WeatherStation DataGuard setup

Use this page when WeatherStation sensor values must be reported to Emiko through DataGuard. Configure and verify the source value first, then configure DataGuard reporting for the same source channel or driver profile.

WeatherStation defaults

Setting	WeatherStation default	Use
`DEVEQT#`	`23`	Reports a decoded driver value under WeatherStation (WST) in Emiko.
`DEVDATATYPE#`	`8000`	Reports the Thies Hydro Termo Baro package: QC, temperature, pressure, and humidity.
`DEVLOGDATA#`	`1` for current supported periodic driver export	Enables periodic logging and export for the decoded driver value.

Complete setup workflow

Select the instrument and connection path from Supported instruments.
Configure the source value: driver profile, analog input, digital/counter input, or 1-Wire channel.
Verify that the source value is fresh and plausible.
Configure DataGuard reporting for the same channel or profile index.
Verify that the value appears under WeatherStation in Emiko.

WeatherStation DataGuard paths

Use this table to choose the WeatherStation setup path before opening the full shared DataGuard reference.

WeatherStation source	Source setup	Required DataGuard subset	Full reference
Thies Hydro Termo Baro	Driver profile for the supported Thies sensor.	`DEVEQT#=23`, `DEVDATATYPE#=8000`, `DEVLOGDATA#=1`, and a valid `DEVLOGDATAINT#`.	Driver Communication
Analog wind direction	4-20 mA or voltage analog transmitter. NRG 200M uses voltage AI with selector `9012`; RNRG/NRG 200P uses voltage AI with selector `9013`.	`VREQT#=23`, a WeatherStation wind-direction `VRDATATYPE#`, `VRLOGMODE#`, and optional `VRLIN#` true-north correction.	Analog Inputs
Counter-based wind speed	High-speed counter input on the delivered WeatherStation setup.	`VRCEQT#=23`, `VRCLOGMODE#=1`, a valid `VRCLOGINT#`, and one matching selector/profile pair: `9008/1`, `9010/6`, or `9011/7`.	Counters and Timers
Counter-based rain gauge	High-speed counter input from Pronamic / Rain Gauge Professional.	`VRCEQT#=23`, `VRCDATATYPE#=9009`, `VRCPROFILE#=2..5`, `VRCLOGMODE#=1`, and `VRCLOGINT#=13`.	Counters and Timers
1-Wire temperature	Mapped 1-Wire channel where the delivered setup uses that source.	`OTEQT#`, `OTDATATYPE#`, `OTLOGMODE#`, and optional interval or hysteresis values for the WeatherStation assignment.	1-Wire

Thies Hydro Termo Baro package

Use the Thies package when one supported Thies Hydro Termo Baro driver profile should send air temperature, barometric pressure, and relative humidity to Emiko.

Parameter	Value	Result
`DEVEQT#`	`23`	WeatherStation equipment type.
`DEVDATATYPE#`	`8000`	Sends `DTY 1129` QC, `DTY 1101` temperature, `DTY 1102` pressure, and `DTY 1103` humidity.
`DEVLOGDATA#`	`1` for current supported periodic driver export	Enables periodic logging and export for the decoded Thies values.

Configure the Thies profile from Device Model Communication Setup. Use the same profile index for the DataGuard driver settings.

Thies single values

Use a single value only when the installation should send one Thies value instead of the full package.

DEVDATATYPE# 1101 sends temperature only.
DEVDATATYPE# 1102 sends pressure only.
DEVDATATYPE# 1103 sends humidity only.

Analog and 1-Wire values

Use the source-specific DataGuard page when the value comes from analog input or 1-Wire instead of a decoded driver profile.

DataGuard via Analog Inputs for validated analog transmitter values.
DataGuard via 1-Wire for mapped 1-Wire temperature values.

Analog wind direction transmitter

Use the analog wind direction path when the WeatherStation installation uses an analog wind direction transmitter on an analog input. Generic transmitters use the 9000..9006 selectors. The NRG 200M wind vane uses voltage AI with VRDATATYPE#=9012. The RNRG/NRG 200P wind vane uses voltage AI with VRDATATYPE#=9013.

