ACKSYS AirBox LTE Multifunction Router Wi-Fi 4
Specifications
- Dimensions: 141.2 x 99 x 35 mm / 8.85 x 4.25 x 2.42 in
- Weight: 340g without accessories, 400g with terminal block and antennas
- IP Rating: IP30
- Power Supply: Multiple power sources including PWR1/PWR2 and PoE
- Power Consumption: Average consumption between 2.6W and 9.6W
- Ethernet Interface: 2 ports
- Digital Outputs (Alarm Contact): 1 Output
- GNSS Interface: GPS, Galileo, GLONASS, Beidou
- Wi-Fi Interface: 2 interfaces
- Cellular Interface AirBox/14: Global LTE FDD/TDD, WCDMA, GSM
- Cellular Interface AirBox/17: Global LTE FDD/TDD, WCDMA, GSM
Product Usage Instructions
- Hardware Configuration
Connect Antennas: Mount the antennas (2 WiFi, 2 cellular) on the respective connectors. - Software Configuration
Configure the product according to your requirements - Final Installation
Quick deployment for AP and bridge modes. - Troubleshooting
If you encounter any issues, refer to the user manual for solutions. - Grounding
Ensure proper grounding of the device for safe operation. - Connectors
Detailed information on various connectors including power, LAN, SIM, Wi-Fi antennas, cellular antennas, and GNSS antenna.
AirBox LTE
Quick installation guide Multifunction Router Wi-Fi 4/LTE
- Router, Access Point, Repeater, Bridge, Mesh
- Two Gigabit Ethernet ports including a PoE 802.3af port (*)
- Compact metal housing
- Wall or optional DIN Rail mounting
- Double DC power input 9 to 48 VDC
- Two insulated programmable digital inputs
- Two insulated programmable digital outputs
Before starting, please check the product kit part listing below. Contact immediately your dealer if any item is missing or damaged:
- One AirBox/14 or AirBox/17 device
- 1 standard cat. 5e straight Ethernet cable
- 2 WiFi antennas
- 2 cellular antennas
- This quick installation guide printed
No GNSS antenna is provided.
Before continuing, check for the latest documentation and firmware on the www.acksys.fr website. Read the « WaveOS user guide».
You will need:
- A Windows PC to install the software “ACKSYS WaveManager”,
- A recent internet browser,
- An Android smartphone to install the optional “ACKSYS WaveViewer” app.
PoE feature is only available from version V2.
HARDWARE INSTALLATION
Plug the antennas in
Connect the supplied WiFi/LTE antennas on the connectors. Be aware of the RF antenna connectors’ difference between WiFi and LTE (See connectors section).
Don’t mix up cellular antennas and WiFi antennas. WiFi antennas have RP-SMA male connectors (with a hole at the center) whereas cellular and GNSS antennas have SMA male connectors (with a pin at the center).
Insert the SIM card (s)
The product is designed to accept SIM cards in Nano-SIM format (the smallest format). Check the compatibility of your SIM card and follow these steps:
- A- Press lightly with a non-metallic pointed object with a diameter of less than 2mm on the pin on the right side of the SIM drawer
- b- Place the Nano-SIM card in the drawer as shown below.
- c- Insert the drawer in its original location in the direction indicated below until the “Click”.
Connect the power supply.
- The product has 3 power sources, 2 DCs PWR1 and PWR2 on the 5-way terminal block and one PoE through LAN 2 port.
- See the Power Supply section for the characteristics of the power supply.
- The device has no ON/OFF switch. It turns-on automatically when power is applied. Check LEDs PWR1 and PWR2:
- PWR1 LED is ON if power supply 1 (PWR1) or PoE source is ON.
- PWR2 LED is ON if power supply 2 (PWR2) is ON.
The Diag LED stays red for around 60 seconds until the device is fully ready to use. Then the Diag LED turns green.
Connect the Ethernet cable.
- If you want to use the product in PoE mode, connect the PoE source to LAN2. Do not connect simultaneously PWR1/PWR2 power supplies.
