evaluation and display of the MultiSensor-LAN between celsius and fahrenheit.
IP address / network mask / gateway / DHCP / MAC-address
Network configuration of the MultiSensor. If DHCP is enabled, the DHCP server should always assign the same
IP address to the MultiSensor-LAN.
If you need the MAC address of the MultiSensor for your router or firewall settings, you will find it here.
DNS1/2 (Domain Name Server Addresses)
Enter the name server address. Depending on network configuration e.g. on use of an ADSL router it can be the
gateway address.
Public DNS servers: 8.8.8.8 or 8.8.8.4
NTP1/2
Configuration of the time server (network time protocol). The NTP configuration is needed if you use the timecontrolled arming and disarming.
Public NTP servers: 0.de.pool.ntp.org or 1.de.pool.ntp.org
IP-address and activation of AlarmManager communication
Activate the communication with the Kentix AlarmManager-PRO here. Enter the IP-address of the
AlarmManager and activate the checkbox.
FTP server activation
The integrated FTP server can be activated or deactivated. The FTP access will be needed for a software
update of devices with an old firmware version (< 4.00.00). Look up in the chapter „software update“ for it.
When changing the network settings, the MultiSensor automatically performs a reset.
Der AlarmManager-PRO takes control of the configuration of the MultiSensors alarm settings.!
The local alarm- / threshold values are then inactive.
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MultiSensors
Page 32
E-Mail
If the MultiSensor should be able to send e-mails in the case of alarm to a configured user, it is necessary to set
an e-mail server (SMTP or ESMTP). When you have set a DNS server, which is configured in the DNS settings,
you can use the DNS name of the e-mail server here. With using ESMTP you can here enter the e-mail access
data, which you can obtain from your e-mail provider. Depending on the E-mail server, a encryption method
might be necessary. When choosing an encryption mode (STARTTLS / SSL) the required port will be set to the
default port. The port can be changed to another one when needed.
Pay attention that many mail servers need an existing sender address to send an e-mail correctly.
In the subject of the e-mail the corresponding alarm text can be found and in the mail text all measurements
from the MultiSensor are included.
E-Mail Signature
Enter a signature, which is sent with every alarm E-Mail. The signature is limited to 300 signs length.
SNMP settings
Configuration of the Simple Network Management Protocols. The MultiSensor-LAN is able to send alarm
messages as SNMP-Traps. Enter both SNMP host addresses for this. Further the sensor can be prompted or
partially configured via SNMP. The functions which are available for the SNMP communication are specified in
the supplied MIB (Management Information Base). It is available on the integrated FTP server or as download
from the Kentix website.
5.6.4. Configuration - MultiSensor (Sensor- and alarm settings)
In the following settings you can set the limit and action values for the alerting.
When an alarm is triggered, an e-mail will be sent to the configured persons and the internal buzzer is activated.
Sensor-Temperature, Humidity, Dew-point
Set the alarm limit values. Alarm will be triggered when the measurements undershot or exceeded the limits.
The temperature hysteresis is 1°C, humidity hysteresis 1%.
The dew-point is calculated with the current temperature and the relative humidity from the sensor.
If the room temperature approximates to the difference of the set dew-point hysteresis (2°C default) an alarm
will be triggered. Systems and devices can lead to condensation, when the dew point temperature approximates
the room temperature.
Sensor-Carbon Monoxide
Alarm settings for the Carbon Monoxide. The sensitivity can be set from 0% to 100% and will be triggered by
exceeding. CO is measured from about 10ppm. There is no exact measurement of the CO content. The
measurement is construed to the highest sensitivity and can be changed slightly in the adjustment.!
Carbon Monoxide concentrations like they emerge in fires are detected even at 100% setting.!
10%: Minimal concentration of around 20-50ppm lead to an alarm trigger.!
100%: Concentrations of 200-400ppm lead to an alarm trigger.
Sensor-Motion
Limit value for the integrated PIR (passive infra-rot) motion detection. It is triggered when exceeded. Objects
which have a temperature difference of about 4°C to the environment temperature and which are bigger than
250x400mm will be detected. For a safe detection of persons, the value should be in the range of 30-50%.
The detection range is about 100°.
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MultiSensors
Page 33
Sensor-Vibration
Alarm settings for the sensitivity of the internal vibration sensor. The sensitivity can be adjusted in 3 levels.
If necessary the vibration sensor can also be completely turned of.
Arm-Disarm time
Switching time for the time-controlled arming and disarming from the integrated motion detection.
To use it, a time server (NTP) must be set in the network settings.
Ext. alarm input 1/2
The MultiSensor has two configureable alarm inputs. At this alarm inputs external signaling devices can be
plugged (e.g leakage sensors, door contacts or malfunction messages from external devices). The trigger is set
by a potential free contact (opener). The trigger logic can be set to HI or LOW.!
Ext. alarm output
Label for the switching output (output 2). With this output external devices or signals can be switched. It is
controlled via SNMP, the Web-Interface or the Kentix-App. Pay attention to the electrical connection conditions
in the manuals.!
Alarm buzzer time
Time in seconds how long the internal buzzer will sound after an alarm.
Alarm relay time
Time in seconds, how long the open collector output is set when an alarm is triggered. You can trigger with this
output e.g. relays. Pay attention to the electrical connection conditions in the manuals.!
Re-arming time
Set the time, when the sensor motion detection has to rearm, after a motion alarm is triggered.
The red alarm LED will be turned off after that time.
Alarm repeat
Set the time, when a triggered alarm shall be triggered.
The alarm will be sent to the entered e-mail-addresses until all values are in normal range again.#
A value of 0 sets the alarm repeating to inactive.#
5.6.5. Users
User accounts
You can set up to 5 user accounts with individual passwords. With the first user it is also possible to access the
integrated FTP server. For the e-mail alerting, enter the addresses of the recipients.
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NOTE!
The vibration sensor in the MultiSensor is first available in devices delivered in 01/2014 or later.
MultiSensors
Page 34
5.6.6. System
System information
Shows the Firmware version number of the MultiSensor-LAN.
The actual firmware can be found on the Kentix Website in the section „Software & manuals“.
Test features
Test your E-Mail and SNMP settings via the two Buttons. The sending of E-Mails or traps is recorded in the
logbook.
Backup configuration
For backup-purposes the actual configuration of the MultiSensor can be downloaded here.
Restore configuration
Loads a previously created backup into the device and restarts it. The settings of the backup are directly active
afterwards.
Firmware-Update
Loads a firmware file (image.bin) into the MultiSensor and restarts it.
Restart
The MultiSensor-LAN can be restarted for testing or maintenance purposes. Note that the data recording is
suspended for the duration of the restart.
5.6.7. Switch alarm output 2
In the section Dashboard -> Control you have the possibility to switch the 2nd alarm output of the MultiSensorLAN. You can switch it for a specified period, by entering the time in seconds.
To switch the output permanently, enter a period of 0 seconds.
NOTE!
Pay attention to the relevant release notes of the downloaded update!
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MultiSensors
Page 35
5.7. MultiSensor-Door / MultiSensor-RACK-MINI
The MultiSensor-Door / -RACK-MINI is designed for an efficient intrusion detection on doors or windows or for a
specific environmental monitoring in a server rack.
The MultiSensor-Door / -RACK-MINI is configured via the ControlCenter.#
Updating the device is not necessary / possible.
Interior view - MultiSensor-Door / -Rackmini
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MultiSensors
LED red / green (Top of sensor case)
Normal running mode:
LED red - blinking 1x on alarm
LED green - OFF
Teach-IN process:
LED green - blinking: Teach-IN process started
- ON: Teach-IN completed
LED red - OFF
Reed- / Magnetic contact (next to battery)
Learn button
Page 36
5.7.1. Mounting instructions
The MultiSensor-Door / -RACK-MINI is equipped with several different sensors. To ensure the best evaluation
and functioning of the sensors, please note the following mounting instructions:
•
Only install the MultiSensor in horizontal or vertical direction on the handle‘s side of the door or window
•
to avoid false alarms the MultiSensor can be at the door frame or window frame and instead the magnet at
the moveable part
•
when using the reed contact, keep the distance to the magnet below one centimeter
•
only use suitable mounting material (foam tape)
•
sensor casing can be fastened with screws on the door frame or window frame, if necessary
ATTENTION!
Kentix is not liable for false alarming or damages on devices due to improper installation.
Page (06-2017, subject to change) kentix.com36
CORRECT
WRONG
MultiSensors
CORRECT
WRONG
Magnet
Page 37
5.7.2. Usage of the reed contact
The reed contact extends the MultiSensor-Door / -RACK-MINI by an additional alarm contact for the definite
open/closed detection of a door or window. The contact reacts to magnetic fields (magnet contained in
package). For the installation a wiring is not necessary.
To ensure the functionality of the contact, take care to not exceed the maximum distance of one centimeter
between magnet and casing and orientated to one side of the casing of the MultiSensor.
Depending on the type of the door or window it might be necessary to place a spacer between surface and
magnet to not exceed the maximum distance to the sensor.
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MultiSensors
Page 38
5.7.3. Opening of the casing / replacement of battery
The board of the MultiSensor-Door / -RACK-MINI is fixed in the lid of the casing which is placed on the bottom
part. To open the casing, press the latching lug on the bottom of the housing downwards and push the casing
upwards. It can then be easily taken off.
Take the battery out of the mounting and replace it with an equivalent type (see data sheet).
5.7.4. Adding a MultiSensor-Door / -RACK-MINI
1. For adding a MultiSensor-Door / -RACK-MINI to the AlarmManager‘s configuration, start the teach-in
process in the Kentix ControlCenter. Press the „learn button“ and keep it pressed.#
After 3 seconds there will be a short buzzering. The button can then be released.
2. The sensor should appear in the list after approx. 15-20 seconds and is configured automatically.
3. The teach-in process is completed, when the sensor is marked in the list with a green checkmark.
4. For completion click on Apply to add the MultiSensor-Door to the devices list.#
5.7.5. Settings
The MultiSensor-Door or -Rack-Mini is configured by 3 simple settings for the door-opener contact, vibration
and sabotage:
Magnetic door contact
The default setting is „arming - only if closed“ and „armed-active“.
With this settings an arming is only possible if the door or window is closed and the sensor has detected the
magnet. Arming attempts are otherwise directly terminated.
If the equipped door has to be opened during arming, the option „Arming“ must be changed to „Always arm“.
During this phase the door can still be opened. After the arming an alarm will be triggered when the door is still
open.
Vibration
For vibration a 3-step sensitivity can be selected. The vibration is used for the detection of burglary attempts.
Mainly the two levels „High“ and „Medium“ presuppose that there are no external influences on the sensor
which lead to false alarms.!
NOTE!
The battery level of the MultiSensor-Door can be read out with the ControlCenter. At a low battery level an
alarm is sent via SMS and E-mail to all administrators. In this case replace the battery as soon as possible.
