FX-AirReceiver commissioning with FX-series substations

EcoGuard AirReceiver and wireless sensors (WMBus)

Program download

 

What you need:

  • Mini-UBS-cable 
  • Program to communicate serially or via telnet, e.g. Putty
  • Program to generate and export commands: "ARModbus Configurator" (Optional)
  • MS Excel (Optional)

Configure Air Receiver

Configure for Ethernet Fixed IP Address

  1. Connect with Mini-USB
    1. Putty or equivalent software
      1. Serial, COMx, 115200 (x=connected COM-port)
      2. Telnet
    2. Press Enter in command prompt (then you should see EcoGuard>)
  2. Type help to view all commands. (when you select text, it is automatically copied and pasted by clicking the right mouse button)
  3. Write login and press enter.

Enter your password (Default password is unit’s serial number)

  1. Set ip address

set_ethernet_ip XXX.XXX.XXX.XXX

  1. Setting up subnet mask

set_ethernet_subnet_mask XXX.XXX.XXX.XXX

  1. Setting up Gateway

set_ethernet_gateway XXX.XXX.XXX.XXX

  1. Setting up DNS

set_ethernet_dns1 XXX.XXX.XXX.XXX

  1. Set static IP address

set_ethernet_mode 1

  1. Turn off the GPRS modem

set_gsm_mode 0

  1. Air Receiver transmission interval in seconds

set_sensor_data_gateway_service_max_interval 5 (applies to Local mode)
set_sensor_data_gateway_service_max_interval 900 (applies to Curves mode)

  1. The number of seconds that already collected sensors values are ignored to be sent to the server.

set_sensor_data_gateway_service_min_data_relay_interval 0 (applies to Local mode)
set_sensor_data_gateway_service_min_data_relay_interval 890 (applies to Curves mode)

  1. The IP address of the metric receiver (NOTE applies only to EcoCom/Navigator or Curves)

set_sensor_data_gateway_service_server_address XXX.XXX.XXX.XXX

  1. Firmware update (applicable local mode)

set_software_update_service_enabled 0

  1. Time synchronization (for local mode)

set_time_synchronization_mode 0

  1. Save settings

save_settings

  1. Restart your device to activate changes

reboot

 

Export to Modbus TCP – configuration file

If the sensor is encrypted, you must add the encryption key to the Air Receiver. The encryption keys are added under the tab: "Sensor encryption keys"

The secondary address can be written in two ways: It does not matter if the secondary address contains zeros, for example, 00012345. Excel removed them but it still works.

Export settings for sensors

Modbus registers are allocated in pairs, i.e., you can only register odd numbers, for example 1, 3, 5, etc. This is to be able to present 32-bit numbers across two registry addresses. All numbers have 10 as base except the encryption key that is hexadecimal.

Sensors have different records that can be exported, such as temperature and humidity. To be sure which record to export please check the data in the respective manufacturer's data sheet.

The sensors can be exported to individual modbus registers or grouped to perform calculations, e.g., an average from several temperature sensors.

Under the tab "Sensor records" you decide which sensor and record to export on the respective Modbus register. " Notes" is only for custom notes.

Register number: Determines which register the sensor's record should send its value to

Sensor type: Determines the type of sensor serial number corresponds to

The type specified in the "Sensor Type" column mustbe spelled correctly, upper and lower case does not matter:

  1. Wireless M-bus
  2. EcoGuard Wireless

Manufacturer:

Serial number:

Device type: Type of sensor

Version:

Record number: Which record to export.

Notes: Custom Notes, not saved in the Air Receiver.

 

The example below adds one sensor per registry. The first meter has three records that are exported to three different tables. Here, too, you can write the secondary address in two different ways.

This example adds 4 temp sensors to modbus register 9. This registry address automatically forms a group that can then be made calculations.

Register settings.

The " Register settings "tab determines what the registry addresses should do.

Register number: Register address 1-255 (odd number only)

Enabled: Default 1. 1=on, 0=off

Aggregator function: Default minimum

minimum = Returns the sensor value with the lowest value in the group.
maximum = Returns the sensor value with the highest value in the group.
average = Returns the mean calculated on the group.
median = Returns the median calculated on the group.
variance = Returns the variation of the sensor values from the group.
latest = Returns the last value received.
oldest = Returns the first value entered in the group.
count = Returns the number of valid sensors in the group. (max_age and trim_count affect this)

MSB first (Most significant byte): Default 0. Returns the lowest bytes in the first table and the highest bytes in the second table.

