196-20251118133252 GREENVILLE.pdf

ADVERTISEMENT FOR BIDS

ONE (1) 22 CUBIC YARD (CY) HIGH COMPACTION AUTOMATED

REFUSE COLLECTION TRUCK

The City of Greenville, Mississippi will accept bids for one (1) 22CY HIGH COMPACTION AUTOMATED REFUSE COLLECTION TRUCK by 3:00 P.M., CST, Tuesday, December 30, 2025 at the Office of the City Clerk, City of Greenville, 340 Main Street, Greenville, Mississippi 38701 or by electronic bid submission.

Electronic bids and/or reverse auction bids may be submitted at www.centralauctionhouse.com.

Questions relating to the electronic bidding process, may be directed to Central Bidding at (225) 810-4814.

Delivery of said truck will not be accepted prior to March 01, 2026.

Unpriced bid proposals will be accepted until 10:00 a.m., Monday, December 29, 2025 local time, by electronic bid submission to mdavenport@greenvillems.org, or in sealed envelopes at the Office of the City Clerk, City of Greenville, 340 Main Street, Greenville, MS 38701 or P. O. Box 897, Greenville, MS 38702. Submissions will be evaluated and vendors submitting acceptable offers will be invited to submit priced bids. Electronic bids and/or reverse auction bids may be submitted at www.centralauctionhouse.com. Questions relating to the electronic bidding process, may be directed to Central Bidding at (225) 810-4814.

Bidding will be held by electronic reverse auction on Tuesday, December 30, 2025 beginning at 2:00 p.m.

and ending at 3:00 p.m. local time. The City of Greenville reserves the right to use “anti-sniping” for reverse auctions. Anti-sniping is a tool that automatically extends the bid time for a reverse auction by five (5) minutes if a vendor places a bid in the final five (5) minutes of the reverse auction. The anti-sniping effect will also auto extend the reverse auction bid time any time a bid is placed in the last five (5) minutes of the reverse auction and can auto extend the reverse auction multiple times until the bidding on the reverse auction ends.

Specifications are available at the office of the City Clerk, City of Greenville, 340 Main Street, Greenville, Mississippi, 38701, by requesting copies by telephone at (662) 378-1595 or by email at:

msmith@greenvillems.org. Electronic copies of the bid specifications are available from Central Bidding at www.centralauctionhouse.com for a fee. All bids must comply with the specifications provided.

Bids submitted by mail shall be labeled as follows: High Compaction Refuse Truck # 12302025. No bid may be withdrawn after the time and date set for the opening of the bids, and all proposals shall be firm prices and remain in effect for a period of thirty (30) days after said date for opening of bids. The City of Greenville, Mississippi, reserves the right to amend the specifications as necessary and will notify all parties having requested bid packets. The City of Greenville further waives any informality in any/all bids as may appear to be in the best interest of the City or to reject any/all bids.

/S/ Brenda Young, City Clerk

Publish Dates: 11/26/2025 12/03/2025 http://www.centralauctionhouse.com/ mailto:mdavenport@greenvillems.org http://www.centralauctionhouse.com/ mailto:msmith@greenvillems.org http://www.centralauctionhouse.com/

BID SPECIFICATIONS FOR:

ONE (1) 22 CUBIC YARD (CY) HIGH COMPACTION

AUTOMATED REFUSE COLLECTION TRUCK

NOTICE AND INSTRUCTIONS TO VENDORS

Sealed bids will be received by the CITY OF GREENVILLE City Clerk via Central Bidding for

HIGH COMPACTION AUTOMATED REFUSE COLLECTION TRUCK

Delivery of said truck will not be accepted prior to March 01, 2026.

INTENT:

This specification describes a hydraulically actuated packer body with a mechanical lifting device capable of handling 30-to-100-gallon refuse containers. The body shall be capable of compacting and transporting refuse to a landfill or transfer station and dispensing the load by means of hydraulically ejecting the load from the body. The manufacturer shall have produced automated refuse collection equipment for a period of at least ten (10) years.