Please note that an active connection to an AlarmManager is required for the operation of the
MultiSensor-Door or -Rack-Mini. If the MultiSensor is not configured on an AlarmManager or the
connection is interrupted, the battery in it will discharge much faster.
NOTE!
The MultiSensor-Door or -Rack-Mini sends its data in a routine message every 5 minutes. Note that it can take
up to 5 minutes after saving the data to the AlarmManager, until the sensors measurement values appear in the
ControlCenter‘s dashboard.
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MultiSensors
Page 39
Tampering
For the tampering detection the MultiSensor-Door / -Rack-Mini is eqiupped with a „tilt-sensor“. #
This sensor reacts on the change of the sensors angle/orientation - by removing and tilt of the sensor.
Please note that the tilt-sensor will only operate properly if it is installed vertically and not on moving parts (door
leaf / window leaf).
5.7.6. Test of the settings
The alarming function of the MultiSensor-Door or -Rack-Mini can be tested by simply opening/closing door or
window. This will trigger a direct update of the sensors open/closed state.
NOTE!
To test the alarming of MultiSensor-Door / -Rack-Mini the sensor has to switch to armed state.
After the arming this can take up to 5 minutes. There will be no alarm triggering before.
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MultiSensoren
Page 40
5.8. MultiSensor-Rack
The MultiSensor-RACK can be operated as stand alone device, but also in combination with an AlarmManagerPRO. The AlarmManager then controls the environmental sensors.
For configuration in stand alone operation a web server is integrated, which allows you to control and setup the
device via LAN and a web browser.
Over the SNMP interface, an integration in network management systems is possible.
5.8.1. Safety note and installation
In case of a power failure, the settings are not lost. Energized relays drop out and go back when the power
returns to the unswitched, closed output state.
To bridge longer downtimes, use a suitable UPS system.
In case of an equipment failure an uninterruptible power supply to the connected devices is ensured by the
closed state of the relays.
To ensure the security and integrity of the operator and the correct operation of the KENTIX MultiSensor-RACK,
the execution of the installation only has to be done by an expert. Also ensure that the relevant requirements
are met.
Connection via PC: Connect the LAN jack from the MultiSensor-RACK over a LAN cable with your
network and your PC. Pay attention that you have to use a Cross-Over network
cable, by a direct connection.
Set the IP address of your PC to e.g. „192.168.100.123“.
5.8.2. Default settings
Voltage supply: Basic voltage supply realized with PDU-1 power input
Default IP-address: 192.168.100.223
Subnet mask: 255.255.255.0
Gateway: 192.168.100.1
User: admin
Password: password
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IMPORTANT! - Reset to factory defaults
If you have forgotten the IP-address or login information of the MultiSensor-RACK, you can reset the device to
factory defaults.#
To do this press both buttons for the display control at the same time and hold them down.#
After 10 seconds a security prompt is displayed. By pressing the right button the MultiSensor will then be reset
to factory defaults.
After this procedure the device will restart and can then be accessed via the default settings.
MultiSensors
Page 41
5.8.3. Overview connections
"
Network-Port
Kentix System-jack 1
Kentix System-jack 2
OLED Display
Display scroll forward
Display scroll back
System state
Reset-Button
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MultiSensors
PDU-1 (Main PDU)
•
Independent of PDU-2
•
Max. power consumption 3.600VA
•
Internal protection 2x10A, time lag fuse
•
Total load over all 4 outputs max. 16A
•
Power Strip switchable
•
Energy measurement outlet 1-4
•
Main equipment supply - Electronics
PDU-2
•
Independent of PDU-1
•
Max. power consumption 3.600VA
•
Internal protection 2x10A, time lag fuse
•
Total load over all 4 outputs max. 16A
•
Power Strip switchable
•
Energy measurement outlet 1-4
PDU-1
UPS-Mains connection
(Type C20)
PDU-1, Output 1
Power outlet 1+2
(Type C13, 2.300VA/10A)
PDU-2
UPS-Mains connection
(Type C20)
PDU-2, Output 2
Power outlet 3+4
(Type C13, 2.300VA/10A)
PDU-1, Output 2
Power outlet 3+4
(Type C13, 2.300VA/10A)
PDU-2, Output 1
Power outlet 1+2
(Type C13, 2.300VA/10A)
Installation to front or back#
support rail
Page 42
5.8.4. Kentix system jack at MultiSensor-RACK
Via the Kentix system jacks at the front of the MultiSensor-RACK, system components such as leakage
detectors, door contacts, acoustic signals or alarms of USPs or climate devices can be connected.
To connect external devices or alarm in- or outputs, two connector modules are available:
1) Power-Adapter KIO 1: Power supply, 2 digital inputs
2) Power-Adapter KIO 3: Power supply, 2 digital inputs and 2 relay outputs
5.8.5. Recommended installation!
1 - Internal system voltage (GND)
2 - Alarm output 1 (Open Collector 100mA)
3 - Alarm output 2 (Open Collector 100mA)
4 - not connected
5 - not connected
6 - Alarm input 1 (External dry contact, no/nc)
7 - Alarm input 2 (External dry contact, no/nc)
8 - Internal system voltage (5V)
KENTIX system jack
1. If possible, install the MultiSensor-RACK at the top position in the
rack and leave 1 height unit free below the device.#
This ensures that the environment sensors can detect the actual
state in the rack.
2. For the installation of the mounting brackets only use the included
screws. The mounting brackets can be attached to two different
positions for installation either to the front or to the back support
rail.
3. Connect the power cable of the power consumers to#
PDU 1 or 2 and secure them with the provided strain relief.
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MultiSensors
Page 43
5.8.6. ConfigurationConfiguration
In the following the stand alone functionality of the integrated web servers is described. For these functions no
AlarmManager is required. If you use the MultiSensor-RACK in combination with an AlarmManager-PRO,
configuration and monitoring of the environment sensors is done via the AlarmManager. The energy
measurement and its alarming states are exclusively found in the web interface.
Navigation
Dashboard - Start page with environment sensors, Energy measurement,
Control of the digital Output 2 and PDU 1+2, Logbook
Login - User login
Configuration - Basic configuration, MultiSensor- / EnergySensor- and User-configuration
System - System information (software version), test features, logbook and device-restart
Help - Manual download and support information
Logout - User logout
5.8.7. EnergySensor - Energy
Shows all actual energy measurement values for PDU 1+2 (PDU=Power Distribution Unit), the energy
consumption with costs and the alarm state in one table.
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Important!
The MultiSensor-RACK extends the MultiSensor-LAN by the energy measurement functions. The MultiSensor
functionality corresponds the functionality of the MultiSensor-LAN except for the motion sensor. To configure
MultiSensor settings, read the according section in the MultiSensor-LAN configuration.
MultiSensors
Page 44
Voltage
Display of the actual mains voltage in volt (V).
Flicker
Display of voltage drops of the supply voltage over a configured period of time (number of half-waves, minimum
1 half-wave) for each PDU as time value / time. Always the last appearance of a voltage drop will be displayed.
Swell
Display of voltage overshoots of the supply voltage over a configured period of time (number of half-waves) for
each PDU as time value / time. Always the last appearance of a voltage drop will be displayed.
Peak
The MultiSensor-RACK measures the supply voltage with a sampling rate of 4000 measurements / second (250
µs per measure). A peak is the highest value per second.
Overshoots of the line voltages configured tolerance range in volt with the time of the appearance are displayed
in the table (last appearance of a peak).
Current
Display of the actual power demand of the connected power consumers in ampere (A).
Frequency
Actual mains frequency in hertz (Hz).
The frequency determines the length of the half-waves (50 Hz ≙ 10 ms, 60 Hz ≙ 8,33 ms).
Active power
The active power (P) shows the actual power of the PDU. Its calculated by multiplying voltage, current and the
power factor.
Apparent power
Total power of the PDU in volt ampere (VA). It results from the idle power and the active power.
Power factor
The power factor is the ratio between active power and apparent power. It indicates which part of the apparent
power is converted to the desired active power.
Energy consumption
Total energy consumption in kilowatt hours (kWh) since the start of the measurement. The consumption values
are stored in the MultiSensor-RACK and preserved even after a restart.
It can be reset in the configurations menu in the EnergySensor section.
Energy costs
Shows the actual costs for the energy consumption since the start of the measurement. The costs result from
the consumption and the configured price.
Output 1/2
Shows the actual state of the outputs for the PDUs power supplement of the end devices.
Reset alarms
Resets the display of Flicker-, Swell- and Peak-Alarms.
!
IMPORTANT!
To display the costs a price has to be entered in the configuration (section EnergySensor).
NOTE!
For actualization of the alarms Flicker, Swell and Peak a Retrigger time is configured which also avoids that
alarms are reported multiple times.
For the actualization / signalization of new alarms resetting the last alarms is not necessary.
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5.8.8. EnergySensor - Monitoring
Graphical display of the recorded active power and energy consumption and costs.
The recording is stored for up to 1 year. If the memory of the recording is full, the oldest values will be deleted
automatically.
The real time graph shows the actual voltage profile, current and peak voltage for the last minute. Peak alarms
will also be displayed. An occurring peak alarm will also be stored for later viewing.!
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5.8.9. Control
Switch alarm output 2
Changes the state of the 2nd alarm output (output 1 is controlled by the alarming) for the entered switching
time. If „0“ is entered for the time, the output stays permanently switched on.
For switching, the user password has to be entered. Default state of the output is 0.
PDU 1/2 - Switch outputs
Switches output 1/2 of the PDU on or off. If the value for the switching time is „0“ or empty, the PDU is switched
permanently. For switching, the user password has to be entered.
"
WARNING!
Deactivating an output stops the power supply to all connected end-devices of the PDU.
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5.8.10. Configuration - EnergySensor
With the following settings set the limits for the alarm triggering of the energy sensors. If an alarm is triggered,#
e-mails will be sent to the configured users and the buzzer is activated.
The configuration has to be made for each PDU.
Name
Assign the displayed name for each PDU.
On an alarm the name will also be shown in the notification (e-mail / SMS).!
Line voltage / frequency
Sets the regional dependent default values for the external power supplement. This are also the base values
for the error detection and the energy measurement.!
Active power / Voltage / Current
Define a minimum and maximum value for each measured value to monitor the energy measurement.
The minimum values are set to 0 in delivery state. After commissioning and configuration the value range can
be redefined to detect e.g the power failure of an end-device. Find the exact limits for each value in the datasheet.
Frequency
Enter a limit as tolerance for an fluctuation of the power frequency.!
Reference value is 50 Hz or 60 Hz. Adjustment range is 0,1 bis 1,0 Hz (Default value: 0,1 Hz).
Flicker / Swell / Peak
Flicker and Swell are short-term fluctuations of the supply voltage.
Flicker here is a voltage drop, Swell a voltage overshoot.
For the monitoring of both values a tolerance in percent (related to the nominal voltage) and the number of halfwaves to view has to be set.
Peak
Peak is the highest occurring voltage during the normal operation (amplitude).
