Anemo 4403-RF-BAT
Radio impulsive output Anemometer Wireless
Robust wind speed sensor, extremely resistant and flexible, Suitable for many different application. Stainless steel bearings and high quality technical plastic body and cups. The RF communication compliant to IEEE 802.15.4 standards, operating within the ISM 2.4 GHz frequency band.
Totally Plug & Play system, no configuration needed. More than one equipment can operate in the same enviroment, no risk of interaction/interference.
The Anemo4403 RF, is suitable to be used for any application where it is necessary to accurately detect the wind speed such as: tower cranes, solar panels, greenhouses, wind generators, etc. but needs quick mounting and wireless system.
Wireless Anemometer and Double Display Equipment
- ANEMO4403 RF + WM44 EVO11 RF + WM44P RF
- ANEMO4403 RF + WM44 EVO11 RF + WM44 EVO11 RF
- ANEMO4403 RF + WM44P RF + WM44P RF
The WM44 EVO11 RF model can be supplied with the Data logger function, with that the data can be extracted and displayed on a computer.
- Anemometer
- Display
- Standards
- Accessories
- Optional Items
- Download
Mechanical Features
The anemometer is constituted by a rotor in shockproof plastic material resistant to UV rays, at low temperatures and hail. Rotating on ball bearings, drives a magnetic contact generating 4 pulses per revolution.
- Degree of protection IP65
- Operating temperature -20° + 80°C without ice
- Storage temperature -40° + 100°C
- Overall size shown in the drawing on the side
- Weight 154 g
- Measuring range from 2 to 200 km/h
- Accuracy ± 2%
- Linearity ± 2%
Electrical Features
- Power supply 9-24 Vcc
- Max. Input current 100mA max
- Measuringr Range 2-200 km/H
- Power supply 3-5 Vdc through lithium battery "D" size 3,6 Vdc
- Battery life 1 year with 7,2 Ah model - 2/3 years with 19 Ah model
- Consumption 100 mA max
- RF signal radio trasmission frequency 2,4 GHz
- RF signal power radio transmision 10 mW
- Connection V+:red / V-:black / NC:yellow
- Operating distance 60/100 meters indoor or urban area
- Operating distance 500/750 meters outdoor in open field
WM44P-RF
- Available input voltage: 12 Vdc - 24 Vdc - 24 Vac - 110/220 Vac 50/60 Hz
- Power consumption < 3,5 VA
- RF Communication IEEE 802.15.1 ISM 2.4 GHz
- Transmission power 10 mW (10dBm)
- Receiving sensitivity -100dBm
- Operative distance: indoor/urban area 60 mt. – outdoor line-of-sight 750 mt
- 4-20mA analog output accuracy ±1%
- Maximum load impedence 500Ω
- Relay contacts 4 A - 250 Vac
- Operating temperature -20°C +70°C
- Max speed 999 Km/h - 620 mph
- 3 digit LED display (14 mm digit height).
- 2 LED alarm status indicator (AL1 & AL2).
- LED speed unit indicator (Km/h or Mph).
- “Select” button to switch between a redout in Mph or Km/h.
- IP50
- Weight 350 g
- Dimensions in the drawing below
- Accuracy 1 km/h
- Non condensable relative humidity according to IEC 68-2-3 and IEC 68-2-27
- Impacts according to IEC 68-2-27
- Vibrations according to IEC 68-2-6
WM44-EVO11-RF
- Power supply 230Vac, 50-60 Hz- 24Vdc
- Power consmuption <3.5 VA @ 230 Vac - 3 W @ 24 Vdc
- Type of input signal frequency , analogue (4-20mA) or RF
- RF connectivity IEEE 802.15.4. ISM 2.4Ghz
- Power output for sensors 15 Vdc
- Analogue output 4-20mA
- Max. connectable impedance 500 Ohm
- Analogue output resolution 10 bit
- Analogue output accuracy 1,5%
- Alarm relays 250 Vac, 8A
- Display backlight liquid crystal display 128x64 px
- Wind speed 3 digits. Units to choose from: Km/h, Mph and m/s
- Wind direction 3 digits. indication in degrees and cardinal points
- Enclosure material polycarbonate
- Weight 250g
- Storage temperature -35°C+70°C
- Working temperature -20°+70°C
Regulations
- IP65 UNE20324:1993
- IEEE 802.15.4 ISM 2,4 GHz
- EN 61000-6-2:2001
- EN 55022:2001, CLASS B
Battery Casing
Included in the supplu sealed housing containing lithium batteyr, already mounted and wired on the bracket
Steel Bracket
The external wireless device ANEMO4403-RF-BAT includes a wall mounting bracket for easy installation on vertical structure
Screw Connectors
The connection of displayis is made through the practical numbered connectors with screw terminals.