Wood/Chuck Hyroller 1200 Controlled Feed Disc Chippers

Hyroller 1200

GENERAL SPECIFICATIONS

Weight: 5,200 Lbs.
Length: 14'6"
Width: 6'8"
Height: 8'2"
Noise Level: 80 decibels @ '50 feet, 360 degrees around the unit or less
Infeed Chute: 42" width, 31 1/2" height (Total of 1302 sq. in.) and 34" depth
Feed Roller Opening: 12" high x 17" wide opening
Feed Rollers: 23" circumference
Chipping Capacity: 12" diameter material
Folding Feed Table: 46" width, 32" depth. Total of 66" from the end of the folding feed table to the nip point of the feed rollers.

CHASSIS FRAME

2" x 6" steel tubing with 'Is" wall.

PAINT

Entire unit degreased, epoxy primed and finished painted for complete rust protection.

AXLE

Axle shall be 7,000-lb. minimum capacity torsion type. Eight (8) lug pattern with E-Z Lube bearings shall be standard.

TRAILER BRAKES

Trailer brakes shall be 12-volt, self-adjusting type.

BREAKAWAY SWITCH

Breakaway switch shall be 12-volt type, enclosed with steel housing for protection.

TIRES

Tires shall be two (2) 245/75R16 radial tires mounted on 8 lug wheels

FRONT JACK

Front jack shall be a 2,000-lb. capacity swivel side wind jack. Jack can be used to raise slide box. Rear jack is optional.

SAFETY CHAINS

Safety chain shall be two (2) independent 3 ft. long x 3/8" thick with slip hook.

TOW BAR

Tow bar shall be fixed steel. Pintle ring shall be 2 '/2" I.D.. minimum (or ball hitch) adjustable for height.

FUEL TANK

Fuel tank shall be 24-gallon minimum tank. Tank shall be banded on top of trailer frame.

LIGHTING

Lighting shall conform to all D.O.T. specifications. Taillight package shall be a 12-volt, hermetically sealed system, shock mounted to frame with grommets. Brake and turn lights shall be located at the rear sides of the infeed chute and shall be flush mounted to the frame for protection. All wiring shall be protected within a . non-corrosive, abrasion resistant, shielded loom. All connections shall be ultrasonically spliced within the wiring harness.

BATTERY BOX

Battery box shall be a 14 gauge steel construction that is lockable and mounted directly to frame,

CHIPPER CUTTING DISC

Chipper disc shall be a 40" diameter x 2" thick A36 steel. Disc shall be machined for accurate balance with two (2) full knife pockets. Knife fastener nuts shall be recessed for wear protection. Cleaner bars shall be utilized around the rim of the disc to eliminate wrapping and the collecting of material around the chipper shaft. Factory set operating speed shall be 1250 RPM.

DISC SHAFT

Chipper disc shaft shall be 1044 solid steel x 4" diameter at the disc hub. The disc and disc shaft shall be fully machined to exact tolerances, taper-locked and bolted together using a 1" thick x 8" diameter steel lock ring and six (6) 'Is" grade 8 bolts. The entire assembly shall be precision balanced,

DISC BEARINGS

Chipper bearings shall be two (2) 2 1/16" roller bearings, 4-bolt flange mounted, greasable and easily replaced. Front and rear bearings shall be spherical, high-speed roller bearings rated at:
Static 53,500#
Basic 32,400#
Radial 3,540# with a 20,000 hr. life service

CHIPPER DRIVE BELTS

Drive belt shall be a single, four-banded for non-turbo engines and a single, five-banded Kevlar belt for turbo engines.

CHIPPER KNIVES

Chipper knives shall be four (4) double-edged, 4" wide x 7" long x 'Is" thick and comprised of A8 steel. Knives shall be mounted in two (2) knife pockets, which shall be 180 degrees opposite each other.

CHIPPER ANVIL

4 1/2" x 1/2," thick x 13" long. High carbon solid steel anvil. The chipper anvil is adjustable and has four (4) usable cutting edges.

