Turn Your Bin into a Profit Center
OPI Blue is a wireless system that delivers hourly grain storage information to your mobile or desktop devices and allows you to turn on your fans remotely. No more driving to your bins to plug in. Now you can access your critical grain storage information wherever you work, live, or play. OPI Blue can be incorporated into your current OPI grain management system using existing cabling or purchased as a new system.
Increase profits by maximizing quality, reducing loss, and minimizing shrink. Manage your grain with confidence.
OPI Blue features:
Remote control of your fans, up to 80% reduction in run-time
Hourly grain temperature and moisture readings
Grain inventory levels
Weather station integration for ambient temperature and relative humidity conditions
Equilibrium Moisture Content calculations
PC, Apple (iOS) and Google (Android) compatible
Ability to view all bins at once
New features automatically download from the internet
Historic data stored securely and backed up online
Enabled for remote troubleshooting
Components of OPI Blue
Single or Multi-Channel Cable Node
Groups cables together and transmits sensor data to the Gateway Node. Available as a single channel (1 cable connection to the node) or multi channel (8 cable connections to the node)
Fan Node and Radio
Remotely controls bin fans by receiving commands from the Gateway through the cloud from your device.
Gateway
Collects data wirelessly from the Cable Node(s) and transmits data to the cloud, which is accessible on your mobile or desktop device. Also, sends commands to Fan Node for remote fan operation and status.
Power Supply
Powers the Gateway Node
StorMax Retractable Temperature Cable
Cable with sensors to measure temperature levels in your bin. Available in three sizes (Medium Duty, Commercial Duty and Heavy Duty)
Sensing Element
Retractable temperature sensing element inserted into a StorMax temperature cable
Moisture Cable
Cable with sensors to measure temperature and relative humidity (moisture content) levels in your bin
Interconnect Cable
Connects cables to other system components
BRK 2 and BRK 3
External roof brackets to support the weight of externally-mounted cables
Angle Bracket
Angle mounts the cable on the roof exterior
Hangers
Hangs cable from the interior roof rafters
StorMax Retractable Temperature Cables
The StorMax retractable temperature cable leverages industry-leading digital technology to record and provide vital grain condition data to your StorMax, Integris Basic, Integris Pro or OPI Blue Advanced Grain Management systems. Based on bin size, one or more temperature cables are installed, typically with sensors at 4′ or 6′ spacing throughout the bin. What makes the StorMax retractable temperature cable so unique is our exclusive retractable sensing element, which is protected inside a sturdy outer tube. This unique design combined with digital technology provides multiple benefits including: Highly accurate to within 0.5°C or 1.0°F Easy to install and serviceable by the customer. Easy to service whether the bin is empty or full, eliminating any downtime Highly calable to work with your current system, as well as future upgrades as your needs change StorMax Retractable Temperature Cables are available in three sizes (Medium Duty, Commercial Duty and Heavy Duty).
Moisture Cables
Working with all four OPI monitoring and control system options, the OPI moisture cable is a valuable tool for your advanced grain management system. Monitor temperature, humidity and grain moisture content throughout the bin to manage all in-bin drying and conditioning applications. Combine with Integris Pro automated control system for the highest degree of moisture control and accuracy on the market. The OPI moisture cable has sensors placed on the cable—commonly at 4’ intervals in farm applications and 6’ intervals in commercial applications. Moisture cables are used in grain depths up to 85’. Each sensor consists of a relative humidity sensor encapsulated in a sintered filter that protects the sensor from dust and contamination, while allowing for instantaneous readings. By measuring the relative humidity and temperature in the airspace around the grain, we are able to calculate grain moisture content with a high degree of accuracy.
Each sensor also includes a temperature sensor, so that temperature, relative humidity and moisture content can be read throughout the grain.