Airmar 220WX NMEA 0183 WeatherStation - (No Relative Humidity) - RS232

Heater for Commercial Fishing in Ice-prone Areas

The patented 220WXH is Airmar’s choice for commercial-fishing, weather-monitoring applications in ice-prone areas. Designed with a highly effective, thermostatically controlled, heating system, it operates effectively in cold climates. Feature rich in a durable, rugged, small-footprint housing that is IPX6 rated, the 220WXH calculates the theoretical wind speed and direction based upon the apparent wind, speed of the vessel, and vessel heading.

The 220WXH has an internal 10 Hz GPS and three-axis electronic compass. These sensors gives heading, position, speed-over-ground, and course-over-ground functionality that is required for theoretical wind-data processing and mobile applications. A 3D compass with dynamic stabilization provided by the three-axis rate gyro enhances the rate-of-turn data.

Ultrasonic measurement of apparent and theoretical wind speed and direction
Thermostatically controlled heater element
Barometric pressure
Air and wind chill temperature
GPS position, speed over ground, course over ground
Three-axis, solid-state compass with dynamic stabilization
Three-axis rate gyro supplies rate-of–turn data
Three-axis accelerometer for best-in-class pitch and roll information
Housing rated IPX6 for water-ingress protection
Data output via a single cable (various lengths available)

NMEA 0183 serial protocol over RS-422 standard interface or RS-232 interface
The 220WXH cannot be used with an NMEA 2000^® CAN bus network.

Brand: Airmar Technology

Air Temp Accuracy: ±1.1°C at 20°C

Air Temp Range: -40 to 80°C (-40 to 176°F)

Air Temp Resolution: 0.1°C

Barometric Pressure Accuracy: ±0.5 hPa at 25°C (or better)

Barometric Pressure Range: 300 to 1100 hPa

Barometric Pressure Resolution: 0.1 hPa

Certs And Standards: CE, IPX6, RoHS, IEC61000-4-2, IEC60945, IEC60950_1C, IEC60950_22A, EN55022, EN55024, EN14982

Communications Available Hardware Interface: Serial RS-232, Serial RS-422

Communications Available Protocol: Comma delimited ASCII, NMEA 0183

Communications Serial Output Rate: 1 Hz typical. User selectable. 10 Hz maximum recommended

GPS Position Accuracy: 3 m (10') CEP

Heater Supply Current: <2.5 A (<60 W) at 24 VDC

Note: Cables sold separately

Operating Temp Range: -25 to 55°C (-13 to 131°F)

Operating Temp Range Cycles: Heater cycles on when sensor reaches 1°C

Operating Temp Range Heater: -40 to 55°C (-40 to 131°F)

Pitch Roll Accuracy: ±1° in range of ±30°

Pitch Roll Measurement Type: MEMS

Pitch Roll Range: 50°

Power Supply Current: <38 mA (<0.9 W) at 24 VDC

Power Supply Voltage: 12 to 24 VDC

Recommend Use: Marine or Land-Based, Mobile or Stationary

Three Axis Compass Dynamic Heading Accuracy: 2° dynamic heading accuracy

Three Axis Compass Range: 0 to 359.9°

Three Axis Compass Static Heading Accuracy: 1° static heading accuracy

Weight: 350 g (0.8 lb.)

Wind Direction Accuracy: ±3° at 10 m/s

Wind Direction Range: 0° to 359.9°

Wind Direction Resolution: 0.1°

Wind Speed Accuracy: 5% at 10 m/s at 4 angles

Wind Speed Calculations: User configurable damping

Wind Speed Range: 0 to 40 m/s (0 to 89 MPH)

Wind Speed Resolution: 0.1 m/s

Exterior Color: White

Waterproof Rating: IPX6

Mounting Thread: Standard 1”-14 UNS (3/4” NPT optional)

Sensor Connector: 10WSH

Humidity: Not Available

Display Connector: Cable Required

Exterior Color: White

Refurbished: No

Comm Method: NMEA 0183

Country of Origin: USA

RoHS Compliant: Yes

Data Output

Serial Data Output Protocol

NMEA 0183 Sentence Structure – Comma Delimited ASCII Format
$GPDTM	GPS Datum Reference
$GPGGA	GPS Fix Data
$GPGLL	Geographic Position—Latitude and Longitude
$GPGSA	GNSS DOP and Active Satellite
$GPGSV	Satellites in View
$GPRMC	Recommended Minimum GNSS
$GPVTG	COG and SOG
$GPZDA	Time and Date
$HCHDG	Heading, Deviation, and Variation
$HCHDT	True Heading
$HCTHS	True Heading and Status
$TIROT	Rate of Turn
$WIMDA	Meteorological Composite
$WIMWD	Wind Direction and Speed
$WIMWV	Wind Speed and Angle
$WIMWR	Relative Wind Direction and Speed
$WIMWT	Theoretical Wind Direction and Speed
$YXXDR	Transducer Measurements