The 9000..9006 values choose DataGuard wind-direction calculations. They do not identify the exact mounted sensor model. Confirm the physical wind-direction sensor from the installation or delivery documentation, then configure the analog source so it represents 0..360 degrees. Use 9012 only when the installed sensor is the NRG 200M wind vane. Use 9013 only when the installed sensor is the RNRG/NRG 200P wind vane on a supported voltage input.

`VRDATATYPE#`	Output	Use
`1106`	`DTY 1106`	Current wind direction.
`9000`	`DTY 1117`	Wind direction state/QC.
`9001`	`DTY 1118` after coverage	10-minute circular mean wind direction; sends `DTY 1117` before coverage.
`9002`	`DTY 1119` after coverage	10-minute wind direction spread; sends `DTY 1117` before coverage.
`9004`	Warmup `DTY 1117`, `DTY 1120`, `DTY 1121`; after 10-minute coverage `DTY 1117`, `DTY 1118`, `DTY 1119`	10-minute package with 2-minute warmup package before the 10-minute history is complete.
`9012`	`DTY 1117`, `DTY 1118`, `DTY 1119`; warmup `DTY 1120`, `DTY 1121`	NRG 200M voltage wind vane. DataGuard converts `0.007 to 2.5 VDC` with `degrees = volts * 147.91 - 1.460`, applies `VRLIN#` after conversion, and uses the same staged package timing as `9004`.
`9013`	`DTY 1117`, `DTY 1118`, `DTY 1119`; warmup `DTY 1120`, `DTY 1121`	RNRG/NRG 200P voltage wind vane. DataGuard converts the conditioned mV range from `TMIN#` and `TMAX#` with `degrees = 4 + ratio * 352`, applies `VRLIN#` after conversion, and uses the same staged package timing as `9004`.
`9005`	`DTY 1120` after coverage	2-minute circular mean wind direction; sends `DTY 1117` before coverage.
`9006`	`DTY 1117`, `DTY 1120`, `DTY 1121`	2-minute package; sends `DTY 1117` before coverage.

For the shared QC bitmask used by DTY 1117, see DataGuard QC Bitmask.

NRG 200M voltage wind vane

Use VRDATATYPE#=9012 only for the NRG 200M wind vane on voltage AI. Supported input types are VRTYPE#=2, 4, or 5. VRTYPE#=0 / 4-20 mA is unsupported for this selector and reports configuration QC.

Wind-direction output values use degrees x 0,01. A payload value of 36000 means 360,00 degrees / north.

Parameter	Example value	Meaning
`VREQT1`	`VREQT1=23`	Binds the DataGuard value to WeatherStation equipment.
`VRTYPE1`	`VRTYPE1=5`	Selects voltage/flex voltage input.
`VRDATATYPE1`	`VRDATATYPE1=9012`	Selects the NRG 200M wind-direction calculation.
`VRLOGMODE1`	`VRLOGMODE1=1`	Enables periodic DataGuard logging.
`VRLOGINT1`	`VRLOGINT1=10`	Sets 1-minute logging for test.
`VRLIN1`	`VRLIN1=0`	Sets true-north offset to `0,000 degrees`.

After test, use normal 10-minute logging when required: VRLOGINT1=13.

RNRG/NRG 200P voltage wind vane

Use VRDATATYPE#=9013 only for the RNRG/NRG 200P wind vane on voltage AI. Supported input types are VRTYPE#=2, 4, or 5. Set TMIN# and TMAX# to the conditioned post-input signal range in mV for this selector. Do not use 9012 for the 200P wind vane.

The controller input must receive a supported conditioned voltage signal. Do not treat the sensor excitation voltage as the analog input signal unless the sensor output is wired directly and has the same usable range. Direct sensor output above 10 V must be conditioned before it is connected to a ProSoft analog input.

For slot 1, choose TMAX1 from the actual voltage range measured at the controller input.

Actual signal at AI	Slot 1 setup	Use
`0..2,5 V`	`VRTYPE1=2`, `4`, or `5`; `VRDATATYPE1=9013`, `TMIN1=0`, `TMAX1=2500`	Use when the conditioned 200P signal is `0..2500 mV` at the ProSoft input.
`0..5 V`	`VRTYPE1=2`, `4`, or `5`; `VRDATATYPE1=9013`, `TMIN1=0`, `TMAX1=5000`	Use when the conditioned 200P signal is `0..5000 mV`. If the spoken shorthand is "0,5 V" but the intended range is `0-5 V`, this is the setup to use.
`0..10 V`	`VRTYPE1=2`, `4`, or `5`; `VRDATATYPE1=9013`, `TMIN1=0`, `TMAX1=10000`	Use when the conditioned 200P signal is `0..10000 mV`. `TMAX#` above `10000` is invalid for selector `9013`.
`0..0,5 V`	`VRTYPE1=2`, `4`, or `5`; `VRDATATYPE1=9013`, `TMIN1=0`, `TMAX1=500`	Atypical but code-valid only when verified signal conditioning really delivers `0..500 mV`.

