NODE V2 DOCUMENTATION

Configuration Reference Manual

Field descriptions sourced from the Node V2 firmware configuration help.

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Introduction

This configuration reference is valid for Smarter.Yachts Node V2 firmware version 2.3.0, build 01684.

This reference documents the Node V2 config.txt settings as described in the firmware Config Help. The bold field name matches the Config Editor GUI; the smaller code label shows the internal configuration variable. Each setting is stored as KEY=VALUE. Mode-specific settings apply only to the selected operation mode. Examples are illustrative; the Node V2 Config Editor validates accepted values and ranges. The Default column shows values in the firmware-generated configuration template; these can differ from runtime initialization and invalid-value fallbacks. Such fallbacks are stated separately. Editor-only controls are marked explicitly. Allowed values include the exact Config Editor choices and firmware constraints. Differences between editor choices and configuration-file validation are stated explicitly. Text-length checks in the firmware count UTF-8 bytes. For enumerated fields, the permitted stored values are paired with the exact labels shown in the Config Editor.

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OPMODES — Quick Access

GW · GangwayWL · WindlassTL · TenderliftDC · Dive CompressorSW · SwitchingHV · Hydraulic ValvesFU · FurlerGE · Generator

Select an operation mode in the Node V2 Config Editor. The options below are documented by configuration group.

General & UI

Configure the Node identity, display appearance, and general operating behavior. These settings determine how Node V2 is identified in the app and how routine system functions, such as scheduled reboots, behave.

App Icon
APPICON
Type: Enum
Selects the icon displayed for this Node in the Smarter.Yachts App. Use an available icon resource that clearly identifies the controlled equipment. The editor offers the listed resources. The firmware validates the stored resource name as 1–48 bytes and truncates longer names; it does not restrict APPICON to this dropdown domain.
Example
generator.png
Default
_default
Allowed values / range
_default — Standard
blackwater.png — Blackwater
desalator.png — Desalator / Watermaker
divecompressor.png — Dive Compressor
gangway.png — Gangway
gangway-2.png — Gangway 2
furler.png — Furler
furler-2.png — Furler 2
generator.png — Generator
generatorfp.png — Generator - Fisher Panda
generatoroc.png — Generator - Cummins Onan
hydraulicvalve.png — Hydraulic Valve
motorizedpump.png — Pumps
tenderlift.png — Tenderlift
windlass.png — Windlass
windlassyacht.png — Windlass Yacht
switches.png — Switching classic
switcheselectronics.png — Switching Electronics
switchesplotter.png — Switching Plotter
switchesmodern.png — Switching modern
switchesoutdoor.png — Switching Outdoor
switchesspreader.png — Switching Spreader
smarteryachts.png — Smarter Yachts
SmarterYachts_1024x1024.png — Smarter Yachts 1024
customlogo1.png — Custom 1
customlogo2.png — Custom 2
customlogo3.png — Custom 3
customlogo4.png — Custom 4
splash.png — Splash
splashESP32.jpg — Splash ESP32
ico180.png — Icon 180
ico180_maskable.png — Icon 180 Maskable
ico192.png — Icon 192
ico192_maskable.png — Icon 192 Maskable
ico256.png — Icon 256
ico256_maskable.png — Icon 256 Maskable
ico320.png — Icon 320
ico512.png — Icon 512
ico512_maskable.png — Icon 512 Maskable
favicon.ico — Favicon
favicon_16x16.png — Favicon 16x16
favicon_32x32.png — Favicon 32x32
favicon_48x48.png — Favicon 48x48
favicon_64x64.png — Favicon 64x64
Periodic reboot (periodicity in days, every day)
AUTOREBOOT
Type: Enum
Automatic reboot interval in hours. When the configured interval has elapsed, Node V2 checks whether restarting is safe. Any energized relay blocks an automatic restart, including a Maintained (MA) switch that is ON. The reboot remains postponed for as long as a blocker is active, without a maximum deferral time. SWxSTARTUPACTION settings such as ON or LAST do not override this protection. Active directional commands, timers, locally controlled generator operation, SD formatting, file uploads, repository downloads and direct OTA updates also block automatic restarts. This protection does not prevent a manual reset; after a restart, relays are initially OFF and supported switches follow their configured startup action. Editor/firmware discrepancy: the editor stores 0 for Never, but the firmware domain accepts -1 instead. A stored 0 falls back to 168 hours. Other listed values are accepted by both.
Example
24
Default
168
Allowed values / range
0 — Never
24 — Every day
48 — Every 2nd day
120 — Every 5th day
168 — Every week
Log Debug Information
DEBUG
Type: Boolean
Enables additional diagnostic messages in the system log to help investigate faults. Leave disabled during normal operation unless troubleshooting is required. On an invalid value, the firmware falls back to off.
Example
off
Default
on
Allowed values / range
on / off
Default Color Scheme
LAYOUT
Type: Enum
Selects the default visual theme of the Node V2 web interface. Individual app appearance settings may override this choice.
Example
C
Default
C
Allowed values / range
A — Modern
B — Night
C — Ocean (Default)
D — Carbon
LOGO
LOGO
Type: Enum
Specifies the logo resource displayed by the Node interface when Show Logo is enabled. Use a supported resource name.
Example
_default
Default
_default
Allowed values / range
_default — Standard
blackwater.png — Blackwater
desalator.png — Desalator / Watermaker
divecompressor.png — Dive Compressor
gangway.png — Gangway
gangway-2.png — Gangway 2
furler.png — Furler
furler-2.png — Furler 2
generator.png — Generator
generatorfp.png — Generator - Fisher Panda
generatoroc.png — Generator - Cummins Onan
hydraulicvalve.png — Hydraulic Valve
motorizedpump.png — Pumps
tenderlift.png — Tenderlift
windlass.png — Windlass
windlassyacht.png — Windlass Yacht
switches.png — Switching classic
switcheselectronics.png — Switching Electronics
switchesplotter.png — Switching Plotter
switchesmodern.png — Switching modern
switchesoutdoor.png — Switching Outdoor
switchesspreader.png — Switching Spreader
smarteryachts.png — Smarter Yachts
SmarterYachts_1024x1024.png — Smarter Yachts 1024
customlogo1.png — Custom 1
customlogo2.png — Custom 2
customlogo3.png — Custom 3
customlogo4.png — Custom 4
splash.png — Splash
splashESP32.jpg — Splash ESP32
ico180.png — Icon 180
ico180_maskable.png — Icon 180 Maskable
ico192.png — Icon 192
ico192_maskable.png — Icon 192 Maskable
ico256.png — Icon 256
ico256_maskable.png — Icon 256 Maskable
ico320.png — Icon 320
ico512.png — Icon 512
ico512_maskable.png — Icon 512 Maskable
favicon.ico — Favicon
favicon_16x16.png — Favicon 16x16
favicon_32x32.png — Favicon 32x32
favicon_48x48.png — Favicon 48x48
favicon_64x64.png — Favicon 64x64
Show Maintenance Log in Hamburger Menu
MAINTENANCEMODE
Type: Boolean
Displays the Maintenance Log in the Node V2 menu when enabled. Use the log to record inspections, oil checks, servicing, and other maintenance activities for this device.
Example
on
Default
on
Allowed values / range
on / off
Node Name
NODENAME
Type: Text
Friendly name used to identify this Node V2 in the Smarter.Yachts App and on device lists. Choose a short, descriptive name such as Generator or Windlass.
Example
Generator
Default
Allowed values / range
0–48 characters (firmware length limit)
Operation Mode (Device Type)
OPMODE
Type: Enum
Selects the function controlled by this Node V2: Gangway (GW), Windlass (WL), Furler (FU), Tenderlift (TL), Dive Compressor (DC), Hydraulic Valves (HV), Switching (SW), or Generator (GE). The selected mode determines which controls and mode-specific settings are available. On an invalid value, the firmware falls back to SW.
Example
GE
Default
GW
Allowed values / range
DC — Dive Compressor
FU — Furler
GW — Gangway
GE — Generator
HV — Hydraulic Valve / Pump
SW — Switching
TL — Tenderlift
WL — Windlass
Lock Screen
SCREENLOCK
Type: Enum
Time in seconds before the Node V2 interface locks automatically after inactivity. Set to -1 to disable automatic locking.
Example
-1
Default
-1
Allowed values / range
-1 — Never
10 — 10 Seconds
20 — 20 Seconds
30 — 30 Seconds
40 — 40 Seconds
50 — 50 Seconds
60 — 60 Seconds
70 — 70 Seconds
80 — 80 Seconds
90 — 90 Seconds
Show in App Menu
SHOWINAPPMENU
Type: Boolean
Controls whether this Node appears as a direct entry in the Smarter.Yachts App navigation menu. Disable it to hide the shortcut without disabling the Node itself.
Example
on
Default
on
Allowed values / range
on / off
Show Logo
SHOWLOGO
Type: Boolean
Displays the configured logo in the Node interface when enabled. Disable to simplify the screen layout. On an invalid value, the firmware falls back to off.
Example
on
Default
on
Allowed values / range
on / off
Show Slogan
SHOWSLOGAN
Type: Boolean
Displays the configured slogan text in the interface when enabled. The slogan itself is set in the Slogan field. On an invalid value, the firmware falls back to off.
Example
on
Default
on
Allowed values / range
on / off
Slogan (If empty, System defaults apply)
SLOGAN
Type: Text
Defines optional text displayed as the Node slogan. When left empty, the firmware may use its built-in default.
Example
Fair Winds
Default
Allowed values / range
0–50 characters (firmware length limit)
Configuration Schema Version
CONFIGVERSION
Type: Integer
Internal configuration schema marker, not the firmware version. Leave it at the value generated by the firmware. Missing or invalid values are treated as legacy schema 0.
Example
1
Default
1
Allowed values / range
0–65535 (whole numbers); not a Config Editor control

Motion & Interlocks

Define how motorized equipment responds to commands and how opposing movements are protected. Review these settings carefully before operating gangways, lifts, furlers, or other moving equipment.