Invert coil: Default 0. If a value of 0 = If the value is 1, the registry indicates that the value is too old. If the setting is set to 1 = If the value is 1, the registry indicates that the value is valid.

Maximum age: Maximum approved age in minutes

Keep old: Default 1. Retains last value even after maximum age is exceeded.

Trim percentage: Default 0. Percent outliers that are calculated when calculating, for example, average.

Multiplier: Default 1. Returns the value without decimal. (example: 10 returns with one decimal, etc.)

Notes: Custom notes, not saved in the Air Receiver.

The example below showing registry address 1-8 exports the last value (used when viewing only one individual sensor per registry address). Register address 9 calculates the average minus 10% the highest and lowest values from the sensor associated with the registry address.

Send settings to Air Receiver

To generate a file with commands or send commands directly to the Air Receiver, you can use the software "ar_modbus_configurator.exe".

"ar_modbus_configurator.exe" can run with the following switches:

input_file

path to file containing settings

-h, --help

displays help text and closes the program

-d, --use-default-password

uses default password to log in (default: None)

-p PASSWORD, --password PASSWORD

use this password to log in (default: None)

-l LOGFILE, --logfile LOGFILE

logs all messages to this file (default: None)

-m {telnet,serial,file}, --mode {telnet,serial,file}

how the commands are exported (default: None)

-o OUTPUT, --output OUTPUT

where to export the output (default: None)

-q, --quiet

does not print any messages (default)

-r, --reset-current-sensor-record-list

removes all transducers from registry addresses before applying the new settings (default: None)

-R, --reset-current-sensor-encryption-key-list

removes all saved encryption keys before applying the new ones (default: None)

-v, --version

view the version number of the application and exit the program

Example, direct connection via USB:

ar_modbus_configurator.exe "C:\temp\AR Modbus Configurator\Example configuration instructions.xlsx" ^

--password=12345678 ^

--mode=serial ^

--output=COM3 ^

--logfile="C:\temp\AR Modbus Configurator\log\log.txt"

pause

For example, output to file:

ar_modbus_configurator.exe "C:\temp\AR Modbus Configurator\Example configuration instructions.xlsx" ^

--mode=file ^

--output="c:\temp\AR Modbus Configurator\output.txt" ^

--logfile="C:\temp\AR Modbus Configurator\log\log.txt"

pause

Commands

List of command and keyboard shortcut in parentheses, commands with a star in front require login:

Login

Command

Alias

Help

[*]

delete_sensor_encryption_key

dsek

Usage: delete_sensor_encryption_key (*|<sensor>)

Deletes either all stored sensor encryption keys, or the key for a specific sensor.

[*]

factory_reset

fr

Usage: factory_reset

Loads the factory default settings to RAM, overwriting any unsaved changes.

[*]

force_sensor_data_transfer

fsdt

Usage: force_sensor_data_transfer

Immediately perform a sensor data transfer (the Gateway-service must be enabled for anything to actually happen).

[*]

force_software_update

fsu

Usage: force_software_update

Immediately check for new updates on the server (the Software Update service must be enabled).

[ ]

getGprsSignalStrength

gs

Usage: getGprsSignalStrength

Requests and prints the current signal strength and ber

[ ]

getICC

gc

Usage: getICC

Requests and prints the SIM Card ICC Number

[ ]

getIMEI

gi

Usage: getIMEI

Requests and prints the GPRS module's IMEI number

[ ]

help

 

Usage: help [<command>]

Lists all available commands if called without arguments.
If called with exactly one argument, then a help message will be displayed for the command passed as the argument.

[ ]

hwInfo

 

Usage: CmdHwInfo

Displays hardware information

[*]

load_settings

ls

Usage: load_settings

Loads the stored settings to RAM, overwriting any unsaved changes.

[ ]

login

 

Usage: login

Logs in (you must do this in order to execute certain commands)

[*]

reboot

 

Usage: reboot

Immediately reboots the system.

