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Harvest Laserpro - Model 1 -Premier Row Unit
The premier Row unit for USe with Precision Planting & AG Leader. Hi-tensile steel construction with laser precision for unrivaled DURABILITY, serviceability, & consistency. Laser-cut, high tensile steel construction. QuickRelease™ closing wheel mount. Hydraulic Down Force-Ready X-Plate. Parallel link arms w/ tapered, high-strength polymer bushings. Lateral closing wheel adjustment. Built-in camber adjustment to easily adjust gauge wheel angle to stay true against disc openers. Greaseless lateral adjust on gauge wheel arm. Keeton Seed Firmer bracket factory installed (as of May 2018).
- Harvest International Furrow Spike Closing Wheels
- Mini Hopper Support, Seed Box & Seed Box Support Options (1.6bu, 1.9bu, 3bu)
- Ag Leader SureForce Support Kits
- Row Lockups for Interplant
- vApplyHD Mount Brackets
- PrP Push Button Brackets
- Insecticide T-Bander
- PrP or Simpas Insecticide Support
- Standard LaserPro 1 row units are designed to facilitate, but do not include nor are they limited to, the following aftermarket components:
- DeltaForce or Ag Leader SureForce
- vSet 2, vSet Classic, & mSet seed meters & mini hoppers.
- AgLeader SureSpeed
- 1.6bu, 1.9bu, and 3bu seed boxes
- SpeedTube
- FurrowJet
- vApplyHD & EMHD
- Conceal
- Most aftermarket row cleaner & closing systems
Welcome to the first lesson in our Hydraulic System Design series! This video is your starting point for understanding the fundamentals of hydraulic systems and their essential components. In this video, i have covered Key Components: the five essential parts of any hydraulic system, including the oil reservoir, pump, motor, pressure relief valve, and directional control valve. Hydraulic Circuits: Understand how hydraulic circuits are designed for continuous oil recirculation and how actuators like cylinders perform mechanical work. Debunking Myths: Clarify common misconceptions, such as the belief that hydraulic pumps create pressure. Learn what truly determines the working pressure in a hydraulic system. System Design Basics: Explore how hydraulic systems handle high pressures and how oil compression is accounted for in advanced designs. This lesson is designed to provide detailed insights in simple language, ensuring you can grasp even complex concepts with ease. I have also explained how hydraulic systems differ from pneumatic systems and why these systems are used in heavy-duty industrial applications like cranes, forklifts, and press machines. By the end of this video, you’ll have a clear understanding of how hydraulic systems work and their core components. This knowledge will prepare you for future lessons in the series, where we’ll dive into advanced topics like designing hydraulic circuits, calculating forces, and selecting components.