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Anybus®Wireless Bolt IoT
USER MANUAL
SCM-1202-139 1.11 en-US ENGLISH
™
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Important User Information
Disclaimer
The information in this document is for informational purposes only. Please inform HMS Networks of any
inaccuracies or omissions found in this document. HMS Networks disclaims any responsibility or liability for any
errors that may appear in this document.
HMS Networks reserves the right to modify its products in line with its policy of continuous product development.
The information in this document shall therefore not be construed as a commitment on the part of HMS Networks
and is subject to change without notice. HMS Networks makes no commitment to update or keep current the
information in this document.
The data, examples and illustrations found in this document are included for illustrative purposes and are only
intended to help improve understanding of the functionality and handling of the product. In view of the wide range
of possible applications of the product, and because of the many variables and requirements associated with any
particular implementation, HMS Networks cannot assume responsibility or liability for actual use based on the data,
examples or illustrations included in this document nor for any damages incurred during installation of the product.
Those responsible for the use of the product must acquire sufficient knowledge in order to ensure that the product
is used correctly in their specific application and that the application meets all performance and safety requirements
including any applicable laws, regulations, codes and standards. Further, HMS Networks will under no circumstances
assume liability or responsibility for any problems that may arise as a result from the use of undocumented features
or functional side effects found outside the documented scope of the product. The effects caused by any direct or
indirect use of such aspects of the product are undefined and may include e.g. compatibility issues and stability
issues.
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Table of Contents
Page
1 Preface ................................................................................................................................ 3
1.1 About This Document ........................... ............... .......................................................... ... 3
1.2 Document Conventions ............. .............................. ............... ........................................... 4
1.3 Trademarks... ............... ........................................... .. ........................................... ........... 4
2 Safety ................................................................................................................................... 5
2.1 General Safety Instructions .................. ............... .............................. ............. .................... 5
2.2 Intended Use.. .............................. ............. .. ........................................... ............... ..........5
3 Preparation.......................................................................................................................... 6
3.1 Support and Downloads ............... ............................................. ........................................6
3.2 Network Environment.................... ............. ............................................. ............... ..........6
3.3 SIM Card ......... ............... ........................................... .. ............. .............................. ........6
3.4 Network Operator Certified Firmware ......... ............... ........................................... ..............6
3.5 Placement ............................ ............... ........................................... ............... .................7
3.6 Firewall and Routing ......................................... ............... ........................................... .. ....7
4 Installation........................................................................................................................... 8
4.1 Installing SIM Card ...................................................... ............... .............................. ........8
4.2 Mechanical Installation . ........................................... ............... ..........................................9
4.3 Connecting to Ethernet/Power Over Ethernet (PoE) ................ ............... .............................. 10
4.4 Connecting to Power ....................... .. ........................................... ............... ................... 11
5 Configuration..................................................................................................................... 14
5.1 Connecting to PC and Power .. .. ........................................... ............... .............................. 14
5.2 PC IP Address Setting ........... ............... ........................................... ............... .................. 15
5.3 Accessing Wireless Bolt IoT Web Interface...... .............................. ............... ....................... 16
5.4 Web Interface Overview... ............... ........................................... ............... ...................... 17
5.5 Save and Reboot ............. ........................................... ............... ............... ...................... 18
5.6 Factory Default Settings ........ ........................................... ............................................. .. 18
5.7 Ethernet Settings ...................................... ............... .............................. ............. ........... 19
5.8 Cellular Settings ........................................... ............... ........................................... ........ 21
5.9 NAT/Port Forward Settings .................. ............... .............................. ............. .................. 25
5.10 Setting Up with REST Commands ....................... ............... ........................................... ..... 26
6 Configuration Examples .................................................................................................... 27
6.1 Setting Up Wireless Bolt IoT as an Internet Router .................. ........................................... .. 27
6.2 Setting Up Wireless Bolt IoT with ULPM REST Command...... ............... .................................. 30
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7 Verify Operation................................................................................................................ 31
7.1 System Settings and Network Connection......... ........................................... ............... ........ 31
7.2 Ethernet LED Status Indication . ............... ........................................... ............... ............... 32
8 Maintenance...................................................................................................................... 33
8.1 Firmware Update ... .............................. ............. .............................. ............... ................ 33
8.2 Set Administrator Password .......... ............... .............................. ...................................... 35
8.3 Settings Backup ........ ............... .............................. ............. .............................. ............. 35
8.4 Reboot System ...... ............................................. ............... ........................................... . 37
9 Troubleshooting ................................................................................................................ 38
9.1 Logs... ........................................... .............................. ............... .................................. 38
9.2 Diagnostics ................. ............... ........................................... .. ...................................... 39
9.3 Reset and Recovery .......... ............... .............................. ............. .............................. ...... 42
10 Technical Data ................................................................................................................... 44
10.1 Technical Specifications........... ............... ........................................... ............... ............... 44
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Preface 3 (46)
1 Preface
1.1 About This Document
This manual describes how to install and configure Anybus Wireless Bolt IoT.
