Coupled with the electrification of farming vehicle systems and rising seed costs, the farmer faces a unique challenge: accurately planting seed in order to optimize crop yield.

Wireless Electric Planters Optimize Crop Yield

Contributed by | Allied Motion


Reprinted with permission from Allied Motion's blog:

Agriculture is among the first American industries – and a vital livelihood for more than just farmers. The United States currently has over 2 million farms covering an area of 900 million acres, with a large portion of that being corn: the most widely produced feed grain.

The U.S. is a major player in the world corn market with 10 to 20 percent of domestic corn crop exported to other countries. After record highs in domestic farming incomes in 2015, projections for the U.S. farming industry income rapidly dip and stabilize in 2020. Flat income projections force the farmer to do more with less and efficiencies become increasingly important. Coupled with the electrification of farming vehicle systems and rising seed costs, the farmer faces a unique challenge: accurately planting seed in order to optimize crop yield.

Graham Electric Planters, with help from Allied Motion, turned that challenge into a great opportunity.


Putting Innovation to the Test: The Yuma Project

Graham Electric Planter has a passion for improving farming techniques and practices through the implementation of technology. Founded in 2008, the company aims to extend the life of its old planters and improve the efficiency of its fertilizer operations. Graham essentially took the hydraulically powered single-shaft seed planting method, electrified it, and made each row planter capable of independent operation.

Graham’s initial system, now called Graham Classic, utilized a PMDC motor with a low resolution optical encoder interfaced to a motor drive and an in-cab tablet-based control system. The Graham system could be retrofitted into older seed planter systems, which was a huge boon for smaller farmers wanting to get more out of their current systems. Graham offered smaller farmers advanced seed planting accuracy, consistency, and control at a fraction of what it would cost them to purchase an entirely new tractor with those features pre-installed.

Named the Yuma Project, Graham set out to improve its system in several respects, perhaps the most novel being wireless communication between individual row seeders and the main control in the planter cab. That’s where Allied Motion’s North American Solution Center (NASC) enters the picture. The NASC played a key role in making Graham’s quest for the wireless row seeder a reality.

“We had some challenges to overcome to replace the original supplier but we prevailed because we were willing to listen to the customer and adjust our products to meet his needs,” notes Andres Yarritu, regional sales manager. “Our background knowledge in the agricultural market also helped. We have helped other farm equipment manufacturers and after-market system makers, and knew what challenges the field environment would throw at us and we were ready to meet them.”

The NASC pulled together and orchestrated engineering personnel and expertise resources from across multiple Allied Motion companies to deliver a complete solution package to drive the seeders. The result is the motive heart of the Graham Pro EPD system: a rugged, reliable right-angle gearmotor that utilizes a brushless DC motor with an integrated motor controller and wireless control module.


Want to learn more?

The Yuma Project highlights our one-team approach to problem solving. Knowing that a single Allied Motion company would not possess all the required expertise, the Allied Motion NASC leveraged multiple engineering teams, all while managing a very aggressive project schedule to match the customer’s timeline.

“I started working with Toby Graham a couple years back and we had ideas for a few upgrades,” notes Yarritu. “Toby really pushed us to go big and squeeze as many new features as we could into the Yuma project. I think he would be very proud to see how far we've come since then. Unfortunately, Toby passed away before his dream became a reality. To the rest of his company, this is a huge project and a thriving target market for us. We were glad to be able help Graham and rise to the challenge they had, and we look forward to a bright partnership with Graham.”


Allied Motion

Allied Motion

We design and manufacture advanced brushless motors, electronic drives/controllers, and encoding products for the robotics and electric vehicle markets in particular and generally for the Commercial, Industrial, and Aerospace and Defense industry sectors. Allied Motion brings added value to our customers' products through the motion solutions we offer.

Other Articles

How Motion Control Puts the Robo in Robotics
Efficient motion control technology replaces the heavy, power-hungry traditional mechanical and hydraulic components with accurate, efficient electro-mechanical control systems. Within the traction, steering and braking systems of these energy-efficient cars are brushless torque motors.
How to Select the Right Drive for Automated Vehicles
A full analysis of a wheel drive’s required performance, including peak torque for acceleration and average power needed for typical vehicle travel routines, is needed in order to choose the best wheel drive for an application.
Talking AUTOMATE 2017 with Ken Wyman of Allied Motion
This is Allied Motion’s inaugural exhibition at Automate. So visitors will see, many for the first time, our capabilities and products for automation industry solutions.
More about Allied Motion

Comments (0)

This post does not have any comments. Be the first to leave a comment below.

Post A Comment

You must be logged in before you can post a comment. Login now.

Featured Product

Dynatect Automated Machine Safety Door

Dynatect Automated Machine Safety Door

Dynatect's Gortite VF (Vertical Fabric) Automated Machine Safety Door is intended for automation and safe machine access to minimize cycle time and maximize production time. The automated roll-up door separates machines with hazardous operations from other processes, material handling equipment, and people. The Gortite VF Door contains typical machine/process generated hazards including light debris, fluid splatter/mist, and weld smoke/sparks/flash.