- Plug the provided Ethernet cable to the LAN1 or LAN2 connector.
- Check that the corresponding Link/Act LED turns ON at that point.
SOFTWARE CONFIGURATION
Modifying the default IP address 192.168.1.253
From any PC on the network, run the Windows application WaveManager (found on the ACKSYS website: www.acksys.com )
- Go directly to step 5 if the default IP address is compatible with your network. If not, select your device and click on the “Setup» button.
- Select and click on “Fast IP Configure”
- You can configure the IP address to make it compatible with your network or activate the DHCP client.
Configure the product
- Select your product by clicking on
- Click on the Web Page
- The default page (STATUS tab) displays the device status
Now select the “SETUP” tab.
- You will be asked for a username and password. You must choose the root user. No password is required by default.
- You get now access to the setup pages.
In the “wireless interfaces overview” section, you must:
- a. Enable the Wi-Fi radio interface to set up its Wi-Fi parameters (alternatively you can navigate to change network and services configuration).
- b. Select your country to enforce applicable regulation rules
- c. Click on “Save” to validate.
The default factory settings are:
- Access point mode
- SSID “access”
- No security
- Automatic radio channel and 11an mode
- a. click on “Edit”, to set Wireless essential parameters
Customize the WiFi interface according to
- The operating mode: Access point, client (bridge) …
- Wi-Fi parameters: 802.11 mode, radio channel, SSID
- Wi-Fi security parameters (WEP, WPA, WPA-PSK, WPA2, WPA2-PSK, SSID broadcast or not)
- You will find a complete description of all modes in the WaveOS user guide.
Warning:
Save your settings by clicking “Save & Apply”. Otherwise, your settings will be lost if the product has to restart
- The cellular interface is disabled by default.
- a. Click on “Edit” to set up the interface
- b. Click on” Enable Interface”.
- c. Click on “Save” or “Save & Apply”.
- a. Click on “Edit” to set up the interface
- Set up the SIM Interface.
-
- d. Select the slot of the SIM card used at startup
- e. Enter the PIN code provided by your operator for each SIM card and the access point (APN) provided by your operator for cellular connections.
- f. Click on “Save & Apply”.
FINAL INSTALLATION
Install the device
- Place the device in an appropriate place.
Install the antennas
- Ensure that their position allows proper communication with the peer Wi-Fi devices.
- Specifically, insure that there are no obstacles between the device and its peers (“line of sight” concept).
QUICKLY EVALUATE AP & BRIDGE MODES
Quickly evaluate the ACKSYS device in the AP role
You need a second computer (PC2) with a working Wireless connection.
Set up the PC2 Wireless network interface according to the default parameters of the ACKSYS AP device (802.11gn, SSID “access”, no security, static IP 192.168.1.253/24). Typically assigned to PC2 WiFi interface static IP: 192.168.1.2/24.
Quickly evaluate the ACKSYS device in the client role.
- You need two ACKSYS devices, and a second computer (PC2) with a wired LAN connection.
- Set up the IP addresses according to the picture above and set the device connected to PC2 to the Client (infrastructure) role.
- From each PC, start a command prompt and run the ping command to verify the link.
- From PC1: type ping 192.168.1.2, verify the answer returned by PC2 « Answer from 192.168.1.2… »
- From PC 2: type ping 192.168.1.1, verify the answer returned by PC1 « Answer from 192.168.1.1… »
Notice: The State LED is flashing until the bridge connects to the AP.
TROUBLESHOOTING
None of the LED indicators turns ON
- Check the power supply (voltage, cabling).
The relevant LAN1 or LAN2 led indicator stays OFF
- Check that the remote device is turned ON.
- Check the Ethernet plugs on both sides.
- Try to connect to another device.
- Use the provided RJ45 cable to connect the device.
The Wi-Fi link does not come up (STATE led OFF or blinking)
- Make sure that the Wireless parameters of the Client (case-sensitive SSID, 802.11 modes, radio channel, and security) match those of the AP.
