OceanWatcher Settings

Use this page as the product-specific setup flow for OceanWatcher. Configure the OceanWatcher program settings first, then configure each sensor through the relevant analog input, 1-Wire, DataGuard, or driver communication page.

Best Practice

• Run factory setup before commissioning the unit, and repeat it if the license set changes.
• Use the OceanWatcher-specific values on this page before continuing to the shared reference pages.
• Use the same channel index across sensor scaling and DataGuard reporting for the same measured value.

VersionProgram version installed in the device.

The system must run the specified ProSoft version or a later version.

Basic Settings

Configure the OceanWatcher program state and display name before sensor setup.

Factory Setup

OWAFAC loads the factory-defined OceanWatcher defaults.

Command	Index	Range	Format	Factory	Example
OWAFAC	-	-	Loads OceanWatcher factory defaults.	-	OWAFAC

ProgramProgram type installed in the device.

Enable or disable the OceanWatcher runtime.

Parameter	Index	Range	Format	Factory	Example
OWAPRG	-	0..1	0 = Disabled 1 = Enabled	0	OWAPRG 1

Name

Set the equipment name used in messages and service displays. If no name is configured, the system name is used.

Parameter	Index	Range	Format	Factory	Example
OWANAME	-	Max 20 characters	Letters or numbers	-	OWANAME Viking

Level Sensors

OceanWatcher can use up to two level sensor channels. Active parser-safe source selection is limited to analog input 1 and analog input 2. Serial radar setup is configured through shared driver communication profiles.

Measurement Source

Parameter	Index	Range	Format	Factory	Example
OWAMLEV	-	0..2	0 = Disabled 1 = Analog input 1 2 = Analog input 2	0	OWAMLEV 1

Serial Radar

For Siemens radar over RS485 Modbus, configure the driver profile on Driver Communication Settings before using the measured value in OceanWatcher or DataGuard. For the current DataGuard water-level flow, set DEVDATATYPE# 9007 on the matching driver profile.

• 107116101 = Siemens SITRANS LR110
• 107116102 = Siemens SITRANS LR120
• Siemens SITRANS LR100 is used as a 4-20 mA analog input in this setup.

Analog Level Sensor

For a level sensor connected to an analog input, set the analog input scaling before DataGuard reporting. For the current OceanWatcher water-level flow, use VRDATATYPE# 9007.

• Set TMIN# and TMAX# in metres as distance from radar to water. A common LR100 4-20 mA setup is TMIN1 0 and TMAX1 10 for a 0..10 m distance range.
• DataGuard converts the scaled metre value to millimetres and uses it as distance-to-water for selector 9007.
• Use shared analog input settings for the complete analog input reference.

Minimum Measurement Range

Maximum Measurement Range

Damping Value

Recommended level signal damping is VRDMPV# 900 for 90.0% damping.

Damping Time

Recommended damping time is VRDMPT# 1000 ms.

Water-Level Reference

Use the OceanWatcher water-level reference parameters for the first and second active DataGuard 9007 water-level source. OWAWLREF1 and OWAWLDKLAT1 belong to the first active 9007 source; OWAWLREF2 and OWAWLDKLAT2 belong to the second. This numbering is independent of the DEVDATATYPE# suffix and of the driver source slot selected with DEVSLOT#.

Parameter	Index	Range	Format	Factory	Example
OWAWLREF#	1..2	-32767..32767	Radar reference point relative to DVR90 in mm.	0	OWAWLREF1 3200
OWAWLDKLAT#	1..2	-32767..32767	DKLAT/LAT zero relative to DVR90 in mm. If DKLAT is 900 mm below DVR90, use -900.	0	OWAWLDKLAT1 -900

DataGuard 9007 uses these formulas:

• DTY 1201 = OWAWLREF# - distance_mm, water level relative to DVR90, signed mm.
• DTY 1221 = DTY 1201 - OWAWLDKLAT#, water level relative to DKLAT/LAT, signed mm.
• DTY 1222 is the measured water-surface activity value from the filter. It is not a certified wave-height value.
• OWAWLREF# 0 and OWAWLDKLAT# 0 is valid for test or operation without correction.
• If only OWAWLREF# is set, 1221 is equal to 1201.
• If both parameters are set, the package sends both DVR90 and DKLAT/LAT water level.