For additional documentation and software downloads, FAQs, troubleshooting guides and
technical support, please visit www.anybus.com/support.
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Preface 4 (46)
1.2 Document Conventions
Numbered lists indicate tasks that should be carried out in sequence:
1. First do this
2. Then do this
Bulleted lists are used for:
• Tasks that can be carried out in any order
• Itemized information
► An action
→ and a result
User interaction elements (buttons etc.) are indicated with bold text.
Program code and script examples
Cross-reference within this document: Document Conventions, p. 4
External link (URL): www.hms-networks.com
WARNING
Instruction that must be followed to avoid a risk of death or serious injury.
Caution
Instruction that must be followed to avoid a risk of personal injury.
Instruction that must be followed to avoid a risk of reduced functionality and/or damage
to the equipment, or to avoid a network security risk.
Additional information which may facilitate installation and/or operation.
1.3 Trademarks
Anybus®is a registered trademark and Wireless Bolt IoT™is a trademark of HMS Networks AB. All
other trademarks mentioned in this document are the property of their respective holders.
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Safety 5 (46)
2 Safety
2.1 General Safety Instructions
Caution
This equipment emits RF energy in the ISM (Industrial, Scientific, Medical) band. Make
sure that all medical devices used in proximity to this equipment meet appropriate
susceptibility specifications for this type of RF energy.
This equipment is recommended for use in both industrial and domestic environments.
For industrial environments it is mandatory to use the functional earth connection to
comply with immunity requirements. For domestic environments the functional earth
must be used if a shielded Ethernet cable is used, in order to meet emission requirements.
This equipment contains parts that can be damaged by electrostatic discharge (ESD). Use
ESD prevention measures to avoid damage.
2.2 Intended Use
The intended use of this equipment is as a communication interface and router. The equipment
receives and transmits data over Ethernet and Cellular standard networks.
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Preparation
3 Preparation
3.1 Support and Downloads
For additional documentation and software downloads, FAQs, troubleshooting guides and
technical support, please visit www.anybus.com/support.
Have the product article number available, to search for the specific product page.
You find the product article number on the Wireless Bolt IoT product housing.
3.2 Network Environment
Ensure that you have all the necessary information about the capabilities and restrictions of your
local network environment before installation.
Ensure that the network operator supports your intended network type(s), LTE-M (Cat-M1), LTE
NB1 (NB-IoT) or GSM (2G), at the location where Wireless Bolt IoT is to be installed.
3.3 SIM Card
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Network Type Considerations
Order a SIM card that supports the network type(s):
LTE-M (Cat-M1), LTE NB1 (NB-IoT) or GSM (2G)
Prepaid Data Plan
If a prepaid data plan is used, ensure that:
• the data amount is sufficient
• that any SMS notifications are sent to a monitored number
3.4 Network Operator Certified Firmware
You may need to install a firmware certified for the operator you are going to use, it is not
possible to connect the Wireless Bolt IoT to the operator network otherwise.
Before you start to configure the Wireless Bolt IoT settings:
• Ensure that the current firmware installed on the Wireless Bolt IoT is valid for the network
operator you are going to use.
• You find the firmware version number in the Wireless Bolt IoT built-in web interface
Overview page. Refer to Web Interface Overview, p. 17.
• If you need to install a firmware version certified for your network operator:
Download the firmware update file, specific for your network operator, from
www.anybus.com/support.
• For information on how to update the firmware, refer to Firmware Update, p. 33.
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Preparation
3.5 Placement
For optimal reception, cellular devices should not be confined in buildings made of concrete or
metal, without windows.
To avoid interference, a minimum distance of 50 cm between cellular devices should be
observed.
At least 20 cm separation distance between the device and the user’s body must be maintained
at all times.
3.6 Firewall and Routing
There are routing options set for the system.
The firewall allow routing of:
• Outgoing traffic for TCP, UDP and ICMP (for ipv4 only).
• Ingoing traffic for already established connections only.
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Installation 8 (46)
4 Installation
4.1 Installing SIM Card
Supported SIM card types are Nano SIM for IoT and M2M, for data communication, as well as standard
mobile phone Nano SIM.
Fig. 1
To connect Wireless Bolt IoT to a cellular data network, install a cellular SIM card:
1. Insert a SIM card into the Wireless Bolt IoT SIM card holder.
Ensure that the SIM card contact surface is facing towards the Ethernet port.
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4.2 Mechanical Installation
Placement
• The device is intended to be mounted on top of a machine or cabinet through an M50
(50.5 mm) hole using the included sealing ring and nut.
• The top mounting surface, in contact with the sealing, must be flat with a finish equivalent
to Ra 3.2 or finer and cleaned and free from oils and greases.