[*]

save_settings

ss

Usage: save_settings

Save the settings currently in RAM, overwriting any previously saved settings.

[*]

set_console_password

Scp

Usage: set_console_password

Sets the password that must be supplied in order to log in.

[*]

set_custom_apn

Sca

Usage: set_custom_apn <apn>

Sets the APN to use.

[*]

set_ethernet_dns1

Sed1

Usage: set_ethernet_dns1 <dns>

Sets the primary DNS-server to use over Ethernet (if not configured to use DHCP).

[*]

set_ethernet_dns2

Sed2

Usage: set_ethernet_dns2 <dns>

Sets the secondary DNS-server to use over Ethernet (if not configured to use DHCP).

[*]

set_ethernet_gateway

Seg

Usage: set_ethernet_gateway <ip>

Set the IPv4 address of the gateway to use over Ethernet (if not configured to use DHCP).

[*]

set_ethernet_ip

Sei

Usage: set_ethernet_ip <ip>

Set the IPv4 address to use over Ethernet (if not configured to use DHCP).

[*]

set_ethernet_mode

Sem

Usage: set_ethernet_mode <mode>

Sets how the Ethernet-module should be configured. <mode> must be one of:
0 = Off. Ethernet is not used.
1 = Static IP-address configuration.
2 = Automatic configuration via DHCP.

[*]

set_ethernet_subnet_mask

Sesm

Usage: set_ethernet_subnet_mask <subnet_mask>

Set the subnet mask to use over Ethernet (if not configured to use DHCP).

[*]

set_gsm_mode

Sgm

Usage: set_gsm_mode <mode>

Sets how the GSM-modem should be configured. <mode> must be one of:
0 = No configuration. The GSM-modem is powered off.
1 = Configure for, and use GPRS to send and receive data.

[*]

set_modbus_default_coil_register_value

Smdcrv

Usage: set_modbus_default_coil_register_value <port>

Sets the default value to return if no proper value is available.

[*]

set_modbus_default_holding_register_value

Smdhrv

Usage: set_modbus_default_holding_register_value <port>

Sets the default value to return if no proper value is available.

[*]

set_modbus_default_input_register_value

Smdirv

Usage: set_modbus_default_input_register_value <port>

Sets the default value to return if no proper value is available.

[*]

set_modbus_register_aggregator_function

Smraf

Usage: set_modbus_register_aggregator_function <register> <function>

Sets the function to use to aggregate multiple sensor values into one:
0 = Returns the sensor reading with the lowest value in the group.
1 = Returns the sensor reading with the highest value in the group.
2 = Returns the average sensor readings of all the readings in the group.
3 = Returns the median sensor readings of all the readings in the group.
4 = Returns the variance of the sensor readings in the group.
5 = Returns the sensor reading that was last received out of all the sensor readings in the group.
6 = Returns the sensor reading that was received first out of all the sensor readings in the group.
7 = Returns the number of sensor readings in the group.

[*]

set_modbus_register_enabled

Smre

Usage: set_modbus_register_enabled <register> <value>

Set to 1 to enable this register. If not enabled, then the default value is always returned.

[*]

set_modbus_register_invert_coil

Smric

Usage: set_modbus_register_invert_coil <register> <value>

Normally, if the associated Coil register reads as 1 then that means an error has occurred. If this setting is turned on then that behavior is inverted.

[*]

set_modbus_register_keep_old

Smrko

Usage: set_modbus_register_keep_old <register> <value>

Sets whether to keep returning the last aggregated sensor value even after it gets older than 'maxAge' number of minutes instead of returning the default value.

[*]

set_modbus_register_max_age

Smrma

Usage: set_modbus_register_max_age <register> <minutes>

Sets the upper age limit, in minutes, of the sensor readings to include during aggregation. A value of zero disables this filter.

[*]

set_modbus_register_msb_first

Smrmf

Usage: set_modbus_register_msb_first <register> <value>

If set to 1, the upper 16-bits of the 32-bit value is served in the register with the lowest address, and the upper 16-bits in the following address. If 0, the reverse.