GENERAL TERMS:

The manufacturer of all equipment provided under this contract shall be ISO 9001 certified. All equipment furnished under this contract shall be new, unused and the same as the manufacturer’s current production model. Accessories not specifically mentioned herein, but necessary to furnish complete unit ready for use, shall also be included. Unit shall conform to the best practice known to the body trade in design, quality of material and workmanship. Assemblies, sub-assemblies and component parts shall be standard and interchangeable throughout the entire quantity of units as specified in this invitation to bid.

The equipment furnished shall conform to ANSI Safety Standard Z245.1-2012 and be manufactured in the

USA.

WARRANTIES:

Three (3) year 6,000 hours complete body warranty.

PARTS MANUAL:

Bidder shall furnish complete parts, maintenance, and operator’s manual with each body sold.

BID QUOTATION:

Bidder shall complete every space in the specification bidder’s proposal column with a check mark to indicate if the item being bid is exactly as specified. If not, the “NO” column must be checked and a detailed description of the deviation from the specification to be supplied.

CITY OF GREENVILLE, MISSISSIPPI

BID SPECIFICATION

22 CUBIC YARD HIGH COMPACTION AUTOMATED REFUSE COLLECTION TRUCK

BIDDER SHALL COMPLETE BY CHECKING THE FOLLOWING.

IF NOT COMPLIANT, STATE SPECIFICALLY ITEM BEING OFFERED.

YES NO OFFERED

I. BODY

CAPACITY

The packer body capacity, excluding the hopper, of not less than: 22Yd3 ____________

The hopper shall have a capacity of five and two-tenths (5.2) cubic yards. ____________

The structural integrity of the body shall allow high density loading of up to 1,000 pounds per cubic yard of normal refuse. ____________

BODY DIMENSIONS

Maximum outside body width: 96” ____________

Maximum overall length of the body, tailgate and loader assembly combined shall not exceed 255” ____________

Maximum inside body width: 91” ____________

Maximum inside body height: 82” ____________

Maximum outside body height: 98” ____________

Hopper width: 80” ____________

Hopper length: 69.5” ____________

Hopper depth on the curbside, including 6” rubber flap: 66” ____________

Hopper depth on street side: 75” ____________

BODY CONSTRUCTION

The body interior shall have a smooth flat floor without a trough. The sides and roof shall be smooth curved construction. All materials shall be steel unless otherwise specified. ____________

In order to prevent damage from corrosion and fire, no hydraulic cylinders, valve or other hydraulic components shall come in contact with refuse packed into the body. ____________

Body sides and roof shall be of curved stress skin construction interfacing with the corner mainframe bolsters. All sidewall and roof members shall be continuous welded. ____________

Floor shall be flat full width and shall not have inboard guide rails or a trough.

The floor shall be a minimum .177”, AR400 abrasion resistant plat steel with typical 184,000 PSI tensile strength and typical 145,000 PSI yield strength and shall be reinforced with one piece full width and interlaced 3” x 6” x 10 ga., 80,000 PSI typical yield channels nominally located on 18” centers so as to withstand continuous operation at maximum imposed loads without harmful deformation or excessive wear. All body floor members shall be continuous weld. ____________

Body roof shall be minimum 8 ga., 80,000 PSI typical yield hi-tensile steel sheet fully welded to a full length 8 ga. inner and 11 ga. outer, 80,000 PSI typical yield roof crown rail to contain and dissipate forces equally through the body structure. Front and rear lateral roof bow shall be 2” x 8” x .25”, A500, Gr. B, 46,000 PSI typical yield. ____________

Body sides shall be a minimum 8 ga., 80,000 PSI typical yield hi-tensile steel sheet fully welded to a roof crown rail and to the 4.7” x 18” floor skirt rail. ____________

