How to use a 2-wheel E-Z Tow to move my pivot?

Using a 2-wheel E-Z tow to relocate a center pivot irrigation system involves attaching the tow dolly to the pivot's main span, securing the locking mechanisms, and pulling the unit with a standard farm tractor across the field to its new position. The entire relocation process typically takes under 31 minutes, making it one of the most time-efficient methods available for portable pivot repositioning. Proper attachment sequence, ground clearance verification, and tire pressure checks are essential before each tow cycle to protect both the equipment and the operator.

Understanding the 2-Wheel E-Z Tow System for Pivot Movement

A towable center pivot system changes the way that large farms handle irrigation logistics in a fundamental way. Instead of installing fixed pivots on each field, operators can use a single machine on multiple plots. This saves money and is especially appealing to commercial farming operations that manage 500 hectares or more.

How the Attachment Mechanism Works

A stronger hitch coupler links the two-wheel tow setup directly to the pivot's undercarriage frame. The dolly saddle rests on the pivot's main lateral pipe, which spreads the weight evenly across both wheels. Before pulling, operators must make sure that the safety chain is crossed under the hitch, the swivel lock is fully engaged, and the span line is in the middle. To keep the gearbox from engaging while the tower is moving, the motors should be turned to transport mode.

Towing Process Step by Step

For the E-Z Tow pivot, put the tractor on the drive end of the pivot and hook up the drawbar hitch. Walk the whole length of the span to make sure that no spray heads are touching the ground. Set the tractor to low range, which is usually 2 to 3 mph, and keep the tow path straight along the machine's lengthwise axis. Do not make quick turns because they put stress on the truss links from the side. When you get to your destination, disconnect the hitch, level the drive tower again, and reconnect the water and power before starting the irrigation again.

Benefits of Using a 2-Wheel E-Z Tow for Moving Pivots

The main reason procurement managers choose towable pivot configurations is that they offer operational flexibility. The per-hectare capital cost goes down a lot when compared to installing permanent pivots on each plot. This is because one machine can work on three or four fields during the growing season.

These are the main benefits this towable design brings to farms that are still in use:

• Rapid repositioning under 31 minutes: The two-wheel dolly geometry allows a tractor operator to hitch, tow, and re-establish the pivot at a new field center in less time than a conventional equipment change, keeping irrigation schedules tight during critical crop growth windows.
• Hot-dip galvanized structural protection: All steel frame components carry a zinc coating exceeding 80μm, tested against accelerated corrosion cycles. This construction standard directly addresses durability concerns in humid, sandy, and chemically active soil environments across North America, Africa, and the Middle East.
• One machine, multiple fields: A single towable pivot can irrigate corn, soybeans, or cotton on alternating fields without purchasing additional infrastructure, reducing per-hectare installation cost substantially.
• Flexible power supply compatibility: Units operate on grid power, onboard diesel generators, or photovoltaic systems — a critical feature for off-grid operations in remote growing regions where grid infrastructure is unreliable.

These benefits directly lead to lower total ownership costs, fewer idle assets, and better adaptability to changing crop rotation schedules. These are all very important issues for both big industrial farms and government agricultural programs.

Comparing 2-Wheel E-Z Tow with Other Pivot Transport Methods

Not every way of moving works for every farm situation. To help procurement teams choose the right standard, including options like the 2-wheel E-Z tow, they need to know how the different towing setups affect performance.

Two-Wheel vs. Four-Wheel Towable Configuration

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The four-wheel towable irrigation system can support machines that are up to 457 meters long, and the main pipe diameters are 127 mm, 168 mm, and 219 mm, so it can work on very large fields. The two-wheel towable design can pull machines up to 305 meters long with pipe sizes of 127 mm and 168 mm. This is a smaller, cheaper choice for medium-sized businesses. The span lengths for both systems are between 37.5m and 54.9m.

Easy Towable Single-Span System

The Easy Towable Single-Span Irrigation System can cover up to 85 meters and has choices for spans that go up to 66.5 meters. This makes it perfect for farms with smaller or less even plots. This model works especially well for markets in Southeast Asia and specialty crop operators who need to move their crops around a lot. Because it's lighter, the tractor can hitch up faster and needs less powerful pulling equipment.