Example: if DEVDATATYPE2 9007 with DEVSLOT2 2 is the only active 9007 water-level source, configure OWAWLREF1 and OWAWLDKLAT1. The package can still report source slot SLE=2. If two active 9007 sources are configured, reference set 1 belongs to the first active source and reference set 2 belongs to the next active source, regardless of the physical driver slot.

Legacy Reference Offset

OWAFORSK# is a legacy OceanWatcher offset used by the older OceanWatcher runtime path. It is not the primary reference parameter for the current DataGuard 9007 water-level flow.

Temperature Sensors

OceanWatcher temperature measurement can be configured through analog inputs, 1-Wire, or delivered driver communication. Configure the source first, then configure DataGuard only when the value must be logged or exported to Emiko.

Analog Temperature Sensor

• Set TMIN# and TMAX# to match the transmitter measurement range.
• Recommended temperature signal damping is VRDMPV# 999 for 99.9% damping and VRDMPT# 1000 ms.

Minimum Measurement Range

Maximum Measurement Range

Damping Value

Damping Time

1-Wire Temperature Sensor

For 1-Wire temperature sensors, configure discovery, channel mapping, alarms, and optional DataGuard export on 1-Wire Temperature Setup and Alarms. If the measured value must be exported, continue on DataGuard via 1-Wire.

Infrared Temperature Sensor

For FPI Thermalert sensors delivered with OceanWatcher, the emissivity value is normally set to 0.93 for water-surface temperature measurement. See Temperature Sensor Settings for the short product setup note.

Data to Emiko (DataGuard)

Use DataGuard when an OceanWatcher value must be logged or sent to Emiko. For analog sensors, configure the analog input first; for 1-Wire sensors, configure the 1-Wire channel first; for driver values, configure the driver profile first.

• Analog data is only sent when VREQT# > 0, VRDATATYPE# > 0, and VRLOGMODE# > 0.
• Use VREQT# 20 when the measured value belongs to OceanWatcher.
• Use the same channel number for all DataGuard parameters that belong to the same measured value.

For OceanWatcher water level, 9007 is the current DataGuard selector for both analog radar and supported driver radar. OK/suspect output sends DTY 1220, DTY 1201, DTY 1221, and DTY 1222. QC-only states with no current usable value send DTY 1220 only.

Parameter	Index	Range	Format	Factory	OceanWatcher example
VREQT#	1..32	0..35	Emiko equipment type. Use 20 for OceanWatcher.	0	VREQT1 20
VRDATATYPE#	1..32	0..1312, plus supported selectors	Emiko data type or supported selector. Use 9007 for OceanWatcher analog radar water level.	0	VRDATATYPE1 9007
VRLOGMODE#	1..32	0..4	0 = Disabled, 1 = Periodic, 2 = Change, 3 = Event, 4 = Hybrid.	1	VRLOGMODE1 4
VRLOGINT#	1..32	0..31	Periodic log interval selector.	19	VRLOGINT1 19
VRLOGHYS#	1..32	0..32767	Minimum value change before a new threshold-based value is sent.	0	VRLOGHYS1 5

For a supported LR110/LR120 driver radar, use the matching driver profile index and set DEVEQT# 20, DEVDATATYPE# 9007, and DEVLOGDATA# 1 on DataGuard via Driver Communication. Use DEVDATATYPE# 1201 only when the driver primary value should be sent directly without the OceanWatcher 9007 package.

For the full shared reference, see DataGuard via analog inputs, DataGuard via 1-Wire, and DataGuard via driver communication.

Current Meter

If a SonTek SL500 current meter is delivered with the installation, configure the current meter model and calibration.

Model

Parameter	Index	Range	Format	Factory	Example
OWAMCUR	-	0..1	0 = Disabled 1 = SonTek SL500	0	OWAMCUR 1

Calibration

Parameter	Index	Range	Format	Factory	Example
OWACALI	-	0..3600	Compass calibration in degrees.	0	OWACALI 20

Direct SonTek Commands

Direct SonTek write commands are only relevant for systems delivered with SonTek/VD driver support. For command details, see the current meter documentation.

Retired Models

Retired units can be delivered with both internal and external GSM antennas.

GSMGSM (Global System for Mobile Communications) is a widely used standard for mobile communication and data. Antenna

Set whether the unit must use an external GSMGSM (Global System for Mobile Communications) is a widely used standard for mobile communication and data. antenna.