Rear mainframe body side bolsters shall be a minimum of 3” x 20” at the mid span section and 5” x 20” at the major upper and lower connecting points of the mainframe. The bolsters shall be contour shaped to the sidewall and formed from minimum 7 ga., 80,000 PSI typical yield steel. The front mainframe body side bolsters shall be a minimum of 3.7” x 8.6” at the mid span section and 5” x

8.6” at the major upper and lower connecting points of the mainframe. The bolsters shall be contour shaped to the sidewall and formed from minimum 8 ga.

x 80,000 PSI typical yield steel. The reinforcement bolsters shall be fully welded to the curved body side sheets. ____________

Floor longitudinal long members shall be formed trapezoidal shape 9.6” x 11” with a 3.3” base sill of 7 ga., 80,000 PSI typical yield formed channels. ____________

Packer panel guide rail bottom edge shall be located 3.7” above longitudinal floor corners and integral to body floor sheets. The guide rail channel shall have interior dimensions of 3.5” x 4.2”. The top flange of the guide rail channel shall be reinforced with a 45˚ plate, which shall also serve as a self cleaning device. ____________

The body and attaching parts shall be sealed with Tersotat Joint Sealer and Cavity

Coat for rust prevention protection. ____________

The body shall be undercoated with a Thixotropic material to provide protection to the underside of the refuse body ____________

HOPPER CONSTRUCTION

Hopper shall be of flat floor and straight vertical sidewalls. Hopper shall be designed to properly handle thirty (30) gallon through three hundred (300) gallon automated side loader carts. ____________

Hopper long members shall be formed trapezoidal shape 9.6” x 11” x 3.3” base sill of 7 ga., 80,000 PSI typical yield formed steel channels. ____________

Hopper floor shall be constructed of a .25" AR400 abrasion resistant plat steel with typical 184,000 PSI tensile strength and 145,000 PSI typical yield strength. ____________

Hopper sides shall be constructed of a minimum .1875” AR400 abrasion resistant plat steel with typical 184,000 PSI tensile strength and 145,000 PSI typical yield strength. ____________

A hopper sump shall be provided in forward floor area of the hopper. Sump shall have a 40 gallon minimum capacity and have dual clean-out doors, 16.9” wide x

9.5” high, on each side of the body. A tool, with hanger brackets, for easy cleanout shall be provided. ____________

An access door opening, 26.75” wide x 30.25” high, shall be provided on hopper left hand side wall. Folding steps and grab handles shall be provided to ease entry. ____________

The front of the hopper, forward of the packer mechanism, shall be accessible by removing a 79.25” wide x 35.5” high expanded metal screen. ____________

PACKING MECHANISM

A hydraulically actuated packer traversing a minimum of 60”, while packing, shall clear the hopper of material with a maximum cycle time of fourteen (14) seconds. A proximity switch will automatically reverse the packing cycle and return the packing panel to the front head. An automatic back-up reversing means shall be provided should the packing panel be unable to reach the rearmost packing position of 60”. ____________

The packing panel face sheet shall be constructed of a minimum .25”, 80,000 PSI typical yield, and abrasion resistant steel plate. ____________

A spill shield, fabricated from 11 ga., 50,000 PSI typical yield steel shall be affixed to the top of the packing panel. ____________

The packer panel and spill shield shall be reinforced with a combination of structural members for maximum rigidity. ____________

Hopper zone guide rails (2) in the side of the body shall be comprised of a .25”, 50,000 PSI typical yield formed angle welded to 3.5” x 3.5” x .3125” ASTM A500 tubing on each side of body. The tubing shall run the full interior length of the hopper and extend 28” into the body. ____________

Hopper zone guide rails shall be clad on each side in the following manner: ____________

Top wear bar, .25” thick x 2” wide, 145,000 PSI typical yield, AR steel. ____________

Side wear bar, .25” thick x 2.5” wide, 145,000 PSI typical yield, AR steel. ____________

Bottom wear bar, .25” thick x 2.5” wide, 145,000 PSI typical yield, AR steel. ____________