Direction change delay (seconds)
DIRECTIONCHANGEDELAY
Type: Integer
Minimum waiting period before the motor may change to the opposite direction. This protects the drive and relays from immediate direction reversals. Verify the unit used by the firmware before changing this value.
Example
1000
Default
1
Allowed values / range
1–60 (whole numbers)
Reverse Up / Down (R1 / R2)
DIRECTIONREVERSE
Type: Boolean
Swaps the UP and DOWN command assignment for supported motion controls. Check actual equipment movement after changing this setting.
Example
off
Default
off
Allowed values / range
on / off
Reverse In / Out (R3 / R4)
GWINOUTREVERSE
Type: Boolean
Swaps the IN and OUT command assignment for Gangway control. Test both directions safely after making changes.
Example
off
Default
off
Allowed values / range
on / off
Max command time while key is pressed (seconds)
MAXSEND
Type: Integer
Maximum duration for a continuously held movement command. Limits how long the output can remain active from a single sustained command. Verify the unit used by the firmware before changing this value. On an invalid value, the firmware falls back to 10.
Example
20000
Default
20
Allowed values / range
1–3600 (whole numbers)

WiFi & Network

Configure the wireless connection and local network identity of Node V2. Choose whether the device joins an existing WiFi network or provides its own access point, and verify connectivity before deploying.

Gateway
GATEWAYIP
Type: Text
Sets the network router/gateway address used when a static IP configuration is selected. It must be reachable on the configured subnet.
Example
192.168.1.1
Default
192.168.4.1
Allowed values / range
IPv4 dotted decimal: four octets, each 0–255; required by the editor for static addressing
Hostname
HOSTNAME
Type: Text
Defines the network hostname used to identify the Node, typically reachable as hostname.local on networks supporting mDNS. Enter the name without the .local suffix. The editor permits an empty value; the firmware logs a minimum-length warning but retains it. Firmware truncates hostnames beyond 63 bytes.
Example
node
Default
sy
Allowed values / range
Hostname labels: 1–63 letters, digits, or hyphens; no leading or trailing label hyphen or spaces. Editor maximum: 253 characters; firmware maximum: 63 bytes.
IP Address
IPADDRESS
Type: Integer
Specifies the fixed IP address assigned to Node V2 when IP Mode is set to static. Choose an unused address on the yacht network.
Example
192.168.1.20
Default
192.168.4.1
Allowed values / range
IPv4 dotted decimal: four octets, each 0–255; required by the editor for static addressing
IP Mode
IPMODE
Type: Enum
Controls whether the Node receives its IP settings automatically (dynamic/DHCP) or uses the manually configured static address, gateway, and subnet. Dynamic is unavailable in Access Point mode; the editor selects Static.
Example
D
Default
D
Allowed values / range
D — Dynamic
S — Static
Password 👁
PASSWORD
Type: Text
Password for the Wi-Fi network selected in SSID. It is used for station-mode connection and should be kept confidential.
Example
********
Default
smarter1
Allowed values / range
Empty for an open network (editor warning), or 8–63 printable ASCII characters. Firmware warns on fewer than 8 characters but retains the value.
SSID
SSID
Type: Text
Name of the Wi-Fi network to which Node V2 connects when operating as a station (STA). Enter the network name exactly, including capitalization.
Example
YACHT-WIFI
Default
SY
Allowed values / range
1–32 UTF-8 bytes; no control characters
Subnet
SUBNETMASK
Type: Text
Sets the subnet mask for a static network configuration. It must match the addressing scheme of the connected Wi-Fi network.
Example
255.255.255.0
Default
255.255.255.0
Allowed values / range
IPv4 subnet mask with contiguous leading 1 bits followed by 0 bits; all-zero mask rejected by the editor
WiFi Mode
WIFIMODE
Type: Enum
Selects the Wi-Fi operating mode. STA connects Node V2 to an existing Wi-Fi network; AP lets Node V2 provide its own access point for direct setup and access. In Access Point mode, the Config Editor disables Dynamic IP mode and selects Static.
Example
STA
Default
AP
Allowed values / range
AP — Access Point
STA — Station (Client)

Remote & Internet

Manage internet-dependent features and remote connectivity. These settings affect how the Node communicates beyond the local network and should be configured according to the vessel’s connectivity and security requirements.

Internet Access
INTERNETENABLED
Type: Boolean
Allows the Node to use Internet-dependent functions when connectivity is available. Certain explicitly requested operations may establish temporary access independently.
Example
off
Default
off
Allowed values / range
on / off
Remote Management
REMOTE
Type: Boolean
Enables communication with the configured remote service when supported and permitted. Requires suitable network connectivity and service configuration. The editor requires Internet Access to be enabled when Remote Management is enabled.
Example
off
Default
off
Allowed values / range
on / off
Remote Poll Interval
REMOTEPOLLINT
Type: Integer
Defines how frequently the Node checks the remote service, in seconds. Shorter intervals generate more network traffic.
Example
300
Default
300
Allowed values / range
120–3600 seconds (whole numbers)
Repository Server URL
REPOURL
Type: Text
Specifies the server URL used to retrieve firmware or other published resources. Change only when using an approved alternative repository.
Example
https://repo.smarter.yachts
Default
https://prod.smarter.yachts
Allowed values / range
HTTP or HTTPS host-only URL: http://hostname or https://hostname (IPv4 also accepted). No path or trailing slash, port, query string, fragment, or credentials. The Config Editor requires dotted hostnames with 1–63 letters, digits, or hyphens per label, no leading or trailing label hyphen, and a maximum hostname length of 253 characters. Use a lowercase scheme.
Remote Server URL
REMOTEURL
Type: Text
Remote management endpoint. The editor checks the URL when Remote Management is enabled. Invalid format disables REMOTE when firmware loads the configuration; syntax validation does not test reachability.
Example
https://prod.smarter.yachts
Default
https://prod.smarter.yachts
Allowed values / range
HTTP or HTTPS host-only URL: http://hostname or https://hostname (IPv4 also accepted). No path or trailing slash, port, query string, fragment, or credentials. The editor requires a dotted hostname, labels of 1–63 letters, digits or hyphens, no leading or trailing label hyphen, and a maximum hostname length of 253 characters. Use a lowercase scheme.

Authentication & Access

Control access to the Node configuration and protected functions. Set appropriate credentials and access rules to prevent unauthorized changes while keeping legitimate maintenance access available.

Login Expiry (days)
ADMIN_AUTH_EXPIRY_DAYS
Type: Integer
Number of days for which a successful Admin authentication remains valid before the user must authenticate again. On an invalid value, the firmware falls back to 10.
Example
30
Default
1
Allowed values / range
1–360 (whole numbers)
Auth Token
ADMIN_AUTH_TOKEN
Type: Text
Authentication token generated for the Admin role. Treat it as a secret credential; it is not a descriptive label or a value to share publicly.
Example
generated
Default
oP3kvjH4hf
Allowed values / range
6–32 characters (firmware length limit)
Passcode
ADMIN_PASSCODE
Type: Text
Passcode used to authenticate users with the Admin role. Set a suitable secret and avoid reusing credentials between roles.
Example
********
Default
dhZgHjX3kd
Allowed values / range
4–16 characters (firmware length limit)
Admin requires authentication
ADMIN_REQUIRES_AUTH
Type: Boolean
When enabled, users must authenticate before accessing functions protected by the Admin role. Disabling it removes that role-specific login requirement. The editor prevents disabling Admin authentication while Guest or Crew authentication is enabled.
Example
on
Default
off
Allowed values / range
on / off
Login Expiry (days)
CREW_AUTH_EXPIRY_DAYS
Type: Integer
Number of days for which a successful Crew authentication remains valid before the user must authenticate again. On an invalid value, the firmware falls back to 10.
Example
30
Default
30
Allowed values / range
1–360 (whole numbers)
Auth Token
CREW_AUTH_TOKEN
Type: Text
Authentication token generated for the Crew role. Treat it as a secret credential; it is not a descriptive label or a value to share publicly.
Example
generated
Default
U3HHgrT6kc
Allowed values / range
6–32 characters (firmware length limit)
Passcode
CREW_PASSCODE
Type: Text
Passcode used to authenticate users with the Crew role. Set a suitable secret and avoid reusing credentials between roles.
Example
********
Default
pH16ZZdnsw
Allowed values / range
4–16 characters (firmware length limit)
Crew requires authentication
CREW_REQUIRES_AUTH
Type: Boolean
When enabled, users must authenticate before accessing functions protected by the Crew role. Disabling it removes that role-specific login requirement. The editor requires Admin authentication to be enabled before Crew authentication can be enabled.
Example
on
Default
off
Allowed values / range
on / off
Login Expiry (days)
GUEST_AUTH_EXPIRY_DAYS
Type: Integer
Number of days for which a successful Guest authentication remains valid before the user must authenticate again. On an invalid value, the firmware falls back to 10.
Example
7
Default
7
Allowed values / range
1–360 (whole numbers)
Auth Token
GUEST_AUTH_TOKEN
Type: Text
Authentication token generated for the Guest role. Treat it as a secret credential; it is not a descriptive label or a value to share publicly.
Example
generated
Default
oPKldj3d0d
Allowed values / range
6–32 characters (firmware length limit)
Passcode
GUEST_PASSCODE
Type: Text
Passcode used to authenticate users with the Guest role. Set a suitable secret and avoid reusing credentials between roles.
Example
********
Default
zeGwGr72Jb
Allowed values / range
4–16 characters (firmware length limit)
Guest requires authentication
GUEST_REQUIRES_AUTH
Type: Boolean
When enabled, users must authenticate before accessing functions protected by the Guest role. Disabling it removes that role-specific login requirement. The editor requires both Crew and Admin authentication to be enabled before Guest authentication can be enabled.
Example
on
Default
off
Allowed values / range
on / off
Trust token (Multi / Remote access)
TRUSTTOKEN
Type: Text
Shared secret used to authenticate trusted connections between Nodes or API clients. Keep it private and configure matching credentials on connected devices.
Example
generated
Default
1fKef2IoP1
Allowed values / range
5–32 characters: A–Z, a–z, 0–9, - _ . ~ ! $ % +