- Check the DFS status of the channel (see page STATUS to get it)
- Check the radio conditions: distance between devices, placement of antennas, interferences, and obstacles to radio wave propagation.
- Try with all securities and encryption settings temporarily disabled.
- Try using the product with factory settings as shown in the “Quickly evaluate…” section.
- Try another radio channel.
“WaveManager” doesn’t find your device.
- WaveManager only scans the local network. To reach a device through a gateway, use the “file→remote products database” function.
- Check that your firewall does not block WaveManager.
GNSS LED stays blinking for a long time
- Check that you have an active antenna, and check plugging.
- Place the anteninven the sky (some glass windows are opaque to GNSS radio signals).
- Position acquisition may take a long time in the worst cases. The shortest delay is around 16 s, typically 35 s, and the first position determination after power-up or reconfiguration can take up to 12.5 minutes in rare cases.
How to restore factory settings
- If the built-in web-based interface is reachable, you can use your browser to restore factory settings. Else, power up the unit, wait for the red “Diag” LED to turn green, then hold down the reset button (for at least 2 seconds)
RESET
- A RESET button is accessible from the front panel.
- Use exclusively a 2mm diameter non-metallic object to press the button.
EARTH GROUNDING
There are 2 ways to connect the product to the earth:
- Use the power terminal block on the front panel
- Or better, use the grounding lug (0.81×6.35 mm) on the right side. For efficient grounding, we recommend using a braided metal wire (not supplied).
CONNECTORS
| 9-48VDC connector (Power supply) | |||
| 5-way terminal block connector
|
Signal name | Pin | |
|
Power 1 |
VIN1- | 1 | |
| VIN1+ | 2 | ||
|
Power 2 |
VIN2- | 3 | |
| VIN2+ | 4 | ||
| EARTH | 5 | ||
| LAN connectors (Ethernet) | |
| RJ45 connectors
|
LAN1 and LAN2 are two Ethernet ports.
LAN2 has a PoE Powered Device (From version V2) built-in interface, 802.3 af compliant.
These ports support the Auto-negotiation function. They can automatically select the transmission speed (10 Base-T, 100 Base- Tx or 1000 Base-T).
It enables the device to coexist in the network by mitigating the risks of network disruption arising from incompatible technologies. |
| Digital I/O connector (Digital inputs/outputs) | |||
| 8-way terminal block connector
|
Signal name | Pin | |
|
OUT1 |
Vout1 | 1 | |
| GND | 5 | ||
|
OUT2 |
Vout2 | 2 | |
| GND | 6 | ||
|
IN1 |
Vin1 | 3 | |
| GND | 7 | ||
|
IN2 |
Vin2 | 4 | |
| GND | 8 | ||
| SIM Connector | |
|
Nano-SIM Connector
|
2 Nano-SIM sockets are available.
The connectors are accessible from the top face (in Rail Din mode).
SIM sockets can be identified thanks to a label SIM1/SIM2
SIM cards are held in a drawer that will require a small flat screwdriver or a sharp object to pull out. |
| ‘WiFi Ant’ antenna connectors (50 ohms) | ||
|
RP SMA female connector |
WiFi interface (2T/2R) · WiFi1 Ant1: RF connector for the 1st antenna · WiFi1 Ant 2: RF connector for the 2nd antenna. |
|
| To get the highest benefit of the MIMO technology and its high radio bit rate, you must connect all antennas (2 in 2T/2R); | ||
Center pin |
Nevertheless, in degraded mode, it is
possible to connect a single antenna for a 2T/2R interface (use exclusively Ant1 connector) |
|
| Cellular Main/ Aux antenna connectors (50 ohms) | |
| SMA female connector
Center hole |
Two connectors: · Cellular Main Ant. · Cellular Aux Ant.
Using Cellular Aux Ant. is optional. When connected, it is used for Rx diversity to improve the quality of the received signal.