The guide perch on each side of the packer panel shall be 3” x 6” x .25" ASTM

A500 Grade B structural tubing clad in the following manner: ____________

Top wear bar, .25" thick x 2” wide x 41” long, 150,000 PSI typical yield, AR400 ____________

Side wear bar, .25” thick x 2” wide x 35” long, 150,000 PSI typical yield, AR 400 ____________

Bottom wear bar, .375” thick x 3.0” wide x 41” long, 150,000 PSI typical yield, AR 400 ____________

The packer panel shall be provided with bolt-on lugs for each of the two (2) packing cylinders. The cylinders shall be attached to the packer panel lugs via 2” diameter pins. Cylinder removal may be accomplished by either pulling the pins or removing the entire bolt-on lugs. The lugs shall be attached to the packing panel with six (6) .75" diameter bolts for each lug assembly ____________

The body front head shall also be provided with bolt-on lugs for packing cylinders. The lugs shall retain each cylinder pin with six (6) .75” diameter bolts ____________

The packer will be hydraulically actuated by two (2) double acting multi-stage cylinders (5.5” x 4.5” x 3.5” bore x 151” stroke) having chrome plated tubes, and shall have grease-less spherical bearings on both ends. ____________

Packing force shall be a minimum of 83,000 pounds. Cylinder force shall be a minimum of 118,000 pounds. ____________

The packer shall be designed to allow dumping of a container regardless of the position of the packing panel during the compaction cycle. ____________

The packing mechanism shall be capable of extending to the rearmost end of the body, past full pack position, to provide off-loading function when the tailgate is raised. ____________

The Packer cylinder grease zerks that are located on the rod and base end shall be equipped with a remote lube system that is accessible from the ground ____________

FLAT TAILGATE

The 1 cubic yard tailgate must be one-piece top hinged, and shall open approximately 30º above horizontal. ____________

Tailgate shall be constructed of a minimum 10 ga., 80,000 PSI typical yield on rear and side walls. ____________

The bustle tailgate shall be reinforced by a minimum 12 ga., 80,000 PSI typical yield horizontal boxed brace. ____________

The tailgate will be secured to the body by two (2) sets of hinges with 2” hinge pins at the roof line. ____________

A heavy-duty rear door positive seal of rubberized gasket material shall be installed the full length of the bottom and 56.5” up sides of tailgate to prevent leakage. ____________

The tailgate shall be raised and lowered hydraulically actuated by two (2) double acting cylinders with a minimum 3” bore x 35.25” stroke x 1.5” diameter chrome plated rod. Cylinder design shall include an orifice fitting in the base port, which shall prevent rapid descent of the tailgate in the event of a hydraulic failure. ____________

The tailgate shall be locked by two (2) cylinders having a minimum 3” bore x 1.5” diameter hardened chrome plated rod x 3.62” stroke. ____________

LIFTING MECHANISM

The lift base shall support the lift arm, the dump arm, the level pivot, the level link, the pivot link, and the reach link. The lift base shall rest atop the chassis frame rails for superior vertical distribution of loads induced into the chassis frame rails. The lift base shall consist of a .75" x 16” x 61”, 50,000 PSI typical yield, surface plate for chassis frame mounting and shall be reinforced by four (4) vertical ribs for rigidity and arm pivot placement. The ribs shall utilize .75" x 6.5”, 50,000 PSI typical yield steel. The front-to-rear mounting length shall not exceed

18”. ____________

The lift arm shall consist of a 4.5” x 9.5” fabricated structure with a 4” x 3” structural tube to serve as support for the dump arm. ____________

The dump arm shall consist of a 4” x 3” structural tube that will support tri-cuff style grabbers capable of handling 30-110 gallon containers. ____________

The level pivot shall be a fabricated channel with a 4.7” web x 8.2” flanges x .25”, 50,000 PSI minimum yield steel. ____________

The level link shall be a 1.5” x 3” x 0.188” structural tube machined at each end for steel spherical bearings and two pins. ____________