System Health

Configure system monitoring, diagnostics, and reliability-related behavior. Use these settings to support stable operation and troubleshooting without interrupting active equipment.

Internet Health Check Interval (seconds, 120–1200, 600)
HEALTHCHECKINT
Type: Integer
Time between general system health checks, in seconds. The health monitor uses these checks to detect conditions requiring recovery.
Example
600
Default
600
Allowed values / range
120–1200 (whole numbers)
Network Health Check Interval (seconds, 60–600, 60)
HEALTHCHECKWIFIINT
Type: Integer
Time between checks of Wi-Fi and web-server availability, in seconds. Used to identify network-service failures.
Example
60
Default
60
Allowed values / range
60–600 (whole numbers)
Web Server failures before restart (2–10, 3)
HEALTHWEBSERVERFAILURES
Type: Integer
Number of consecutive failed web-server checks tolerated before recovery or restart is initiated. Larger values allow more transient failures.
Example
3
Default
3
Allowed values / range
2–10 (whole numbers)
Recover from Fallback WiFi after (minutes, 15–300, 30)
HEALTHWIFIFROMFALLBACK
Type: Integer
Delay in minutes before attempting to recover the preferred Wi-Fi connection after entering fallback access-point mode.
Example
30
Default
30
Allowed values / range
15–300 (whole numbers)
Switch to Fallback WiFi after (minutes, 5–300, 10)
HEALTHWIFITOFALLBACK
Type: Integer
Delay in minutes before switching to fallback Wi-Fi operation when the preferred network cannot be reached.
Example
10
Default
10
Allowed values / range
5–300 (whole numbers)

Multi Device

Connect and identify multiple Smarter.Yachts Node V2 devices within one installation. Configure host and device labels so each Node can be distinguished and addressed correctly in a coordinated setup.

Host Label
HOSTTXT
Type: Text
Friendly name displayed for the local or primary Node in a multi-device setup. Choose a label that distinguishes it from connected slave devices.
Example
Gangway
Default
Gangway
Allowed values / range
1–16 characters (firmware length limit)
Enable Multi
MULTI
Type: Boolean
Enables Multi Device mode, allowing one Node interface to provide access to additional configured Nodes. Configure each slave address and trust token separately.
Example
off
Default
off
Allowed values / range
on / off
Slave 1 enabled
SLAVE1
Type: Boolean
Enables slave Node 1 in Multi Device mode. Its address and trust token must also be configured for communication.
Example
on
Default
off
Allowed values / range
on / off
Trust-Token
SLAVE1TTO
Type: Text
Trust token used by the primary Node to authenticate with slave Node 1. It must match the token configured on that device.
Example
generated
Default
1fKef2IoP1
Allowed values / range
5–32 characters: A–Z, a–z, 0–9, - _ . ~ ! $ % +; required only when Multi Device Mode and this slave are enabled
Label
SLAVE1TXT
Type: Text
Friendly label for slave Node 1 shown in multi-device navigation. Use the equipment name to make the destination easy to recognize.
Example
Windlass
Default
Diving
Allowed values / range
1–16 characters (firmware length limit)
URL
SLAVE1URL
Type: Text
HTTP URL used to contact slave Node 1. Format validation applies in the Config Editor when Multi Device Mode and this slave are enabled. An invalid URL disables this slave when the firmware loads the configuration. The destination must also be reachable from the primary Node; URL-format validation does not test connectivity.
Example
http://windlass.local
Default
http://192.168.4.2
Allowed values / range
HTTP host-only URL: http://hostname or http://IPv4. HTTPS is not accepted. No path or trailing slash, port, query string, fragment, or credentials. Hostnames use letters, digits, hyphens, and dots; firmware rejects consecutive dots and a leading or trailing dot or hyphen. Use a lowercase http:// scheme.
Slave 2 enabled
SLAVE2
Type: Boolean
Enables slave Node 2 in Multi Device mode. Its address and trust token must also be configured for communication.
Example
on
Default
off
Allowed values / range
on / off
Trust-Token
SLAVE2TTO
Type: Text
Trust token used by the primary Node to authenticate with slave Node 2. It must match the token configured on that device.
Example
generated
Default
2fKef2IoP2
Allowed values / range
5–32 characters: A–Z, a–z, 0–9, - _ . ~ ! $ % +; required only when Multi Device Mode and this slave are enabled
Label
SLAVE2TXT
Type: Text
Friendly label for slave Node 2 shown in multi-device navigation. Use the equipment name to make the destination easy to recognize.
Example
Windlass
Default
Tenderlift
Allowed values / range
1–16 characters (firmware length limit)
URL
SLAVE2URL
Type: Text
HTTP URL used to contact slave Node 2. Format validation applies in the Config Editor when Multi Device Mode and this slave are enabled. An invalid URL disables this slave when the firmware loads the configuration. The destination must also be reachable from the primary Node; URL-format validation does not test connectivity.
Example
http://windlass.local
Default
http://192.168.4.3
Allowed values / range
HTTP host-only URL: http://hostname or http://IPv4. HTTPS is not accepted. No path or trailing slash, port, query string, fragment, or credentials. Hostnames use letters, digits, hyphens, and dots; firmware rejects consecutive dots and a leading or trailing dot or hyphen. Use a lowercase http:// scheme.
Slave 3 enabled
SLAVE3
Type: Boolean
Enables slave Node 3 in Multi Device mode. Its address and trust token must also be configured for communication.
Example
on
Default
off
Allowed values / range
on / off
Trust-Token
SLAVE3TTO
Type: Text
Trust token used by the primary Node to authenticate with slave Node 3. It must match the token configured on that device.
Example
generated
Default
3fKef2IoP3
Allowed values / range
5–32 characters: A–Z, a–z, 0–9, - _ . ~ ! $ % +; required only when Multi Device Mode and this slave are enabled
Label
SLAVE3TXT
Type: Text
Friendly label for slave Node 3 shown in multi-device navigation. Use the equipment name to make the destination easy to recognize.
Example
Windlass
Default
Windlass
Allowed values / range
1–16 characters (firmware length limit)
URL
SLAVE3URL
Type: Text
HTTP URL used to contact slave Node 3. Format validation applies in the Config Editor when Multi Device Mode and this slave are enabled. An invalid URL disables this slave when the firmware loads the configuration. The destination must also be reachable from the primary Node; URL-format validation does not test connectivity.
Example
http://windlass.local
Default
http://192.168.4.4
Allowed values / range
HTTP host-only URL: http://hostname or http://IPv4. HTTPS is not accepted. No path or trailing slash, port, query string, fragment, or credentials. Hostnames use letters, digits, hyphens, and dots; firmware rejects consecutive dots and a leading or trailing dot or hyphen. Use a lowercase http:// scheme.
Slave 4 enabled
SLAVE4
Type: Boolean
Enables slave Node 4 in Multi Device mode. Its address and trust token must also be configured for communication.
Example
on
Default
off
Allowed values / range
on / off
Trust-Token
SLAVE4TTO
Type: Text
Trust token used by the primary Node to authenticate with slave Node 4. It must match the token configured on that device.
Example
generated
Default
4fKef2IoP4
Allowed values / range
5–32 characters: A–Z, a–z, 0–9, - _ . ~ ! $ % +; required only when Multi Device Mode and this slave are enabled
Label
SLAVE4TXT
Type: Text
Friendly label for slave Node 4 shown in multi-device navigation. Use the equipment name to make the destination easy to recognize.
Example
Windlass
Default
Switches
Allowed values / range
1–16 characters (firmware length limit)
URL
SLAVE4URL
Type: Text
HTTP URL used to contact slave Node 4. Format validation applies in the Config Editor when Multi Device Mode and this slave are enabled. An invalid URL disables this slave when the firmware loads the configuration. The destination must also be reachable from the primary Node; URL-format validation does not test connectivity.
Example
http://windlass.local
Default
http://192.168.4.5
Allowed values / range
HTTP host-only URL: http://hostname or http://IPv4. HTTPS is not accepted. No path or trailing slash, port, query string, fragment, or credentials. Hostnames use letters, digits, hyphens, and dots; firmware rejects consecutive dots and a leading or trailing dot or hyphen. Use a lowercase http:// scheme.