For the monitoring an upper threshold value of this amplitude voltage can be set. This exceeding is also called
peak or peak-alarm (default value: 400V).
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Alarm handling
The Retrigger time defines, after which time the alarms Flicker, Swell or Peak are reset for the next triggering.
This setting avoids that an event which persists for a longer period will lead to a repeated alarming in short
distances of time.
Costs
Value for the costs per kilowatt hour and the monetary unit.
Reset energy consumption
Sets the internal consumption counter of the MultiSensor-RACK back to 0 and deletes all recorded data.
For safety reasons the user password has to be entered before the reset.
5.8.11. Users
Enter data for up to 5 users with individual passwords. The passwords also give access to the switching function
of the PDUs and the digital output 2.
The account data of the first user are in addition the account data of the internal ftp-server for running updates
on the MultiSensor-RACK. For E-Mail alarming enter the addresses of the recipients here.
5.8.12. System
System information
Shows the firmware version numbers of the MultiSensor-RACK.
Find the actual firmware on the Kentix Website in the Software section.
Test functions
Test your E-Mail and SNMP settings via the two test buttons. The E-Mail or Trap sending is logged and can be
checked in the logbook.
Backup configuration
For backup purposes the actual configuration of the MultiSensor can be downloaded to the PC.
Restore configuration
Loads a previously created backup into the device and restarts it. The settings of the backup directly get active
afterwards.
Firmware-Update
Loads a firmware file (image.bin) into the MultiSensor and restarts it.
Restart
The MultiSensor-RACK can be restarted for testing- or maintenance purposes. Note that the data recording is
suspended for the duration of the restart. The power supply of the connected devices is NOT interrupted during
the restart.
5.8.13. Configuration of the vibration sensor
Define the triggering threshold for the integrated vibration sensor. The alarm is triggered, when the threshold is
exceeded.
The trigger sensitivity can be adjusted to detect slight vibrations (e.g. moving of the rack) as well as heavy
vibrations (bumps or movement of the MultiSensor-RACK) can be detected.
NOTE!
Please note the corresponding release notes of the downloaded update!
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MultiSensorsMultiSensors
Page 49
5.9. Control a network camera with MultiSensor-LAN/RACK
The MultiSensor-RACK offers the possibility to send a control sequence as a HTTP request to any IP ready
network camera in case of an alarm. So in addition to the e-mail alerting also a video picture or a video
sequence can be sent. The transmission from the video picture is done by the camera.
The information to control the camera has to be inserted into the „cam.ini“ file. Create this file with a text editor
and copy it to the root directory of the MultiSensor via FTP, where you will also find the „config.ini“ file. After a
reboot the configured command sequence will be sent to the camera in case of an alarm. Up to five cameras
can be controlled. Create a new line in the „cam.ini“ file for each camera.
The delimiter for each parameter is a semicolon.
The HOST address can be any, is required by some camera servers.
Details for configuring E-Mail events in your network camera and the control sequence can be found in
the manual of the camera manufacturer.
5.10.Communication Interfaces MultiSensor-LAN/RACK
With the MultiSensor-RACK it is possible to send alarms as SNMP Traps.
Additionally all sensor values can be queried using the supplied MIB (Management Information Base).
This allows the integration in network-monitoring-systems like e.g. PRTG or Nagios.
For querying values and also recorded environment- and consumption values the MultiSensor-RACK
furthermore has a XML interface. The following queries can be executed:
File content (cam.ini)
IP-ADDRESS;IP-PORT;HTTP-CAM-COMMAND;HOST-ADDRESS;SERVER-NAME
EXAMPLE: File content (cam.ini)
192.168.100.224;80;/cam/command/input=trigger;www.kentix.com;My-Camera
EXAMPLE: File content (cam.ini) for AXIS Video Server 240
192.168.100.224;80;/axis-cgi/io/virtualinput.cgi?action=6:/;www.kentix.com;Axis-Server240
XML-Path
Description
http://IP-Address/xml/values.xml
The actual environment values
http://IP-Address/xml/energy.xml
The actual energy measurement values split by PDU 1+2
http://IP-Address/xml/record_values.xml
Recorded environment values of the last 3 month
http://IP-Address/xml/record_energy.xml
Recorded average power per 15 minutes for a timespan of up to 1
year
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5.11.Perform software update on MultiSensor-LAN / -RACK
The MultiSensor-LAN / -RACK offers the possibility to actualize its software via the integrated web server. Actual
software updates are available in the software section on www.kentix.com.
To check the actual installed software version, open the sensor‘s web server and open the system information in
the „System“ section.
To perform an update follow these steps:
Nr
Step
1
Unpack the update file (ZIP) into an new folder on your PC. The unpacked file has the name „image.bin“ and
must not be renamed.
2
Connect to the MultiSensor using a web browser. Login to the device and click on „System“.
3
Before the update, there is the possibility to perform a backup of the configuration.#
This backup can also be used to be restored to another MultiSensor-LAN or -RACK.
For the update the backup is not mandatory, the configured settings will not be deleted during the update
process. We only recommend to create a backup in case of an error.
4
After the backup, please click on the button „Start update“ in the section „Firmware update“.
5
The device will restart and then display an update dialogue.
6
Choose the unpacked firmware file „image.bin“ and then again select „Start update“.
7
After about 1-2 minutes the MultiSensor automatically restarts.
IMPORTANT! During the update process, the power supply must not be interrupted.
8
The MultiSensor is now available again and you can check the software version in the „System“ section.
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Page 51
6. How to open the AlarmManager chassis for inserting a
SIM card
The device lids of the AlarmManager are jammed in one surrounding on the device bottom part with the
electronics. The lid can be lifted without tools by slightly pulling it apart on its sides. Proceed as follow:
Open the device lid:
1. Lay down the device with the port side forward.
2. Pull the lid at the sides apart sightly (see picture).
3. The lid will snap out from the surrounding groove with a clicking noise.
4. Now, you can pull up the lid.
Close the device lid:
1. Lay down the device with the port side forward.
2. Pay attention, that the broader protrusion from the lid (space groove to casing edge) shows in the direction
of the connectors.
3. Pull the lid by the sides apart slightly and put the casing lid on the bottom part.
4. Slide the lid on the bottom part till the lid snaps in with a clicking sound.
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NOTE!
For setup and configuration of the MultiSensor-LAN / -RF the opening of the chassis is not necessary!
MultiSensors
Page 52
7. KeyPad-Touch (KKPT)
The KeyPad is used for arm-disarm switching of the AlarmManager on site. The KeyPad is integrated into the
ZigBee© wireless network of the AlarmManager in the same way as a MultiSensor-RF. Please note that the
KeyPad does not work as a router and can not extend the network range.
The KeyPad is activated by pressing any button. The duty cycle is then about 10 seconds. During this time you
can arm or disarm single alarm zones or the complete system.
7.1. Adding a KeyPad
1. For adding a KeyPad to the AlarmManagers configuration start the teach-in process in the Kentix
ControlCenter and press the „learn button“ on the back of the KeyPad.
2. The KeyPad’s LEDs signalize the running teach-in process.
3. The teach-in process is finished when the KeyPad is marked in the list with a green checkmark#
and the LEDs in the last row are green.
4. To add the KeyPad to the devices list, click on Apply.
5. After saving the configuration the KeyPad is activated in the system."
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Learn button
Battery holder!
(2x Standard Micro AAA)
KeyPad-Touch & Accessories
Page 53
7.2.Operation KeyPad
With the KeyPad you have the possibility to switch either a single zone or the complete system:
Switch single zone
Enter the number of the zone (1-30), then press one of the function keys. Now enter your 4 digit PIN to finish
the action.#
The function will be triggered directly after the input of the last digit. Pressing a button is always signalized by a
sound. The selected function is signalized by a LED in the function (arm/disarm) button.
Switch pre-assigned zone or all zones together
By simply pressing one of the function keys (arm/disarm) and the entering of your PIN
the pre-assigned zone is switched. Please note that a user needs the correct
permissions for switching.
To switch the complete system (all zones), the KeyPad has to be assigned to „All
Zones“ via the ControlCenter. Alternatively - also when a separate zone is assigned
as default - the complete system can be switched by preselecting „00“ as zone
number.
The LED‘s flash corresponding to the possible inputs.
Operation via RFID
To operate the KeyPad a RFID card can be used instead of the 4-digit PIN.
#
Activate the KeyPad and enter either the zone number or directly press one of the function keys.
Now place you RFID card in directly in front of the X.
Arming - leave the room
OK :
5 seconds acoustic beep signal, LED lights constant, MultiSensors signal acoustically
according to the arming buzzer time.
Not OK :
3 seconds constant acoustical signal. All LEDs are flashing.
Disarming - enter the room
OK :
1 second constant acoustic signal, LED lights constant, MultiSensors signal also with 1
second acoustic signal.
RFID reader
Select the desired function (arm, disarm, enter zone number) and place the RFID card in
front of the reader. The function is executed immediately after the correct read.
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IMPORTANT!
Via the KeyPad only „armed-active“ alarms can be switched. All alarms of the type „always-active“ are always
triggered, independent from the armed-disarmed state.
KeyPad-Touch & Accessories
Page 54
Check zone state
The state of the assigned alarm zone (armed or disarmed) can be checked at a KeyPad before switching the
zone by pressing „0“. The KeyPad retrieves the status of the assigned alarm zone from the AlarmManager and
signals it via the left or right LED.
Learn User / RFID cards
Via the ControlCenter RFID cards of the users can be read at a KeyPad.
To do this select the KeyPad in the „Sensors-Devices“ tab and activate the option „Teach-in RFID card via
KeyPad“.
Then press one of the buttons „Arming“ or „Disarming“ and hold the user card in front of the RFID reader. After a
few seconds the number / ID of the card appears in the list „Available RFID cards“. The card can then be
assigned to a user account by selecting and clicking the arrows.
Repeat the process until all cards have been read and assigned to a user account. Finish the process by
deactivating the option „Teach-in RFID card via KeyPad“ and transfer the changed configuration to the
AlarmManager (Save).!
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KeyPad-Touch & Accessories
Page 55
8. Enhancements
8.1. Leakage sensor (KLS03)
The leakage sensor KLS03 is shipped with a 10m patch cable for a direct connection to Kentix devices via the
Kentix system jack. It is also powered by the system jack.
An LED indicates the current state of the sensor (GREEN: no alarm / no humidity; RED: alarm / humidity
detected). To test the sensor touch it‘s bottom of the sensor with a wet cloth. The internal LED should signal the
detection by glowing RED.
The detection unit is maintenance-free when detecting normal water. Aggressive or solvent-containing liquids
can damage the sensor and cause false alarms. A contamination of the sensor electrodes also leads to
incorrect measurements.
Connection example 1: Leakage-Sensor connected to AlarmManager
Plug the connection cable of the leakage-sensor into one of the System-jacks of the AlarmManager.#
The powering and alarming is done directly via the AlarmManager. With the ControlCenter enter a suitable
name for the external alarm input and set the alarming of the input to „Always-Active“ for a permanent alarming.
