FAQ for Commercial Operations
Operations
- What is the SmartSensor™?
- How does the SmartSensor™ detect moisture?
- Does the SmartSensor™ work as a rain sensor?
- How is SmartSensor™ pricing calculated?
SmartWater Technologies (SWT) has a patented soil moisture device called SmartSensor™ that reduces water consumption immediately. SmartSensor™ technology retrofits into most modern electronic irrigation systems. The SmartSensor™ is hard wired to the valve so that when the system timer sends current to open that valve, the SmartSensor™ allows irrigation if the soil requires water.
Once there is moisture in the soil between the two antennas, the SmartSensor™ suspends the zone from watering until the moisture between the two antennas has dried out or the SmartSensor™ is bypassed.
Yes, it will suspend irrigation after a rain event if adequate moisture is detected by the SmartSensor™.
The price of products and installation will vary with each property, geographical location, expenses, etc. The cost will be determined upon completion of an audit.
Irrigation
- Can the SmartSensor™ be installed on an existing irrigation system?
- Will the retrofit damage or negatively affect irrigation hardware?
- Can the SmartSensor™ be bypassed during an irrigation cycle?
Yes, the SmartSensor™ works with all brands (Toro, Rainbird, Hunter, etc.) of irrigation systems and is designed to augment activities of your current systems by providing you with “real time action at a local level”.
No, the SmartSensor™ is connected to the field wires that originate from the controller. There is no additional hardware added, except for a bypass switch on the existing irrigation systems controller.
Yes, SmartSensor™ can be turned on or off via a bypass switch to allow for “special events” watering.
Installation
- How many SmartSensors™ are installed per property?
- How is location of SmartSensors™ determined?
- What is the installation depth of the SmartSensor™?
- How much interruption occurs during installation?
- What type of soil is used for the sensor?
- How is SmartSensor™ training provided?
The amount will vary with every site. Sensors are connected into existing valves and every valve will consist of one sensor.
Location of SmartSensor™ will be determined according to several criteria, i.e., elevation, slope, soil type, irrigation coverage, irrigation system, sunlight, shading, wind direction, etc. Communication between SWT certified installers and property management is essential to identifying locations.
Depth will vary with climate, location, soil type, watering needs, type of grass, etc. The depth of the SmartSensor™ can be adjusted at anytime following installation.
Installation is geared towards as minimal disruption to business as possible. The scope of work includes excavation and backfill of irrigation valves to properly connect the SmartSensors™ wiring to the valves.
The ideal soil to be used on the sensor is the existing soil to the area of installation. Additions of different soil types can increase or decrease saturation and dry time to the sensor and will be determined during the data collection and installation.
Training is provided by SWT certified personnel.
Product Integrity
- Can a SmartSensor™ fail?
- If a SmartSensor™ fails, what happens?
- How are SmartSensor™ replacements obtained after installation?
- What is the warranty on SmartSensor™?
With all technology, there are failures. However, the fail rate is under .02%.
If a SmartSensor™ fails, the irrigation reverts back to the predetermined watering schedule. The SWT team can answer any questions you may have about SmartSensor™ product integrity.
Any other sensors needed, will be on a sensor exchange program and purchased through SWT.
The SmartSensor™ has a conditional, 10 year Manufacturers Warranty, which covers factory defects.
Post Installation Options
- How is the SmartSensor™ located for aerification events?
The SmartSensor™, as well as sprinkler heads and other pertinent information may be located by a GPS receiver during installation and mapped out for final installation. The sensors can be located by a GPS receiver.