• For optimal reception, cellular devices require a zone around them clear of objects that
could obstruct or reflect the signal. To avoid interference, a minimum distance of 50 cm
between Wireless Bolt IoT and other cellular devices should be observed.
Make sure that the sealing ring is correctly placed in the circular groove in the top part of
the housing before tightening the nut.
Always hold the BOTTOM part of the unit when untightening the nut, not the top part
(the cap).
Tightening torque: 5 Nm ±10 %
Fig. 2 Installation drawing
All measurements are in mm.
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Installation 10 (46)
4.3 Connecting to Ethernet/Power Over Ethernet (PoE)
Before You Begin
Connecting the Wireless Bolt IoT to PoE and DC power simultaneously may result in a
current loop that could damage both the power sources and the Wireless Bolt IoT. Ensure
to use only one of the power connections at a time.
Shielded or unshielded Ethernet cables may be used.
Wireless Bolt IoT is designed to comply with PoE class 0 (37-57 VDC, max 0.35 A), according to IEEE
802.3.
Procedure
Fig. 3
1. Connect the Wireless Bolt IoT Ethernet port to Ethernet/PoE.
Ethernet Connector, RJ45 PoE
Pin
1 TD+
2 TD3 RD+ A-
4
5
6 RD- A-
7
8
Housing
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Anybus
Wireless Bolt IoT™User Manual
Data PoE
A+
B+
B-
Shield
Functional Earth (FE), via 1 nF capacitor and 1 MΩ bleeder resistor
Positive power from alt. A PSE
Negative power from alt. A PSE (with pin 6)
Positive power from alt. B PSE
Negative power from alt. A PSE (with pin 3)
Negative power from alt. B PSE
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4.4 Connecting to Power
Before You Begin
Connecting power with reverse polarity or using the wrong type of power supply may
damage the equipment. Make sure that the power supply is connected correctly and of
the recommended type.
When Wireless Bolt IoT is powered via the power connector, Functional Earth (FE) must
be connected.
When Wireless Bolt IoT is installed in an environment with a high level of electrical noise, use a power/
Functional Earth (FE) cable with a maximum length of 3 meters.
See also Technical Data, p. 44 regarding power supply requirements.
Functional earth wire screw placement
Fig. 4
When Wireless Bolt IoT is mounted on a sheet metal plate, connect Functional Earth (FE) to the
plate near Wireless Bolt IoT.
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Installation 12 (46)
Procedure
Fig. 5
1. Connect Wireless Bolt IoT Power connector to a power supply.
2. Connect Wireless Bolt IoT Power connector to Functional Earth (FE).
Power connector, 3-pin terminal block
Pin Function
1
2
3
+
-
Functional Earth (FE)
11–33 VDC
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Installation 13 (46)
To Do Next
► Connect the Wireless Bolt IoT to Ethernet.
Fig. 6
Fig. 7
Connecting the Wireless Bolt IoT to PoE and DC power simultaneously may result in a
current loop that could damage both the power sources and the Wireless Bolt IoT. Ensure
to use only one of the power connections at a time.
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Configuration 14 (46)
5 Configuration
5.1 Connecting to PC and Power
When configuring Wireless Bolt IoT it must be connected to a PC.
Fig. 8
1. Connect the Wireless Bolt IoT Ethernet port to your PC.
2. Connect the Wireless Bolt IoT Power connector to a power supply.
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Configuration 15 (46)
5.2 PC IP Address Setting
By default, the Wireless Bolt IoT internal DHCP server is enabled.
To avoid interference, keep only one DHCP server enabled on the network.
Wireless Bolt IoT default IP address is 192.168.0.98.
To find Wireless Bolt IoT on your network, choose one of the following methods:
Set a Static IP Address on Your PC
On the PC accessing the Wireless Bolt IoT built-in web interface:
1. Set a static IP address within the same IP address range as the Wireless Bolt IoT IP address.
Finding Wireless Bolt IoT with IPconfig
1. Download the HMS software application IPconfig installation files and user documentation
from www.anybus.com/support.
2. Install IPconfig on your PC.
3. In IPconfig, start a network scan to find the Wireless Bolt IoT IP address on your network.
4. Set an IP address on the Wireless Bolt IoT Ethernet port within the same IP address range as
your PC IP address.
Result
→ Now you can enter the Wireless Bolt IoT IP address in your web browser and search to
access the built-in web interface login page.
Refer to Accessing Wireless Bolt IoT Web Interface, p. 16
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Configuration 16 (46)
5.3 Accessing Wireless Bolt IoT Web Interface
The Wireless Bolt IoT built-in web interface can be accessed from standard web browsers.
Before installing the Wireless Bolt IoT on a network, change the Wireless Bolt IoT default
username and password.
The Wireless Bolt IoT comes with a default username and password.