[*]

set_modbus_register_multiplier

Smrm

Usage: set_modbus_register_multiplier <register> <value>

Multiply the result of the aggregator function by this value (must be an integer power of zero!).

[*]

set_modbus_register_sensor_record_add

Smrsra

Usage: set_modbus_register_sensor_record_add <register> <sensor> <record>

Adds a sensor's record to the group of sensor records to aggregate. The sensor's identity shall be given either as serial number only (Ecoguard wireless only), or as a combination of the manufacturer code, serial number, medium and version like in Curves (example: EGD12345678-27-1).

[*]

set_modbus_register_sensor_record_delete

Smrsrd

Usage: set_modbus_register_sensor_record_delete <register> (*|<sensor> <record>)

Either deletes all sensor records from the register (a * is passed after the Register Number), or deletes a sensor's record from the group of sensor records to aggregate. In the latter case, the sensor's identity shall be given either as serial number only (Ecoguard wireless only), or as a combination of the manufacturer code, serial number, medium and version like in Curves (example: EGD12345678-27-1).

[*]

set_modbus_register_trim_percent

Smrtp

Usage: set_modbus_register_trim_percent <register> <value>

Remove the top and bottom this many percent of the sensor readings before aggregating them. Set to zero to disable this filter.

[*]

set_modbus_server_listening_interfaces

Smsli

Usage: set_modbus_server_listening_interfaces <interface>

Sets the interface(s) the Modbus Server should listen on. <interface> must be one of:
0 = None (the service is disabled).
1 = Ethernet only
2 = GPRS only
3 = Both Ethernet and GPRS

[*]

set_modbus_server_port

Smsp

Usage: set_modbus_server_port <port>

Sets which port the Modbus server should listen on (if enabled).

[*]

set_network_logger_filter

Snlf

Usage: set_network_logger_filter [<filter>] [<filter>] ...

Sets which kinds of log codes to send to the server, if any. "filter" must be one of:
"debug" = Send debug log codes to the server. Should only be used during development.
"info" = Send info log codes to the server. Might be useful during troubleshooting.
"warning" = Send warning log codes to the server. Will probably be useful during troubleshooting.
"important" = Send important log codes to the server. Recommended!
"error" = Send error log codes to the server. Strongly recommended!

[*]

set_network_logger_mode

Snlm

Usage: set_network_logger_mode <mode>

Sets how log codes should be sent to a remote server. <mode> must be one of:
0 = Network logging is disabled.
1 = Log codes are sent as-is over UDP to a remote server.

[*]

set_network_logger_server_address

Snlsa

Usage: set_network_logger_server_address <address>

Sets the address of the server to which to send log codes.

[*]

set_network_logger_server_port

Snlsp

Usage: set_network_logger_server_port <port>

Sets the port of the server to which to send log codes.

[*]

set_radio_receiver_mode

Srrm

Usage: set_radio_receiver_mode <receiver> <freq> <mode>

Configures the given radio receiver's mode.
<receiver> must be either "vertical" or "horizontal".
<freq> must be either "433mhz" or "868mhz".
If <freq> is "433mhz" then <mode> must be either:
"off" = The receiver will be turned off.
"ecoguard_wireless_mode" = Ecoguard wireless, also know as EcoLink.
"wmbus_f_mode" = wireless M-bus F-mode.
If <freq> is "868mhz" then <mode> must be either:
"off" = The receiver will be turned off.
"wmbus_t_and_c_mode" = wireless M-bus T-mode and C-mode (simultaneously).
"wmbus_s_mode" = wireless M-bus S-mode (only).

[*]

set_rtc

Sr

Usage: set_rtc <timestamp>

Sets the current date and time (UNIX-timestamp).

[*]

set_sensor_data_gateway_service_enabled

Ssdgse

Usage: set_sensor_data_gateway_service_enabled <state>

If <state> is 1, then the Sensor Data Gateway service will be enabled. If <state> is 0 then it will be disabled.

[*]

set_sensor_data_gateway_service_max_interval

Ssdgsmi

Usage: set_sensor_data_gateway_service_max_interval <interval>

Sets the maximum interval between sensor data transfers, in seconds. Intervals up to 86400 seconds are accepted. Set to 0 to force transmission of received sensor data immediately after receiving it.