If the leakage sensor is working with opening the contact on an alarm, additionally change the alarm logic to
„Open“.#
#
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IMPORTANT!
The signaling for a connected leakage-sensor is realized via the external alarm input of the device to which the
leakage-sensor is connected (AlarmManager or MultiSensor). For the correct functioning, this input has to be
configured correctly (see examples).
Therefor its necessary to test the alert triggering after connection to ensure the correct cabling.
To p
LED - State
Side
Serial number
Bottom
Sensor electrodes
LED
AlarmManager-BASIC/PRO
Leakage-sensor
KENTIX system jack
KeyPad-Touch & Accessories
Page 56
Connection example 2: Daisy chaining leakage sensors
It is possible to to chain up to 5 leakage sensors together and connect them to a Kentix system jack via
standard patch cables. Therefore they can be patched into structured wirings. The combined cable lenth should
not exceed 50m. It is important to code the according sensors as intermediate or end device.For this purpose a
micro switch is located inside the casing.
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IN
OUT
IN
IN
OUT
OUT
MID
MID
END
KENTIX system jack
Max. 5 sensors
chainable
Combined cable length
max. 50m
Setting of the
detection sensitivity
(Default position: 1 o‘clock)
Coding of
the chain position
KeyPad-Touch & Accessories
Page 57
8.2. Leakage sensor rope (KLS03-ROPE)
The leakage sensor (KLS03) monitors leaks through the sensor electrodes at the bottom of the device.
In a room with several locations where leakages could occur, it is possible to cascade up to 5 KLS03 and
operate these at one AlarmManager or MultiSensor.#
Alternatively a leakage sensor with a 10 / 20 meter rope is available. Here the whole cable serves as a detector
to detect leaks with a single sensor over a length of up to 20 meters.
The KLS03-ROPE works in the same way as the standard KLS03. It also has the sensor electrodes at the lower
side of the housing and also here a cascading of up to 5 sensors is possible.
The rope of the leakage sensor must be fixed to the floor. Recommended for this is the use of anchoring clamps
for single pipes with a drill hole diameter of 6mm and a clamping range of 3-13mm. The distance of the clamps
should be between 30cm and 50cm.!
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KeyPad-Touch & Accessories
Page 58
8.3. Kentix Power-Adapter (KIO1) with digital input clips
The Kentix I/O Power-Adapter is used to expand your Kentix-solution to include the additional functions:
• Power supply for up to two MultiSensors-RF via an AC adapter
• Connecting of up to two external alarms via dry contacts to a MultiSensor
#
The adapter is connected directly to the Kentix system jack and offers the possibility to power the MultiSensor
with a power plug or a permanently connected AC adapter.
The cable length between MultiSensor and the KIO1 adapter should not exceed the following lengths:
• Power supply only: up to 50m
• Power supply with digital inputs: up to 10m
Figure 1: Back of Kentix Power-Adapter (KIO1)
Figure 2: Circuit diagram with external alarms
"
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Important!
When using the input clips for external alarms and simultaneous power supply of two MultiSensors remove the
jumpers. Otherwise the external alarms will be indicated on both sensors.
KeyPad-Touch & Accessories
Page 59
8.4. Kentix Power-Adapter (KIO2) for powering a MultiSensor
The Kentix I/O Power-Adapter KIO2 is used to expand your Kentix solution by offering the following features:
•
Connection of a MultiSensor-RF/-LAN/-LAN-RF for a separate power supplying
The adapter is directly connected to the Kentix system jack and offers the possibility to supply power for one
MultiSensor via an external power supply.#
This can be necessary e.g. if no PoE-Switch is available for the operation of a MultiSensor-LAN/-LAN-RF or
when a MultiSensor-RF shall be connected separately to monitor the external power.
The cable length between MultiSensor and the KIO1 adapter should not exceed 50 meters.
Figure 1: Back view of Kentix Power-Adapter (KIO2)
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NOTE!
This adapter can only be used for the power supply of one MultiSensors. The alarm inputs and outputs are not
available when this adapter is used.
KeyPad-Touch & Accessories
Page 60
8.5. Kentix Power-Adapter (KIO3) with digital I/O clips
The Kentix I/O Power-Adapter is used to expand your Kentix-solution to include the additional functions:
• Connecting of up to two external alarms via dry contacts to a MultiSensor
• Controlling resp. switching of up to two external devices via relays by a MultiSensor
#
The adapter is connected directly to the Kentix system jack and offers the possibility to power the MultiSensor
with a power plug or a permanently connected AC adapter.
The cable length between MultiSensor and the KIO3 adapter should not exceed 10m.
The relays are equipped with PDT contacts and can be loaded with up to 60VDC/3A.
Figure 1: Back of Kentix Power-Adapter (KIO3)
Figure 2: Circuit diagram with external alarms
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KeyPad-Touch & Accessories
Page 61
8.6. Overview and application examples for Power-Adapters (KIO1-3)!
!
Image
Description
Application examples
Power-Adapter with digital I/O clips
Adapter block for the connection of#
2 MultiSensor-RF to a power supply via the
Kentix system jack.!
Additionally a terminal block for using the
alarm inputs at one MultiSensor is available.!
Terminal block:
•
Digital inputs: 2!
•
Digital outputs: 0!
•
Power supply: Terminal block or#
AC adapter
•
Operation of one Kentix leakage
sensor at a MultiSensor-RF!
•
Connection of external
components to the alarm input of
a MultiSensor (e.g. air
conditioning, door contact)
Power-Adapter
Adapter block with AC adapter for powering
one Kentix MultiSensor via the Kentix
System jack.!
#
Terminal block:
•
Digital inputs: 0!
•
Digital outputs: 0!
•
Power supply: AC adapter
•
Power supply for one MultiSensorRF/-LAN/- #
LAN-RF!
•
Connection of one MultiSensor-RF
to monitor the external power
supply!
•
Power supply for a Kentix Alarm
sirene plus one MultiSensor-RF/LAN/-LAN-RF via a RJ45 TAdapter (included with Alarm
sirene)
Power-Adapter with digital I/O clips
Adapter block with 2 digital inputs and#
2 relay-outputs and 2 Kentix System jacks
for the connection of MultiSensors.!
Terminal block:
•
Digital inputs: 2!
•
Digital outputs: 2!
•
Power supply: Terminal block or#
AC adapter
•
Connection of external
components to the alarm input of
a MultiSensor (e.g. air
conditioning, door contact)!
•
Connection of a LED to display
the arm/disarm state via the 1st
sensor output (relay 1)!
•
Connection of a door control to
open a door when disarming an
alarm zone
KIO3
KIO1
KIO2
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KeyPad-Touch & Accessories
Page 62
8.7. Kentix Alarm sirene (KFLASH1)
The Kentix Alarm sirene can be used for an acoustical and optical signalization in case of an alarm.#
It is suitable for an indoor and outdoor installation (protection class IP65).
The Alarm sirene is equipped with a 10 meter patch cable and a RJ45-connector and can be directly connected
to the system jacks of an AlarmManager or to all MultiSensor-RF/-LAN/-LAN-RF using an additional adapter
(RJ45-T-Adapter). The required adapters are included with the Alarm sirene.
Figure 1: Alarm sirene at AlarmManager
Simply plug in the Alarm sirene into one of the system jacks.
Power supply and alarm signalization is done via the AlarmManager.
Figure 2: Alarm sirene at MultiSensor
Plug in the Alarm sirene into the RJ45 T-Adapter and connect the MultiSensor to the socket next to it using a
patch cable. The power supply is done via a Power-Adapter (KIO2), which is connected to the opposite side of
the T-Adapter.
When also the alarm input of the connected MultiSensor shall be used (e.g. by connecting a leakage sensor), a
KIO2 Power-Adapter can be used instead of the KIO1. In this case all connection cables have to be patch
cables.
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KeyPad-Touch & Accessories
AlarmManager-BASIC/PRO
KENTIX System jack
Alarm sirene
MultiSensor-RF/-LAN/-LAN-RF/-RACK
KENTIX System jack
Alarm sirene
KIO1 or KIO2#
Power-Adapter
RJ45 T-Adapter
Page 63
8.7.1. Configuration
To trigger the Alarm sirene relay times have to be configured in the AlarmManager or the MultiSensor.
For the AlarmManager and all MultiSensors operating in AlarmManager mode the relay timings in the settings of
the ControlCenters have to be used (menu item „Alarm behavior“).
Here one time for armed-active alarms and one time for always-active alarms can be defined.
When the Alarm sirene is connected directly to the AlarmManager, armed-active alarms trigger the buzzer of the
sirene, always-active alarms the integrated flash-LED.
At a MultiSensor always the buzzer of the sirene is triggered, independent of the alarm type.
This is also the case when the sirene is connected to a MultiSensor-LAN/-RACK in Standalone-mode."
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KeyPad-Touch & Accessories
Page 64
8.8. Kentix IO-Modules
The AlarmManager-PRO can be extended by additional digital Inputs and Outputs via special Expansion
modules. For this 2 external modules (KIO7052 with 8 digital Inputs / Outputs and KIO7053 with 16 digital
Inputs) are available.
Both modules are configured via a Web browser and are queried by the AlarmManager over the network.
Commissioning and Configuration
Depending on the module type it can be powered via PoE or with an external power supply. Using a power
supply it is necessary to regard the information in the data sheet, or only to use a power supply delivered by
Kentix. Information for the wiring of the In- and Outputs can also be found in the data sheet.
No
Step
Comment
1
Connect the network port E1 to a network switch with PoE support. Connect
your PC to this switch respectively establish a network connection.
If you use a switch without PoE establish power
supply via the connectors (R)+Vs and (B)-GND.
Use the supplied power adapter-cable.
2
Open the Web-Interface of the module via the default IP 192.168.255.1 and
change the IP-settings in „Network Settings“ to your required settings.
Default username and password: Admin/Admin
In the section „Web HMI“ the Inputs and
Outputs of the module can be monitored for
test purposes.
3
Start the Kentix ControlCenter and open the configuration of the I/O-module
via „Settings“ -> „Advanced...“ -> „External Alarms“
Select the module type and set the configured
IP-address.
4
Proceed with the setup for the wired external Inputs:
Enter a name for the alarming and choose alarm assignment and the alarm
logic. Eventually enter another alarm delay (default 1 sec.). Also select an
alarm zone for every used input.
In the module KIO7052 for each alarming state
one of the 8 Outputs is switched. Find the
assignment of the Outputs in the data sheet of
the module.
5
Save the configuration. After this the settings are directly active.
For testing purposes the state of the alarm
inputs can be monitored in the table
„MultiSensor Monitoring“.
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Terminal assignment KIO7052
Terminal assignment KIO7053
KeyPad-Touch & Accessories
Page 65
8.9. MultiSensor-LAN-RF (LAN-ZigBee Repeater)
The MultiSensor-LAN-RF offers the same functionality as the MultiSensor-LAN.
