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Ringhaver Equipment Co. ORDERING INSTRUCTIONS NOTE: ALL ORDERS SHOULD BE DIRECTED TO: SPURS CONTRACTOR NUMBER: 592707335-002 CONTRACTOR: Ringhaver Equipment Company (Al STREET ADDRESS OR P. O. BOX: 9797 Gibsonton Drive, P.O. Box 30169 CITY, STATE, ZIP: Riverview, Fl 33569 TELEPHONE: 813 -671-3 700 TOLL FREE NO.: ORDERING FAX NO.: 813-671-3118 REMIT ADDRESS: PO Box 30169 CITY, STATE, ZIP: Tampa. Fl 33630-3169 DIRECT INQUIRY TO: NAME AND TITLE: Clark Ricke, Assistant VP/Governmental Manager ADDRESS: PO Box 30169 CITY, STATE, ZIP: Tampa, Fl 33630-3169 TELEPHONE: 813-671-3700 TOLL FREE NO.: URL HOME PAGE ADDRESS: ELECTRONIC MAIL ADDRESS: clark.rickeCcr�,ringhaver.c0m 258 Construction/Industrial Equipment and Forklifts 760-001-03-1 Effective: 10/30/2002 through 5/31/2004 Certification Exhibit 8 - Price Sheets Ordering Instructions Sample Purchase Order Complete Contract $ 130,496 $ 578 $ 578 $ 5,200 $ 3,542 $ 4,646 $ 3,178 $ 148,218 760-480-200 WHEEL LOADER, 3.30 CU. YD., 170 HP (69A) NOTE: This detailed Specification/Price Sheet is not complete unless it is used in conjunction with specification GSCI-1, GENERAL SPECIFICATIONS All Construction/Industrial Equipment. INTENDED USE USED FOR LOADING MATERIAL SUCH AS DIRT, SAND, GRAVEL AND AGGREGATES. AVAILABLE WITH AN OPTIONAL QUICK CHANGE BUCKET COUPLER SYSTEM AND THREE OPTIONS. 10. ENGINE: A. Diesel engine, six cylinder, four cycle, liquid cooled, minimum 170 SAE Net HP, per the latest issue of SAE J1349. B. Displacement, minimum 7.2L (439 CID). C. Permanent anti -freeze and corrosion protection. D. Engine hourmeter. E. Vertical exhaust with rain cap or curved exhaust pipe. F. Dry type air cleaner with service (restriction) indicator. G. Reversible or blower (ejector) fan. 20. TRANSMISSION: Power shift transmission with torque converter, with a minimum of four forward and three reverse speeds. 30. DRIVETRAIN: A. Torque proportioning differentials in both axles, limited slip, or automatic locking differential (No -Spin) in one axle only. B. Four-wheel drive. 40. LOADER: 14 A. General-purpose bucket, with a minimum heaped capacity ofcubic yards, per latest issue of SAE J742. CAPACITY (CU YD): ILYUNDAI =4.0 DEERE - 3.5,,NH -.4.1 CAT — 3.3 B. Bolt on bucket teeth. C. One or two lever loader control; with a bucket position indicator. D. Automatic return -to -dig. E. Rear drawbar. F. Fenders front and rear. (Note: Rear fenders not required if deck configuration is such that it serves same purpose as fenders). G. Vandal protection, with instrument panel protection and locks for engine side shields, battery box, toolbox and fluid caps. H. Gauges and indicators: Visual hydraulic oil level indicator, and gauges for fuel, engine coolant temperature, and engine oil pressure, charging system and transmission oil temperature. Or, preferably, an electronic monitor for all fluid levels and temperatures. I. Deluxe suspension seat with foam padding and a backrest. J. Articulated steering, minimum 35 degrees each direction. TURN ANGLE: HYUNDAI/DEERE/NH/CAT - 40° K. Oscillating rear axle, minimum 22 degrees total. OSCILLATION: HYUNDAI, - 24°, DEEREINH/CAT 26° L. Wheelbase of 10 feet 5 inches, minimum. WHEELBASE: HYUNDAI - 10' 10", DEERE/NH - 10'6", CAT 11'0" 41. LOADER PERFORMANCE REQUIREMENTS (Per latest issues of SAE J732, J818, and J1234): A. Minimum operating weight of 35,500 pounds. To be determined from Manufacturer's literature with Manufacturer's standard Equipment, ROPS cab, minimum 3.30 cubic yard general purpose bucket, fenders, 23.5-25 12PR L2 tires and no Optional counterweights or tire ballast. NOTE: These conditions are only for determining the performance of the machine. The actual requirements for tires, counterweights/liquid tire ballast, etc. are given elsewhere in this