Directional Wing Anemoscope with Analog Output

ANTC-D3.1 Series

Anemoscope with wing direction and digital MODBUS output for industrial applications

The series ANTC-D3.1 has been designed and built for industrial applications, in particular:

Transcriptions for Wind Turbine
Data loggers historical analysis
Control thresholds for wind and solar sails solar trackers

However, it is used in any area where they are necessary features of reliable, robust and accurate.

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Applications

Irrigation control systems
automation in greenhouse
solar trackers
ski resort lifts
cranes
wind turbines
climatic and meteorological stations

The body of the rotor is machined aluminum. The head rotates on ball bearings. The direction wing is in nylon fiber shock-absorbent and easily interchangeable.

It 'also has an M12 connector for convenient connection.

Each transducer is tested and equipped with a calibration certificate.
Runs on request, a periodical calibration of the product.

Thanks to the MODBUS protocol, installation and data display is even easier, in particular:

Immediate integration into various supervisory, control and automation systems
Open specifications that do not require hardware constraints
Reliable communication between automation devices
Interoperability between devices from different manufacturers

Technical Features
Standards
MODBUS
Accessories
Optionals
Download

Mechanical Features

Anodized aluminum rotating transducer mounted on double ball bearing complete with stainless steel bracket and female socket connector
Assembled by ± 3° from vertical axes. Vane upwards
Digital MODBUS signal output
Measurement range from 1° to 360°
Operating temperature from -10°C to +60°C
Storage temperature da -30°C a +80°C
Nylon string wing hail resistant from -40°C to +120°C
Interchangeable wing (1+1 wing in every kit)
M12 connector to be weld

Electrical Features

Power Supply: 10 - 30 Vdc
Nominal Current from 15mA to 1,5mA
Output signal value from 1 to 360° complete revolution

Connection jack connector welding side view:

1=0V 2=+10/30 Vdc 3=A+ 4=B-

Dimensions

Body rotor: H 122 mm
Body rotor + support: H 147 mm
Body rotor + support + connector: H 170 mm
Diam. min. top body rotor: 29 mm
Diam. max. bottom body rotor: 39 mm
Diam. max. rotating head with wind vane assembled: 115 mm
Stainless steel support assembled. Dimensions: H 42 mm / W 39 mm

Regulations

EMC:

EN 61000-6-1:2001
EN 55022:2001, CLASS B

Registers

HOLDING REGISTERS
REGISTER ADDRESS	REGISTER ACCESS	MSB..LSB	VARIABLE NAME	TYPE	UNITS	VARIABLE DESCRIPTION	DEFAULT VALUE
1	R	(15..0)	Wind Speed	uint16	km/h	Anemometer wind speed	---
2	R/W	(15..0)	Modbus ID	uint16	---	MODBUS ID	244
3	R	(15..0)	Wind Direction	uint16	Angle °	Wind Vane wind direction	---
4	---	---	---	---	---	---	---
5	---	---	---	---	---	---	---
6	---	---	---	---	---	---	---
7	R/W	(15..0)	Device Sensor	uint16	---	Sensor connected to PCB (0: Anemometer / 1: Wind Vane)	1
8	R/W	(15..0)	Baudrate	uint16	BAUDS/100	MODBUS baudrate (96:9600 / 192:19200)	192
9	R/W	(15..0)	Parity	uint16	---	MODBUS parity (0: None / 1:Even)	1

INPUT REGISTERS
REGISTER ADDRESS	REGISTER ACCESS	MSB..LSB	VARIABLE NAME	TYPE	UNITS	VARIABLE DESCRIPTION	DEFAULT VALUE
1	R	(15..0)	Wind Speed	uint16	km/h	Anemometer wind speed	---
5	---	---	---	---	---	---	---
3	R	(15..0)	Wind Direction	uint16	Angle °	Wind Vane wind direction	---
4	---	---	---	---	---	---	---
5	---	---	---	---	---	---	---
6	---	---	---	---	---	---	---
5	---	---	---	---	---	---	---
5	---	---	---	---	---	---	---
5	---	---	---	---	---	---	---