Moreover it allows the creation of a dedicated radio network. With this option it is possible to realize a
connection to distant RF-Components (MultiSensor-RF / -Door / KeyPads) via LAN/WAN. The configuration of
the repeater and the connected components is done via the Kentix ControlCenter.
If the sensor is added as LAN-RF-Repeater, additional sensors can be added via the context menu (right mouse
button) of the MultiSensor list. In this menu it is also possible to reset the radio network of the repeater.
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KeyPad-Touch & Accessories
Page 66
9. Kentix DoorLock
Kentix DoorLock offers a completely linkable locking solution with which up to 1.584 doors can be combined to
one locking solution.
The smallest unit of this system is the Kentix online knob in combination with the mechanical lock cylinder or the
online door lever. This can be operated either online (in combination with the Kentix AccessPoint), or offline
(simple setup and management using the programming card set).
The Kentix AccessPoint realizes the networking between the devices. The advantage is that all permissions can
be managed easily via the web-interface of the AccessPoint. Multiple AccessPoints (up to 99) can be combined
to one system. Up to 16 DoorLock-devices per AccessPoint are possible.
9.1. Components
Equipping a door can be done in combination with the Kentix Online knob and the profile-cylinder or with an
online door lever. Additionally a wall reader for the control of motor locks of gates and a cabinet lock is available.#
The commissioning of the DoorLock-devices is done with the programming card set. This card set is required
only once per system. Multiple DoorLock-devices are put into operation with the same card set.
The cross-linking of one or several doors is done via the Kentix AccessPoint. This allows the complete
management of users directly from the workstation and extends the functionality of the DoorLock-devices by the
configuration of time-level-profiles and access logbooks, camera integration and more.
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DoorLock
Page 67
9.1.1. Online knob (DoorLock-DC) and profile cylinder
9.1.2. Online door lever (DoorLock-LE)
9.1.3. Online wall reader (DoorLock-WA)
9.1.4. Online cabinet lock (DoorLock-RA)
The Online knob is the RFID-Reader unit which is installed on
the outer side of the door. Using the Kentix AccessPoint the knob
can be linked wireless. The configuration of users and
permissions is then done via the AccessPoint.#
Alternatively a configuration can be made directly at the door
using the servicekey-card (Standalone-mode).
The profile cylinder replaces the existing cylinder in the door. The
installed cylinder can be easily removed by taking out the forend
screw. Then the Kentix cylinder is inserted into the door from the
inside and fixed with the supplied forend screw. The mechanical
knob is already attached to the cylinder.
Like the knob the online door lever is equipped with a RFID
reader unit. The electronic is completely integrated into the door
handle. It can also be operated with or without AccessPoint
(online- / offline-mode).
The online wall reader expands Kentix DoorLock with additional
application fields, such as factory doors, doors with motor control
or barriers. It integrates completely into the DoorLock series with
Online knob and online door lever. Integration, configuration and
operation are completely analogous. Also here online or offline
operation is possible. The wall reader is already equipped with a
switching relay. In online mode it can also control one of two
relays in the connected AccessPoint.
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DoorLock
The online cabinet lock is a locking solution for an easy
equipment or retrofitting of IT racks or distribution cabinets.#
Also here an online and offline operation is possible.
In the online mode with AccessPoint the cabinet lock seamlessly
integrates into existing DoorLock solutions.
The lock is delivered with a variety of adapters and locking levers
and is therefor adaptable to almost every IT rack.
Page 68
9.1.5. Master card set
9.1.6. AccessPoint
9.1.7. Accessories
To replace the batteries at an Online knob or cabinet lock a special battery replacement tool is required. The
replacement tool for an Online knob is already included in every master card. For the cabinet locks, the tool has
to be purchased separately.
For the replacement of the battery in a door lever a matching Allen key is required. This is always supplied
together with the door lever.
When fully discharged, it is no longer possible to open a Online knob for a battery replacement. For this purpose
a „low power adapter“ is available to make single access bookings. A description of this emergency opening can
be found later in this manual.
With the master cart set the DoorLock-devices are prepared for
the operation.#
Only one master card set is required per system / installation,
which consists of these 4 cards:
•
System card
•
Servicekey card
•
Battery change card
•
Dismantling card
The AccessPoint is the central component of the access solution.
Online-knobs, door levers, wall readers and cabinet locks are
connected wireless to this device. The AccessPoint is then
integrated into the network via a PoE-enabled Switch.
Now the basic settings like IP-addresses, doors and user data
can be done via the web-interface.
A description of the configuration can be found later in this
manual.
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DoorLock
NOTE!
Always keep these cards at a safe place. Without them a configuration of the components is no longer
possible.#
When the Servicekey card (=programming card) is lost, it is possible to order a replacement card with the help
of the number printed on the System card.
Battery change card and dismantling card are only required at an Online knob, not for the other DoorLockdevices.
Page 69
9.2. Installation & Programming (Inbetriebnahme)
9.2.1. Online knob
For the installation only a few steps are necessary. Please follow the instruction as listed here:
Step 1: Remove forend screw and pull the existing cylinder out of the door.
Step 2+3: Insert the Kentix profile cylinder into the door. Insert and fix forend screw.!
Plug the RFID Online knob into the cylinder.
No
Step
Note
1
Remove forend screw and pull the existing cylinder out of the
door.
Every Kentix profile cylinder is delivered with a new forend
screw.
2
Insert the Kentix profile cylinder into the door.#
Insert and fix the new forend screw.
The mechanical knob is already mounted at the profile
cylinder. Plugging the profile cylinder into the door from the
inside does not require additional disassembly work.
3
Plug the RFID Online knob into the cylinder until it clicks into
place.
4
The installation is then finished. If not already done, the knob can
now be programmed with the master card set.
The programming of a knob can already be done before
the installation at door.
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DoorLock
Page 70
9.2.2. Online door lever!
To install a Kentix online door lever, proceed as described in the following:
Step 1: Assembly of the square pin
Plug the square pin (3) completely over the fixing pin and into the square pin fixture of the lever (1).
Insert the spiral pin (2) into the square pin and completely press it into it using a pliers.
Step 2: Put on square pin
Insert the square pin of the electronic door lever into the square nut of the lock.
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DoorLock
Page 71
Step 3: Mark boreholes
Place the drilling template on the square pin, align horizontally and center punch the hole markings.
Step 4: Drill holes
Remove the square pin again. Drill holes with a diameter of 8 - 8,5 mm at the marked positions.
ATTENTION! Do not drill into or through the lock casing!
Step 5: Install electric door lever
Insert the square pin of the electric door lever once again into the square nut of the lock.
Insert the handle holder of the mechanical door lever from the other side and screw it along with the electronic
door lever through the door panel using the supplied mounting screws.
!
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DoorLock
ATTENTION!
The included mounting screws are designed for doors with a larger door thickness. Before
inserting the screws it is important to check whether these have to be shortened before. Otherwise
the door rosettes might be damaged.
Page 72
Step 6: Install mechanical lever
Insert the mechanical door lever keeping it in a horizontal position.
For door levers pointing to the right, tighten the rosette towards the left, guide it over the lever holder and
engage the bayonet lock.
Accordingly, tighten the rosette towards the right for door levers pointing to the left.
Step 7: Fasten mechanical lever
Insert the locking screw from the bottom of the rosette and tighten it.
Step 8: Check functionality
Check the functionality and easy movement of the door lever with the door open.
To do this, hold an authorized key in front of the reading unit.
When engaged, the catch of the lock should be completely inside the lock casing when the latch is pressed
down.
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DoorLock
Page 73
9.2.3. Online wall reader
The commissioning of a Kentix online wall reader consists of 2 steps:#
The wiring and the installation into the flush-mounted socket at the wall.
Two modes are available for the wiring and control of external components (factory doors, barriers):
1. Wiring of the relay directly at the wall reader (applications with low safety requirements)
2. Wiring of up to two relays at the AccessPoint (AccessPoint installed in the secure area, application with high
security requirements)
The wiring for the desired operating mode is described in the following:
9.2.3.1. Commissioning with wiring of the relay at the wall reader
Power supply and the relay are connected directly to the wall reader. Please follow the PIN assignment as
shown on the diagram below.
9.2.3.2. Commissioning with wiring of the relays via the AccessPoint
The voltage supply is realized as described above. In addition one of the two relays at the AccessPoint is used.
For the connection an external adapter (KIO3) is available. This is connected to the system jack of the
AccessPoint using a patch cable.
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Terminal connector (back of reader unit):
1 - Voltage supply 8-40 VDC (polarity: any)
2 - Voltage supply 8-40 VDC (polarity: any)
9 - Switching relay max. 30 V AC/DC, max. 1,5A (polarity: any)
10 - Switching relay max. 30 V AC/DC, max. 1,5A (polarity: any)
DoorLock
Page 74
Circuitry on the KIO3 Power Adapter
Note that only the first KIO3 system connector is connected to the two relays. For the power supply of the
external application either an external power supply or the plugin power of the KIO3’s connected power supply
can be used (connected to PINs 5+6), if necessary.
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DoorLock
NOTE!
The wall reader is always installed with a fix wiring to an external power supply. The connection via a RJ45
connector is not provided. The PINs of the reader are numbered on the board. To see the numbering, the
two clamping blocks can be removed from the PIN strip.
Page 75
9.2.3.3. Installation of the wall reader
For the installation of a Kentix online wall reader please proceed as described in the following:
Step 1: Installation in the flush box
Connect the wall reader to the flush-mounted socket. Ensure that no cable is pinched or squeezed.
Step 2: Fasten wall reader
Align the wall reader in the flush box fasten the screws.
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DoorLock
Page 76
Step 3: Fasten cover
Attach the cover to the wall reader. Please note that the cover eventually must be screwed#
(depending on the version).
9.2.3.4. Installation of the wall reader (surface mounted)
With the surface mounted version the wall reader is already preassembled in a 2-part surface-mounted housing.
The lower housing part is mounted on the wall using the supplied screws.
Then the connection cable is inserted through the cable inlet and then connected to the wall reader.#
The screwed connection can then be closed and the upper housing part screwed to the lower part.
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TX-44
S-Color
DoorLock
Page 77
9.2.4. Online cabinet lock
The Online cabinet lock consists of the following components:
1. Locking nut for the cabinet lock on the door
2. Locking lever (various variants available, included)
3. Safety washer
4. Locking nut for the closing lever
5. Operating lever
6. Mounting screw
7. Wakeup-button
8. Battery
9. Battery compartment
To open the battery compartment a special key is required, which is available separately.
For the different types of locks 3 different locking levers are included.
After the installation of the fitting at the door frame it has to be checked which of the variants fits the best.!
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DoorLock
Page 78
For the installation of a Kentix online cabinet lock please proceed as described in the following:
Step 1: Drilling
To fix the cabinet lock holes are required in the door as shown in the following drawing.
Step 2: Setting of the opening direction
The levers rotation direction is determined by the position of the small screw at the mounting thread.