Parameter	Example	Use
`VREQT1`	`VREQT1=23`	Reports the analog value under WeatherStation.
`VRTYPE1`	`VRTYPE1=5`	Selects the voltage/flex voltage input used for the conditioned signal. Use the input type that matches the delivered signal path.
`TMIN1`	`TMIN1=0`	Sets the lower signal range for selector `9013` in mV.
`TMAX1`	`TMAX1=10000`	Sets the upper signal range for selector `9013` in mV. The example uses `0..10 V`; use `2500`, `5000`, or `10000` to match the conditioned post-input range.
`VRDATATYPE1`	`VRDATATYPE1=9013`	Selects the RNRG/NRG 200P wind-direction calculation.
`VRLOGMODE1`	`VRLOGMODE1=1`	Enables periodic DataGuard logging.
`VRLOGINT1`	`VRLOGINT1=10`	Sets 1-minute logging for test.
`VRLIN1`	`VRLIN1=0`	Sets true-north offset to `0,000 degrees`.

The conversion is degrees = 4 + ((signal_mV - TMIN#) / (TMAX# - TMIN#)) * 352. With TMIN1=0 and TMAX1=5000, a 2500 mV signal gives 180,00 degrees, emitted as payload value 18000 because direction uses degrees x 0,01. With TMIN1=0 and TMAX1=10000, 5000 mV gives the same 18000 payload value. The lower end of a valid 9013 range maps to 4,00 degrees, and the upper end maps to 356,00 degrees.

If TMAX# <= TMIN#, TMAX# <= 0, TMAX# > 10000, or VRTYPE# is not a supported voltage input type, DataGuard reports config/setup QC for this selector. Signals below TMIN# set under-range QC, and signals above TMAX# set over-range QC.

After test, use normal 10-minute logging when required: VRLOGINT1=13.

True-north correction with `VRLIN#`

VRLIN# is an existing analog input offset parameter. For analog wind direction it is used as a true-north correction after the signal has been converted to degrees.

The value is entered in 0,001 degrees.
VRLIN1 0 means no correction.
VRLIN1 1000 adds 1,000 degrees to the measured direction.
VRLIN1 -2500 subtracts 2,500 degrees from the measured direction.
After correction, the direction is normalised to the 0..360 degree range.

When VRLIN# is changed on an analog wind-direction channel that uses averaging, DataGuard rebuilds the averaging history for that channel from samples with the new correction. The first values after the change can therefore follow warmup behavior before the 10-minute package is complete.

Use the mechanical installation to align the sensor with true north first. Use VRLIN# only as a fine correction for a known mounting offset. It does not change VRTYPE# or the transmitter signal range. For generic analog wind direction and NRG 200M selector 9012, TMIN# and TMAX# are not used for the direction scaling. For RNRG/NRG 200P selector 9013, they define the conditioned signal range in mV before direction conversion.

Example for a 4-20 mA wind direction transmitter on analog channel 1 reporting under WeatherStation:

VREQT1 23#VRDATATYPE1 9004#VRLOGMODE1 1#VRLOGINT1 10#VRTYPE1 0#VRLIN1 0

Use VRTYPE1 2 instead of VRTYPE1 0 when the transmitter output is 0-10 V. Use VRDATATYPE1 1106 when only current wind direction is needed.

Digital input and counter values

Digital input and counter instruments such as wind-speed pulse sensors and tipping-bucket rain gauges require the delivered setup path for the actual installation. Use the released DataGuard selector paths below only when the installed controller, input, sensor, and profile match the documented WeatherStation setup.

Counter-based wind-speed selectors (`9008`, `9010`, `9011`)

When the delivered setup includes a supported counter-based wind-speed path, use the matching VRCDATATYPE# value as setup selector for WeatherStation wind-speed reporting. The selector itself is not an emitted payload DTY.