Electrical & Temperature Data

Select sources for electrical measurements and temperature readings, including supported external systems. Configure connection details and data selection so displayed values correspond to the installed equipment.

Electrical Data Source
ELECTRICALDATASOURCE
Type: Enum
Selects where battery and electrical readings originate, such as Victron GX or Smarter.Yachts Dash. Choose None when no compatible source is connected.
Example
VICTRON
Default
NONE
Allowed values / range
NONE — None
VICTRON — Victron GX
DASH — Smarter.Yachts Dash (not yet available)
Refresh Cycle - Background
VICTRONBACKGROUNDREFRESH
Type: Enum
Interval in seconds between background updates of Victron electrical measurements. Higher values reduce polling traffic. The editor offers the listed choices; manually edited configuration files accept any whole-number interval in the firmware range: 5–120 seconds.
Example
5
Default
5
Allowed values / range
5 — 5 seconds
10 — 10 seconds
15 — 15 seconds
30 — 30 seconds
60 — 1 minute
120 — 2 minutes
Victron GX IP address / hostname
VICTRONGXHOST
Type: Text
IP address or hostname of the Victron GX device providing electrical data over Modbus TCP. Ensure the device is reachable on the same network.
Example
192.168.1.50
Default
venus.local
Allowed values / range
1–64 characters (firmware length limit)
Refresh Cycle - Popup Open
VICTRONPOPUPREFRESH
Type: Enum
Interval in seconds between electrical-data updates while the detail popup is open. Short intervals provide more responsive readings. The editor offers the listed choices; manually edited configuration files accept any whole-number interval in the firmware range: 2–30 seconds.
Example
2
Default
2
Allowed values / range
2 — 2 seconds
5 — 5 seconds
10 — 10 seconds
15 — 15 seconds
30 — 30 seconds
Temperature Modbus Unit ID
VICTRONTEMPUNITID
Type: Integer
Modbus TCP Unit ID identifying the Victron temperature service. Use the value discovered or assigned for the corresponding service.
Example
24
Default
0
Allowed values / range
0–247 (whole numbers); 0 disables this source
Manual
VICTRONTEMPUNITMODE
Type: Enum
Choose Manual to enter a Modbus Unit ID, or Scan to discover temperature sensors on the Victron GX and select one. Editor-only selection; this is not stored in config.txt. Scan selects a detected sensor and writes its VICTRONTEMPUNITID.
Example
MANUAL
Default
MANUAL (editor only)
Allowed values / range
MANUAL — Manual
SCAN — Scan
VE.Bus Modbus Unit ID Electric
VICTRONVEBUSUNITID
Type: Integer
Modbus TCP Unit ID for the VE.Bus service used to read inverter/charger information from the Victron GX.
Example
227
Default
227
Allowed values / range
1–247 (whole numbers)

Tank Data

Configure the identification and presentation of tank measurements. Assign the appropriate tank sources and labels so fresh water, black water, and other configured tank readings can be recognized correctly.

Label
TANK10TXT
Type: Text
Display name for tank 10, such as Fresh Water or Black Water. The label helps identify the tank in level displays.
Example
Fresh Water
Default
Tank 10
Allowed values / range
1–24 characters (firmware length limit)
Modbus Unit ID
TANK10UNITID
Type: Integer
Victron Modbus TCP Unit ID for tank 10. Enter the ID of the corresponding tank service; use 0 to disable this tank entry.
Example
20
Default
0
Allowed values / range
0–247 (whole numbers); 0 disables this source
Label
TANK11TXT
Type: Text
Display name for tank 11, such as Fresh Water or Black Water. The label helps identify the tank in level displays.
Example
Fresh Water
Default
Tank 11
Allowed values / range
1–24 characters (firmware length limit)
Modbus Unit ID
TANK11UNITID
Type: Integer
Victron Modbus TCP Unit ID for tank 11. Enter the ID of the corresponding tank service; use 0 to disable this tank entry.
Example
20
Default
0
Allowed values / range
0–247 (whole numbers); 0 disables this source
Label
TANK12TXT
Type: Text
Display name for tank 12, such as Fresh Water or Black Water. The label helps identify the tank in level displays.
Example
Fresh Water
Default
Tank 12
Allowed values / range
1–24 characters (firmware length limit)
Modbus Unit ID
TANK12UNITID
Type: Integer
Victron Modbus TCP Unit ID for tank 12. Enter the ID of the corresponding tank service; use 0 to disable this tank entry.
Example
20
Default
0
Allowed values / range
0–247 (whole numbers); 0 disables this source
Label
TANK13TXT
Type: Text
Display name for tank 13, such as Fresh Water or Black Water. The label helps identify the tank in level displays.
Example
Fresh Water
Default
Tank 13
Allowed values / range
1–24 characters (firmware length limit)
Modbus Unit ID
TANK13UNITID
Type: Integer
Victron Modbus TCP Unit ID for tank 13. Enter the ID of the corresponding tank service; use 0 to disable this tank entry.
Example
20
Default
0
Allowed values / range
0–247 (whole numbers); 0 disables this source
Label
TANK14TXT
Type: Text
Display name for tank 14, such as Fresh Water or Black Water. The label helps identify the tank in level displays.
Example
Fresh Water
Default
Tank 14
Allowed values / range
1–24 characters (firmware length limit)
Modbus Unit ID
TANK14UNITID
Type: Integer
Victron Modbus TCP Unit ID for tank 14. Enter the ID of the corresponding tank service; use 0 to disable this tank entry.
Example
20
Default
0
Allowed values / range
0–247 (whole numbers); 0 disables this source
Label
TANK15TXT
Type: Text
Display name for tank 15, such as Fresh Water or Black Water. The label helps identify the tank in level displays.
Example
Fresh Water
Default
Tank 15
Allowed values / range
1–24 characters (firmware length limit)
Modbus Unit ID
TANK15UNITID
Type: Integer
Victron Modbus TCP Unit ID for tank 15. Enter the ID of the corresponding tank service; use 0 to disable this tank entry.
Example
20
Default
0
Allowed values / range
0–247 (whole numbers); 0 disables this source
Label
TANK16TXT
Type: Text
Display name for tank 16, such as Fresh Water or Black Water. The label helps identify the tank in level displays.
Example
Fresh Water
Default
Tank 16
Allowed values / range
1–24 characters (firmware length limit)
Modbus Unit ID
TANK16UNITID
Type: Integer
Victron Modbus TCP Unit ID for tank 16. Enter the ID of the corresponding tank service; use 0 to disable this tank entry.
Example
20
Default
0
Allowed values / range
0–247 (whole numbers); 0 disables this source
Label
TANK1TXT
Type: Text
Display name for tank 1, such as Fresh Water or Black Water. The label helps identify the tank in level displays.
Example
Fresh Water
Default
Tank 1
Allowed values / range
1–24 characters (firmware length limit)
Modbus Unit ID
TANK1UNITID
Type: Integer
Victron Modbus TCP Unit ID for tank 1. Enter the ID of the corresponding tank service; use 0 to disable this tank entry.
Example
20
Default
0
Allowed values / range
0–247 (whole numbers); 0 disables this source
Label
TANK2TXT
Type: Text
Display name for tank 2, such as Fresh Water or Black Water. The label helps identify the tank in level displays.
Example
Fresh Water
Default
Tank 2
Allowed values / range
1–24 characters (firmware length limit)
Modbus Unit ID
TANK2UNITID
Type: Integer
Victron Modbus TCP Unit ID for tank 2. Enter the ID of the corresponding tank service; use 0 to disable this tank entry.
Example
20
Default
0
Allowed values / range
0–247 (whole numbers); 0 disables this source
Label
TANK3TXT
Type: Text
Display name for tank 3, such as Fresh Water or Black Water. The label helps identify the tank in level displays.
Example
Fresh Water
Default
Tank 3
Allowed values / range
1–24 characters (firmware length limit)
Modbus Unit ID
TANK3UNITID
Type: Integer
Victron Modbus TCP Unit ID for tank 3. Enter the ID of the corresponding tank service; use 0 to disable this tank entry.
Example
20
Default
0
Allowed values / range
0–247 (whole numbers); 0 disables this source
Label
TANK4TXT
Type: Text
Display name for tank 4, such as Fresh Water or Black Water. The label helps identify the tank in level displays.
Example
Fresh Water
Default
Tank 4
Allowed values / range
1–24 characters (firmware length limit)
Modbus Unit ID
TANK4UNITID
Type: Integer
Victron Modbus TCP Unit ID for tank 4. Enter the ID of the corresponding tank service; use 0 to disable this tank entry.
Example
20
Default
0
Allowed values / range
0–247 (whole numbers); 0 disables this source
Label
TANK5TXT
Type: Text
Display name for tank 5, such as Fresh Water or Black Water. The label helps identify the tank in level displays.
Example
Fresh Water
Default
Tank 5
Allowed values / range
1–24 characters (firmware length limit)
Modbus Unit ID
TANK5UNITID
Type: Integer
Victron Modbus TCP Unit ID for tank 5. Enter the ID of the corresponding tank service; use 0 to disable this tank entry.
Example
20
Default
0
Allowed values / range
0–247 (whole numbers); 0 disables this source
Label
TANK6TXT
Type: Text
Display name for tank 6, such as Fresh Water or Black Water. The label helps identify the tank in level displays.
Example
Fresh Water
Default
Tank 6
Allowed values / range
1–24 characters (firmware length limit)
Modbus Unit ID
TANK6UNITID
Type: Integer
Victron Modbus TCP Unit ID for tank 6. Enter the ID of the corresponding tank service; use 0 to disable this tank entry.
Example
20
Default
0
Allowed values / range
0–247 (whole numbers); 0 disables this source
Label
TANK7TXT
Type: Text
Display name for tank 7, such as Fresh Water or Black Water. The label helps identify the tank in level displays.
Example
Fresh Water
Default
Tank 7
Allowed values / range
1–24 characters (firmware length limit)
Modbus Unit ID
TANK7UNITID
Type: Integer
Victron Modbus TCP Unit ID for tank 7. Enter the ID of the corresponding tank service; use 0 to disable this tank entry.
Example
20
Default
0
Allowed values / range
0–247 (whole numbers); 0 disables this source
Label
TANK8TXT
Type: Text
Display name for tank 8, such as Fresh Water or Black Water. The label helps identify the tank in level displays.
Example
Fresh Water
Default
Tank 8
Allowed values / range
1–24 characters (firmware length limit)
Modbus Unit ID
TANK8UNITID
Type: Integer
Victron Modbus TCP Unit ID for tank 8. Enter the ID of the corresponding tank service; use 0 to disable this tank entry.
Example
20
Default
0
Allowed values / range
0–247 (whole numbers); 0 disables this source
Label
TANK9TXT
Type: Text
Display name for tank 9, such as Fresh Water or Black Water. The label helps identify the tank in level displays.
Example
Fresh Water
Default
Tank 9
Allowed values / range
1–24 characters (firmware length limit)
Modbus Unit ID
TANK9UNITID
Type: Integer
Victron Modbus TCP Unit ID for tank 9. Enter the ID of the corresponding tank service; use 0 to disable this tank entry.
Example
20
Default
0
Allowed values / range
0–247 (whole numbers); 0 disables this source
Refresh Cycle - Background (seconds)
TANKBACKGROUNDREFRESH
Type: Integer
Time in seconds between background updates of configured tank levels. Increasing the interval reduces network polling.
Example
5
Default
5
Allowed values / range
5–120 (whole numbers)
Tank Data Source
TANKDATASOURCE
Type: Enum
Selects the source supplying tank-level data. Choose the compatible provider configured on the yacht.
Example
VICTRON
Default
NONE
Allowed values / range
NONE — None
VICTRON — Victron GX
DASH — Smarter.Yachts Dash (not yet available)
Show tanks on main screen
TANKSHOWONMAIN
Type: Boolean
When enabled, configured tank levels appear directly on the Node main screen. Disable to keep them in the detailed views only.
Example
off
Default
on
Allowed values / range
on / off
Victron GX IP address / hostname
TANKVICTRONGXHOST
Type: Text
Hostname or IP address of the Victron GX providing tank-level data. This can differ from the GX used for electrical data.
Example
192.168.1.50
Default
venus.local
Allowed values / range
1–64 characters (firmware length limit)