Screw at the side of the mounting thread. Opening by turning the lever to the left.!
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NOTE!
Depending on the type of cabinet, a drilling at the door is not required. For cabinets that already have an
opening after the removal of the existing closing lever, matching profiles for the inside of the door are
included.
DoorLock
Page 79
Screw at the bottom if the mounting thread. Opening by turning the lever to the right.
Step 3: Installation
Push the cabinet lock through the hole in the door and fix it with the fastening nut and fastening screw.
Then install and fasten the locking lever and safety washer with the locking nut.
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NOTE!
If necessary, place the two profiles at the inside of the door. The profiles are included in the delivery.
DoorLock
Page 80
Wakeup of the online cabinet lock
In contrast to the other DoorLock devices, the cabinet lock must be activated by pressing the button at the lock.
This is necessary for the initial setup and also the normal operation.
Press the button until the LED lights up. Then hold the RFID-key in front of the reading unit.
9.2.5. AccessPoint
To mount the AccessPoint simply fix the supplied mounting bracket to wall or ceiling and attach the AccessPoint
to it. Connect the AccessPoint to a PoE-enabled switch.
Please note that the maximum distance to the DoorLock-devices must not exceed 25 meters. Otherwise the
radio connection is not guaranteed.
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Page 81
9.3. Configuration and operation modes
The access system Kentix DoorLock can be operated in an online- and offline-mode.
In the offline-mode the complete programming is done at each DoorLock-device separately.#
Time profiles cannot be configured in this mode. The offline-mode is suitable for small installations with only a
few doors and up to 10 users.
In the online-mode the programming of DoorLock-devices is done via the web-interface of the AccessPoints.
Here only the master card set (Servicekey) has to be programmed directly at the device.
9.3.1. DoorLock-device without AccessPoint (offline-mode)
The programming basically consists of two steps:#
the initial setup and the programming of the RFID cards for the users.
9.3.1.1. Initial setup - insert / activate batteries
Online knob and door lever and cabinet lock are battery operating devices. For the commissioning the batteries
must be inserted or activated first.
The Online knob is delivered in opened state with the a loosely mounted knob cover.#
The cover can be easily pulled down from the knob. One of the two batteries is blocked by a plastic lock. This
lock has to be pulled out to activate the knob. The knob then signalizes the activation by multiple short tones.
At the Online door lever the required battery is not installed, but delivered with the additional equipment.#
To insert the battery, the allen screw on the electronic side must be screwed into the lever using the enclosed
Allen key. The front part can then simply be removed.#
Insert the battery with the negative pole first into the front part. Then put it back onto the lever and fasten it.#
The activation is then signalized by a short tone.
At the Online cabinet lock the battery is also delivered separately. It has to be inserted into the battery
compartment which is then pushed into the lock from below.
For the opening a special key is required which has to be purchased separately.!
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DoorLock
NOTE!
Each action is confirmed by visual and acoustic notifications.
Page 82
9.3.1.2. Initial setup - Master card set
No
Step
Note / Signalization
1
Present Servicekey card (yellow) in front of DoorLockdevices reading unit.
This step has to be performed only one time at the
initial setup.
At a door lever, wall reader or cabinet lock the initial
setup is completed with this step.
2
Present Servicekey card (yellow) again in front of knob
to start programming mode.
3
Present Battery replacement card (green) in front of
knob.
4
Present Disassembly card (blue) in front of knob.
5
Present Servicekey card (yellow) in front of knob to
leave programming mode.
2x short sound, LEDs light up green
then wait for 5 seconds
1x short sound, 1x long sound
then wait for 5 seconds
1x short sound, 1x long sound
2x short sound, LEDs light up green
then wait for 5 seconds
2x short sound, 1x long sound
then wait for 5 seconds
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DoorLock
NOTE!
For the initial setup of door levers, wall readers or cabinet locks the teaching of battery changing and
dismantling card is not required. The door lever has to be woken up by presenting any RFID card in front of the
reader unit. Then the servicekey card must be held in front of it for one time. After this the process is finished.
As the wall reader is permanently powered a wakeup with a RFID card is not necessary.
At a cabinet lock the wakeup button has to be pressed before holding the Servicekey card in front of the
reader.
If the initial programming leads to an error, a DoorLock-device can be reset using the Servicekey card. Please
read the chapter „Reset of components“ later in this manual.
Page 83
The RFID-cards for the users are also added with the programming mode in the offline-mode:
It is also possible to remove single RFID user-cards by presenting them again during programming mode:
No
Step
Note / Signalization
1
Present Servicekey card (yellow) in front of
DoorLock-devices reader unit to start the
programming mode.
2
Present RFID user card in front of the reader unit.
3
Present Servicekey card (yellow) in front of the
reader unit to leave programming mode.
1x long sound, 1x short sound
wait for 5 seconds
2x short sound, LEDs light green
wait for 5 seconds, then the next card can be directly learned
1x short sound, 1x long sound
No
Step
Note / Signalization
1
Present Servicekey card (yellow) in front of
DoorLock-devices reader unit to start the
programming mode.
2
Present RFID user card in front of the reader unit.
3
Present Servicekey card (yellow) in front of the
reader unit to leave programming mode.
1x long sound, 1x short sound
wait for 5 seconds
2x long sound, LEDs light red
wait for 5 seconds, then the next card can be directly learned
1x short sound, 1x long sound
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NOTE!
In offline mode a DoorLock-device must be reset to delete lost RFID user cards.#
For a description please read the chapter „Reset components“ later in this manual.
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9.3.2. DoorLock-devices with AccessPoint (online-mode)
For the initial setup please proceed as described in the chapter „DoorLock-devices without AccessPoint“.#
The following configuration is then done via an AccessPoint.
For the configuration a web-server is integrated in the AccessPoint, to configure and control the device via the
network using a web-browser.
Connection to PC: Connect the LAN interface of the AccessPoints to a PoE-enabled switch using a
standard patch cable. Establish a network connection between this switch and your PC.#
Configure the IP-address of your PC to e.g. „192.168.100.123“.
9.3.2.1. Default settings / factory defaults
Power supply: PoE (Power over Ethernet).
Default IP-address: 192.168.100.224
Subnet-mask: 255.255.255.0
Username / Password: admin / password
9.3.2.2. Communication ports
The configuration of the AccessPoints and communication with each other is done via the default HTTP(S)Ports. For the Kentix360 cloud service an additional port is required.
The following ports are used/required:
Nr
Beschreibung
Port-Nummer
1
Configuration of AccessPoint and firmware update via webbrowser
TCP 443 (HTTPS), 80 (HTTP - redirected to 443)#
from PC to AccessPoint
2
Communication / configuration of multiple AccessPoints
with each other („Master/Slave“-mode)
TCP 443 (HTTPS) from „Master“ to „Slave(s)“
both directions required
3
Communication between AccessPoint (Master only) and
Kentix360 cloud service
TCP 5222 from „Master“ to „mykentix.com“
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IMPORTANT! - Reset to factory defaults
In case of loss of the IP or login data of your AccessPoint it is possible to reset the device to factory
defaults. For this there is a RESET button located at the antenna side. The device is then completely reset
and performs a restart. After approx. 30 seconds it can be accessed again using the default settings.
For safety reasons the reset of the AccessPoint is only possible after the device has been restarted for the
duration of 1 minute. The AccessPoint can be restarted by unplugging the network cable for a few seconds.
After the reset please wait for about 30 seconds until the device is in its normal operation mode (signalized
by the internal green LED). Now press the RESET button.
Press and hold the button for 15 seconds until the reset process is confirmed by a long tone.
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9.3.2.3. Dashboard - Access logbook
Overview of all bookings done (door openings)
The access logbook shows the bookings of all DoorLock-devices connected to the system with date, time and
the respective user.
Via the magnifying glass icon in the upper right different filter functions can be applied to the logbook.
9.3.2.4. Dashboard - DoorLock control
Overview of all available doors for remote opening
Navigate to the tab „DoorLock control“ to control single DoorLock-devices remotely.!
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9.3.2.5. Access - Users
Here the users are created and managed. Up to 2,000 users can be configured per system.
Username
Assign a unique name for the user. It is required for the login to the AccessPoint and may be used only once in
the complete system.
Name
In addition to the username the full name of the users should be entered here. This is only for informational
purposes and has no functionality for the operation with the system.
User password
All users that shall have access to the AccessPoints web-interface additionally require a user password for the
login.
E-mail address
When an e-mail address is entered, the user will be informed about critical system states, e.g. exhausted
batteries in an online-cylinder.
RFID-Token
For each user one RFID-token number / RFID-card number can be assigned. This number can be entered
either manually or directly at an online-cylinder or door lever.
Description
Enter a description for the user, if necessary.
Permissions - Userlevel
There are 3 user permission levels available:
The user level has no effect on the access permissions at the doors.
Userlevel
Description
Remote Access Only
Access to bookings of assigned doors in the logbook. Remote controlling of the assigned doors.
Access Administrator
Restricted administrative access. The Access Administrator has the permissions to manage
users and doors in the access section. Additionally permissions to edit the time and access
profiles are given.
Super-Administrator
Unrestricted access to the system. The Super-Administrator also has permissions to change the
basic configuration (e.g. IP data) in the AccessPoint.
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NOTE!
To use the remote opening the DoorLock-device must be put into an active state by the person on the spot.#
At a knob it is sufficient to move it as soon as the button for remote opening has been pressed in the
AccessPoint.#
At a door lever any Mifare RFID card has to be held in front of the reading unit. This may also be an identity
card or credit card.
The cabinet lock has to be woken up by pressing the button at the lock.
At a wall reader not interaction of the person at the door/reader is required.
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Permissions - Emergency access
When the option „Emergency access“ is activated, the card data of the user are transferred into the DoorLockdevices. The user then has the permission to open these doors even if the connection to the AccessPoint is
interrupted.
To trigger the transfer of users card data to the respective device, at least one booking of the user at each of the
doors is required.
Permissions - Receive notifications
The user will be informed by e-mail about critical system conditions - for example batteries in a knob that require
a replacement. It is important that a valid e-mail address has been entered in the user data.
Access profiles
Sets the access authorization for the user. The times for the access authorization are defined in the respective
access profile.
9.3.2.6. Teach-in of RFID-media in the online-mode
In the online-mode the user cards are added to the AccessPoint by reading them directly at a DoorLock-device.
To read a RFID-card for the actual selected user, select „+“ and choose the door at which the card shall be read.
Click on the arrow next to the door selection. #
Now present the card in front of the device. After being read it will appear in the user data.
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9.3.2.7. Access - Access profiles
An access profile always consists of a time profile and one or several doors. In combination with the user
management the permissions for each door can be assigned here.
The tab „Access profiles“ shows an overview of all configured profiles. With „+“ new profiles can be created.
Existing profiles can be edited by clicking on the pencil.
Each access profile always consists of a name and a time profile.
Assign a unique name for each profile and select a previously configured time profile.
Then assign the desired doors to the profile.