[*]

set_sensor_data_gateway_service_min_data_relay_interval

Ssdgsmdri

Usage: set_sensor_data_gateway_service_min_data_relay_interval <interval>

Only relay sensor data to the server coming from the same sensor if data was relayed from said sensor more than this many seconds ago.

[*]

set_sensor_data_gateway_service_retransmission_attempts

Ssdgsra

Usage: set_sensor_data_gateway_service_retransmission_attempts <attempts>

Retry to send sensor data this many times in case of error before giving up and discarding it.

[*]

set_sensor_data_gateway_service_server_address

Ssdgssa

Usage: set_sensor_data_gateway_service_server_address <address>

Sets the address of the recipient server.

[*]

set_sensor_data_gateway_service_server_port

Ssdgssp

Usage: set_sensor_data_gateway_service_server_port <port>

Sets which port on the server to send data to.

[*]

set_sensor_encryption_key

Ssek

Usage: set_sensor_encryption_key <sensor> <key>

Set the key (in hex) to use when decrypting data from <sensor> (wireless M-bus only).

[*]

set_software_update_service_enabled

Ssuse

Usage: set_software_update_service_enabled <state>

If <state> is 1, then the Software Update service will be enabled. If <state> is 0 then it will be disabled.

[*]

set_software_update_service_interval

Ssusi

Usage: set_software_update_service_interval <interval>

Sets the interval between software update checks, in seconds.

[*]

set_software_update_service_server_address

Ssussa

Usage: set_software_update_service_server_address <url>

Sets the http url to check for updates from.

[*]

set_status_report_sender_enabled

Ssrse

Usage: set_status_report_sender_enabled <state>

If <state> is 1, then the Status Report Sender will be enabled. If <state> is 0 then it will be disabled.

[*]

set_status_report_sender_retransmission_attempts

Ssrsra

Usage: set_status_report_sender_retransmission_attempts <count>

Retry to send the data this many times in case of error before giving up and discarding it.

[*]

set_status_report_sender_server_address

Ssrssa

Usage: set_status_report_sender_server_address <address>

Sets the address of the recipient server.

[*]

set_status_report_sender_server_port

Ssrssp

Usage: set_status_report_sender_server_port <port>

Sets which port on the server to send status reports to.

[*]

set_telnet_server_listening_interfaces

Stsli

Usage: set_telnet_server_listening_interfaces <interface>

Sets the interface(s) the Telnet Server should listen on. <interface> must be one of:
0 = None (the service is disabled).
1 = Ethernet only
2 = GPRS only
3 = Both Ethernet and GPRS

[*]

set_telnet_server_port

Stsp

Usage: set_telnet_server_port <port>

Sets which port the Telnet server should listen on (if enabled).

[*]

set_time_synchronization_min_sync_interval

Stsmsi

Usage: set_time_synchronization_min_sync_interval <interval>

Sets the minimum interval between time synchronization attempts, in seconds. Intervals between 1 and 2592000 seconds are accepted.

[*]

set_time_synchronization_mode

Stsm

Usage: set_time_synchronization_mode <mode>

Sets how this unit's clock should be synchronized with an external source. <mode> must be one of:
0 = Time is not synchronized with an external source.
1 = Time is synchronized using SNTP (using manually configured settings).
2 = Time is synchronized using SNTP (using settings obtained via DHCP).

[*]

set_time_synchronization_server_address

Stssa

Usage: set_time_synchronization_server_address <address>

Sets the address of the server to synchronize the time with.

[*]

set_time_synchronization_server_port

Stssp

Usage: set_time_synchronization_server_port <port>

Sets the port of the server to synchronize the time with.

[*]

set_transport_compression_enabled

Stce

Usage: set_transport_compression_enabled <state>

Set to 1 to enable data compression during transmission.

[*]

set_transport_encryption_enabled

Stee

Usage: set_transport_encryption_enabled <state>

Set to 1 to enable data encryption during transmission.

[*]

set_transport_max_payload_size

Stmps

Usage: set_transport_max_payload_size <size>

Sets the upper limit of the size of the payload in each transfer, in bytes. Must be at least 268 bytes.