specification. WEIGHT (LBS): HYUNDAI - 39,460,_ DEERE- 36,735, NH - 37,300, CAT - 38,896 B. The machine as delivered shall have an operating weight great enough to allow it to be capable of safely handling any 3.30 cubic yard bucket specified herein, when it is fully loaded (heaped) with material having a density of 3400 lbs. per cubic yard. DELIVERED WEIGHT (LBS): HYUNDAI - 39,460, DEERE-.37,260, NH - 37,625, CAT - 38,896 C. Minimum tipping load, SAE rating (full turn position) of 23,000 pounds. TIPPING LOAD (LBS): HYUNDAI-29,030, DEERE - 25,808, NH - 26,896, CAT - 23,610 D. Minimum breakout force of 32,000 pounds. BREAKOUT FORCE (LBS): HYUNDAI - 37,720,.. DEERE - 34,432, NH - 35,935,. CAT -32,810 E. Minimum dump clearance of 8 feet 6 inches, fully raised at a 45 degree dump angle with 23.5-25 12PR L2 tires. DUMP CLEARANCE: HYUNDAI - 10' 11 ", DEERE 9' 4", NH - 9' 9' , CAT - 9'6" F. Maximum overall height (to highest point, with bucket on the ground) of 11 feet 7 inches, with 23.5-25 12PR L2 tires. MAXIMUM HEIGHT: HYUNDAI - 11'4", DEERE — 11'2", NH - 11', CAT - 11' 1" G. Maximum loader clearance circle of 46 feet (bucket in carry position). LOADER CLEARANCE CIRCLE: HYUNDAI - 45'7", DEERS - 42'6", NH - 42' 8",_CAT — 43' 7" H. Minimum travel speed forward, 21 MPH. MPH: HYUNDAI -22.7,_DEERS.- 24, NH - 23.3, CAT -_23 50. ELECTRICAL SYSTEM: A. Direct electric starting system, 12-volt minimum to include a transmission neutral safety start device. B. Minimum 12-volt electrical system, per the latest issue of SAE J821 with a manual master battery disconnect switch, C. Minimum 12-volt lighting system, including but not limited to driving lights, front and rear working lights (2 each), stop lights, warning lights/turn signals, and tail lights, per the latest issue of SAE J1029. 60. SAFETY ITEMS: A. Fully enclosed cab, sound insulated with integral ROPS (roll over protective structure) and FOPS (falling object protective structure), per latest issues of SAE J1040C and SAE J231, fully certified. To include heater, defroster, tinted safety glass and lockable doors. B. Service, emergency and parking brake systems must be according to the latest issue of SAE Ji 152. To include transmission disconnect on L.H. brake pedal only. C. Safe access to machine cab and servicing points to be in accordance with the latest issue of SAE J185. Safety signs, per latest issue of SAE J115. D. Steering frame lock, per latest issue of SAE J276. E. Lift arm support device, per latest issue of SAE J38. F. Self-adjusting volume backup alarm (may be provided and installed by the Contractor, if not available from the Manufacturer), per the latest issue of SAE 3994. G. Warning horn, per the latest issue of SAE J1105. H. Provisions to prevent unauthorized starting or movement of machines, per latest issue of SAE J1083. I. Three (3) rear-view mirrors mounted on cab, One inside cab and two outside one on each side. J. One 10-lb. hand held fire extinguisher mounted inside cab. K. Windshield wipers front and rear. Front and rear window washers. L. Seat belt with metal -to -metal fasteners, per the latest issue of SAE J386. M. SMV (Slow Moving Equipment) emblem mounted on rear of the machine, per the latest issue of SAE J943. 70. TIRES: Four (4) radial tubeless loader tread tires, Michelin 23.5R25 XTLA One Star L2, Goodyear 23.5R25 GP-2B One Star L2, or approved equivalent. MANUFACTURER: SIZE AND DESIGNATION: _H_YUNDAI/NH/CAT - MICHELIN, MICHELIN.- 23.5R25 XTLA ONE STAR DEERE - GOOD YEAR L2, GOOD YEAR - 23.5R25 GP-2B ONE STAR L2 80. PAINT: Manufacturer's standard paint and color, factory painted. 90. CONDITIONS: A. At a minimum, the Manufacturer's standard warranty for state and municipalities shall be provided. A copy of the warranty shall be provided with the bid. B. The Contractor shall provide any and all non -specified features or components necessary in order to provide a complete unit. C. See GENERAL SPECIFICATIONS All Construction/Industrial Equipment (GSCI-1). 