Wheel sizes of 11.2-24, 14.9-24, and 16.9-25 can be used on all designs to handle different types of terrain and soil loads. Both tubed and tubeless tires are offered. By choosing between low-profile and normal-height spans, workers can make sure that the canopy space is right for each crop height.

Procurement Guide: Sourcing a Towable Pivot System

Buying a towable center pivot system directly from the maker has clear price benefits and more customization options compared to buying through a dealer chain.

Key Specifications to Confirm Before Ordering

For the E-Z Tow pivot, the teams in charge of buying things should check that the main pipe diameter matches the existing field supply infrastructure. They should also make sure that the overhang length requirements are met (they can be anywhere from 2.7m to 25m), and they should say whether they want a standard electrical control system or a remote control system. The power supply mode should match the conditions of the local grid or the capacity of the generator. Through OEM agreements, you can get custom span heights, branded control panel interfaces, and private-label tower markings.

Delivery, Warranty, and After-Sales Structure

HUAYUAN SAIT can make 1,800 systems a year and has a standard delivery window of one week for in-stock configurations. The after-sales program includes free installation, a full guarantee for one year, low-cost upkeep and part replacement for three years, and free spare parts for life at the price of the plant. This structure gives B2B buyers a way to predict the total cost of ownership over the life of 20 years of equipment.

Real-World Application: Towable Pivot in Multi-Field Corn Operations

A large corn farm that manages about 800 hectares of land in four separate plots switched from three fixed-installation pivots to a two-wheel towable pivot setup. By using a single towable unit on rotating fields, the operation cut down on standing water between planting cycles and saved about 35% on the cost of capitalizing irrigation infrastructure compared to options that required fixed installations. The BeiDou-integrated control system kept the uniformity of irrigation above 90%, meeting agronomic goals in all plots without having to make any mistakes with manual repositioning. Moving from one nearby field to another took an average of 28 minutes per move, which kept the unit busy on all four plots during a normal planting time.

Conclusion

Managing multiple fields of irrigation can be hard, but towable pivot irrigation systems are a sensible and cost-effective solution. Moving time is cut down to less than 31 minutes with the 2-wheel E-Z tow setup. It also has a hot-dip galvanized construction that is rated for tough outdoor settings. When it comes to handling row crops across hundreds of hectares or using portable irrigation for government farming programs, this system is a good choice for large-scale operations because it is mobile, durable, and has smart control built in.

FAQ

Q1: How fast can a tractor tow a pivot using the two-wheel system?

Two to three miles per hour in low gear is the best speed for pulling. Higher speeds can cause side beam stress and spans to become out of line.

Q2: What pipe diameters are compatible with two-wheel tow configurations?

The two-wheel system can work with major pipe sizes of 127 mm and 168 mm on machines that are up to 305 m long.

Q3: Can the pivot operate on diesel generator power during relocation?

Yes. The system can work in off-grid fields that don't have fixed electrical infrastructure because it can use power from an onboard diesel engine.

Q4: How often does the tow dolly require maintenance?

Every 50 hours of use, the wheel bearings and hitch pivot points should be checked. Under normal field conditions, the hot-dip galvanizing frame doesn't need any regular coating upkeep.

Connect With HUAYUAN SAIT — Your Trusted 2-Wheel E-Z Tow Manufacturer

Every system that HUAYUAN SAIT builds is made with smart control technology that is built into BeiDou and 20 years of experience making pivots. Our 2-wheel E-Z tow provider can do full OEM customization, deliver in one week, and provide extra parts support for life. Send your project details and field specifications to kevin@showyirrigation.com to get a direct factory quote right away.

References

1. ASABE Standards Committee. ASABE Standards for Center Pivot Irrigation Systems (S436.1). American Society of Agricultural and Biological Engineers, 2021.

2. Evans, R. G., & King, B. A. Center Pivot Irrigation System Management. USDA Agricultural Research Service, 2012.

3. Lamm, F. R., Ayars, J. E., & Nakayama, F. S. Microirrigation for Crop Production: Design, Operation, and Management. Elsevier, 2007.

4. Howell, T. A. "Irrigation Efficiency." Encyclopedia of Water Science. Marcel Dekker, 2003.

5. Food and Agriculture Organization of the United Nations. Irrigation Water Management: Irrigation Methods (FAO Training Manual No. 5). FAO, 2009.

6. Keller, J., & Bliesner, R. D. Sprinkle and Trickle Irrigation. Van Nostrand Reinhold, 1990.