[*]

set_transport_timeout

Stt

Usage: set_transport_timeout <timeout>

Sets the number of seconds to wait (max 255) for the server to acknowledge a data transmission.

[ ]

show_current_dns_servers

scds

Usage: show_current_dns_servers

Shows the DNS servers currently in use.

[ ]

show_custom_apn

sca

Usage: show_custom_apn

Returns the manually configured APN to use, if one has been configured. If not configured then the correct APN will be determined automatically.

[ ]

show_ethernet_dns1

sed1

Usage: show_ethernet_dns1

Shows the primary DNS-server to use over Ethernet (if not configured to use DHCP).

[ ]

show_ethernet_dns2

sed2

Usage: show_ethernet_dns2

Shows the secondary DNS-server to use over Ethernet (if not configured to use DHCP).

[ ]

show_ethernet_gateway

seg

Usage: show_ethernet_gateway

Returns the IPv4 address of the gateway to use over Ethernet (if not configured to use DHCP).

[ ]

show_ethernet_ip

sei

Usage: show_ethernet_ip

Returns the IPv4 address to use over Ethernet (if not configured to use DHCP).

[ ]

show_ethernet_mac

 

Usage: show_ethernet_mac

Returns the MAC of the Ethernet interface.

[ ]

show_ethernet_mode

sem

Usage: show_ethernet_mode

Shows how the Ethernet-module is configured:
0 = Off. Ethernet is not used.
1 = Static IP-address configuration.
2 = Automatic configuration via DHCP.

[ ]

show_ethernet_subnet_mask

sesm

Usage: show_ethernet_subnet_mask

Returns the subnet mask to use over Ethernet (if not configured to use DHCP).

[ ]

show_gsm_mode

sgm

Usage: show_gsm_mode

Shows how the GSM-modem is configured:
0 = No configuration. The GSM-modem is powered off.
1 = Configure for, and use GPRS to send and receive data.

[ ]

show_hardware_version

shv

Usage: show_hardware_version

Returns the version number of the hardware.

[ ]

show_last_power_loss

slpl

Usage: show_last_power_loss

Shows the time elapsed since the last power loss.

[ ]

show_modbus_default_coil_register_value

smdcrv

Usage: show_modbus_default_coil_register_value

Returns the default value to return if no proper value is available.

[ ]

show_modbus_default_holding_register_value

smdhrv

Usage: show_modbus_default_holding_register_value

Returns the default value to return if no proper value is available.

[ ]

show_modbus_default_input_register_value

smdirv

Usage: show_modbus_default_input_register_value

Returns the default value to return if no proper value is available.

[ ]

show_modbus_register_aggregator_function

smraf

Usage: show_modbus_register_aggregator_function <register>

Returns the function that is used to aggregate multiple sensor values into one:
0 = Returns the sensor reading with the lowest value in the group.
1 = Returns the sensor reading with the highest value in the group.
2 = Returns the average sensor readings of all the readings in the group.
3 = Returns the median sensor readings of all the readings in the group.
4 = Returns the variance of the sensor readings in the group.
5 = Returns the sensor reading that was last received out of all the sensor readings in the group.
6 = Returns the sensor reading that was received first out of all the sensor readings in the group.
7 = Returns the number of sensor readings in the group.

[ ]

show_modbus_register_enabled

smre

Usage: show_modbus_register_enabled <register>

Returns 1 if the register is enabled, else 0. If not enabled, then the default value is always returned on Modbus queries.

[ ]

show_modbus_register_invert_coil

smric

Usage: show_modbus_register_invert_coil <register>

Normally, if the associated Coil register reads as 1 then that means an error has occurred. This command shows if this behavior is inverted for this register.

[ ]

show_modbus_register_keep_old

smrko

Usage: show_modbus_register_keep_old <register>

Returns whether to keep returning the last aggregated sensor value even after it gets older than 'maxAge' number of minutes instead of returning the default value.

[ ]

show_modbus_register_max_age

smrma

Usage: show_modbus_register_max_age <register>

Returns the upper age limit, in minutes, of the sensor readings to include during aggregation. A value of zero means this filter is disabled.

[ ]

show_modbus_register_msb_first

smrmf

Usage: show_modbus_register_msb_first <register>

If is the returned value is 1, the upper 16-bits of the 32-bit value is served in the register with the lowest address, and the upper 16-bits in the following address. If 0, the reverse.