760-480-200 (69A) CONTRACTOR MAKE CATERPILLAR *DISCOUNT MODEL F.O.B. CONTRACTOR PRICE RINGHAVER 950G $240.00 $130,496.00 (18) 1. Percentage discount off Manufacturer's current published retail prices for non -specified Options for a State of Florida Base Unit and any Optional models bid. (The percentage discount is applied to the Manufacturer's current published retail prices.) 38.3% Discount **Date of current published retail price book: 5/_16/02 *Discount for pickup by ordering agency at Contractor's place of business. **NOTE: ALL DATES MUST BE FOR THE CURRENT PUBLISHED RETAIL PRICE BOOK. Approximate delivery time required after receipt of order: 7-60 DAYS OPTION CODING: 760-480-201-Option Number, Wheel Loader, 3.30 Cu. Yd., 170 HP, Spec. 69A OPTIONS: (1) 1001. High efficiency bypass oil purification system. This system is designed to reduce or eliminate engine oil changes and extend its useful life. The Puradyn Oil Filtration System or approved equivalent. Puradyn Filter Technologies, Inc. 1-800-488-0577. PRICE: $578.00 (2) 4001. High efficiency bypass oil purification system. This system is designed to reduce or eliminate hydraulic oil changes and extend its useful life. The Puradyn Oil Filtration System or approved equivalent. Puradyn Filter Technologies, Inc. 1-800- 488-0577. (3) PRICE: $578.00 4002. Automatic lubrication system. System shall consist of an electronically operated pump delivering fluid grease of NLGI grades 000 and 00 to adjustable piston distributors that can meter the amount of grease to each lubrication point. Vogel Automatic Lubrication System of approved equivalent. Vogel Lubrication, Inc. (757) 380-8585, email: vogel(avogel-lube.com. PRICE: $5,200.00 (4) 4005. Delete standard bucket for credit. PRICE (Credit): ($4,313.00). (5) 4008. Quick -change loader coupler system installed. Male portion only. To include hydraulic pin actuation from operation station. Coupler and coupler components must have been in production by reputable Manufacturer for at least one year. State Manufacturer and model no. Bid. MANUFACTURER: CATERPILLARBALDERS MODEL NO.: 206-4050 (NOTE TO USER: REQUIRES OPTION 4005.) PRICE: $3,542.00 (6) 4023. General-purpose bucket, 3.30 cubic yard minimum, for Option 4008. State Manufacturer, model and size Bid. MANUFACTURER: CATERPILLARIBALDERS MODEL NO.: 209-6667 4.0 CU YD PRICE: $4 646.00 (7) 6003. Air conditioner for ROPS cab. PRICE: $3,178.00 (8) 8001. Special state color, DOT Yellow, Federal Yellow No. 13538, DuPont #L9069A, ACME No. 2712, Deere No. PT102, or approved equivalent, (may be Contractor painted if factory painting is not available). NOTE: The entire unit, including Options, shall be painted the same color. PRICE: $3,430.00 Cat3126 DITA Diesel Engine Flywheel Power Maximum Flywheel Power Bucket Capacities Operating Weight 134 kW 147 kW 2.5 to 3.5 in 17 782 kg 180 hp 197 hp 3.25 to 4.5 yri' 39,200 lb 950G Wheel Loader State-of-the-art design, engine performance and operator comfort maximize productivity. Engine %/Cat 3126 DITA Diesel Engine is built for performance, durability, excellent fuel economy and meets emission regulations. The 3126 has many heavy- duty features normally found on larger displacement engines. pg. 4-5 Transmission Planetary power shift transmission with automatic shift capability helps provide on -the -go speed and direction changes. i/ The Electronic Clutch Pressure Controls (ECPC) allow for smoother shifts and transmission neutralization, which let the operator adjust for specific site conditions. pg. 6 Performance and comfort you can feel. Caterpillar® design delivers excellent breakout force, fast load and cycle times, precise maneuvering and smoother shifts