The default username is admin. Written in lowercase letters.
You find the default password on the Wireless Bolt IoT product housing.
Wireless Bolt IoT default IP address is 192.168.0.98.
Login to the Wireless Bolt IoT built-in web interface:
1. Open a web browser.
2. Click to select the Address bar and enter the Wireless Bolt IoT IP address.
Fig. 9
3. Press Enter.
→ The built-in web interface login screen appears.
4. Enter Username and Password and click Sign in.
Fig. 10
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Configuration 17 (46)
5.4 Web Interface Overview
The Wireless Bolt IoT built-in web interface is used to configure the Wireless Bolt IoT system
settings as well as for diagnostics and maintenance.
The System Overview page shows the current settings and network connection status.
Fig. 11 Wireless Bolt IoT built-in web interface, example
A. System Overview
Shows the current settings and network connection status
B. Left sidebar menu
– System Overview
– Ethernet Settings
– Cellular Settings
– NAT/Port Forward Settings
– Firmware Update
– Logs
– System
– Diagnostics
C. Save and Reboot button and Cancel All Changes button
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Configuration 18 (46)
5.5 Save and Reboot
Cancel Changes
Fig. 12
If you need to cancel the changes you have made to the settings:
1. In the left sidebar menu, click Cancel All Changes.
To restore settings, refer to Restore Settings, p. 36.
Apply Changes
Fig. 13
To apply changes:
1. In the left sidebar menu, click Save and Reboot.
→ Wireless Bolt IoT restarts for the changes to take effect.
5.6 Factory Default Settings
Wireless Bolt IoT comes with the following factory default settings.
Wireless Bolt IoT default settings
IP Assignment Static
IP Address
Subnet Mask
Default Gateway
Internal DHCP Server Enabled
Network Type Modem Preset List
Incoming Traffic
You can restore factory default settings by making a Factory Reset. Refer to Factory Reset, p. 42
192.168.0.98
255.255.255.0
192.168.0.98
Connects automatically to an available network according
to priority order LTE-M (Cat-M1), LTE NB1 (NB-IoT) and
GSM (2G) mobile network.
NAT/Port Forward incoming traffic is Disabled.
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5.7 Ethernet Settings
On the Ethernet Settings page:
Fig. 14 Default, IP Settings with Internal DHCP Server Enabled
IP Settings
IP Address
The default Wireless Bolt IoT static IP address is 192.168.0.98.
When you change the IP address:
1. Click Save and Reboot to reboot Wireless Bolt IoT.
→ Wireless Bolt IoT reboots for the setting to take effect.
2. In your web browser, enter the new IP address and press Enter.
→ The built-in web interface login screen appears.
3. Enter Username and Password and click Sign in.
Subnet Mask
The default subnet mask is 255.255.255.0.
The subnet mask identifies the subnetwork to which the static IP address belongs.
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Configuration 20 (46)
Internal DHCP Server
By default, the Wireless Bolt IoT internal DHCP server is enabled.
To avoid interference, keep only one DHCP server enabled on the network.
The DHCP server is only enabled on the LAN interface.
By default, Internal DHCP Server is set to Enabled.
→ This means that the IP address settings are set automatically by the Wireless Bolt IoT
internal DHCP server.
IP Address Range
When the Wireless Bolt IoT is enabled, you can still use static IP addresses within the remaining IP
address range. The devices assigned to these IP addresses can set Wireless Bolt IoT as the default
gateway and DNS server.
The internal DHCP server address host ID range is by default set to start at 100 and stop at 200.
You can set a preferred host ID range.
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Configuration 21 (46)
5.8 Cellular Settings
When you are going to connect Wireless Bolt IoT to a cellular network, make sure that you have
installed a SIM card in Wireless Bolt IoT SIM card holder.
Refer to Installing SIM Card, p. 8.
5.8.1 Network Settings
Before You Begin
• When using the LTE-M technology, it can take several hours for a device to get connected to
the cellular network.
• It can take up to one hour to connect to a LTE NB1 network.
• If the SIM card does not support LTE-M or LTE-NB1 set the Preferred Network Type to GSM.
About Preferred Network Type
By default, the Preferred Network Type is set to Modem Preset List.
The most recently registered network type takes precedence.
When a specific Preferred Network Type is selected and available, the Wireless Bolt IoT modem
might remain locked to that network type, even if you switch to Modem Preset List.
Solution: If the Wireless Bolt IoT modem is locked to a network type you do not want to use,
ensure that the network type is no longer available to the Wireless Bolt IoT. The
Wireless Bolt IoT modem then selects the next available network type.
Procedure
On the Cellular Settings page:
Fig. 15
1. Select a Preferred Network Type:
Setting Description
Modem Preset
List
LTE-M
LTE NB1
GSM
Use the Modem Preset List search order for Radio Access Technology (RAT).