Use VRCDATATYPE#=9008 with VRCPROFILE#=1 for Thies 4.3519, VRCDATATYPE#=9010 with VRCPROFILE#=6 for NRG 40C, or VRCDATATYPE#=9011 with VRCPROFILE#=7 for NRG 40H. Use a selector/profile pair only when the installed wind-speed sensor, wiring, and controller input match that profile.

Use TIN#=1 on the same channel to read high-speed counter input.
Use VRCEQT#=23 for WeatherStation equipment reporting.
Use the matching VRCDATATYPE# and VRCPROFILE# pair on the same VRC slot.
Use periodic DataGuard logging (VRCLOGMODE# 1 and VRCLOGINT# > 0).
Use a supported X32/NX32/NX32L high-speed counter target. Target-specific frequency caps apply.
Expected child output mapping is DTY 1122, 1123, 1124, 1104, and 1105 with speed scale m/s x 0,01.
v1 supports a maximum of two active wind-speed VRC slots across selectors 9008, 9010, and 9011.

For normal WeatherStation wind-speed and gust values, use DTY 1104 and 1105. DTY 1123 and 1124 are 2-minute values used during warmup and diagnostics.

Check	Required for wind-speed selectors	Why it matters
Sensor/model	Thies 4.3519 with `9008/1`, NRG 40C with `9010/6`, or NRG 40H with `9011/7`.	The selector chooses the calculation; the profile chooses the released sensor formula.
Input path	Supported X32/NX32/NX32L high-speed counter with `TIN#=1`.	DataGuard samples the high-speed PCT counter directly. A normal DI event path is not the source for this selector.
NRG 40C input	Signal conditioning or a verified clean countable pulse path.	NRG 40C is a low-level AC sine-wave sensor and should not be treated as raw direct controller input unless the delivered hardware path makes it countable.
NRG 40H input	External supply and pull-up wiring for the open-collector Hall output.	The controller input must receive a clean countable pulse signal.

The Thies 4.3519 profile uses V = 0.07881 * f + 0.32, 11 pulses/rev, and 2..630 Hz. The NRG profiles use m/s = Hz * 0.765 + 0.35, so 0 Hz is sent as payload value 35. The NRG sensor cap is 125 Hz; lower RTCU/PCT target caps may still set QC before that sensor cap.

If the installation uses another wind-speed sensor, do not assume an existing profile is correct. Confirm a released matching profile before enabling a wind-speed selector.

Counter-based rain-gauge selector (`9009`)

When the delivered setup includes Pronamic / Rain Gauge Professional, use VRCDATATYPE# 9009 as setup selector for WeatherStation rain reporting. The selector itself is not an emitted payload DTY.

Use TIN#=1 on the same channel to read high-speed counter input.
Use VRCEQT#=23 for WeatherStation equipment reporting.
Use periodic DataGuard logging with VRCLOGMODE# 1 and VRCLOGINT# 13 for 10-minute reporting (RR_10MIN).
Use VRCPROFILE#=2..5 to select the Rain Gauge Professional tip size.
Use a supported X32/NX32/NX32L high-speed counter target.

Profile	Tip size	Use
`VRCPROFILE#=2`	`0,2 mm/tip`	Pronamic / Rain Gauge Professional profile for `0,2 mm/tip`.
`VRCPROFILE#=3`	`0,1 mm/tip`	Pronamic / Rain Gauge Professional profile for `0,1 mm/tip`.
`VRCPROFILE#=4`	`0,25 mm/tip`	Pronamic / Rain Gauge Professional profile for `0,25 mm/tip`.
`VRCPROFILE#=5`	`0,5 mm/tip`	Pronamic / Rain Gauge Professional profile for `0,5 mm/tip`.

The controller reports interval precipitation as DTY 1107 from accepted pulse delta, scaled as mm x 0,01. It also sends rain-gauge quality/status and additional child values as DTY 1125, 1126, 1127, and 1128. Derived rain rates, rolling sums, events, graphs, and statistics are calculated after the reporting interval by the receiving system.

Formula or derived values

Formula-derived WeatherStation values are not a self-service setup on this page. Use only the DataGuard selectors and source paths that are documented as supported for the installed software.

Advanced DataGuard references

Use these pages when the WeatherStation-specific values above are not enough and the full shared DataGuard reference is needed.