If unused, keep it open. |
WIFI ANTENNA
| Type of antennas | Dipole, dual-band, omnidirectional, swivel |
| Dual-band | 2.4 / 5.8GHz |
| Connector | RP-SMA male |
| Gain | 3 dBi |
CELLULAR ANTENNA
| Type of antennas | Omnidirectional, swivel |
| Frequency range | 700-960MHz, 1700-2170MHz, 2300-
2700MHz |
| Connector | SMA male |
| Gain | 2 dBi |
PANEL MOUNTING OF THE DEVICE
For fixing, use the 2 opposite holes of Ø4 present on the case.
Moreover, it is possible to mount the product on a DIN RAIL using the optional WL-FIX-RD2 kit.
LEDs definition
Twelve status LEDs indicate:
| LED | Color | Description |
|
PWR1 |
Green |
On: a power supply is connected to pins VIN1 of the power connector or by a PoE source connected to LAN2 |
|
PWR2 |
Green |
On: a power supply is connected to pins VIN2 of the power connector |
|
Diag |
Red/ Green |
This indicates the unit’s operational state.
Off: The power supply is off Red: Initialization during the 60s after power is applied then goes Green Red for more 120s: hardware failure or firmware not valid Green: Ready to use |
|
Link/Act LAN 1/2 |
Green |
On: Link on LAN established
Flashing: Tx/Rx activity Off: Link on LAN broken |
|
SPEED LAN1/2 |
Yellow |
On: connected in 1000 BASE T
Off: connected in 100 BASE Tx or 10 BASE T |
| S
(State) WiFi/Cell |
Green |
Off: the radio is disabled Blinking: the product is unassociated solid “On”: the product is associated |
| A
(Activity) WiFi/Cell |
Blue |
Flashing: Radio Tx/Rx activity |
|
GNSS State |
Green |
Off: GNSS is disabled Blinking: Unknown position solid “On”: Known position. |
DIGITAL INPUTs
- The product has 2 digital inputs. These inputs are used to signal an event in the product (See WaveOS user manual). The signal must be applied on the pins IN1 or IN2 of the digital I/O connector.
- The voltage applied must not exceed 24 VDC. The product interprets any voltage between 0V and 2V as a logic level “0”, and any voltage between 3V and 24V as a logic level “1”. Between 2V and 3V, the state is undetermined.
DIGITAL OUTPUTs (ALARM CONTACTOR)
- The product has two digital outputs to signal an alarm defined by the configuration of the product (See WaveOS user manual). The alarm uses the pins OUT1 or OUT2 of the digital I/O connector.
- The contact is closed during normal product operation and opens when the alarm condition occurs. It opens as well when the product is powered off or not in an operational state.
- The alarm contact can switch 60V maximum voltage with a current up to 80mA, and protected against transient surges. This is a first-stage alarm contactor which must not be used to drive power directly. To carry out this function, please consider the use of a power relay, as shown in the picture below:
TECHNICAL CHARACTERISTICS
| General characteristics | |
|
Dimensions (w/o antennas) |
L x l x h = 141.2 x 99 x 35 mm L x l x h = 8.85 x 4.25 x 2.42 in |
|
Weight |
340 g w/o accessories, 400 g with antennas and terminal blocks |
| Enclosure | IP 30 |
| Operating temperatures range | -20°C to +60°C (-4°F à 140°F) |
| Storage temperatures range | -40°C to +85°C (-40°F à 185°F) |
| Relative humidity | 5% to 95% non-condensing |
|
Reset button (accessible from the front panel with a sharp object < 2 mm) |
Short push (< 1 sec), anytime:
→ Reset
Long push (> 2 sec.): While operating: → Restore factory settings while in emergency upgrade mode: → Restore factory settings at startup: → enter emergency upgrade |
Mechanical characteristics
| Power supply | |
| Number of power supply inputs | 3: PWR1, PWR2 and from V2 version:
PoE 802.3af |
|
PWR1/PWR2 power supply |
9 to 48VDC, protected against wire inversion
5-ways terminal block connector |
|
PoE power supply |
The PoE power must be 802.3 af / at
type 1 class 3 compliant and connected to LAN2 |
|
Power consumption |
Average consumption between 2.6 and 9.6W.