Connects automatically to an available network according to following priority order LTE-M,
LTE NB1 and GSM mobile network.
The Wireless Bolt IoT modem scans for all available Public Land Mobile Networks (PLMN) in
each RAT.
Use LTE-M (Cat-M1) network.
Use LTE NB1 (NB-IoT) network.
Use GSM (2G) mobile network.
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5.8.2 APN Settings
On the Cellular Settings page:
Automatic APN Assignment
An APN automatically derived from SIM card identification may not give full access to the
cellular network. Follow your network operator's guidelines.
By default, Wireless Bolt IoT is set to automatically search for the SIM card APN setting.
If a general APN string is available for the network operator, it will be set as the APN
Assignment.
Ensure that the general APN string is recommended by the network operator and in
accordance with the SIM card IoT data plan.
Fig. 16
The APN Assignment is by default set to Automatic.
→ The APN (Access Point Name) is assigned automatically.
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Configuration 23 (46)
Manual APN Assignment
You can set the APN Assignment manually.
Ensure that you have the APN supplied by your carrier available.
Fig. 17 APN example
1. Enter the APN in the APN field.
APN Authentication
By default, APN Authentication is set to No. When enabled, PAP method is used.
APN Authentication is to be configured only if your carrier has setup APN (Access Point Name) with
username and password.
Ensure that you have the APN username and password supplied by your carrier available.
Fig. 18
To activate APN Authentication:
1. Set the APN Authentication setting to Yes (PAP).
2. In the User field, enter a username.
3. In the Password field, enter a password.
4. In the left sidebar menu, click Save and Reboot.
→ Wireless Bolt IoT automatically reboots for the settings to take effect.
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Configuration 24 (46)
5.8.3 Lock Configuration
When configuration is locked, you can still access and use the Wireless Bolt IoT built-in web
interface but the settings can not be configured.
On the System page:
Fig. 19 Restore Settings from a backup file
To lock the configuration:
1. Click Config Lock.
2. To confirm lock configuration, click OK.
5.8.4 Unlock Configuration
To unlock configuration, do a factory reset using the Wireless Bolt IoT Reset button.
Refer to Reset and Recovery, p. 42.
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Configuration 25 (46)
5.9 NAT/Port Forward Settings
NAT/Port forward is used to allow incoming traffic from an external network access to a device
IP address on the internal network.
The Source Filter setting is used to prevent unauthorized traffic on the local network.
By default, Incoming Traffic NAT 1:1 is set to Disabled. All incoming traffic from the external
network is rejected.
Procedure
On the NAT/Port Forward Settings page:
Fig. 20
To configure the NAT 1:1 settings:
1. In the Incoming Traffic drop down menu, select NAT 1:1.
2. In the Local IP to receive all traffic field, enter the IP address to receive all incoming traffic
from the external network.
3. In the Source Filter drop down menu, select the desired source filter.
Source Filter adds a layer of security on the internal network.
The source filter controls which IP addresses on the external network that have access to the Local IP address.
Source Filter Description
Network Default setting
Range
Host(s) Allow a specific host(s) to access the Local IP address.
Any
Allow any IP address on a specific network to access the Local IP address.
Enter Source base IP and Source IP netmask.
Allow a specific IP address range to access the Local IP address.
Enter the Source IP range start and Source IP range stop addresses.
Enter Source IP(s).
You can add up to five Source IP(s).
Allow any external IP address to access the Local IP address.
Result
→ The communication is redirected to one specific device IP address on the local network, that
will receive all incoming traffic from the external network.
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Configuration 26 (46)
5.10 Setting Up with REST Commands
5.10.1 How To Use REST Commands
For information about the supported REST commands and how to use them, refer to the REST
Commands Reference Guide at www.anybus.com/support.
5.10.2 Use/Test REST Commands From a Web Browser
For information about the supported REST commands, refer to the REST Commands Reference
Guide at www.anybus.com/support.
Procedure
1. Setup the Wireless Bolt IoT as an internet router. Refer to Setting Up Wireless Bolt IoT as an
Internet Router, p. 27
To send the REST command to the Wireless Bolt IoT:
2. Connect the Wireless Bolt IoT to your PC.
3. Open a web browser.
4. Enter the desired command string in the Address bar.
5. To send the string, press Enter.
Result
→ The command is sent to the TCP port 80 on the Wireless Bolt IoT Ethernet interface.
→ The Wireless Bolt IoT enters the state requested by the REST command.