Windlass / Furler (WL / FU)

Configure anchor windlass controls, movement behavior, and optional chain counting. Verify direction inputs, sensor settings, and movement protection before operating the windlass.

Enable Chain Counter
WLCHAINCOUNTER
Type: Boolean
Enable the Windlass chain counter. When off, counting and its UI controls are hidden.
Example
off
Default
off
Allowed values / range
on / off
Chain per pulse (cm)
WLCHAINPERPULSE
Type: Decimal
Chain travel per IN8 sensor pulse, in centimetres. Used to calculate deployed chain length.
Example
30
Default
25.0
Allowed values / range
1–2000 cm per pulse; decimals accepted (editor step 0.01)
Display unit
WLCHAINUNIT
Type: Enum
Display unit for the chain counter: metres or feet.
Example
M
Default
M
Allowed values / range
M — Meters
FT — Feet
Up/Down Indicator
WLCHAINDIRECTION
Type: Enum
Chain counter direction source: SELF uses Node V2 relays; IN6DOWN uses IN6 for Down and IN7 for Up; IN6UP reverses the input assignments. IN8 measures chain pulses. Coast-down pulses always count as Down.
Example
SELF
Default
SELF
Allowed values / range
SELF — Self (Node V2 relays)
IN6DOWN — IN6 Down / IN7 Up
IN6UP — IN6 Up / IN7 Down
Counter Mode
WLCHAINMODE
Type: Enum
Chain measurement method: SENSOR counts IN8 pulses (default); TIME estimates travel from active UP/DOWN signals.
Example
SENSOR
Default
SENSOR
Allowed values / range
SENSOR — Sensor (IN8)
TIME — Time Based (estimated)
DOWN distance in 15 seconds (m)
WLCHAINTIMEDOWN
Type: Decimal
Measured metres deployed in 15 seconds of DOWN motor operation in Time Based mode.
Example
0.0
Default
0.0
Allowed values / range
0–250 m travelled in 15 seconds; decimals accepted (editor step 0.01)
UP distance in 15 seconds (m)
WLCHAINTIMEUP
Type: Decimal
Measured metres retrieved in 15 seconds of UP motor operation in Time Based mode.
Example
0.0
Default
0.0
Allowed values / range
0–250 m travelled in 15 seconds; decimals accepted (editor step 0.01)
Total chain length (m)
WLCHAINMAXLENGTH
Type: Integer
Total physical chain length in metres (1–250; default 80). Defines the progress-bar scale and 75%/90% warning thresholds.
Example
80
Default
80
Allowed values / range
1–250 m (whole numbers)
Has Light
WLHASLIGHT
Type: Boolean
Enables the optional lighting control associated with Windlass or Furler operation, if the output is wired for this purpose.
Example
off
Default
off
Allowed values / range
on / off

Tenderlift (TL)

Configure tenderlift movement and control behavior. Check travel directions, timing, and interlocks against the installed lift before enabling normal operation.

Has Light
TLHASLIGHT
Type: Boolean
Enables the optional Tenderlift lighting control. Only enable when the relevant output and light are installed.
Example
off
Default
off
Allowed values / range
on / off

Dive Compressor (DC)

Configure remote control and operating parameters for the dive compressor. Ensure the electrical installation, operating feedback, and maintenance requirements—including breathing-air filter service—are handled appropriately.

Breathing air filter reminder (hours, 5-200)
DCBREATHINGFILTERINTERVAL
Type: Integer
Operating-hour interval between breathing-air filter service reminders on the dive compressor. Follow the compressor and filter manufacturer’s requirements for safe breathing air.
Example
100
Default
20
Allowed values / range
5–200 (whole numbers)
Provides feedback if running (IN8)
DCHASFEEDBACK
Type: Boolean
Enables use of the Dive Compressor running-feedback input so the Node can distinguish requested operation from actual running state.
Example
on
Default
off
Allowed values / range
on / off
Oil check reminder (hours, 5-100)
DCOILCHECKINTERVAL
Type: Integer
Operating-hour interval for Dive Compressor oil checks. Set according to the compressor manufacturer’s maintenance schedule.
Example
25
Default
20
Allowed values / range
5–100 (whole numbers)
Dive Compressor service reminder (hours, 20-1000)
DCSERVICEINTERVAL
Type: Integer
Operating-hour interval for scheduled Dive Compressor servicing. The maintenance log uses this value to indicate when service is due.
Example
200
Default
200
Allowed values / range
20–1000 (whole numbers)

Hydraulic Valves (HV)

Configure hydraulic valve functions and the behavior of connected outputs. Verify valve assignments and safe switching behavior against the actual hydraulic installation.

