Specials:







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To Place Your Order, Call Us Today At:
1-888-736-5094
or 1-317-736-5094



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Blade Assembly
- Moldboard - 16 Ga. steel roll formed to a 14 7/8" radius, or 1/8" Polycarbonate sheet. Blades available in 90", and 96" models.
- Ribs
are laser cut from steel. Two 1/2" plate ribs, three 1/4" ribs, and two
1/4" torsional stiffeners are robot welded to a 1/4" X 1-1/2" X 4" X
1-1/2" high strength low alloy formed bottom rail.
- Cutting edge - 3/8" X 6" high carbon steel C1080 mounted with Grade 5 carriage bolts.
- Disc
shoes - Two full rotation height adjustable highly abrasive resistant
shoes with integral 1" diameter steel shaft secured to blade with lynch
pins. Shoe bracket is high strength low alloy steel attached to bottom
rail by robotic welding.
- 50 degree rotation full tripping blade.
- Trip
Springs - Two full load trip springs 2-5/16" OD X .438" diameter made
of oil tempered spring steel attached with two 5/8" X 6" eyebolts.
- Shock absorber NOT REQUIRED due to integrated dampener system.
- Blade trip pivot- Two 3/4" diameter Grade 5 pins secured through 1/2" steel ribs.
- Blade guides - Two high visible plastic safety orange markers.
- Plow angling 30 degrees full left and right.
A-Frame
- Is 1/4" high strength low alloy plate formed and robot
welded to create a structural channel. Swing frame is sandwiched
between two plates of the A-frame which is reinforced with robot welded
gussets made of high strength low alloy steel.
- Pump platform - robot welded formed channel plate to hold hydraulic power unit to A-frame.
- Plow stand - Adjustable stand by using hydraulic system to lift/lower A-frame to adjust for proper alignment with vehicle.
Swing Frame
- Rolled structural 2" X 4" X 3/16" tube robot welded to a
high strength low alloy 3/8" plate stop and 3/16" gusset. Angling arms
are secured with 3/4" diameter Grade 5 pins through 3/8" high strength
low alloy plate.
- Swing frame to A-frame angle pivot - 1" diameter Grade 8 supported on both ends.
- Lift
mechanism - Robot welded high strength low alloy lift bar and bell
crank to provide direct linkage to A-frame for lifting of plow.
- 34 degree stacking angle.
Vehicle Mounts
- Custom designed robot welded high strength low alloy steel
sub frames fastened with supplied hardware suitable to assure secure
attachment. Mount design to meet Federal Motor Vehicle Safety Standards
(FMVSS).
- Drive in mount using 3/4" heat treated pins which
drop into sub frame mount and secured with two pins with loop handles
and lynch pins.
Paint
- All snowplow components will be cleaned in an eight stage
wash system, rinsed with phosphate and final rinsed in reverse osmosis
water.
- All snowplow components will be powder painted using
air to fluidize the powder and applied with a paint gun. Components are
hung to an electrically charged grounded line. After powder is applied,
components are run through a gas fired oven where parts are brought to
proper temperature to assure proper curing of the powder.
Hydraulics
- Electric solenoid activated valves.
- A-frame
mounted Electro-Hydraulic unit consisting of a fixed clearance
displacement gear pump with 1750 psi relief, direct tang driven by a
4-1/2" 12 volt DC motor. Entire unit is completely covered by a
removable polyethylene cover to protect from the elements.
- Pump with filter screen and return tube screen immersed in a see-through polyethylene tank.
- Valve
manifold is constructed of aluminum and contains four solenoid
cartridge poppet valves for gravity system. Cushion relief valves set
at 2400 psi and a changeable restrictor screw to adjust blade drop.
- Hydraulic
cylinders - One 2 1/2" X 4" lift cylinder and two 1 1/2" X 11" angling
cylinders each with a rod seal, wiper ring and gland nut. All cylinders
connected to hydraulic power unit with 1/4" 5000 psi rated hoses and
feature O ring fittings.
- Hydraulic power unit shall be
controlled by a microprocessor based in cab control. Control will be
equipped with an on/off switch and indicator light. Control will be
programmed with a start up sequence code to activate microprocessor.
Control can be used as a hand held, floor or dash mounted.
- In
cab control will be three wire 12 Volt system connected to hydraulic
power unit through a control harness. Power and control harnesses to
have quick disconnects and supplied covers for storage.
- Control will allow snowplow to be in float when lowered and also be able to angle left/right.
- Unit shall be grounded to negative circuit of the vehicle.
- From battery, power cable will be connected to a 150 amp thermo circuit breaker.
- Hydraulic fluid will be low temperature, anti-foam aircraft quality hydraulic fluid with a pour point of -50 Fahrenheit.
- Cycle times - Lift 2.2 seconds, Angle 3.8 seconds.
- Hydraulic power unit to be removed from vehicle with snowplow assembly leaving a clean vehicle profile.
Hydraulic Down Pressure Option
- Hydraulic Down Pressure System allows you to put additional
force on the cutting edge of the snowplow. At the same time, weight is
being transferred off the front axle to the rear axle optimizing your
vehicles performance. A double acting cylinder is used as the lift
cylinder. Two additional cartridge poppet valves, a relief valve, and
electric pressure switch are added to the otherwise gravity system. The
pressure switch is used to control the cutting edge force. This
reactive system is activated with a switch on the in cab controller.
Light Kit
- Rectangular dual beam halogen headlamps with combination park and turn signals.
- Vehicle specific pre-wired harness with plug in adapter to eliminate headlamp wire splicing.
- Plow and vehicle headlights automatically selected through relay system.
- Heavy duty flasher (when required).
- Light kit to be full adjustable both vertically and horizontally.
- FMVSS 108 compliance for lights.
- Light kit is fully removed from vehicle as part of the snowplow assembly leaving a clean vehicle profile.
Snow Plow Removal
- All snowplow components are removed as one assembly from the
vehicle by disconnecting pins and harnesses leaving a clean vehicle
profile.
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