LumiRing AIR-R User manual

AIR-R
Multi-reader RFID+Bluetooth
Manual

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CONTENTS
PURPOSE AND GENERAL INFORMATION ___________________3
Specifications _______________________________________3
Description of connection methods _____________________4
INSTALLATION RECOMMENDATIONS ______________________5
Wiegand connection _________________________________5
RS485 connection ____________________________________5
TYPICAL USAGE CASES __________________________________6
One door. One direction. Third-party controller. ___________6
One door. Two directions. AIR-CR controller. _____________6
Bluetooth credentials (AIRKEY)_____________________________7
Third-party access control system.______________________7
MACS Lite App ______________________________________8
Access control in two directions.________________________9
WEB-BASED INTERFACE _________________________________9
Device system information ____________________________9
Main Network settings _______________________________ 10
Local Wi-Fi AP settings ______________________________ 10
Cloud connection settings ____________________________ 11
RS485 Settings______________________________________ 11
Wiegand Settings ___________________________________ 11
Built-in Reader settings ______________________________ 12
Copy protection settings _____________________________ 12
Bluetooth Settings___________________________________ 12
Maintain ___________________________________________ 13
Security____________________________________________ 13
HARDWARE RESET _____________________________________ 13

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PURPOSE AND GENERAL INFORMATION
The AIR-R Reader is designed to work with any controller of the access control system.
The reader supports work with RFID identifiers at 125Khz and 13.56Mhz frequencies. Device
support works with two kinds of mobile credentials: Bluetooth type AIRKEY; Cloud type VIKEY.
AIRKEY is possible to use offline and with 3dparty access control system. Vikey can work only
online with the MACS lite app. When using a third-party access system, keys are issued through
the web resource http://lmacs.tech. The initial setup of the reader takes place through the web-
based interface, which not only allows the User to change the settings but also to update the
firmware. The optical laser proximity sensor is used for the opening mode via Bluetooth AIRKEY
keys.
The Wiegand interface of the device supports information output in various Wiegand
modes:
•Wiegand 8
•Wiegand 26
•Wiegand 34
Distance between two devices connected by the Wiegand interface should be up to 100
m. AIR is equipped with an RS485 interface which allows it to be used with controllers equipped
with the corresponding interface. The distance between devices, in this case, can reach 1000
meters.
In one system, it is recommended to connect readers through the same interface, which
will help to avoid variations with reading card codes on different interfaces same time.
Specifications
#
Parameter
Value
Electrical
1
Supply voltage
9-24 V
2
Average rated current consumption (at voltage 12V):
- No-load output, not more
0,11А
3
Maximum current consumption (at voltage 12V):
- No-load output, not more
0,5А
6
Protection types:
- Overload
- Overheating
- Short circuit
- Polarity change
YES
YES
YES
YES
Functional
7
Wireless interfaces
Wi-Fi 2,4Ghz
Bluetooth 4.1

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Wired interfaces
Wiegand
RS485
12
Built-in reader
1
13
Support for 125Khz identifiers
• EM Marine
Support for 13.56Mhz identifiers
• MIFARE DESFire;
• MIFARE Plus;
• MIFARE Ultralight;
• MIFARE Classic 1K, 4K;
• MIFARE Classic EV1 1K, 4K;
• NFC;
YES
YES
14
Supports copy protection for standard tags
MIFARE Classic 1K, 4K.
YES
17
Maximum distance of wired interface:
-RS485
-Wiegand
1000 м / 3280ft
100 м / 328 ft
Operational
18
Overall dimensions
(D)60x(H)15 mm
(D)2.36x(H)0.59 inch
19
Working temperature range
-30 ~ + 70 С
-22 ~ 158 F
20
IP Protection Level
IP65
21
Enclosure material
ABS Fire Retardant
Description of connection methods
A wired interface is used to connect the AIR to any peripheral or executive equipment.
Figure 1 - Color designation of interface wires

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INSTALLATION RECOMMENDATIONS
It is highly recommended to avoid mounting devices directly on metal surfaces. In case
this is a desirable mounting option, please use an enhanced mounting plastic base supplied with
the device.
Wiegand connection
The length of the communication line via the Wiegand interface should be no more than
100 m (328ft). This interface is not resistant to external sources of interference - we do not
recommend laying it parallel to power cables and next to other sources of interference
(fluorescent lights, etc.). We recommend laying the Wiegand communication line at a distance of
less than 0.5m(1.64ft) from the power cables. If your communication line exceeds 5 m(16,4 ft), we
recommend using a UTP 5E cable.
Figure 2. Recommended Wiegand connection diagram if the distance
is more than 100 m(328 ft).
RS485 connection
The length of the RS-485 communication line is not critical to the distance - this standard
was specially developed for communication with remote objects and had good noise immunity.
It is necessary to lay the RS-485 communication line at the maximum distance from power cables
and daylight lamps. As an RS-485 communication line, it is necessary to use a twisted pair cable
- UTP 5E or FTP 5 (If possible, ground the shield at one end). For reliable operation of the system,
it is recommended to separate the power supply for controllers and actuators. The controller
supply line wires should be kept as short as possible to avoid significant voltage drops across
them. After laying the cables, make sure that the supply voltage of the controller with the locks
turned on is not lower than 12 V.
Figure 3. Recommended RS485 connection diagram