Example 1: URL
http://192.168.0.99/cgi-bin/info.cgi
Example 2: Response
{"uptime":"338053","time":"1980-01-11 02:24:04",
"radio_power":"1","sim":"2","signal_strength":"4",
"signal_strength_raw":"22","signal_quality":"-10",
"cell_id":"26650646",""operator":"Telavox","status":"1",
"amplifier_temp":"31","controller_temp":"31","connection_state":"2",
"voltage":"3868","iotbolt_version":"1.00.50-dev",
"modem_version":"SWI9X06Y_02.16.06.00","pri":"GENERIC_001.028_004",
"apn":"online.telia.se","rat_specific":"7","imsi":"240017431192642",
"imei":"352653090225053","cellular_gateway":"10.209.230.108",
"cellular_ip":"10.209.230.107","iccid":"89460100174311926424"}
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Configuration Examples 27 (46)
6 Configuration Examples
6.1 Setting Up Wireless Bolt IoT as an Internet Router
Use Wireless Bolt IoT as an internet router to connect machines, controllers or other devices to
internet.
Before You Begin
Wireless Bolt IoT comes with a default username and password.
The default username is admin. Written in lowercase letters.
You find the default password on the Wireless Bolt IoT product housing.
Wireless Bolt IoT default IP address is 192.168.0.98.
To access the Wireless Bolt IoT built-in web interface, ensure that the Wireless Bolt IoT IP
address and your PC IP address are within the same IP address range.
Procedure
Fig. 21
Connecting Wireless Bolt IoT to internet:
1. Insert a cellular SIM card in the Wireless Bolt IoT SIM card holder.
Ensure that the SIM card contact surface is facing towards the Ethernet port.
2. Connect the Wireless Bolt IoT Ethernet port to your PC.
3. Connect the Wireless Bolt IoT Power connector to a power supply.
4. To access the built-in web interface, enter the Wireless Bolt IoT IP address in your web
browser and click Enter.
5. Login to the Wireless Bolt IoT built-in web interface.
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Configuration Examples 28 (46)
6. Configure the Ethernet Settings, IP address and internal DHCP server settings.
7. Verify that the APN Settings are correct. You can adjust the settings manually.
8. In the left sidebar menu, click Save and Reboot.
→ Wireless Bolt IoT automatically reboots for the settings to take effect
9. On the System Overview page, verify that the cellular Data Connection has status Yes.
Result
Wireless Bolt IoT should now be connected to internet.
Depending on the mobile network operator and network type, it can take up to 10 minutes the first time
Wireless Bolt IoT is connecting to internet.
Verify that Wireless Bolt IoT is connected to internet, by sending a ping to Google Public DNS.
1. On the Diagnostics page, select the Ping method.
2. In the Target field, enter the IP address 8.8.8.8.
3. To Perform Action, click Start.
→ The ping request is sent.
→ When the ping response return, a message appears.
Fig. 22 Example, Ping response message from Target 8.8.8.8
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Connecting Devices
Fig. 23
Connecting a device to internet:
1. Connect an Ethernet cable between Wireless Bolt IoT and the device.
2. Verify that the device is connected to internet.
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6.2 Setting Up Wireless Bolt IoT with ULPM REST Command
The Wireless Bolt IoT variant for the US market does not support the ULPM REST Command.
You can use Wireless Bolt IoT as an internet router with Ultra Low Power Mode (ULPM) to save
electrical energy.
Devices using other power sources than grid connected power, such as devices powered by
batteries and/or solar panels, benefit from using ULPM.
Before You Begin
Setup Wireless Bolt IoT as an internet router, refer to Setting Up Wireless Bolt IoT as an Internet
Router, p. 27.
Procedure
To put the Wireless Bolt IoT in ULPM for a specified duration:
1. Connect the Wireless Bolt IoT to your PC.
2. Open a web browser.
3. Enter the ULPM command together with the desired ULPM sleep time
string in the Address bar.
4. To send the string, press Enter.
Result
→ The command is sent to the TCP port 80 on the Wireless Bolt IoT Ethernet interface.
→ The Wireless Bolt IoT enters ULPM and wakes up after the specified time has elapsed.
A power cycle will cancel ULPM. When power is restored, the ULPM command must be re-sent for the
Wireless Bolt IoT to re-enter ULPM.
Example 3: Enter ULPM and sleep for 300 seconds (5 minutes)
Query: GET http://192.168.0.98/cgi-bin/ulpm.cgi?duration=300
Response: {"success":true,"message":"sleeping for 300 s"}
For more information about the REST commands, refer to Use/Test REST Commands From a Web
Browser, p. 26.
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7 Verify Operation
7.1 System Settings and Network Connection
On the System Overview page, verify the settings and network connection status.
Fig. 24 Example, Verify Settings and Network Connection
Data Connection
Data Connection status Yes is picked up from the underlying system and is not tested for data
transfer.
The Wireless Bolt IoT modem may get a control connection, but once data is sent the connection
is terminated immediately.
This can be caused by discrepancy between the selected network technology, the SIM card and
the operator setting.
To troubleshoot the cause of the termination, analyze the System Log, refer to Logs, p. 38.
If the problem recurs, contact your network operator.
