AquaMon^® 900 MHz Remote Sensor Nodes

AquaMon Introduction:

AquaMon is a tool for modern farming. It automatically collects data from local and remote sensors and uploads the sensor data to the web server.  Once the data is resident on the web server, RSVP (Remote Sensor Viewing Platform) displays it in the format chosen by the grower.  The system also works in reverse; the grower’s web server inputs controlling field operations.

AquaMon offers the grower the flexibility to monitor parameters important to his crop and remotely control operations critical to his farm.  Available sensors allow monitoring soil conditions, climate, and equipment status.  The AquaMon RSVP web server issues alarms when sensors reach a preset limit or can avert harm by activating preset controls within the sensor network.

AquaMon Advantages:

·         24/7 access from any Internet enabled smart phone, tablet, or laptop

·         Grower controls access to his data

·         Grower selects the format of the data display

·         Grower controls remote functions, alarm conditions and event notifications

·         Grower retains ownership of the data at all times

·         Accepts multiple sensor types including 2.5 volt analog, SDI-12, and 4-20 milliamp current loop

·         Improved yields with precision irrigation, reduced power costs with smart pump control, and crop damage preventions with selected alarms.

AquaMon Remote Sensor Nodes

AquaMon remote sensor nodes extend the reach of AquaMon.  Remote sensor node can connect to multiple sensors monitoring soil conditions, weather changes, and equipment parameters.  Control outputs from the remote sensor nodes permit the remote activation of equipment.    

Remote sensor nodes connect to the AquaMon base station over a 900 MHz wireless network. Sensor data is sent to the base station over this network at the request of the base station.  The 900 MHz network permits communications up to two miles from the base station.  If the site requires communications over greater distances or terrain limits the range, repeater nodes may be installed to extend the range of the AquaMon wireless remote sensor network.

For maximum versatility AquaMon remote sensor nodes can handle a variety of sensor types.  SDI-12, 4-20 milliamp, and 2.5 volt analog sensors can all be connected to the remote sensor nodes. 

The remote sensor nodes also provide digital outputs which can activate or deactivate connected equipment such as pumps, valves, and lights.  These control lines permit the grower to remotely control systems in the field from the secure web server.  These control lines can be activated automatically when preset conditions are reached or the grower can manually activate/deactivate the systems. 

Remote Sensor Node Options:

AquaMon remote sensor nodes vary with the number of sensors required and power source.  Remote sensor nodes can be supplied with one or two sensor boards.  Each sensor board permits the connection of up to six sensors.  When AC power is available, the remote sensor node can be powered through a 12 volt adapter plugged into a standard 120 Volt AC outlet.  A battery backup is available to allow base station operation to continue during the loss of AC Power.  Where AC Power is not readily available, the remote sensor node can utilize battery power as the primary power source.  In this configuration a solar panel is available to maintain the battery charge.

Remote sensor nodes must be mounted within the range of the base station’s 900 MHz radio.  If line of sight can be maintained with the base station, the remote sensor node can be installed up to 2 miles away.  If there are obstacles in the signal path such as hills; buildings or thick foliage, repeater nodes may be required to complete the communications link between the remote sensor node and the base station

Remote Sensor Node Models

CHA49001AXX     900 MHz Remote Sensor Node; AC Powered, 1 Sensor Board

CHA49001ABX     900 MHz Remote Sensor Node; AC Powered, Battery Backup, 1 Sensor Board

CHA49001XBX     900 MHz Remote Sensor Node; Battery Powered, 1 Sensor Board

CHA49001XBS     900 MHz Remote Sensor Node; Battery Powered, Solar Charger, 1 Sensor Board

CHA49002AXX     900 MHz Remote Sensor Node; AC Powered, 2 Sensor Boards

CHA49002ABX     900 MHz Remote Sensor Node; AC Powered, Battery Backup, 2 Sensor Boards

CHA49002XBX     900 MHz Remote Sensor Node; Battery Powered, 2 Sensor Boards

CHA49001XBS     900 MHz Remote Sensor Node; Battery Powered, Solar Charger, 2 Sensor Boards

Remote Sensor Node Specifications:

Enclosure:

        Description: Sealed NEMA enclosure

        Dimensions: 11” x 7.75” x 5.5”

900 MHz Radio:

        Frequencies:  902 to 928 MHz

        Maximum Output power:  300mW

        Range (line of sight): 2 Miles

        Mesh Networking: Yes

        Node Addresses: 65,000 distinct addresses

        FCC ID: B46-CH4390

Sensors:

        0 to 2.5 Volt Analog

        SDI-12

        4-20 Milliamp Current Loop

        10-bit Analog to Digital Conversion

Power

        AC: 120V, 60Hz

        Battery: 12 Volt, 7 Amp-hour, Lead Acid

        Solar Panel: Maximum Output 12 Watts

        Battery Life: 2500 transmissions without recharge

Cermetek reserves the right to make changes in specifications at any time and without notice.  The information furnished by Cermetek in this publication is believed to be accurate and reliable.  However, Cermetek assumes no responsibility for its use, or for any infringements of patents or other rights of third parties resulting from its use.  No license is granted under any patents or patent rights of Cermetek Microelectronics, Inc.