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TYPICAL USAGE CASES
One door. One direction. Third-party controller.
Figure 4
One door. Two directions. AIR-CR controller.
Figure 5

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Bluetooth credentials (AIRKEY)
Third-party access control system.
Figure 6

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MACS Lite App
Figure 7

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Access control in two directions.
To control the passage in two directions by AIRKEY, the User must associate their own phone
with each reader.
Figure 8
WEB-BASED INTERFACE
Please do the Initial configuration of AIR-R Reader through the built-in web interface. To
connect to this interface, the User must join the device's Wi-Fi access point, which has the "AIR"
prefix and does not have a password. After connecting to the device, the User must enter the
factory IP address of the controller - 192.168.4.1 in the browser line. Login and Password for the
first login are not necessary. We strongly recommend adding the access password and setting a
password on the Wi-Fi point of the device.
Device system information
This page provides the User with quick access to information about basic settings, network
connection statuses, and diagnostic data.

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Main Network settings
Connecting the reader to the local network is only necessary if you need to update the
reader firmware. To connect to a local
network, you must provide the name of your
Wi-Fi network (1) and access password (2). It
is sufficient to use the DHCP connection type.
The reader will automatically connect to the
cloud resource. The update is described in
more detail in the "Maintenance".
Local Wi-Fi AP settings
The local Wi-Fi access point can
operate in three modes. The choice of the
mode is made by the selector (1)
- Always-ON / Always on
The device's local hotspot is always on and is
displayed when other devices are scanning
the network.
- Always-ON + Hidden / Always on and hidden
The device's local hotspot is always enabled
but does not show up when scanning the network with other devices. Connection is possible if
the SSID is known.
- Timed ON / Enabled by the timer (default)
The local point of the device is activated for the time specified in the Timer field (2). The
countdown starts from the power supply of the device. After the timer expires, the Wi-Fi point
will be turned off.
By default, the local hotspot is not password protected. We strongly recommend that you set a
password (3) during the initial setup.

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Cloud connection settings
The cloud service functionality is
available in a specialized version of the AIR-R
firmware and is delivered to developers on
demand. This solution allows you to connect
the device to an arbitrary cloud MQTT server
and interact with the device from your own
service or application.
RS485 Settings
To configure the RS485 interface, you must:
• Set the operation mode (1) by selecting the
OSDP or Private protocol.
• Specify the data rate (2). Keep in mind that
the longer your communication line, the
slower the speed may be required.
• Set device address (3) in network 485.
Wiegand Settings
The Wiegand port type (1) must be set to the same as for your access controller. The device
currently supports:
- Wiegand 8 / Wiegand 26 / Wiegand 34
The port operation mode (2) for the reader is
available only in "Output."
Additional settings for compatibility with third-
party equipment
Reverse byte order (3) - Enable reverse byte
order
Enable CRC (4) - Enable parity
Enable buzzer (5) - Enable the buzzer

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Built-in Reader settings
Since the device is a multi-reader, the
User has the ability to control each module
separately:
Enable/Disable 125 kHz Reader (1) EM-
MARINE ID support
Enable/disable 13.56 MHz reader (2)
MIFARE, NFC ID support
Enable/Disable Bluetooth Reader (3) Bluetooth Dongle Support
Copy protection settings
RFID tag copy protection mode
Enable (1) —enable the RFID copy protection
mode.
Only supports Mifare Classic 1K,4K and Mifare
MINI
You must set a master password (2) for your
system. You must use the same master
password on all of your readers within the
same access control system.
Press Update (3) for saving settings.
Bluetooth Settings
Bluetooth interface settings include:
Name (1) - The User can set his own device
name. This name will be displayed on all
devices when searching for Bluetooth
devices.
The Bluetooth access mode (2) can take the
following values:
- Bluetooth off
- Remote opening
Identification of the User's mobile phone and opening the door remotely - without user
participation, upon reaching a certain distance (signal level) from the User's phone to the device.
- Remote opening with confirmation. In this mode, the User's mobile phone is remotely identified,
but the door is opened with confirmation by the proximity sensor built into the device.
Sensor distance (3) - allows you to set the range of the optical proximity sensor

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Maintenance
This menu is intended for device maintenance and provides the following functionality:
Current firmware version (1).
Available firmware version (2). The information
is available after the device is connected to
your Wi-Fi network.
Restart device (3)
Partial reset (4) of the device settings - resets
all device settings to factory settings, except
for network settings.
Reset full / Complete device settings reset (5)
–completely reset all device settings to factory settings.
Security
This menu is used to change the login and Password for access to the built-in website of
the device.
Enter new login name (1)
Enter old Password (2)
Enter New Password (3)
Repeat new Password (4)
HARDWARE RESET
To reset the device to factory settings, you must:
1. Power OFF the device.
2. Connect the three signal wires together D1 (Gray) + D0 (Brown) + GND (Black).
3. Power ON the device.
4. The device turned ON the yellow ring indication, which showed to User –device in reset
mode
5. The process of resetting the settings and subsequent initialization of the file system can take
up to 4 minutes. After the reset is completed, the device will automatically switch to standby
mode, which it will inform about by changing the display mode and beeping.
6. Power OFF the device.
7. Return the D1 (Gray), D0 (Brown), and GND (Black) wires to their original condition.