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7.2 Ethernet LED Status Indication
Fig. 25 RJ45 LED indicators
LED A – LINK/ACTIVITY
Off No Ethernet link
Yellow
Yellow, flashing
Green
Green, flashing
LED B – STATUS Function
Off
Blue Connected on LTE-M
Purple Connected on LTE NB1
Blue, slow blink Connected on GSM.
Alternating blue/purple
Red, slow blink
Red
Yellow Booting or sleep
Function
10 Mb/s Ethernet link established
10 Mb/s Ethernet activity
100 Mb/s Ethernet link established
100 Mb/s Ethernet activity
No power
Trying to connect
No configured cellular interface/no SIM card/no valid configuration
Recoverable/unrecoverable fault
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Maintenance
8 Maintenance
8.1 Firmware Update
Update Wireless Bolt IoT firmware.
The configuration settings are not affected when updating firmware.
► Download the firmware update file from www.anybus.com/support.
► Connect Wireless Bolt IoT to your computer, refer to Connecting to PC and Power, p. 14.
On the Firmware Update page:
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Fig. 26 Firmware Update
1. Click Choose File.
2. In the Open dialog box, browse to and select the firmware update file and click Open.
3. To start the file transfer, click Send.
Do not refresh or leave the Firmware Update page until the process has finished.
Firmware update:
Fig. 27 Firmware Update
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Maintenance
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→ The progress bar, Transferring file, indicates the progress of the file transfer.
Status messages show the progress of the firmware update stages.
→ When the file transfer is finished, the progress bar turns green.
Reboot:
Fig. 28 Firmware Update
→ When the firmware update is finished, Wireless Bolt IoT automatically reboots for the
updates to take effect.
The progress bar, Waiting for reboot, indicates the progress.
→ When the reboot is complete, the web browser automatically redirects to the System
Overview page.
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Maintenance
8.2 Set Administrator Password
Before installing Wireless Bolt IoT on a network, change the default administrator
password.
Wireless Bolt IoT comes with a default username and password.
The default username is admin. Written in lowercase letters.
You find the default password on the Wireless Bolt IoT product housing.
On the System Settings page, Admin Password pane:
Fig. 29 Set Admin Password
1. In the Password field, enter your preferred admin password.
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2. To confirm the admin password, enter it in the Confirm Password field.
3. In the left sidebar menu, click Save and Reboot.
→ Wireless Bolt IoT restarts and you will be prompted to log in to the web interface with
the new admin password.
8.3 Settings Backup
8.3.1 Create Settings Backup
On the System page:
Fig. 30 Generate backup file
Create a Settings Backup:
1. To save the current configuration in a backup file, click Generate.
→ A backup file is automatically downloaded and saved in the Downloads folder on your
PC.
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Maintenance
8.3.2 Restore Settings
When you restore settings from a backup file, all the current settings are overwritten by
the settings loaded from the backup file.
On the System page:
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Fig. 31 Restore Settings from a backup file
Restore settings from a backup file:
1. Click Choose file.
2. Browse to and select your backup file
3. Click Load.
→ Wireless Bolt IoT reboot automatically, for the settings loaded from the backup file to take
effect.
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Maintenance
8.4 Reboot System
On the System page:
Fig. 32 Reboot System
1. If you have made any changes to the settings, you are prompted to click:
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– Save, to save the settings.
– Cancel, to reboot the system without applying changes.
2. To reboot the system, press Reboot System.
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9 Troubleshooting
9.1 Logs
The System Log contain useful information for troubleshooting issues that may occur in the
system.
The Log file contains additional information, such as messages from the kernel, drivers, init
scripts, services and applications (not originating from HMS).
Before contacting support for assistance, it is suggested that you save the System Log file and then add
it as an attachment when you create the support ticket.
On the Logs page:
Fig. 33 Logs
1. To download current full system log and, if present, two previous boots logs, click
Download Logs.
→ A GNU zip (.gz) file is automatically downloaded and saved in the Downloads folder on
your PC.
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9.2 Diagnostics
Fig. 34 Diagnostics
9.2.1 Cellular Diagnostics
Monitor Signal Strength and Quality
You can use the diagnostics information when planning the installation of Wireless Bolt IoT.
If Wireless Bolt IoT are going to be placed in a fixed installation and there are several possible
locations to choose between, it is viable to monitor the signal strength and quality in the
intended locations.
View Mobile Network Information
Cellular diagnostic information, such as IMEI and Tower Cell ID, is useful when you are in contact
with your mobile network operator.
9.2.2 Historic Diagnostics
In the Historic Diagnostics you can overview the connection and signal strength over time in a
diagram.
Select Overview or Detailed view.
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9.2.3 Network Diagnostics
If Anybus Wireless Bolt IoT is installed on a private cellular network, the methods are limited according
to the restrictions of the private network.
The methods are useful when evaluating the connection on the cellular network. Complete the
evaluation by performing tests from the connected device on the LAN network.