Recommended power supply: 12W |
| Ethernet interface | |
| Number of ports | 2 (LAN1, LAN2), LAN2 is a PoE port
(From V2 version). |
|
Type of ports |
Auto MDI/MDI-X
10 BASE T/100 BASE Tx/1000 BASE T with automatic 802.3u negotiation |
| Connectors | RJ45 |
| Cables | Straight cable T568B, Ethernet CAT5e UTP, with 2 RJ45 connectors |
| Digital inputs | |
| Number of DI | 2 (IN1, IN2) |
| Type | Opto-isolated |
| Tension max | 24VDC, protected against over-voltage |
| Isolation | 1500V |
| Connector | 8-ways terminal block |
| Digital outputs (Alarm contact) | |
| Number of DO | 2 (OUT1, OUT2) |
| Type | Solid state relay 1 form A (normally open) |
| Max voltage | 60VDC, not polarized, protected against transient over-voltage |
| Max load current | 80mA |
| ON-Resistance | 25 ohms typ., 35 ohms max |
| Isolation | 1500V |
| Connector | 8-ways terminal block |
| GNSS interface | |
| Satellites | GPS, Galileo, GLONASS, Beidou |
| Antenna socket | 1 SMA female |
| Antenna type | Active antenna only (not supplied) |
| Wi-Fi interface | |
| Number of interfaces | 1 (WiFi) |
| WiFi | 802.11n 2T/2R (modes a & g, 300 Mbps max.) |
| Radio mode | Supports for IEEE 802.11a/h, 802.11b, 802.11g, 802.11n |
|
Modulation rates |
802.11n 2T/2R: up to 300 Mbps 802.11a/h: 6 to 54 Mbps
802.11b: 1 to 11 Mbps 802.11g: 1 to 54 Mbps |
| Frequency range for 802.11a/n | 5 GHz; 5.150 to 5.850 GHz |
| Frequency range for 802.11b/g/n | 2.4 GHz; 2.412 to 2.484 GHz |
|
Antenna sockets |
2 RP-SMA female |
| CELLULAR Interface AirBox/14 | |
| Number of interfaces | 1 |
| Countries | EMEA/Korea/Thailand/India |
|
Radio channels |
LTE FDD: B1/B3/B5/B7/B8/B20 LTE TDD: B38/B40/B41 WCDMA: B1/B5/B8
GSM : B3/B8 |
| Radio mode | LTE, 3G, GSM/GPRS/EDGE |
| Modulation rates | LTE Cat. 4, 150 Mbps (download) & 50 Mbps (upload) |
| SIM | 2 Nano-SIM |
| Antenna plugs | 2 SMA female,
Main and Aux (Rx Diversity) |
| CELLULAR Interface AirBox/17 | |
| Number of interfaces | 1 |
| Countries | Global |
|
Radio channels |
LTE FDD: B1/B2/B3/B4/B5/B7/B8/B12/B13 B18/B19/B20/B25/B26/B28
LTE TDD: B38/B39/B40/B41 WCDMA: B1/B2/B4/B5/B6/B8/B19 GSM : B2/B3/B5/B8 |
| Radio mode | LTE, 3G, GSM/GPRS/EDGE |
| Modulation rates | LTE Cat. 4, 150 Mbps (download) & 50 Mbps (upload) |
| SIM | 2 Nano-SIM |
| Antenna plugs | 2 SMA female,
Main and Aux (Rx Diversity) |
| Software | |
|
Device configuration |
Automatic discovery of the product Built-in web interface with login/password protection |
| Firmware upgrade | Via web browser or “WaveManager” |
| SNMP | SNMP V2C, V3 |
| Operating mode | AP (Access Point), Router, Repeater, Bridge/Client, Mesh, WDS |
| AP mode only | |
| Network topology | Infrastructure |
| Security | WEP, WPA PSK or 802.1x
authenticator, SSID visibility status |
| Client/Bridge mode only | |
