Stub and Return Drain Level Sensor (Ultrasonic)

OVERVIEW

INCYT’s Ultrasonic water level sensor is ideal for measuring water levels in open-air environments such as stubs & return drains. Irrigating your fields can be one of the most time-consuming activities on a farm if it means that you constantly have to drive around your farming operation to find out whether an irrigation is finished and water is running through your stub or return drain. With INCYT’s ultrasonic stub and return drain level sensor you now have an accurate way to monitor all your stubs and return drains, and receive alerts when a certain level (high or low) has been reached. You no longer need to drive across your operation to manually check water levels and can share this data with anyone you like through the INCYT cockpit.

HOW IT WORKS

INCYT’s ultrasonic channel level sensor utilises INCYT’s XR network, so you’re not restricted to only using this in areas where you’ve got a cellphone signal - as long as your stub or return drain is within reach of your INCYT base station, you’re able to use the ultrasonic water level sensor! The ultrasonic water level sensor gets paired up with an INCYT blue node, giving you up to 8 (!) years of battery life!

The installation kit includes an ultrasonic water level sensor, blue node and mounting bracket. To mount the ultrasonic water level sensor over your stub or return drain you have multiple options depending on the infrastructure present. If no existing structure is in place to which the bracket can be mounted, you can either decide to create your own mounting structure or purchase an INCYT frame that has been created to suit most stubs and return drains. Once the water level sensor is mounted, simply connect it to the blue node and install the blue node on top of the mounting structure.

The water level data is available to you through the INCYT cockpit, which allows you to share this data with other users on your INCYT account as well. You are able to see the current stub or return drain fill level as well as level changes over the past days and weeks. Alarms can be set for when a specific levels ( capacity in %, volume, or depth ) has been reached, for when volume over a specified time frame exceeds a set amount, or when the level increases by a set amount (stub or return drain is rising by more than x amount in x time period). The reporting frequency of the water level sensor is once every hour.

SPECIFICATIONS

• Subscription: $10 per month or $1 per month when not in use

• Maximum water depth: 8 meters

• Mount at least 55cm above max water level

• High-quality accurate water level monitoring

• Custom level and usage alerts can be configured in the INCYT cockpit

• Data can be shared with other INCYT users as required

CUSTOMER SUPPORT

We pride ourselves on our service, with customer support representatives based throughout Australia's rural areas, ready to help with any questions you might have. With hundreds of clients throughout Australia entrusting us with monitoring their crops and valuable infrastructure, you are in good hands with our team.

EASY SETUP

With INCYT's simple plug ‘n play setup system, getting your stub or return drain level sensor up and running is a breeze! To mount the ultrasonic water level sensor over your stub or return drain you have multiple options depending on the infrastructure present. If no existing structure is in place to which the bracket can be mounted, you can either decide to create your own mounting structure or purchase an INCYT frame that has been created to suit most stubs or return drains . Once the water level sensor is mounted, simply connect it to the blue node and install the blue node on top of the mounting structure. It’s important to have the sensor mounted perpendicular to the water (so exactly horizontally, measured with a spirit level) with a minimum distance of 55cm to the maximum water level and a maximum distance of 8 meters to the bottom of the empty stub or return drain.

Quick Start Guides and installation videos available in the INCYT Academy.