Since 1967, Orchard-Rite has engineered and built wind machines with precision technology. They take pride in the details, which is why growers from around the world trust the name.They design machinery to match your needs and are there to help throughout the process.

Orchard-Rite® wind machines are the industry’s most dependable protection against the damaging effects of spring frosts and winter freezes. Our wind machines work with nature to pull the warmer air down into the orchard or growing field to raise temperatures and save crops. Our wind machine blades are the safest and most efficient in the industry. We use a unique design and proprietary process to construct durable, all-fiberglass blades. All Orchard-Rite® wind machine gearboxes use a fail-safe oil submersion system for added reliability and longevity. A simply designed control panel allows operators to monitor oil pressure, amperage, and temperature. Every Orchard-Rite® wind machine is protected by a Murphy shut-down system. These systems monitor critical engine thresholds and will shut the engine down to prevent further damage if these thresholds are met. Each Orchard-Rite® wind machine is designed to be site specific. Using detailed aerial photographs and GPS technology, we study the topography of the land before recommending a possible site for a new wind machine. A sales representative experienced in wind machine placement reviews every site before installation, working closely with the grower to find the optimal location and options to maximize the wind machine’s performance. Protect your crops with the smart choice ­– Orchard-Rite® wind machines

All Stationary Models Specs

TOWER

Corrosion Resistant. The heaviest tower in the industry with a 5/16” walled tube. A two-part paint system maximizes corrosion resistance. Hot-dipped galvanizing available for environments prone to corrosion.
5/16” x 20”/7.9mm x .51m
Height to Fan-Shaft 35’ (10.7m)
Two Part Paint System
Silver Paint

BASE
Concrete Volume 7yd3 (5.35m3)
Meets International Building Code

BLADE
Solid Composite Fiberglass
High Efficiency Design
No Wind Exclusion
Pitch – 8 degrees
Extended Warranty Available*

GEARBOXES
Ductile Iron – 65,00 PSI (448MPA)
FLEXOR® Steel Input Shaft
Lubrication – Oil Bath
Extended Warranty Available*
GEAR OIL CAPACITY
Top Gearbox 3 Gal/11.4 L
Lower Gearbox 1.4 Gal/5.2L

DRIVE-LINE
Three Sections
10’ x 4” (3.05m x 10c)

Model 2600 Specs

TOWER

Silver Paint

BLADE

Two Blades
Length 19’ 10”/6.05m

GEAR OIL CAPACITY

Lower Gearbox 1.4Gal/5.2L

Options & Accessories

ENGINE PEST GUARD
Additional protection from wildlife damage

CENTRIFUGAL CLUTCH
Improves longevity of the gearboxes and driveline
Beneficial during long periods when machine is not in use

CONTOUR & TILT HEADS
Improves wind machine coverage on slopes, knolls, ridges, or plateaus
Can be custom designed to fit the needs of an area
Allows one machine to cover areas that could normally require two standard machines

LAYDOWN TOWER
Laydown height: 7’ 10” (2.38m)
Excellent option for maintaining scenic beauty
Works well with pivot irrigation
Improves safety for helicopters and airplanes

DRIVELINE HOLDER
Allows engine & gearbox to be removed
An excellent option for theft prevention
Also reduces risk of pests damaging the engine

ELECTRIC OSCILLATOR
Allows for a custom sweep area up to 180 degrees
Ideal for narrow fields & canyons
Prevents wasted coverage of unimportant areas

VORTEX™ ANEMOMETER
Monitors wind speeds & will shut down machines when speeds are too high
Helps prevent wind damage
Lowers risk of costly repairs

DOGLEG TOWER
Enhanced coverage of steep slopes
Ideal for slopes greater than 6 degrees
Combined with the Tilt Head, can cover slopes up to 10 degrees

LOWER GEARBOX FRAME
Supports the lower gearbox & driveline while engine is removed
Allows engine to be used for other purposes such as irrigation pump
Uses a small driveline designed for easy detachment
316 STAINLESS STEEL HOOD
Superior corrosion protection

SOLAR PANEL
Keeps the engine battery properly charged
Ensures the battery is ready to go after long periods of disuse
Lowers risk of downtime during frost emergencies