The pivot link shall be a 3” x 3” x 0.375” structural tube machined for a steel bushing on the top end, and a spherical bearing on the bottom end. The bearing shall be sealed by two urethane seals. Both ends shall be supported by two pins. ____________

The reach link shall consist of two (2) parallel 3” x 5” x .375” structural tubes linked midspan and properly lined bored each end for four bushings sealed by two urethane seals, and supported by one upper pin and one lower pin. ____________

The lifting mechanism shall be capable of lifting containers ranging from 30-110 gallons at level container placement, and shall be capable of extending, grabbing, raising, dumping, and returning a container from any position without the need to “retract” the lift arm and shall perform the following lift cycle functions in approximately eight (8) seconds at engine idle. ____________

The lift shall be powered by three (3) hydraulic cylinders with cushions at each end of the stroke. ____________

The raise and reach cylinders shall have hardened and chrome plated rods. ____________

The lift mechanism shall traverse the container from the point of engagement to the elevated and rotated position of discharge through a compound elliptical curve devoid of abrupt directional changes and high gravity forces to preserve container structural integrity and greatly reduce container maintenance. ____________

HYDRAULICS

The maximum operating pressures shall be 2500 PSI. ____________

The hydraulic system shall operate at an acceptable temperature without the need for external hydraulic oil cooling devices. ____________

The hydraulic pump shall be an Operate in gear at Idle remote mount tandem vane pump with a constant duty PTO. The combined flow shall be 28 GPM @ 800

RPM. The lift operation shall be limited to 18 GPM @ 800 RPM. The pump shall combine flow to 45 GPM @ 1200 RPM in order to operate the packer panel pump. ____________

All hydraulic tubes will be securely clamped to prevent vibration, abrasion, and excessive noise. ____________

All hydraulic hoses shall conform to SAE standards for designed pressure. ____________

The hydraulic reservoir shall have a 50 gallon gross capacity and a 45 gallon net capacity. ____________

The tank shall be complete with a screened fill pipe and cap, filter breather, clean out cover, oil level sight and temperature gauge, and suction line shut-off valve. ____________

The hydraulic system shall be protected by a three (3) micron, in tank, return line filter along with a 100 mesh (140 micron) reusable oil strainer in the suction line. ____________

The return line filter shall also include an in-cab filter by-pass monitor, which shall alert the operator or service personnel when the filter is in need of replacement. ____________

A hydraulic pump shut down system shall also be included, which shall prohibit prolonged operation of the hydraulics when the filter is in the by-pass mode. ____________

LUBRICATION

All body hinges, cylinder rod ends, cylinder base trunnions and high cycle pivot points shall be supplied with grease fittings. ____________

CONTROLS

The lift controls shall be a combination of electric over air over hydraulic and air over hydraulic and located in the cab convenient to the operator ____________

The reach and lift shall be direct air over hydraulic for the x-x axis and y-y axis functions to be controlled by appropriate movement of the joystick ____________

The grabber functions shall be electric over air over hydraulic and shall be controlled by thumb switches on the upper portion of the joystick ____________

The lift controls shall be self-centering type, returning to the neutral position when released. These controls shall direct oil flow via a three (3) section “on-command” valve. ____________

Selectable auto-dump and auto-stow shall be provided. ____________

The packer button controls shall be electrical push buttons located in the cab convenient to the operator. Separate push buttons shall be provided for “Pack” and “Retract” to provide complete packer panel movement control in either direction. Pushing the “Pack” button shall automatically extend and retract the packer panel for a complete cycle. ____________

An emergency on/off button shall be provided to stop packer panel movement during the extend or retract cycles. ____________

Tailgate raise and tailgate lock controls shall be individually controlled by pneumatic toggle switches inside the cab. ____________

ELECTRICAL

A mobile controller with control center and display shall Be provided in the cab to monitor system functions and operation of the truck. This controller shall be able to withstand the vibration, moisture, dirt ingress, and climate variations that are present in the cab of the vehicle. The controller shall use solid-state technology with no mechanical relays or switches inside the controller. This controller shall use IEC 61131-3 software and will have SAE J1939 built into the controller for communication to the vehicle powertrain. The mobile controller shall be installed inside the truck cab and shall display self-diagnosing error codes in readable text format which identify the potential trouble source. Both audio and text alerts must be made available to aid in locating trouble source.