The settings can be saved by clicking the corresponding button on the right.
9.3.2.8. Access - Time profiles
The time profiles define the weekdays and times, to which users are allowed to get access to the doors
assigned in the access profiles.
The tab „Access profiles“ shows an overview of all configured profiles. With „+“ new profiles can be created.
Existing profiles can be edited by clicking on the pencil.
Each time profile always consists of a name and a week plan.
Enter a unique name for each profile and mark the times to which the user shall have permission to access the
assigned doors.
The week plan can be edited in 15 minute steps. Single fields can be selected by clicking, a range of fields can
be marked by clicking and dragging.
9.3.2.9. Access - DoorLocks
In the tab „Doors“ the DoorLock-devices connected to the AccessPoint are managed.
The overview shows the devices that have already been added. New online-components can be added by
clicking „+“.
Via the info-button („i“) additional information about the selected device can be received.
By clicking „+“ the search for available devices is started. Now present the Servicekey-card in front of the
device. After about 10-20 seconds the DoorLock-device will appear in the list of the programmed locks.#
If this is not the case, please wait until the AccessPoint stops the search-mode (60 seconds) and repeat the
process.
After adding the device enter a name (place of installation) for it. This can also be done later by clicking on the
pencil next to the corresponding device.
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NOTE!
Please note, that the new device has to be in range of the corresponding AccessPoint (25m max.).
Page 89
Here you will find additional settings for the selected DoorLock:
Default teach-in DoorLock
When learning new RFID-Tokens for the users this device is always displayed at first in the selection.
Name
Enter a name for the DoorLock-device. Typically this corresponds to the installation place.
Couple Time
Select the desired time (3 / 6 / 12 seconds), for which a device shall stay engaged after a valid booking.
Booking switches Alarmzone
If desired, an arm-/disarm-switching of a Kentix alarm system can be triggered by a booking.
The AlarmManager communication has to be activated for this in the „Configuration“ section.
Choose the desired Alarmzone here. If no Alarmzone is displayed, press the refresh-button to update the zone
selection.
Time control
Kentix online-cylinder or door lever can be configured to stay permanently engaged. The door can then be
opened without a booking at the RFID reader.
For this operating mode a time profile can be chosen here which determines the times to which the door can be
opened without additional authorization.
Switch output on booking
The Kentix AccessPoint has 2 Relais-Outputs. These can by switched/activated by a booking (e.g. in
combination with a wall reader), to control external components (motor locks, barriers).
You can choose between two switching outputs at the AccessPoint.
Assigned Network Camera
Configured network cameras can be assigned to a door. Each time a RFID card is read at this door, an SD card
recording of several images is triggered and linked to the logbook entry.#
The settings for network cameras can be found in „Configuration“ -> „Network cameras“.
Access profiles
In the settings of a DoorLock-device a direct assignment to one or multiple access profiles can be made, if
profiles have already been configured.
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NOTE!
To enable the permanent coupling, a valid booking has to be performed within the selected time profile.
Without a booking the door remains closed.
DoorLock
Page 90
9.3.2.10. Access - DoorLocks - Switching of alarm zones
The following requirements must be fulfilled for switching an alarm zone on the AlarmManager:
1. The same communication key must be entered in AccessPoint and AlarmManager.
2. In the AccessPoint (section „Configuration“ -> „Communication“) the AlarmManager must be entered with IPaddress and a valid user.
3. An alarm zone must be selected for the Online knob / door lever or wall reader in the section „Access“ ->
„DoorLocks“.
4. The option „Time control“ for the permanently engaged mode must not be active.
For booking and simultaneous switching please proceed as follows:
DISARM - One time booking disarms the assigned alarm zone
ARM - Two time booking with a maximum time period of 15 seconds switches the alarm zone into #
armed state.
9.3.2.11. Configuration - General
These are the basic settings of the AccessPoint.
Name
Enter a unique name for each AccessPoint. As a recommendation the place of installation can be used here.
Language
Select the language for the web-interface of the AccessPoint. German and english language are available.
Security - Communication Key
The communication key is the password for the encryption of the communication between Kentix-devices. It is
required for the „Master-Slave-mode“ between multiple AccessPoints and also for the connection of an
AlarmManager.
The key must be identical on all devices and should comply with certain guidelines
(length, upper / lower case, numbers, special characters).
NTP 1 / NTP 2
In the fields „NTP 1“ and „NTP 2“ the time servers for the time synchronization are defined. This can be servers
in the own network or public time servers (default settings).
The time is required for time profiles and the correct reporting of bookings and events in the logbooks.
Public NTP Servers: 0.de.pool.ntp.org or 1.de.pool.ntp.org
Timezone
Select the time zone in which the AccessPoint is located. This will ensure that the time profiles match the
booking times.
Current system time
Saves the current time of the PC in the AccessPoint. This function can be used if no time server is available.
In the display the time of the switching to the „General“ settings is shown.
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9.3.2.12. Configuration - Network
This are the network settings of the AccessPoint. The device is delivered with a default configuration.
Default IP-address: 192.168.100.224
Subnet-mask: 255.255.255.0
Username / password: admin / password
This data can be altered for an operation in the own environment after commissioning.
IPv4-address, subnet mask, gateway
Network configuration of the AccessPoints. DHCP can be optionally activated. In this case always the same IPaddress has to be assigned to the AccessPoint. For this the MAC-address is displayed here. #
Alternatively manual network settings can be entered.
DNS server address 1 / 2 (Domain Name Server Addresses)
Depending on the network configuration (e.g. in combination with a DSL router) this can also be the gateway
address.
Public DNS Servers: 8.8.8.8 or 8.8.8.4
9.3.2.13. Configuration - Communication
E-Mail Data
To send e-mails to the configured users (e.g. to warn about a low battery level), an e-mail server#
(SMTP or ESMTP) has to be configured in the AccessPoint.
When a valid DNS server if configured, the DNS name of the E-Mail server can be used. With ESMTP it is also
possible to work with public e-mail servers which require a user authentication. Also the selection of an
encryption method (STARTTLS / SSL) is possible. The communication port can be changed, if necessary.
Please note, that often e-mail servers also require a valid sender address to forward e-mails.
E-Mail signature
Enter a signature, which will be appended to each e-mail. The signature is limited to a length of 1000 signs.
AlarmManager-Communication
Here the AlarmManager-Communication for a remote arm-/disarm-switching of a Kentix alarm system is
configured.
Enter the IP-address of your AlarmManager and an AlarmManager-user and password.
This user must exist in the configuration of the AlarmManagers and have the authorization „Administrator“.
In the AlarmManager also the communication key of the AccessPoint must be configured.
The changes in the network settings are directly active after saving.
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9.3.2.14. Configuration - Master/Slave Mode
Multiple AccessPoints can be connected together to one system for the exchange of configuration data (users,
doors, permissions). This compound operation mode is also called „Master/Slave“ mode. Here one of the
AccessPoints if configured as „Master“, all other AccessPoints as „Slaves“.
The „Slaves“ receive the configuration data from the „Master“ AccessPoint. With this operating mode changes of
the configuration have to be made only on one device.
Master/Slave Mode
Determines whether the AccessPoint works as „Master“ or „Slave“. When set to „Slave“, the IP address of the
„Master“ AccessPoint has to be entered.
The address is required for the synchronization. Configuration data is also only accepted from this IP address.
When operating as „Master“, all slaves in the system have to be configured/listed in the „Master“ AccessPoint.
All „Slaves“ are listed with name and IP address.
By pressing „+“ additional slaves can be added, existing profiles can be edited with the pen.
In the profiles a unique name (place of installation) and the IP address for the slaves has to be entered.
9.3.2.15. Configuration - Network cameras
One network camera can be assigned to each Kentix-DoorLock component, to request multiple pictures from
the camera and link these to the corresponding logbook entry. For this purpose any network camera can be
used which is able to deliver pictures via a HTTP command.
Enter a name for the camera (for example the installation place) as well as the camera-specific data (IP
address, user data) and select the camera location.#
The field „HTTP Command“ contains an example for an AXIS camera. Enter the path to the image source file
here without specifying the IP address or communication port beginning with a slash.
Camera location
Description
Inside
The camera is installed in the room, which is entered after the door is opened.#
The recording begins at the moment of the booking. 10 pictures are saved.
Outside
The camera is installed in front of the room.#
3 pictures are pre-bufferd and 7 additional pictures are stored beginning from the moment of the booking.
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NOTE!
Prerequisite for the "master / slave" operation is the availability of all access points via an existing network.
If necessary, contact the responsible administrator to discuss the requirements for the operation of the
access system.
Please also refer to the point "Communication Ports" earlier in this manual.
NOTE!
The image data are stored on the respective local AccessPoint. In Master-Slave-operation with several
AccessPoints, SD cards must also be used in the slaves depending on the configuration.
The HTTP command for the request of images can be found in the documentation of your network camera.
Note that the image size of 200 kilobytes per image must not be exceeded. This may have to be taken into
account when entering the HTTP command.
Page 93
9.3.2.16. Kentix360
Like the Kentix AlarmManager also the AccessPoint can be connected to the Kentix360 cloud service. If you
already have a Kentix360 account, you can simply add the AccessPoint to this account.
Only the Master-AccessPoint has to be configured for the cloud operation.
Otherwise a new account can be created using the „Register now“ button.
After the registration the account data can still be changed later.
Devices registered for the cloud service can be administrated here.
9.3.2.17. System - Logbook
This is the system log of the AccessPoint. All events except the bookings at doors are listed here. The logbook
contains e.g. warnings about critical system states (low battery charge level).
9.3.2.18. System - SD card
This is the administration for an SD card inserted in the AccessPoint.
An SD card is required to store images from network cameras.
A newly inserted card can also be formatted directly for a usage in the AccessPoint.
Any SD card with form factor "microSD" can be used in the AccessPoint. The capacity should be at least 8
gigabytes.
9.3.2.19. System - System settings
Create / Restore Backup
Here a complete backup of the configuration can be created and also restored. It is recommended to create a
complete backup after the final setup of all doors, profiles and users.
Firmware update
New firmware updates for the AccessPoint can be uploaded here, if necessary.
Select the firmware-image file via the file-dialog and press „Start update“.
For information on features and pricing of the Kentix360 cloud service please visit www.kentix.com
NOTE!
In a system with multiple AccessPoints a SD-card has to be inserted in any AccessPoints, at which
cameras are assign to doors of these AccessPoints.
NOTE!
The backup always consists of the complete configuration including all DoorLock-devices in the system. As
long as none of the components in the system has been replaced or reset to factory defaults, the complete
system can be recovered using the backup.
ATTENTION!
Please also note the information in the release notes attached to each firmware image.
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9.3.2.20. System - Help
Contains information for the support and version information of the AccessPoint.
9.3.3. Master-Slave-mode (Compound operation with multiple AccessPoints)
Multiple AccessPoints can be connected together to one system.
