Wireless Sensor Suite for Vantage Pro 2

€735.00 (tax incl.) (€612.50 VAT excl.)

Delivery in 1 to 5 days in Europa

Davis Instruments Vantage Pro 2 Weather Station Sensor Suite. Includes all outdoor sensors for the Vantage Pro 2 6152EU weather station.

Reference

6322OV

Available (3 Items)

Based on 2 reviews

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Wireless Sensor Suite (ISS) for Davis Instruments Vantage Pro 2 Weather Stations, for use with the 6152EU. The link between the outdoor sensors (ISS) and the console is via radio waves on the 868.0 - 868.6 MHz frequency with a range of 300 meters at sight.

The ISS is very robust and can be installed on a mast (tube) or on a wooden pole. A dual sensor for measuring outdoor temperature and humidity is placed in a standardised radiation shelter. The aerodynamic rain gauge is equipped with a tilting bucket to measure precipitation and bird spikes. The wind vane anemometer can be detached from the ISS and installed on a roof, for example, thanks to its 12 metre cable.

The 6322OV sensor suite is delivered with:

An outdoor sensor suite (ISS).
An anemometer - wind vane with 12 metres of cable.
A mounting kit.
A user's manual.

Manual ISS VP2 (FR/ES/DE)

Download (2.17MB)

Manuel ISS VP2 (EN)

Download (3.08MB)

Datasheet Sensors suite (EN)

Download (471.83KB)

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Reviews subject to control

1★

2★

3★

4★

5★

10/10

Based on 2 reviews

Sebastien v.
Published Jun 01, 2023 at 06:18 am (Order date: May 15, 2023)

5

Top quality, well-packaged material. (Translated review)
Guy l.
Published Apr 20, 2023 at 04:53 pm (Order date: Apr 12, 2023)

5

................................... (Translated review)

Data sheet

Miscellaneous

Size: 445 x 264 x 406 mm
Weight: 4.1 kg
Warranty: 2 ans
Radio frequency: 868.0 - 868.6 MHz FHSS, inférieur à 8mW
Wireless range: 300m à vue, 60 à 120m avec des obstacles

Wind

Units of measurement: mph, km/h, m/s, Nœud
Resolution: 1 mph, 1 km/h, 0.5 m/s, ou 1 Nœud
Accuracy: ±3 km/h
Measuring range: 3 à 290 km/h
Measurement frequency: 2.5 à 3 secondes
Wiring: 12m de longueur, max recommandé 165m
Measurement principle: Godets à vent, capteur à effet Hall

Wind direction

Resolution: 16 points (22,5°) sur la rose des vents, 1° à affichage numérique
Accuracy: ±3°
Measuring range: 0 à 360°
Measurement frequency: 2.5 à 3 secondes
Measurement principle: Girouette avec potentiomètre

Outside temperature

Units of measurement: °C ou °F
Resolution: 0.1
Accuracy: ±0.3°C
Measuring range: -40°C à 65°C
Measurement frequency: 10 à 12 secondes
Measurement principle: PN junction silicon diode

Windchill

Resolution: 1
Accuracy: ±1
Measurement frequency: 10 à 12 secondes
Measurement principle: Calcul, formule de Osczevski (1995)

Integrated Sensor Suite (ISS)

Composition: plastiques ABS et ASA résistants aux UV
Measure: Temperature ; Humidity ; Wind speed ; Wind direction ; Rainfall ; Windchill ; Wind gusts
Power supply: panneau solaire, accumulateur 10F, pile de secours
Power supply autonomy: 8 mois sans ensoleillement, plus de 2 ans en fonction de l'ensoleillement
Operating temperature: -40 à 65°C
Current consumption: 5 mA (en moyenne) de 4 à 6 VDC pour l'ISS seulement. 10 mA en moyenne entre la console et l'ISS
Backup power supply: pile Lithium 3V CR123 (non fournie)

Outdoor humidity

Units of measurement: % HR
Resolution: 1%
Accuracy: ±2%
Measuring range: 1 à 100% RH
Measurement frequency: 50 secondes à 1 minute
Measurement principle: Condensateur à film
Drift: inférieur à 0.25% par an

Rainfall

Units of measurement: mm ou pouces
Resolution: 0.2 mm ou 0.01in
Accuracy: Pour les intensités de pluie jusqu'à 100 mm/h : ±3% du total ou +0.25 mm au plus
Measurement frequency: 20 à 24 secondes
Measurement principle: Auget basculant
Rain receiving surface: 214 cm2

Rainfall rate

Units of measurement: mm/h ou in/h
Resolution: 0.1 mm ou 0.01 in/h
Accuracy: ±5% pour les intensités inférieures à 250 mm/h
Measuring range: 0 à 762 mm/h
Measurement frequency: 20 à 24 secondes

Dew point

Units of measurement: °C ou °F
Resolution: 1
Accuracy: ±1.5°C
Measuring range: -76° à 54°C
Measurement frequency: 10 à 12 secondes
Measurement principle: L'équation de l'OMM à l'égard de la saturation de l'air humide sur l'eau