| Network topology | Infrastructure, ad-hoc, or mesh mode |
| Security | WEP, WPA PSK, or 802.1x supplicant. AES/TKIP/WEP by hardware encryption |
| Mesh mode only | |
| Network topology | 802.11s |
| Security | SAE/AMPE |
| Wi-Fi / dual-band 11n 2T/2R | ||
|
Output Tx power (radio card output) |
Modes | 1 RF chain |
| 802.11b/g | 19 dBm @ 6M
15 dBm @ 54M |
|
| 802.11a | 18 dBm @ 6M
15 dBm @ 54M |
|
| 802.11gn HT20 | 20.5 dBm @ 7.2 Mbps (MCS 0) 18 dBm @ 72.2 Mbps (MCS 7) | |
| 802.11gn HT40 | 20.5 dBm @ 15 Mbps (MCS 0) 18 dBm @ 150 Mbps (MCS 7) | |
| 802.11an HT20 | 18 dBm @ 7.2 Mbps (MCS 0)
15 dBm @ 72.2 Mbps (MCS 7) |
|
| 802.11an HT40 | 18 dBm @ 15 Mbps (MCS 0)
15 dBm @ 150 Mbps (MCS 7) |
|
| Values are given by the radio card manufacturer with ±2dB tolerance.
They must be subtracted by 2dB because of RF losses between the radio card connector and antenna connector. The values are given for 1 chain. Aggregate power for 2 chains is calculated by adding 3 dB. |
||
|
Rx sensitivity (radio card input) |
802.11b | NA |
|
802.11b/g |
-94 dBm @6M -80 dBm @54M |
|
| 802.11a | -96 dBm @6M
-84 dBm @54M |
|
| 802.11gn HT20 | -92 dBm @ 7.2Mbps (MCS 0)
-76 dBm @ 72.2 Mbps (MCS 7) |
|
| 802.11gn HT40 | -90 dBm @ 15 Mbps (MCS 0)
-73 dBm @ 150 Mbps (MCS 7) |
|
| 802.11an HT20 | -96 dBm @ 7.2Mbps (MCS 0)
-75 dBm @ 72.2 Mbps (MCS 7) |
|
| 802.11an HT40 | -91 dBm @ 15 Mbps (MCS 0)
-72 dBm @ 150 Mbps (MCS 7) |
|
| Values are given by the radio card manufacturer with a ±2dB tolerance. Add 2 dB to get the value on the antenna connector. | ||
| Cellular Interface | ||
|
Radio card Tx power
AirBox/14 and AirBox/17 |
GSM850 | 33dBm±2dB |
| EGSM900 | 33dBm±2dB | |
| DCS1800 | 30dBm±2dB | |
| PCS1900 | 30dBm±2dB | |
| GSM850 8-PSK | 27dBm±3dB | |
| EGSM900 8-PSK | 27dBm±3dB | |
| DCS1800 8 -PSK | 26dBm±3dB | |
| PCS1900 8-PSK | 26dBm±3dB | |
| WCDMA bands | 24dBm+1/-3dB | |
| LTE-FDD bands | 23dBm±2dB | |
| LTE-TDD bands | 23dBm±2dB | |
|
Radio card Rx sensitivity
AirBox /14 |
LTE B1 | -101.5dBm |
| LTE B3 | -101.5dBm | |
| LTE B5 | -101dBm | |
| LTE B7 | -99.5dBm | |
| LTE B8 | -101dBm | |
| LTE B20 | -102.5dBm | |
| LTE B38 | -100dBm | |
| LTE B40 | -100dBm | |
| LTE B41 | -99dBm | |
| WCDMA B1 | -110dBm | |
| WCDMA B5 | -110.5dBm | |
| WCDMA B8 | -110.5dBm | |
| GSM900 | -109dBm | |
| DCS1800 | -109dBm | |
|
Radio card Rx sensitivity
AirBox /17 |
LTE B1 | -99.5dBm |
| LTE B2 | -99.9dBm | |
| LTE B3 | -99.8dBm | |
| LTE B4 | -99.7dBm | |
| LTE B5 | -99.9dBm | |
| LTE B7 | -99.1dBm | |
| LTE B8 | -99.8dBm | |
| LTE B12 | -99.9dBm | |
| LTE B13 | -100.1dBm | |
| LTE B18 | -100dBm | |
| LTE B19 | -99.8dBm | |
| LTE B20 | -99.7dBm | |
| LTE B25 | -100.2dBm | |
| LTE B26 | -100dBm | |
| LTE B28 | -99.8dBm | |
| LTE B38 | -99.2dBm | |
| LTE B39 | -99.8dBm | |
| LTE B40 | -99.7dBm | |
| LTE B41 | -99.3dBm | |
| WCDMA B1 | -109.2dBm | |