DISC HOUSING

Disc housing shall be constructed of steel plate halves connected by a 15/16" diameter x 10" solid steel locking pin. Inspection half shall be constructed of 3'/16" steel plate and the discharge half shall be constructed of 1/4' steel plate. Hood shall open easily for access to chipper knives. The lower portion of the disc housing shall be constructed of 1/2," steel plate on either side with a continuously welded 1/4" belly band. The entire disc housing shall be mounted directly to the chipper frame.

CHIPPER BLOWER SYSTEM

Blower shall consist of two (2) "Power Pockets" for enhanced performance. Power pockets shall be welded and bolted for added security.

DISCHARGE CHUTE

Discharge chute shall rotate 360 degrees and be easily locked into convenient positions without tools.

HYDRAULIC TANK

Hydraulic tank shall be a 15-gallon minimum capacity, all steel construction with baffle, sight gauge. Tank shall have a drain plug and mesh strainer at filer opening.

HYDRAULIC HOSE

All high-pressure hydraulic hoses shall be 3000-PSI industrial grade construction with wear spray guards in applicable areas. All hydraulic hoses are SAE standard straight thread fitting ends for easy replacement or repair.

HYDRAULIC FILTRATION SYSTEM

Filtration system shall consist of a 10-micron spin-on return line filter with restriction bypass located in the hydraulic tank.

HYDRAULIC FEED SYSTEM

Hydraulic feed system shall consist of two (2) horizontally mounted hydraulic driven feed wheels. Hydraulic feed wheel motors shall be two- (2) 14 cubic inch capacity at 3000 PSI. Hydraulic feed wheel motors shall be connected to feed wheels with steel coupler and tapered pin to insure a secure connection. Both feed wheels shall be supported by bearings at each end. Top feed wheel shall have two (2) 16" adjustable springs to insure ample down pressure. Upper feed wheel slide shall have four (4) nylon wear strips to allow smooth operation.

IN FEED CHUTE

Chute opening shall be 42" wide x 31'/,' high with a total of 1323 square inches minimum. Chute length shall be a minimum of 36" from the centerline of feed wheels to the end of the infeed chute. A control bar shall be located on three (3) sides of the infeed chute allowing activation of feed wheels in the forward position (on), the neutral position (off) and the reverse position. The infeed chute shall be tapered for easy feeding and minimal drag restriction.

FEED RATE

Feed rate shall be 100 Ft./Min. 'May vary depending on options, engine and customer request.

TONGUE WEIGHT

Tongue weight shall be 250 lb. average (may vary)

CONTROLS

All controls shall be located curbside to eliminate operator from standing in street for engine start-up and PTO engagement.

SAFETY DEVICES

Panic bar consists of two 1" diameter control bars used to stop movement of hydraulic feed wheels in an emergency situation.

"G" Series Features

PANIC BAR

This device, which is Patent Pending, will allow the operator to instantly stop all hydraulic functions from outside the feed horn by simply grabbing the "Panic Bar'. This system must be reset to eliminate any accidental reactivation of the hydraulic system which acts as a "lockout" to insure that it is safe to resume operations before the hydraulic system will operate. The bar is readily accessed from both the operator's position and from the direction of the chipper engine giving personnel an almost 360 degrees from which to activate it outside of the infeed chute. Activation from inside the infeed chute is not acceptable.

DISCHARGE DEFLECTOR / CHUTE ADJUSTMENT BAR

This device allows the operator to adjust the chip deflector and the discharge chute position without climbing on the chipper. This will reduce the opportunity for an operator to fall during adjustment and also facilitate proper chute and deflector placement.

CHIPPER HOOD SAFETY LATCH

This system reduces the ability of an operator to open the hood while the disc is still rotating. It also reduces the chance of an operator starting the unit with the disc hood open.

SOLID CHUTE ROTATION BRACKET

This enhancement will reduce the ability of operators to damage the chute rotation pin bracket

CHIPPER HOOD LATCH

This feature allows the mechanic to latch the hood open at an angle of fewer degrees to help minimize the ability of careless mechanics to damage the hood when improperly released during opening and to reduce the ability of careless mechanics to over spring the hood hinge point.

INCREASED AIR INTAKE SYSTEM

This improvement will assist operators by reducing the ability to clog the discharge chute.