For the one of the AccessPoints is configured as „Master“ via the web interface, all other AccessPoints as
„Slaves“. The advantage is, that configuration changes only have to be done on the „Master“ AccessPoint. The
master distributes the configuration to all slaves in the system.
The description for the setup of the Master-Slave-mode can be found under „DoorLock-devices with
AccessPoint“ earlier in this manual.
9.3.4. Reset of components
In case of misconfiguration DoorLock-devices and AccessPoints can be reset to factory defaults.
DoorLock-devices
The reset deletes all configured RFID-cards except the Servicekey-card.#
A deletion of the Servicekey-card is not possible.
For the reset please proceed as described here:
After the reset the DoorLock-device can be configured again.#
At the online-cylinder at first the battery changing and dismantling card have to be read
(follow the steps for the initial setup in: „DoorLock-devices without AccessPoint“ ) .
AccessPoint
For a factory reset the AccessPoint is equipped with a reset-button. To perform the factory reset, please proceed
as described in the chapter „Default settings / factory defaults“ earlier in this manual.
Nr
Step
Note / Signalization
1
Present Servicekey-card (yellow) in front of the
DoorLock-device to start the programming mode.
Leave the Servicekey-card in front of the RFID-reader
until it quits the programming mode
(after approx. 15 seconds).
2
Present Servicekey-card in front of the device again
to start the programming mode a second time.
Leave the card in front of the RFID-reader.
3
The deletion process is signalized by multiple short
sounds. During the complete process the card has to
be held in front of the reader unit. Otherwise the
process will stop and has to be repeated.
1x long sound, 1x short sound
Wait for 5 seconds
1x long sound, 1x short sound
Multiple short sounds signalize the running deletion process.
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9.3.5. Battery replacement
In the online-mode the AccessPoint receives the battery charge level of every connected DoorLock-device.#
On a low charge level an e-mail is sent to all users that have the notification option activated. The device can
then still be used, but the batteries should be replaced soon. About 1000 bookings can then be made.
The DoorLock-device (online- and offline-mode) optically and acoustically signalizes that a replacement of the
batteries is necessary during the last 1000 bookings.
The signalization has 3 stages:
When reaching a low battery charging level the batteries should be replaced as soon as possible.
For the replacement of the batteries the cover of the knob has to be removed. If the batteries are fully
discharged, the opening of a knob is only possible using a low-power-adapter (see also the chapter „emergency
opening“).
To remove the cover, hold the battery changing card in front of the knob. The knob then releases the locking
pins. Now the cover can be taken off by pressing the two pins with the battery replacement tool and pulling the
cover back.
The batteries can then be taken out. After the exchange the cover has to be put over the knob again. The
locking pins can be pushed down easily with thumb and forefinger.
To complete the process, the battery changing card has to be held in front of the knob once again.
To replace the batteries at a door lever, the Allen screw has to be opened on the electronic side of the lever. The
front part of the lever can then be pulled off. The battery is located inside the lever and can now be simply taken
out.
For the battery replacement at a cabinet lock the battery compartment has to be pulled out after inserting the
battery changing tool. The battery can then be exchanged and then inserted again together with the
compartment.
Nr
Stage
Note / Signalization
1
Battery warning phase 1:#
The online-cylinder / door lever can still be used,
batteries should be replaced soon.
2
Battery warning phase 2:
The online-cylinder / door lever can still be used, the
engaging is delayed. Batteries must be replaced.#
3
Battery warning phase 3:#
Opening of the door is no longer possible.
The batteries must be replaced.#
The knob unlocks the locking pins for the battery
change. The cover of the knob can be taken off with
the battery replacement tool.
#
5x short sound, LEDs flash red simultaneously
#
5x short sound, LEDs flash red simultaneously
5s delay of the engagement, LEDs flash green
#
5x short sound, LEDs flash red simultaneously
no engagement / opening of the door
ATTENTION!
The Allen screw has to be screwed clockwise into the knob to open it.
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9.3.6. Emergency opening
If the batteries have not been replaced during the three warning stages, an emergency opening with the help of
the low-power-adapter is required at an online knob.
Low-Power-Adapter Online knob without cover
For this purpose the front cover (Kentix logo) at the knob is removed using the supplied suction cup.
Now the low-power-adapter can be put onto the contacts at the knob. Single bookings can then be made.
Perform a booking with the battery changing card and replace the batteries as described above.
9.3.7. Dismantling
Using the dismantling card, the knob can be pulled off from the profile cylinder. There are no extra tools
required.
To remove the knob, hold the dismantling card in front of it. The knob goes into the dismantling position. By
simultaneous turning and slight pulling the knob can be pulled off the cylinder.
To quit the dismantling position, the dismantling card has to be held in front of the knob once again.
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Contacts for emergency
opening
Place Low-Power-Adapter
here
NOTE!
The removal of the knob is only possible in one position. To reach this position slowly turn it to left or right.
Depending on the position, a full turning of 360° might be necessary.
DoorLock
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10.Kentix AlarmManager Smartphone-App
With the Kentix Mobile app a monitoring and control of a Kentix System via iPhone / iPad or Android devices is
possible. In the following, functions and control of the app are described.
10.1. The Profile menu
When starting the app the profile selection menu is displayed.
With the „+“ Button in the upper right edge a new profile is created.
Now select between a profile for a direct network connection (WLAN / VPN) or via the Kentix360 Cloud.
Then enter a descriptive name for the differentiation of the devices.
WLAN-Profile - AlarmManager / MultiSensor-LAN/-Rack
Enter IP-address, username and password of the device. The password can optionally be saved. Username
and password correspond to the access data of the web interface.
When the SMS control of the AlarmManager is activated, additional numbers and a PIN can be entered to
switch the system from outside the network.
As home screen either the dashboard or the control menu can be selected. To save the profile, press the
according button in the upper right.
Cloud-Profile
Enter your Kentix360-ID and the user password. The Kentix360-ID can be found in the according user's settings
of the ControlCenter or the AccessPoint. It can be displayed by clicking the button „Set up access“.
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NOTE!
Connections to the Kentix360 cloud only work together with an AlarmManager (BASIC or PRO) or an
AccessPoint. For accessing stand-alone MultiSensor-LANs via the app a direct network connection is
required.
NOTE!
A deactivated AlarmManager or AccessPoint can be added again to the cloud at any time.#
On deleting the device is first only marked for the deletion. The final deletion will be processed after 24
hours.
Only after expiry of this period, the device is completely removed from the cloud account.#
It can then be added again using the same or a new account.
Kentix360 - Cloud and SIM
Page 98
10.2. AlarmManager
Dashboard
The dashboard shows - as on the web interface - an overview of the AlarmManager.
The controls MultiSensors and Server switch to a detailed view, where the corresponding measurement values
and the state of the devices are displayed.
With „swiping gestures“ or via the selection menu in the upper right it is possible to switch between single
sensors / servers. The selection menu additionally shows the general alarm state of all devices.
Control
The control menu displays the list of the AlarmManager‘s alarm zones.
Alarm zones, which the user is not allowed to switch, are greyed out in the overview.
For switching press the desired entry and choose a command in the selection menu.
Logbook
Pressing one of the entries opens a detailed view. By selecting a filter the logbook can be sorted by different
message types (e.g. alarms or system messages).
10.2.1. SMS Control
When the AlarmManager cannot be accessed via the local network and is not configured for the Kentix360
Cloud, it can be switched via SMS commands. Trying to access without network connection, the app
automatically starts into the corresponding menu, when a telephone number for the AlarmManager is entered in
the profile.
Before sending the SMS-text the message has to be confirmed.
10.3. MultiSensor-LAN / -LAN-RF / -RACK
To control a MultiSensor-LAN or MultiSensor-RACK in standalone mode connect to it via a profile - as described
for the AlarmManager. The device type must be set to „MultiSensor“.
After connecting an overview of the sensors measured values is displayed.
The button „Motion detection“ switches the arm/disarm state of the MultiSensor.
Via the button „Alarm output 2“ the 2nd digital output of the MultiSensor can be activated for 30 seconds.
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Note:
After an alarm was triggered the device can first be rearmed again after 1 minute.
For the switching functions (motion / digital output) the AlarmManager-communication in the MultiSensor
must be inactive.
Kentix360 - Cloud and SIM
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10.4. AccessPoint
Door Control
In the view „Door Control“ single doors can be accessed for a remote opening. Select the desired door and then
press the button „Open door“. The person at the door can open it now for the next 15 seconds.
For the remote opening a knob (DoorLock-DC) must be turned to wake it up.
At a door lever (DoorLock-LE) a booking with any RFID media (Mifare) is required.
At a wall reader the assigned relay of the AccessPoint is triggered.
The cabinet lock also has to be woken up by pressing the button at it.
Favorites
The view „Door Control“ always shows all DoorLock-devices / doors configured in the system.
In order to be able to directly access frequently used doors for a remote opening, these doors can be marked as
favorites here.
To do so, press the „+“ and select the desired doors for this view.
The favorites view will then automatically become the first view after selecting the AccessPoint-profile.
Logbook
The logbook shows the last 100 bookings made at the DoorLock-devices in the system.
If necessary older entries can also be called up.
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NOTE!
The Kentix360 security key stored in the AccessPoint is required for the accessing the logbook. Without
this key the reading of logbook entries is not possible.
Kentix360 - Cloud and SIM
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11. Kentix360 Cloud
The Kentix360 Cloud expands your Kentix system by essential improvements in availability, alerting, data
recording and accessibility. Advantages of the Kentix360 Cloud are:
•
Safe remote access via smartphone app without complicated setup
•
PUSH messages and redundant e-mails without configuration
•
Backup of the AlarmManager’s configuration
•
Hourly routine checkup of the AlarmManager / AccessPoint availability
•
SIM card with a startup bonus of 600 ALARM-SMS for the first year (optional, only for AlarmManager)#
The card will be automatically recharged after 600 sent ALARM-SMS and the latest after 12 months with up to
600 ALARM-SMS.
•
12 month recording of data and logbook
•
Remote control of the Kentix DoorLock-components via App
11.1. Setup
The activation of the Kentix360 Cloud is done exclusively via the Kentix ControlCenter. Activation via telephone
support or e-mail is not possible.
To use the cloud, an AlarmManager-BASIC/-PRO or an AccessPoint is required. The devices MultiSensor-LAN
and MultiSensor-RACK are not intended for operating with cloud access in stand-alone mode. These can be
accessed via the app using a direct network connection.
To activate the cloud usage on your Kentix system login to your AlarmManager with the Kentix ControlCenter,
open the settings and select „Kentix360 Cloud“.
Click the button „Create new Kentix360 account“ and fill out the personal data form. This information is required
for the billing by Kentix.
Please note that for the password some policies have to be followed. These policies are:
•
6 signs minimum length
•
at least one upper-case and one lower-case letter
•
at least one digit and one special character
Now click on „Apply“ to transmit the data.
The account becomes active directly after applying.#
You can now login to the cloud using the previously entered e-mail-address and password.
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Kentix360 - Cloud and SIM
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