All electrical wiring connectors to be automotive double-seal, with wiring in split convoluted loom. All wiring connections to be soldered with rubber molded covering or crimp type connectors with shrink wrap. Unprotected wiring in any application is unacceptable. ____________

All switches not manually operated shall be proximity in type. Mechanical switches are not acceptable. ____________

A control panel light shall be provided to warn the driver/operator any time the lift is not fully stowed. ____________

LIGHTING

Clearance, back up, and directional lights shall be Lexan lens, shock mounted in a protective housing. The entire unit shall be flush mount, replaceable pop out style. ____________

Work lights mounted at hopper and at lift arm ____________

Four (4) multi-function strobe/direction lights at the four corners of tailgate ____________

Tailgate mounted strobe ____________

All lights shall be LED and provided in accordance with FMVSS#108, plus mid body turn signals on each side of the body and a center brake light on the rear. ____________

PAINTING

The entire body shall be properly cleaned of all dirt, grease, and weld slag.

Cleaning shall be in keeping with accepted industry practices. ____________

A liberal coat of red self-etching primer is to be applied. ____________

Topcoat finish shall be DuPont high performance 2 component polyurethane enamel. ____________

Color: White ____________

CAMERA SYSTEM

Unit shall be equipped with a 3RD Eye camera system with views of hopper area, lift grabber, rear, and RH cab. ____________

The system shall include a 9” in cab monitor. Monitor to be equipped with digital grabber guidelines to aid driver in can pick up. ____________

ADDITIONAL FEATURES

Hopper hood ____________

Auxiliary lift controls under the RH seat ____________

3” Hopper drain valve ____________

Automated lubrication system – lift arm ____________

Mud flaps mounted ahead of rear tires ____________

II. CHASSIS

GENERAL

Conventional cab ____________

LH Drive ____________

Minimum 190” CA ____________

Minimum 96” AF ____________

ENGINE & EQUIPMENT

350 HP @ 2200 RPM ____________

1050 lb/ft Torque @ 1200 RPM ____________

Engine mounted oil check and fill ____________

Side of hood air intake with firewall mounted Donaldson air cleaner ____________

160 AMP Alternator ____________

Two (2) 12-volt maintenance free batteries; 2000 CCA Total ____________

Frame mounted battery box; LH mounted under cab ____________

Wire ground return for battery cables with additional frame ground return

Positive and negative post for jumpstart, on frame next to starter ____________

18.7 CFM Compressor with internal safety valve ____________

Electronic engine integral shutdown protection system ____________

Engine brake ____________

RH Outboard under step mounted horizontal aftertreatment system assembly RH

B-pillar mounted vertical tailpipe ____________

Engine aftertreatment device, automatic over the road regeneration and virtual regeneration request switch and dash mount inhibit switch ____________

6 Gallon diesel exhaust fluid tank, LH mount ____________

Air powered on/off engine fan clutch ____________

Automatic fan control without dash switch, non-engine mounted ____________

Spin on fuel filter ____________

Combination full flow/bypass oil filter ____________

1100 Square inch aluminum radiator ____________

Lower radiator guard ____________

1000 Watt block heater ____________

Aluminum flywheel housing ____________

Electric grid air intake warmer ____________

12V 38MT HD starter with integrated magnetic switch ____________

TRANSMISSION & EQUIPMENT

Allison 3000 RDS automatic transmission with PTO provisions ____________

WTEC Calibration – PKG 124 ____________

Magnetic plugs, engine drain, transmission drain, axle(s) fill and drain ____________