Maintenance cycle at approx. (System time, normally UTC)
HVHTMAINT
Type: Enum
Defines the maintenance action or position for the HT hydraulic-valve configuration. Verify connected actuators before using maintenance commands. Editor/firmware discrepancy: HV00 (approx. midnight) is offered by the editor but missing from the firmware domain; it falls back to HV99 (never).
Example
HV99
Default
HV99
Allowed values / range
HV99 — never
HV00 — approx. midnight
HV01 — approx. 1am
HV02 — approx. 2am
HV03 — approx. 3am
HV04 — approx. 4am
HV05 — approx. 5am
HV06 — approx. 6am
HV07 — approx. 7am
HV08 — approx. 8am
HV09 — approx. 9am
HV10 — approx. 10am
HV11 — approx. 11am
HV12 — approx. noon
HV13 — approx. 1pm
HV14 — approx. 2pm
HV15 — approx. 3pm
HV16 — approx. 4pm
HV17 — approx. 5pm
HV18 — approx. 6pm
HV19 — approx. 7pm
HV20 — approx. 8pm
HV21 — approx. 9pm
HV22 — approx. 10pm
HV23 — approx. 11pm
Reverse Open/Close
HVHTRVS
Type: Boolean
Reverses the actuator direction assignment for HT hydraulic-valve control. Confirm open and close behaviour after changing it.
Example
off
Default
off
Allowed values / range
on / off
Pump 1 enabled
HVMP1
Type: Boolean
Enables pump/channel 1 in MP hydraulic mode. Configure its name and run duration before using the output.
Example
on
Default
off
Allowed values / range
on / off
Run pump for (seconds, 3-1200, 180)
HVMP1RUNFOR
Type: Integer
Number of seconds for which MP pump/channel 1 runs when activated. Set a duration suitable for the connected equipment.
Example
180
Default
180
Allowed values / range
Editor: 3–1200 seconds (whole numbers). Firmware configuration-file range: 3–12000 seconds.
Label
HVMP1TXT
Type: Text
Label displayed for MP pump/channel 1. Use a name describing the connected pump or function. The editor allows 1–32 characters; the firmware truncates the stored label to 16 bytes.
Example
Pump 1
Default
Pump 1
Allowed values / range
1–16 characters (firmware length limit)
Pump 2 enabled
HVMP2
Type: Boolean
Enables pump/channel 2 in MP hydraulic mode. Configure its name and run duration before using the output.
Example
on
Default
off
Allowed values / range
on / off
Run pump for (seconds, 3-1200, 180)
HVMP2RUNFOR
Type: Integer
Number of seconds for which MP pump/channel 2 runs when activated. Set a duration suitable for the connected equipment.
Example
180
Default
180
Allowed values / range
Editor: 3–1200 seconds (whole numbers). Firmware configuration-file range: 3–12000 seconds.
Label
HVMP2TXT
Type: Text
Label displayed for MP pump/channel 2. Use a name describing the connected pump or function. The editor allows 1–32 characters; the firmware truncates the stored label to 16 bytes.
Example
Pump 1
Default
Pump 2
Allowed values / range
1–16 characters (firmware length limit)
Pump 3 enabled
HVMP3
Type: Boolean
Enables pump/channel 3 in MP hydraulic mode. Configure its name and run duration before using the output.
Example
on
Default
off
Allowed values / range
on / off
Run pump for (seconds, 3-1200, 180)
HVMP3RUNFOR
Type: Integer
Number of seconds for which MP pump/channel 3 runs when activated. Set a duration suitable for the connected equipment.
Example
180
Default
180
Allowed values / range
Editor: 3–1200 seconds (whole numbers). Firmware configuration-file range: 3–12000 seconds.
Label
HVMP3TXT
Type: Text
Label displayed for MP pump/channel 3. Use a name describing the connected pump or function. The editor allows 1–32 characters; the firmware truncates the stored label to 16 bytes.
Example
Pump 1
Default
Pump 3
Allowed values / range
1–16 characters (firmware length limit)
Pump 4 enabled
HVMP4
Type: Boolean
Enables pump/channel 4 in MP hydraulic mode. Configure its name and run duration before using the output.
Example
on
Default
off
Allowed values / range
on / off
Run pump for (seconds, 3-1200, 180)
HVMP4RUNFOR
Type: Integer
Number of seconds for which MP pump/channel 4 runs when activated. Set a duration suitable for the connected equipment.
Example
180
Default
180
Allowed values / range
Editor: 3–1200 seconds (whole numbers). Firmware configuration-file range: 3–12000 seconds.
Label
HVMP4TXT
Type: Text
Label displayed for MP pump/channel 4. Use a name describing the connected pump or function. The editor allows 1–32 characters; the firmware truncates the stored label to 16 bytes.
Example
Pump 1
Default
Pump 4
Allowed values / range
1–16 characters (firmware length limit)
Valve 1 enabled
HVNT1
Type: Boolean
Enables valve/channel 1 in NT hydraulic mode. Its open, close and maintenance behaviour is configured separately.
Example
on
Default
off
Allowed values / range
on / off
Maintenance cycle at approx. (System time, normally UTC)
HVNT1MAINT
Type: Enum
Maintenance action or position assigned to NT valve 1. Confirm that this position is safe for the connected system. Editor/firmware discrepancy: HV00 (approx. midnight) is offered by the editor but missing from the firmware domain; it falls back to HV99 (never).
Example
HV99
Default
HV99
Allowed values / range
HV99 — never
HV00 — approx. midnight
HV01 — approx. 1am
HV02 — approx. 2am
HV03 — approx. 3am
HV04 — approx. 4am
HV05 — approx. 5am
HV06 — approx. 6am
HV07 — approx. 7am
HV08 — approx. 8am
HV09 — approx. 9am
HV10 — approx. 10am
HV11 — approx. 11am
HV12 — approx. noon
HV13 — approx. 1pm
HV14 — approx. 2pm
HV15 — approx. 3pm
HV16 — approx. 4pm
HV17 — approx. 5pm
HV18 — approx. 6pm
HV19 — approx. 7pm
HV20 — approx. 8pm
HV21 — approx. 9pm
HV22 — approx. 10pm
HV23 — approx. 11pm
Label 'off'
HVNT1OFF
Type: Text
Action used to drive NT valve 1 to its OFF or closed state. Match the setting to the actuator wiring and valve behaviour.
Example
HV00
Default
Allowed values / range
0–8 characters (firmware length limit)
Label 'on'
HVNT1ON
Type: Text
Action used to drive NT valve 1 to its ON or open state. Verify the physical result during commissioning.
Example
HV01
Default
Allowed values / range
0–8 characters (firmware length limit)
Reverse
HVNT1RVS
Type: Boolean
Reverses the direction assignment for NT valve 1 when actuator movement is opposite to the expected ON/OFF behaviour.
Example
off
Default
off
Allowed values / range
on / off
Label
HVNT1TXT
Type: Text
User-facing label for NT valve 1. Choose a name identifying the valve or controlled circuit. The editor allows 1–32 characters; the firmware truncates the stored label to 16 bytes.
Example
Valve 1
Default
Valve 1
Allowed values / range
1–16 characters (firmware length limit)
Type
HVNT1TYPE
Type: Enum
Selects the actuator/control type for NT valve 1. The setting must match the installed valve hardware.
Example
OC
Default
OC
Allowed values / range
OC — Open/Close
LR — Left/Right
Valve 2 enabled
HVNT2
Type: Boolean
Enables valve/channel 2 in NT hydraulic mode. Its open, close and maintenance behaviour is configured separately.
Example
on
Default
off
Allowed values / range
on / off
Maintenance cycle at approx. (System time, normally UTC)
HVNT2MAINT
Type: Enum
Maintenance action or position assigned to NT valve 2. Confirm that this position is safe for the connected system. Editor/firmware discrepancy: HV00 (approx. midnight) is offered by the editor but missing from the firmware domain; it falls back to HV99 (never).
Example
HV99
Default
HV99
Allowed values / range
HV99 — never
HV00 — approx. midnight
HV01 — approx. 1am
HV02 — approx. 2am
HV03 — approx. 3am
HV04 — approx. 4am
HV05 — approx. 5am
HV06 — approx. 6am
HV07 — approx. 7am
HV08 — approx. 8am
HV09 — approx. 9am
HV10 — approx. 10am
HV11 — approx. 11am
HV12 — approx. noon
HV13 — approx. 1pm
HV14 — approx. 2pm
HV15 — approx. 3pm
HV16 — approx. 4pm
HV17 — approx. 5pm
HV18 — approx. 6pm
HV19 — approx. 7pm
HV20 — approx. 8pm
HV21 — approx. 9pm
HV22 — approx. 10pm
HV23 — approx. 11pm
Label 'off'
HVNT2OFF
Type: Text
Action used to drive NT valve 2 to its OFF or closed state. Match the setting to the actuator wiring and valve behaviour.
Example
HV00
Default
Allowed values / range
0–8 characters (firmware length limit)
Label 'on'
HVNT2ON
Type: Text
Action used to drive NT valve 2 to its ON or open state. Verify the physical result during commissioning.
Example
HV01
Default
Allowed values / range
0–8 characters (firmware length limit)
Reverse
HVNT2RVS
Type: Boolean
Reverses the direction assignment for NT valve 2 when actuator movement is opposite to the expected ON/OFF behaviour.
Example
off
Default
off
Allowed values / range
on / off
Label
HVNT2TXT
Type: Text
User-facing label for NT valve 2. Choose a name identifying the valve or controlled circuit. The editor allows 1–32 characters; the firmware truncates the stored label to 16 bytes.
Example
Valve 1
Default
Valve 2
Allowed values / range
1–16 characters (firmware length limit)
Type
HVNT2TYPE
Type: Enum
Selects the actuator/control type for NT valve 2. The setting must match the installed valve hardware.
Example
OC
Default
OC
Allowed values / range
OC — Open/Close
LR — Left/Right
Valve 3 enabled
HVNT3
Type: Boolean
Enables valve/channel 3 in NT hydraulic mode. Its open, close and maintenance behaviour is configured separately.
Example
on
Default
off
Allowed values / range
on / off
Maintenance cycle at approx. (System time, normally UTC)
HVNT3MAINT
Type: Enum
Maintenance action or position assigned to NT valve 3. Confirm that this position is safe for the connected system. Editor/firmware discrepancy: HV00 (approx. midnight) is offered by the editor but missing from the firmware domain; it falls back to HV99 (never).
Example
HV99
Default
HV99
Allowed values / range
HV99 — never
HV00 — approx. midnight
HV01 — approx. 1am
HV02 — approx. 2am
HV03 — approx. 3am
HV04 — approx. 4am
HV05 — approx. 5am
HV06 — approx. 6am
HV07 — approx. 7am
HV08 — approx. 8am
HV09 — approx. 9am
HV10 — approx. 10am
HV11 — approx. 11am
HV12 — approx. noon
HV13 — approx. 1pm
HV14 — approx. 2pm
HV15 — approx. 3pm
HV16 — approx. 4pm
HV17 — approx. 5pm
HV18 — approx. 6pm
HV19 — approx. 7pm
HV20 — approx. 8pm
HV21 — approx. 9pm
HV22 — approx. 10pm
HV23 — approx. 11pm
Label 'off'
HVNT3OFF
Type: Text
Action used to drive NT valve 3 to its OFF or closed state. Match the setting to the actuator wiring and valve behaviour.
Example
HV00
Default
Allowed values / range
0–8 characters (firmware length limit)
Label 'on'
HVNT3ON
Type: Text
Action used to drive NT valve 3 to its ON or open state. Verify the physical result during commissioning.
Example
HV01
Default
Allowed values / range
0–8 characters (firmware length limit)
Reverse
HVNT3RVS
Type: Boolean
Reverses the direction assignment for NT valve 3 when actuator movement is opposite to the expected ON/OFF behaviour.
Example
off
Default
off
Allowed values / range
on / off
Label
HVNT3TXT
Type: Text
User-facing label for NT valve 3. Choose a name identifying the valve or controlled circuit. The editor allows 1–32 characters; the firmware truncates the stored label to 16 bytes.
Example
Valve 1
Default
Valve 3
Allowed values / range
1–16 characters (firmware length limit)
Type
HVNT3TYPE
Type: Enum
Selects the actuator/control type for NT valve 3. The setting must match the installed valve hardware.
Example
OC
Default
OC
Allowed values / range
OC — Open/Close
LR — Left/Right
Valve 4 enabled
HVNT4
Type: Boolean
Enables valve/channel 4 in NT hydraulic mode. Its open, close and maintenance behaviour is configured separately.
Example
on
Default
off
Allowed values / range
on / off
Maintenance cycle at approx. (System time, normally UTC)
HVNT4MAINT
Type: Enum
Maintenance action or position assigned to NT valve 4. Confirm that this position is safe for the connected system. Editor/firmware discrepancy: HV00 (approx. midnight) is offered by the editor but missing from the firmware domain; it falls back to HV99 (never).
Example
HV99
Default
HV99
Allowed values / range
HV99 — never
HV00 — approx. midnight
HV01 — approx. 1am
HV02 — approx. 2am
HV03 — approx. 3am
HV04 — approx. 4am
HV05 — approx. 5am
HV06 — approx. 6am
HV07 — approx. 7am
HV08 — approx. 8am
HV09 — approx. 9am
HV10 — approx. 10am
HV11 — approx. 11am
HV12 — approx. noon
HV13 — approx. 1pm
HV14 — approx. 2pm
HV15 — approx. 3pm
HV16 — approx. 4pm
HV17 — approx. 5pm
HV18 — approx. 6pm
HV19 — approx. 7pm
HV20 — approx. 8pm
HV21 — approx. 9pm
HV22 — approx. 10pm
HV23 — approx. 11pm
Label 'off'
HVNT4OFF
Type: Text
Action used to drive NT valve 4 to its OFF or closed state. Match the setting to the actuator wiring and valve behaviour.
Example
HV00
Default
Allowed values / range
0–8 characters (firmware length limit)
Label 'on'
HVNT4ON
Type: Text
Action used to drive NT valve 4 to its ON or open state. Verify the physical result during commissioning.
Example
HV01
Default
Allowed values / range
0–8 characters (firmware length limit)
Reverse
HVNT4RVS
Type: Boolean
Reverses the direction assignment for NT valve 4 when actuator movement is opposite to the expected ON/OFF behaviour.
Example
off
Default
off
Allowed values / range
on / off
Label
HVNT4TXT
Type: Text
User-facing label for NT valve 4. Choose a name identifying the valve or controlled circuit. The editor allows 1–32 characters; the firmware truncates the stored label to 16 bytes.
Example
Valve 1
Default
Valve 4
Allowed values / range
1–16 characters (firmware length limit)
Type
HVNT4TYPE
Type: Enum
Selects the actuator/control type for NT valve 4. The setting must match the installed valve hardware.
Example
OC
Default
OC
Allowed values / range
OC — Open/Close
LR — Left/Right
Type (System)
HVTYPE
Type: Enum
Selects the hydraulic-valve application subtype, such as HT, NT or MP. The selected type determines which channel settings and controls apply.
Example
MP
Default
MP
Allowed values / range
HT — Motorized Valve (H-Bridge) with position feedback
NT — Spring-Return Valve without position feedback
MP — Electric Pump (run-time controlled)