[ ]

show_modbus_register_multiplier

smrm

Usage: show_modbus_register_multiplier <register>

The result of the aggregator function will be multiplied by this value (which must be an integer power of zero).

[ ]

show_modbus_register_sensor_records

smrsr

Usage: show_modbus_register_sensor_records [<register>]

Returns which sensor records are aggregated for the given register. If no register number is supplied, then all all registers are returned.

[ ]

show_modbus_register_trim_percent

smrtp

Usage: show_modbus_register_trim_percent <register>

Returns how many of the top and bottom number of the sensor readings are removed before aggregating them, in percent. If zero then this filter is disabled.

[ ]

show_modbus_server_listening_interfaces

smsli

Usage: show_modbus_server_listening_interfaces

Returns which interface(s) the Modbus Server listens on:
0 = None (the service is disabled).
1 = Ethernet only
2 = GPRS only
3 = Both Ethernet and GPRS

[ ]

show_modbus_server_port

smsp

Usage: show_modbus_server_port

Returns which port the Modbus server listens on (if enabled).

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show_network_interfaces

sni

Usage: show_network_interfaces

Shows network interface information (IP-addresses, etc.).

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show_network_logger_filter

snlf

Usage: show_network_logger_filter

Shows which kinds of log codes are being sent to the server:"debug" = Send debug log codes to the server. Should only be used during development.
"info" = Send info log codes to the server. Useful only during troubleshooting.
"warning" = Send warning log codes to the server. Recommended!
"error" = Send error log codes to the server. Strongly recommended!

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show_network_logger_mode

snlm

Usage: show_network_logger_mode

Shows how log codes should be sent to a remote server. <mode> must be one of:
0 = Network logging is disabled.
1 = Log codes are sent as-is over UDP to a remote server.

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show_network_logger_server_address

snlsa

Usage: show_network_logger_server_address

Shows the address of the server to which to send log codes.

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show_network_logger_server_port

snlsp

Usage: show_network_logger_server_port

Shows the port of the server to which to send log codes.

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show_product_id

spi

Usage: show_product_id

Returns the product ID. This is not the same as this unit's serial number!

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show_radio_receiver_mode

srrm

Usage: show_radio_receiver_mode <receiver> <freq>

Shows how the radio receiver listening on the given frequency is configured.<receiver> must be either "vertical" or "horizontal".
<freq> must be either "433mhz" or "868mhz".
If <freq> is "433mhz" then one of the following will be shown:
"off" = The receiver will be turned off.
"ecoguard_wireless_mode" = Ecoguard wireless, also know as EcoLink.
"wmbus_f_mode" = wireless M-bus F-mode.
If <freq> is "868mhz" then one of the following will be shown:
"off" = The receiver will be turned off.
"wmbus_t_and_c_mode" = wireless M-bus T-mode and C-mode (simultaneously).
"wmbus_s_mode" = wireless M-bus S-mode (only).

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show_reboot_count

src

Usage: show_reboot_count

Shows the number of times the system has rebooted.

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show_reboot_reason

srr

Usage: show_reboot_reason

Shows what last caused the system to reset.

 

 

Power on reset

Enheten har inte startat om sedan den blev spänningssatt.

External reset

Någon tryckte på omstartsknappen.

Low voltage detect reset

Enheten startade om för att matningsspänningen var för låg för fortsatt drift.

Watchdog reset

Programmet hängde sig och systemet startade automatiskt om.

Software reset

Programmet startade frivilligt om systemet, till exempel för att färdigställa en mjukvaruuppdatering eller för att användaren körde kommandot "reboot"

Lockup reset

Programmet hängde sig och systemet startade automatiskt om.

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show_rtc

sr

Usage: get_rtc

Prints the current UNIX-time.

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show_sensor_data_gateway_service_enabled

ssdgse

Usage: show_sensor_data_gateway_service_enabled

Returns 1 if the Sensor Data Gateway service is enabled, else returns 0.

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show_sensor_data_gateway_service_max_interval

ssdgsmi

Usage: show_sensor_data_gateway_service_max_interval

Returns the maximum interval between sensor data transfers, in seconds.