Water to oil transmission cooler, in radiator end tank ____________

Transmission oil check and fill with electronic oil level check ____________

Vehicle interface wiring with body builder connector mounted back of cab ____________

Electronic transmission customer access connector mounted back of cab ____________

Synthetic transmission fluid ____________

FRONT AXLE & SUSPENSION

20,000 lb. Single front axle ____________

16.5” x 6” Q+ Cast Spider HDCam front brakes, double anchor, fabricated shoes ____________

Front brake dust shields ____________

Front oil seals ____________

Automatic front slack adjusters ____________

Power steering

Synthetic front axle lube ____________

20,000 lb Taperleaf front suspension ____________

Graphite bronze bushings with seals – front suspension ____________

Front shock absorbers ____________

REAR AXLE & SUSPENSION

30.000 lb. Single rear axle ____________

6.14Rear axle ratio ____________

Extended lube main driveline with half round yokes ____________

Driver controlled traction differential ____________

16.5” x 7” P+ Cast Spider Cam rear brakes, double anchor, cast shoes ____________

Brake Cams and chambers on rear side of drive axle ____________

Rear brake dust shields

Rear oil seals ____________

1-Drive axle spring parking chambers ____________

Automatic rear slack adjusters ____________

Synthetic rear axle lube ____________

30,000 lb. Flat leaf spring rear suspension with helper and radius rod ____________

Fore/Aft Control rods ____________

BRAKE SYSTEM

Air brake package ____________

4S/4M ABS without traction control ____________

Wabco System Saver HP with integral air governor and heater; inboard LH rail ____________

Pull cables on all air reservoirs ____________

FRAME & CHASSIS EQUIPMENT ____________

7/16” x 3 9/16” x 11 1/8” Steel frame ____________

120,000 PSI Yield steel ____________

¼” C-Channel inner frame reinforcement ____________

Front tow hooks – frame mounted ____________

Three piece 14” painted steel bumper with collapsible ends ____________

Grade 8 threaded hex headed frame fasteners ____________

80 Gallon aluminum fuel tank – LH mounted ____________

Fuel filter/water separator with fuel in water sensor and preheater ____________

High temperature reinforced nylon fuel line ____________

WHEELS & TIRES

315/80R22.5 20Ply Radial front and rear tires ____________

11R22.5 14 Ply Radial rear tires ____________

Iron hubs – front and rear ____________

22.5x9.00 10-hub pilot steel disc front and wheels ____________

CAB EXTERIOR

Flat roof aluminum conventional cab ____________

Air cab mounts ____________

LH&RH Grab handles ____________

Hood mounted chrome plastic grill ____________

Single air horn mounted under LH deck ____________

Dual electric horn ____________

Dual West Coast bright finish, heated ____________

Manual door window regulators ____________

CAB INTERIOR

Heater, defroster and air conditioner ____________

Solid-state circuit protection and fuses ____________

12V Negative ground electrical system ____________

High back air suspension driver and passenger seat; black Mordura cloth seat covers ____________

Tilt & telescoping steering column ____________

INSTRUMENTS & CONTROLS

Engine remote interface with park brake and neutral interlocks ____________

Low air pressure indicator light and audible alarm ____________

Primary and secondary air pressure gauges ____________

Intake mounted air restriction indicator without graduations ____________

Electronic cruise control ____________

Odometer/trip/hour/diagnostic/voltage display ____________

Diagnostic interface connector ____________

2” Electric fuel gauge ____________

Electrical engine coolant temperature gauge ____________

Transmission oil temperature gauge ____________

Engine and trip hour meters ____________

Electric engine oil pressure gauge ____________

AM/FM/WB Radio with BT USB and auxiliary ____________

Electronic MPH speedometer (without odometer) ____________

Tachometer ____________

Digital voltage display ____________

One valve parking brake system with dash valve control, auto neutral and warning indicator ____________

PAINT

Manufacture standard white ____________

ADDITIONAL

5yr/150k Mile Engine & AT Warranty / 5yr Transmission warranty ____________