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Seller Information
IRON VALLEY EQUIPMENT & MFG
Contact:Patrick Iwan
Phone:+1 651-726-7271
Saint Cloud, Minnesota, USA 56304
General
Category
Other
Year
2024
Manufacturer
SNOWEX
Model
S220A
Condition
New
Description
Snow Ex SNOW EX RENEGADE 2.2YD
"Call for Price"
You need ice control equipment that makes those late nights and early mornings productive and safe. Our all-new Renegade stainless steel hopper spreaders are ready to deliver results even in the most challenging winter conditions. Spread your way by choosing the best material delivery system for your operation either the HELIXX shaftless auger for precise rock salt application or a new pintle chain conveyor that's perfect for dense, heavy de-icing materials
HELIXX AUGER TECHNOLOGY
Patent-pending corkscrew material delivery system is optimized to operate in the target range for rock salt spreading best practices.
MATERIAL SPILL PROTECTOR CHAIN MODELS ONLY
A protection flap at the end of the conveyor prevents material from spilling out and pooling near the vehicle cab.
RIVETED CONSTRUCTION
Constructed entirely of rivets and bolts, with no welding. Provides a cleaner stainless look and is easier to repair.
WIRING CHANNEL
Channels on either side of the hopper allow wires and cables to be easily run from the hopper to the cab.
ALL-NEW PINTLE CHAIN CONVEYOR
The large conveyor delivers reliable, smooth, and consistent material flow for heavy, dense materials while reducing bridging.
REPLACEABLE SCREEN ANCHOR
This piece is now bolted on instead of welded for easy replacement.
STEEPER END CAPS
Provides better material flow so more of the hopper load can be spread with each fill.
COMMON PART CHUTE DESIGN
The ergonomic, hinged design uses common components for all models, making service easy. A direct drive motor offers better torque and reduces servicing.
MATERIAL DELIVERY EXTENSION/PRE-WET CHAMBER
A material delivery extension reduces leaking/spilling during transport and leads into the patented pre-wet mixing chamber. It also provides a cab-forward design for added stability.