| WCDMA B2 | -110dBm | |
| WCDMA B4 | -109.7dBm | |
| WCDMA B5 | -110dBm | |
| WCDMA B6 | -110.5dBm | |
| WCDMA B8 | -110.5dBm | |
| WCDMA B19 | -110.5dBm | |
| WCDMA B4 | -110.5dBm | |
| WCDMA B5 | -109.2dBm | |
| WCDMA B6 | -110dBm | |
| GSM850 | -108.2dBm | |
| GSM900 | -108dBm | |
| DCS1800 | -107.5dBm | |
| PCS1900 | -107.5dBm |
Regulatory compliance
The device conforms to the following council directive and is appropriately CE marked:
| N° | Titre |
|
2014/53/EU |
Radio Equipment Directive (RED)
(See the EU DECLARATION OF CONFORMITY on our website) |
WiFi/WiFi1 interface conforms to:
| FCC part 15 | FCC single modular approval (FCC ID = Z9W-RMB) |
| Certification | CE/ GCF/ KC/ SKT/ NBTC/ Vodafone/ FAC |
OPTIONAL ACCESSORIES
| REFERENCE | CONTENT |
|
PWS12-UNI-PH3 |
AC (110V/220V) to 12 VDC power adapter with cable terminated by 3-pin terminal block |
|
WL-FIX-RD2 |
DIN rail fixing kit |
|
All items can be ordered separately. |
|
Copyright © 2022 by ACKSYS. Under the law of March 11, 1957, the reproduction in whole or in part of this work, by any means whatsoever, is prohibited without the prior written consent of ACKSYS.Disclaimer. This document does not constitute a contract. ACKSYS does not guarantee its contents in any way and accepts no responsibility regarding the profitability of the products described or their suitability for the user’s needs. Under no circumstances can ACKSYS be held responsible for any errors that may be contained in this document, or for damages, no matter what their extent, that result from the supply, operation, or use of the products. In its ongoing efforts to improve its documentation, ACKSYS reserves the right to revise this document periodically or to change all or part of its content, without incurring any obligation to notify any party whatsoever.
10, rue des Entrepreneurs Z.A Val Joyeux 78450 VILLEPREUX – France
- Phone +33 (0)1 30 56 46 46
- Fax: +33 (0)1 30 56 12 95
- Web: www.acksys.com
- Hotline: support@acksys.com
- Sales: sales@acksys.com
Documentation ref. DTFRUS063 rev A2 07/20/2022
Frequently Asked Questions
Q: Are GNSS antennas included with the product?
A: No, GNSS antennas are not provided with the product. You will need to source them separately.
Q: What is the power consumption range of the device?
A: The device has an average power consumption ranging from 2.6W to 9.6W.
Q: How many Ethernet ports does the device have?
A: The device offers 2 Ethernet LAN ports.
Q: What cellular frequencies are supported by the AirBox/14 interface?
A: The AirBox/14 interface supports various LTE FDD/TDD bands, WCDMA, and GSM frequencies.
Documents / Resources
 |
ACKSYS AirBox LTE Multifunction Router Wi-Fi 4 [pdf] Installation Guide AirBox LTE Multifunction Router Wi-Fi 4, AirBox LTE, Multifunction Router Wi-Fi 4, Router Wi-Fi 4 |