Switching (SW)

Assign and configure switching functions for connected electrical loads. Review output assignments and control behavior to ensure each command operates the intended equipment.

Switch 1 enabled
SW1
Type: Boolean
Enables switching channel 1 and makes its configured control available in the interface.
Example
on
Default
off
Allowed values / range
on / off
MAXSEND (time in seconds)
SW1MAXSEND
Type: Integer
Maximum output activation time in seconds for momentary (MO) switching channel 1. Limits continuous operation from a held command.
Example
20
Default
20
Allowed values / range
1–86400 (whole numbers)
Switch 1 Remote Control
SW1REMOTE
Type: Boolean
Allows remote control of switching channel 1 for supported maintained (MA) or timer (TI) modes. Enable only when remote operation is appropriate.
Example
off
Default
off
Allowed values / range
on / off
Show Time / Timer
SW1SHOWTIMER
Type: Boolean
Shows timing information for switching channel 1 in the user interface, when the selected switching mode uses a timer.
Example
off
Default
off
Allowed values / range
on / off
Relays Status at startup
SW1STARTUPACTION
Type: Enum
Defines the state of switching channel 1 after startup in supported modes: ON, OFF or LAST (restore previous state). Choose a safe default for the connected load.
Example
OFF
Default
OFF
Allowed values / range
OFF — off
ON — on
LAST — last
Time (timer in seconds)
SW1TIME
Type: Integer
Automatic run duration, in seconds, for switching channel 1 when configured as a timer (TI) output. On an invalid value, the firmware falls back to 10.
Example
60
Default
60
Allowed values / range
1–86400 (whole numbers)
Label
SW1TXT
Type: Text
Button label displayed for switching channel 1, such as Deck Light. Use a concise description of the connected load.
Example
Deck Light
Default
Cockpit
Allowed values / range
1–16 characters (firmware length limit)
Type
SW1TYPE
Type: Enum
Selects the behaviour of switching channel 1: MO for momentary, MA for maintained on/off, or TI for timed operation.
Example
MA
Default
MA
Allowed values / range
MA — Maintained
MO — Momentary
TI — Timer
Switch 2 enabled
SW2
Type: Boolean
Enables switching channel 2 and makes its configured control available in the interface.
Example
on
Default
off
Allowed values / range
on / off
MAXSEND (time in seconds)
SW2MAXSEND
Type: Integer
Maximum output activation time in seconds for momentary (MO) switching channel 2. Limits continuous operation from a held command.
Example
20
Default
20
Allowed values / range
1–86400 (whole numbers)
Switch 2 Remote Control
SW2REMOTE
Type: Boolean
Allows remote control of switching channel 2 for supported maintained (MA) or timer (TI) modes. Enable only when remote operation is appropriate.
Example
off
Default
off
Allowed values / range
on / off
Show Time / Timer
SW2SHOWTIMER
Type: Boolean
Shows timing information for switching channel 2 in the user interface, when the selected switching mode uses a timer.
Example
off
Default
off
Allowed values / range
on / off
Relays Status at startup
SW2STARTUPACTION
Type: Enum
Defines the state of switching channel 2 after startup in supported modes: ON, OFF or LAST (restore previous state). Choose a safe default for the connected load.
Example
OFF
Default
OFF
Allowed values / range
OFF — off
ON — on
LAST — last
Time (timer in seconds)
SW2TIME
Type: Integer
Automatic run duration, in seconds, for switching channel 2 when configured as a timer (TI) output. On an invalid value, the firmware falls back to 10.
Example
60
Default
60
Allowed values / range
1–86400 (whole numbers)
Label
SW2TXT
Type: Text
Button label displayed for switching channel 2, such as Deck Light. Use a concise description of the connected load.
Example
Deck Light
Default
Horn
Allowed values / range
1–16 characters (firmware length limit)
SW2 Type
SW2TYPE
Type: Enum
Selects the behaviour of switching channel 2: MO for momentary, MA for maintained on/off, or TI for timed operation.
Example
MA
Default
MO
Allowed values / range
MA — Maintained
MO — Momentary
TI — Timer
Switch 3 enabled
SW3
Type: Boolean
Enables switching channel 3 and makes its configured control available in the interface.
Example
on
Default
off
Allowed values / range
on / off
MAXSEND (time in seconds)
SW3MAXSEND
Type: Integer
Maximum output activation time in seconds for momentary (MO) switching channel 3. Limits continuous operation from a held command.
Example
20
Default
20
Allowed values / range
1–86400 (whole numbers)
Switch 3 Remote Control
SW3REMOTE
Type: Boolean
Allows remote control of switching channel 3 for supported maintained (MA) or timer (TI) modes. Enable only when remote operation is appropriate.
Example
off
Default
off
Allowed values / range
on / off
Show Time / Timer
SW3SHOWTIMER
Type: Boolean
Shows timing information for switching channel 3 in the user interface, when the selected switching mode uses a timer.
Example
off
Default
off
Allowed values / range
on / off
Relays Status at startup
SW3STARTUPACTION
Type: Enum
Defines the state of switching channel 3 after startup in supported modes: ON, OFF or LAST (restore previous state). Choose a safe default for the connected load.
Example
OFF
Default
OFF
Allowed values / range
OFF — off
ON — on
LAST — last
Time (timer in seconds)
SW3TIME
Type: Integer
Automatic run duration, in seconds, for switching channel 3 when configured as a timer (TI) output. On an invalid value, the firmware falls back to 10.
Example
60
Default
60
Allowed values / range
1–86400 (whole numbers)
Label
SW3TXT
Type: Text
Button label displayed for switching channel 3, such as Deck Light. Use a concise description of the connected load.
Example
Deck Light
Default
Bimini
Allowed values / range
1–16 characters (firmware length limit)
Type
SW3TYPE
Type: Enum
Selects the behaviour of switching channel 3: MO for momentary, MA for maintained on/off, or TI for timed operation.
Example
MA
Default
MA
Allowed values / range
MA — Maintained
MO — Momentary
TI — Timer
Switch 4 enabled
SW4
Type: Boolean
Enables switching channel 4 and makes its configured control available in the interface.
Example
on
Default
off
Allowed values / range
on / off
MAXSEND (time in seconds)
SW4MAXSEND
Type: Integer
Maximum output activation time in seconds for momentary (MO) switching channel 4. Limits continuous operation from a held command.
Example
20
Default
20
Allowed values / range
1–86400 (whole numbers)
Switch 4 Remote Control
SW4REMOTE
Type: Boolean
Allows remote control of switching channel 4 for supported maintained (MA) or timer (TI) modes. Enable only when remote operation is appropriate.
Example
off
Default
off
Allowed values / range
on / off
Show Time / Timer
SW4SHOWTIMER
Type: Boolean
Shows timing information for switching channel 4 in the user interface, when the selected switching mode uses a timer.
Example
off
Default
off
Allowed values / range
on / off
Relays Status at startup
SW4STARTUPACTION
Type: Enum
Defines the state of switching channel 4 after startup in supported modes: ON, OFF or LAST (restore previous state). Choose a safe default for the connected load.
Example
OFF
Default
OFF
Allowed values / range
OFF — off
ON — on
LAST — last
Time (timer in seconds)
SW4TIME
Type: Integer
Automatic run duration, in seconds, for switching channel 4 when configured as a timer (TI) output. On an invalid value, the firmware falls back to 10.
Example
60
Default
60
Allowed values / range
1–86400 (whole numbers)
Label
SW4TXT
Type: Text
Button label displayed for switching channel 4, such as Deck Light. Use a concise description of the connected load.
Example
Deck Light
Default
Underwater
Allowed values / range
1–16 characters (firmware length limit)
Type
SW4TYPE
Type: Enum
Selects the behaviour of switching channel 4: MO for momentary, MA for maintained on/off, or TI for timed operation.
Example
MA
Default
TI
Allowed values / range
MA — Maintained
MO — Momentary
TI — Timer

