|  |

| |

Enabling better global research outcomes in soil, plant & environmental monitoring.

SNiP-AWS5+

The SNiP-AWS5 is a 'Sensor Node Integrated Package' for LoRaWAN or CAT-M1 communication of real-time ambient temperature, humidity sensor, atmospheric pressure, wind direction and wind speed for continuous environmental monitoring.

SNiP-AWS5+ Package:

The SNiP-AWS5+ package integrates 1x MFR-NODE, 1x AWS500, 1x SP-110 Solar Radiation Sensor, and 1x RIM-7499-STD Rain Gauge to a site’s unique network, communication and power requirements.

The AWS500 measures air temperature, relative humidity, air pressure, wind direction and wind speed, with high precision, fast response time and configurable wind speed and direction sampling periods. The SP-110 Solar Radiation Sensor measures solar radiation from 360nm~1120nm; The RIM-7499-STD Rain Gauge measures rainfall, constructed for accuracy and long-term operation with minimal maintenance.

This SNiP also includes:

  • a sensor mounting bracket;
  • 1x 6.5Ah rechargeable li-ion battery;
  • 1x 10W Solar Panel; and
  • 1x SPLM7 mounting system for node and solar panel.

 

See Further Specifications on the MFR-NODE

See Further Specifications on the AWS500 Automatic Weather Station
See Further Specifications on the SP-110 Solar Radiation Sensor
See Further Specifications on the RIM-7499-STD Rain Gauge

The modular nature of ICT International SNiPs allows for SNiP-AWS5+ to be customised with alternative solar radiation or rainfall sensors. These or other further parameters can be added to the SNiP, without requiring loggers to match each distinct sensor, substantially reducing the cost of getting a fuller picture on the application.

MFR-NODE

The Multifunction Research Node has been designed to provide flexible communication, sensor and power options.

The MFR-NODE supports SDI-12 and 4 x dry contact digital inputs as well as optionally 2x differential / 4x single ended analogue inputs. The MFR-NODE supports sensors with higher power requirements; a solar panel can charge either the internal lithium-ion battery or both the node and sensor can be powered by an external 12V system (e.g. battery or mains source). Optional CAT-M1 provide an option for remote installation and in areas outside the range existing LoRaWAN networks. The optional multiconstellation GNSS ensures you won’t lose track of your device. The MFR-NODE has an onboard 8GB SD Card to provide data logging capabilities and full data redundancy in the event of temporary loss of communications or dropped packets – ideal for research applications.

  • LoRaWAN™ low-power long-range connectivity
  • 8GB SD Card for data storage
  • Supporting SDI-12, 2 x 32-bit dry-contact counting digital inputs.
  • Optional 24-bit ADC for 2x differential / 4x single ended sensor.
  • Optional CAT-M1
  • Solar rechargeable Lithium-ion or external 12V power options
  • Optional Multi-constellation GNSS
  • External solar/battery input: 12-32V DC.

 

AWS500 Automatic Weather Station Sensor Specifications

Measuring Range Resolution Accuracy Measuring Principle
Temperature -40°C to +60°C 0.1°C ± 0.3°C Platinum Resistance
Relative Humidity 0% to 100% Rh 0.1% Rh ± 2% Rh Capacitance
Pressure 10 to 1300 hPa 0.1 hPa ± 1 hPa Silicon Piezoresistive
Wind Direction 0 to 360° ± 3° Ultrasonic
Wind Speed 0 to 60 m/s 0.1 m/s ±0.3m/s or ±3% Ultrasonic
Reliability Mean Time between failures (MTBF), design value 85000h
Power Supply 9 to 30Volts DC
Output SDI-12
Operating Voltage 9V to 30VDC
Operating Temperature -40°C to +60°C
Operating Humidity 0 to 100% Rh

 

SP-110 Solar Radiation Sensor Specifications

SP-110
ISO 9060:2018 Class C (previously known as second class)
Power Supply Self-powered
Output (Sensitivity) 0.2 mV per W m-2
Output Type 0 to 400 mV
Calibration Factor (reciprocal of output) 5 W m-2 per mV
Calibration Uncertainty ± 5 %
Measurement Repeatability Less than 1 %
Long-term Drift Less than 2 % per year
Non-linearity Less than 1 % up to 2000 W m-2
Response Time Less than 1 ms
Field of View 180°
Spectral Range 360 to 1120 nm
Directional (Cosine) Response ± 5 % at 75° zenith angle
Temperature Response 0.04 ± 0.04 % per C
Operating Environment -40 to 70 C; 0 to 100 % relative humidity;
can be submerged in water up to depths of 30 m
Dimensions 24 mm diameter, 33 mm height
Mass (with 5 m of cable) 90 g

 

RIM-7499-STD Rain Gauge Specifications

Collector Diameter 203mm (8’’) ± 0.2mm
Resolutions 0.2mm (RIM-7499-020-STD); 0.25mm; (RIM-7499-025-STD); 0.5mm (RIM-7499-050-STD);
Accuracy ±3% to 380mm/hr.; Can measure up to 347mm/hr (4%);RIM-7499-BOM version is available for more accurate funnel collector specification. Non-siphon and imperial resolution versions are also available with differing accuracy specification.
Contacts Two normally open magnetically actuated reed switches. Individual protection built-in.
Resolution 1.24 μm
Reed Switch Rating 50V AC/DC @0.5A non-inductive
Closure Timing 50ms min.; 150ms max.; Max bounce time 0.75ms; up to 500mm/Hr
Termination Screw termination (2.5mm²)
Heating Option 12 or 24V AC/DC (48W max) operation with electronic thermostatic control (P/N 7499-TCH);  Please specify operating voltage when ordering.
Data Logger Option Several models available depending on application requirements. Some data loggers may be installed within the body of the rain gauge.
Dimensions Height: 300mm; Body Diameter: 230mm; Base Diameter 280mm; Net Weight: 5.5kg; Shipping Weight: 7kg.
Material Collector: Copper; Jacket: Stainless Steel; Base: Cast Marine Grade Aluminum; Bucket: Gold Plated Brass; Bridge: Anodized Marine Grade Aluminum; Switch Holder: Delrin; Fasteners: Stainless Steel.
Mounting Accessory A rugged mounting pedestal that elevates the collection RIM 1m above ground level (P/N RIM-7499-Stand)