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show_sensor_data_gateway_service_min_data_relay_interval

ssdgsmdri

Usage: show_sensor_data_gateway_service_min_data_relay_interval

Returns the maximum interval between sensor data transfers, in seconds.

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show_sensor_data_gateway_service_retransmission_attempts

ssdgsra

Usage: show_sensor_data_gateway_service_retransmission_attempts

Will retry to send sensor data this many times in case of error before giving up and discarding it.

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show_sensor_data_gateway_service_server_address

ssdgssa

Usage: show_sensor_data_gateway_service_server_address

Returns the address of the recipient server

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show_sensor_data_gateway_service_server_port

ssdgssp

Usage: show_sensor_data_gateway_service_server_port

Returns which port on the server to send data to.

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show_sensor_encryption_key

ssek

Usage: show_sensor_encryption_key (*|<sensor>)

Shows either all stored sensor encryption keys, or the key for a specific sensor.

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show_sensor_list_entries

ssle

Usage: show_sensor_list_entries [-c]

Shows which sensors has been received and with which signal strength, etc. If the optional parameter -c is given, then CSV output will be produced.

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show_serial_number

ssn

Usage: show_serial_number

Returns this unit's serial number.

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show_software_update_service_enabled

ssuse

Usage: show_software_update_service_enabled

Returns 1 if the Software Update service is enabled, else returns 0.

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show_software_update_service_interval

ssusi

Usage: show_software_update_service_interval

Returns the interval between software update checks, in seconds.

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show_software_update_service_server_address

ssussa

Usage: show_software_update_service_server_address

Returns the http url used to check updates from.

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show_software_version

ssv

Usage: show_software_version

Returns the version number of the software.

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show_status_report_sender_enabled

ssrse

Usage: show_status_report_sender_enabled

Returns 1 if the Status Report Sender is enabled, else returns 0.

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show_status_report_sender_retransmission_attempts

ssrsra

Usage: show_status_report_sender_retransmission_attempts

Will retry to send data this many times in case of error before giving up and discarding it.

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show_status_report_sender_server_address

ssrssa

Usage: show_status_report_sender_server_address

Returns the address of the recipient server.

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show_status_report_sender_server_port

ssrssp

Usage: show_status_report_sender_server_port

Returns which port on the server to send status reports to.

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show_telnet_server_listening_interfaces

stsli

Usage: show_telnet_server_listening_interfaces

Returns which interface(s) the Telnet Server listens on:
0 = None (the service is disabled).
1 = Ethernet only
2 = GPRS only
3 = Both Ethernet and GPRS

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show_telnet_server_port

stsp

Usage: show_telnet_server_port

Returns which port the Telnet server listens on (if enabled).

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show_time_synchronization_min_sync_interval

stsmsi

Usage: show_time_synchronization_min_sync_interval

Shows the minimum interval between time synchronization attempts, in seconds.

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show_time_synchronization_mode

stsm

Usage: show_time_synchronization_mode

Shows how this unit's clock is synchronized with an external source:
0 = Time is not synchronized with an external source.
1 = Time is synchronized using SNTP (using manually configured settings).
2 = Time is synchronized using SNTP (using settings obtained via DHCP).

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show_time_synchronization_server_address

stssa

Usage: show_time_synchronization_server_address

Shows the address of the server to synchronize the time with.

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show_time_synchronization_server_port

stssp

Usage: show_time_synchronization_server_port

Shows the port of the server to synchronize the time with.

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show_transport_compression_enabled

stce

Usage: show_transport_compression_enabled

Returns 1 if data compression is enabled, else returns 0.

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show_transport_encryption_enabled

stee

Usage: show_transport_encryption_enabled

Returns 1 if data encryption is enabled, else returns 0.

[ ]

show_transport_max_payload_size

stmps

Usage: show_transport_max_payload_size

Returns the upper limit of the size of the payload in each transfer, in bytes.

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show_transport_timeout

stt

Usage: show_transport_timeout

Returns the number of seconds to wait for the server to acknowledge a data transmission.

[ ]

show_uptime

su

Usage: show_uptime

Shows the amount of time elapsed since the last reboot or power up.