Generator (GE)

Configure generator model, start/stop control, automatic operation, and service-related settings. Confirm wiring, running feedback, and safety conditions before enabling remote or automatic starts.

Enable automatic generator control
GENAUTOSTART
Type: Boolean
Enables automatic generator start and stop according to the configured battery state-of-charge or voltage thresholds. Ensure the generator wiring, running feedback, and safety interlocks are configured correctly before enabling.
Example
off
Default
off
Allowed values / range
on / off
Use Battery State of Charge (SoC)
GENAUTOSTARTSOC
Type: Boolean
Allows the generator automatic control to use battery State of Charge (SoC) values for its start and stop decisions. Configure the lower start threshold and upper stop threshold separately.
Example
off
Default
off
Allowed values / range
on / off
Use Battery Voltage
GENAUTOSTARTVOLTAGE
Type: Boolean
Allows automatic generator control to use battery voltage for start and stop decisions. Select the correct nominal battery system voltage and configure the corresponding thresholds.
Example
off
Default
off
Allowed values / range
on / off
Battery system
GENBATTERYVOLTAGE
Type: Enum
Nominal battery system voltage (12, 24 or 48 V), used to validate voltage thresholds.
Example
12
Default
12
Allowed values / range
12 — 12 V
24 — 24 V
48 — 48 V
Default generator runtime (minutes, 1-1440)
GENDEFAULTRUNTIME
Type: Integer
Default generator running duration in minutes used when starting a timed generator session. Adjust this to the normal charging or power-supply requirement.
Example
120
Default
120
Allowed values / range
1–1440 (whole numbers)
Enable oil level check reminder
GENERATOROILCHECK
Type: Boolean
Enables oil-level check reminders for the generator. The reminder interval is configured separately in operating hours.
Example
on
Default
on
Allowed values / range
on / off
Oil level check interval (hours, 5-100)
GENERATOROILCHECKINTERVAL
Type: Integer
Number of generator operating hours between oil-level check reminders. The reminder is active only when oil checks are enabled.
Example
25
Default
25
Allowed values / range
5–100 (whole numbers)
Generator service interval (hours, 20-1000)
GENERATORSERVICEINTERVAL
Type: Integer
Number of generator operating hours between scheduled maintenance services. The maintenance reminder uses this interval to determine when the next service is due.
Example
200
Default
200
Allowed values / range
20–1000 (whole numbers)
Generator Model
GENMODEL
Type: Enum
Selects the generator control profile, which determines how Node V2 handles start, stop and running feedback. Match this setting to the actual installed generator. The firmware also accepts GEOTHER, which is not offered by the Config Editor.
Example
GEONAN
Default
GEONAN
Allowed values / range
GEONAN — Cummins Onan
GEFPANDA — Fisher Panda
GEMAVS1 — MASE VS
GEGSVS1 — GENSET VS
Continue running after reaching 100% SoC (minutes)
GENSOCFULLRUNMIN
Type: Integer
Additional generator runtime in minutes after 100% SoC, when applicable.
Example
0
Default
0
Allowed values / range
0–1440 (whole numbers)
Start generator at or below (%)
GENSOCSTART
Type: Integer
Battery State of Charge threshold, in percent, at or below which an enabled SoC-based automatic start may be requested. Start must be lower than Stop. Invalid SoC pairs fall back to 30%/80%.
Example
30
Default
30
Allowed values / range
0–99 (whole numbers)
Stop generator at or above (%)
GENSOCSTOP
Type: Integer
Battery State of Charge threshold, in percent, at or above which an enabled SoC-based automatic stop may be requested. Start must be lower than Stop. Invalid SoC pairs fall back to 30%/80%.
Example
80
Default
80
Allowed values / range
1–100 (whole numbers)
Generator starting timeout (seconds, 0-120)
GENSTARTTIME
Type: Integer
Maximum time, in seconds, to wait for running feedback on IN8 after initiating a start on supported maintained-run generator models. A timeout indicates that start confirmation was not received.
Example
30
Default
30
Allowed values / range
0–120 (whole numbers)
Generator stopping timeout (seconds, 0-120)
GENSTOPTIME
Type: Integer
Maximum time, in seconds, to wait for running feedback on IN8 to clear after requesting stop on supported maintained-run generator models.
Example
30
Default
30
Allowed values / range
0–120 (whole numbers)
Start generator at or below (V)
GENVOLTSTART
Type: Decimal
Battery-voltage threshold below which the generator should start (V). Invalid voltage pairs fall back to 12.0/13.5 V, 24.0/27.0 V, or 48.0/54.0 V according to the selected battery system.
Example
12.0
Default
12.0
Allowed values / range
12 V system: 10–16 V; 24 V system: 20–32 V; 48 V system: 40–64 V. Decimal values accepted. Start must be lower than Stop.
Stop generator at or above (V)
GENVOLTSTOP
Type: Decimal
Battery-voltage threshold at which the generator may stop (V). Invalid voltage pairs fall back to 12.0/13.5 V, 24.0/27.0 V, or 48.0/54.0 V according to the selected battery system.
Example
13.5
Default
13.5
Allowed values / range
12 V system: 10–16 V; 24 V system: 20–32 V; 48 V system: 40–64 V. Decimal values accepted. Start must be lower than Stop.
Onan START signal (seconds, 1-120)
ONANSTARTTIME
Type: Integer
Duration in seconds of the START pulse sent on relay R1 for a compatible Cummins Onan generator. Match the setting to the generator interface requirements.
Example
15
Default
15
Allowed values / range
1–120 (whole numbers)
Onan STOP signal (seconds, 1-120)
ONANSTOPTIME
Type: Integer
Duration in seconds of the STOP pulse sent on relay R2 for a compatible Cummins Onan generator. Match the setting to the generator interface requirements.
Example
10
Default
10
Allowed values / range
1–120 (whole numbers)