To get reliable network diagnostics results, large amounts of data may be used.
Before running the Wget method, check the SIM card data rate.
The network diagnostics methods work for both modem devices and for LAN interface devices.
Perform a network diagnosis:
1. Select the Method.
Method Description
Ping
Ping sends a packet to the specified address and then waits for the response.
Some devices do not expect longer round trip time, introduced by some supported network
types, such as NB-IoT.
Use ping to measure the round trip time.
Ideally, measure towards the host that your device connects to, or another host at a similar
distance. The host must be configured to respond to these types of requests.
If errors exist, ping reports the errors.
Ping can also show packet loss.
If the host’s IP address is known, start by pinging the host’s IP address and then the host’s DNS
name. The DNS name is dependent on name server lookup.
To verify that Wireless Bolt IoT is connected to internet, you can send a ping to Google Public
DNS.
In the Target field, enter the IP address (IPv4) 8.8.8.8 or 8.8.4.4.
Nslookup Nslookup is used to query internet domain name servers.
Wget
When Nslookup is run, the IP address of the DNS server and the targeted host IP address are
shown. The DNS server is usually specified by the network operator.
Retrieve files using HTTP.
The retrieval can help you evaluate the real download capacity of the connection.
The retrieved file is not saved to the Wireless Bolt IoT.
2. Enter a Target.
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3. To Perform Action, click Start.
→ The request is sent to the target.
→ When the target response returns, a message appears.
Fig. 35 Example, Ping response message from target 8.8.8.8
Fig. 36 Example, Nslookup response message from target www.anybus.com
Fig. 37 Example, Wget response message from target Speedtest
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9.3 Reset and Recovery
9.3.1 Reset Button
Fig. 38 Reset button
The Reset button is located on the bottom of the Wireless Bolt IoT.
9.3.2 Factory Reset
Factory Reset will result in the loss of all configuration settings and logs.
Make sure that the Wireless Bolt IoT is connected to power.
Factory Reset Using the Reset Button
1. Use a pointed object (such as a ballpoint pen) to press and hold the Reset button for >10
seconds and then release it.
Result
→ Wireless Bolt IoT is reset to the factory default settings.
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Factory Reset Using the Web Interface
On the System page:
Fig. 39 Factory Reset
1. Click Factory Reset.
2. To confirm factory reset, click OK.
Result
→ Wireless Bolt IoT is reset to the factory default settings.
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Technical Data 44 (46)
10 Technical Data
10.1 Technical Specifications
Order code
Color Black White top and black base
Operating temperature
Host interface
Storage temperature
Humidity compability EN 600068-2-78: Damp heat, +40 °C, 90% (non-condensing).
Vibration
Dimensions Diameter: 68 mm.
Weight
Housing material Plastic (see datasheet for details)
Protection class
Mounting
Power
Cellular standards 4G LTE: Category Cat-M1 and NB-IoT.
Maximum Data speeds Cat-M1: Download 300 kbps, Upload 375 kbps
Ethernet protocols
Certifications
AWB1000 AWB1001
Shadow: -40 to +65 °C
Direct sunlight: -40 to +45 °C
RJ45 Ethernet 10/100 Mbit/s, PoE
-40 to +85 °C
Refer to datasheet at www.anybus.com/support.
Height: 75 mm without Power connector, 84 mm incl. Power connector.
Height above mounting surface: 41 mm.
95 g
Top (outside of host): IP66 and IP67 / UL NEMA 4X
Base (inside of host): IP21
M50 screw and nut (50.5 mm hole needed)
3-pin screw connector and PoE (Power over Ethernet)
11-33 VDC through Power connector, PoE PD according to IEEE 802.3af through
Eternet connector.
Redundant or separate operation of PoE and DC connectors.
Power Consumption:
Sleep Mode: Power connector 0.1 W. PoE 0.3 W
Idle Mode: Power connector 0.6 W. PoE 0.8 W
Worst Case (GPRS/2G) average power: Power connector 3.2 W. PoE 3.6 W.
Worst case (GPRS/2G) peak current: 1.2A@11VDC
Frequency Bands: B1, B2, B3, B4, B5, B8, B12, B13, B17, B18, B19, B20, B26, B28
2G: EDGE, GPRS bands 850, 900, 1800, 1900
NB-IoT: Download 27 kbps, Upload 65 kbps
GPRS/EDGE Download: 200 kbps, Upload: 200 kbps.
Transparent transfer of any TCP/UDP based protocol, Built-in firewall, NAT and DHCP
server.
Refer to datasheet at www.anybus.com/support.
Shadow: -40 to +65 °C
Direct sunlight: -40 to +65 °C
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Box 4126
300 04 Halmstad, Sweden
info@hms.se SCM-1202-139 1.11 en-US / 2020-12-18 / 21159
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