for optimal performance and comfort. Reliability you can trust. Proven components, field- tested durability, combined with easy maintenance, ensures reliability over the life of the machine. Axles and Frame Larger diameter axle shafts on the high torque side of the final drive provide greater torsional strength. Durable. articulated frame has a full box -section which absorbs twisting and impact forces to provide a solid foundation for the entire structure. pg. 7-8 1 Operator Station 6/ Ergonomically engineered using advanced virtual reality technology to provide the operator unparalleled comfort, spaciousness and viewing area. Control levers, switches and gauges are positioned to maximize productivity. pg. 10-11 Hydraulics and Operator Controls ✓ Enhanced, low -effort operator controls for steering, shifting and bucket loading precisely respond to operator input. Operator controls can be configured two ways — with Command Control steering and electro-hydraulic bucket controls, or with Conventional steering and pilot hydraulic bucket controls. pg. 9,12 Serviceability V Easily perform daily maintenance with ground -level access through hinged doors to all major service points. The tilting hood provides unmatched access Pr larger maintenance jobs. pg. 15 Buckets 11/ A wide range of general purpose buckets, rock buckets and material handling buckets allow precise application match. Cat buckets feature proven shell -tine construction design for outstanding durability. pg.13 Total Customer Service In addition to machine selection, a Cat dealer offers a wide range of services, from purchase options to operator training, maintenance programs, and parts support. pg.16 V New feature 3 3126 Engine The six -cylinder, direct injection, turbocharged and aftercooled engine is built for power, reliability, low maintenance, excellent fuel economy and low emissions. Powerful performance. The 3126 DITA Engine develops maximum flywheel power of 147 kW (197 hp), and meets all current and proposed worldwide emissions standards. ■ The four-stroke design delivers long power strokes and efficient fuel combustion with low emissions. • Precisely engineered and stringently tested to maintain a tradition of quality. • Profit -boosting performance, heavy- duty durability and reliability. • Built-in serviceability and excellent fuel economy. Torque rise. The unit -injected fuel system increases fuel as the engine lugs back from rated speed, resulting in greater engine torque rise. This higher torque rise increases flywheel power above the rated point. Maximum flywheel power of 147 kW (197 hp) occurs in the working range @ 1,900 rpm when the extra power is needed most for improved response, greater rimpull, more lift and breakout force, and faster cycle times. Turbocharger enhances performance and engine efficiency, especially at high altitudes by packing more air in the cylinders for excellent combustion. Jacket water aftercooler cools combustion air from the turbocharger for more efficient combustion, reducing smoke and emissions. This also extends piston ring and engine bore life. Air intake heating (optional on some configurations) eases cold starts. When coolant temperature is above 10° C, the air intake heater does not operate. When below 10° C, the length of the heating period automatically adjusts to the temperature. Individual, high-pressure unit injectors atomize fuel efficiently for fast response, increased fuel economy with low emissions. The radius cone injector nozzle provides excellent contact with the cylinder head sleeve to ensure tightness with the combustion chamber. Fuel pre -filter and water separator element combined with two high efficiency micron fuel filters, in series, ensure excellent fuel cleanliness, provide extended injector life, fuel system durability, and protection. 4 1 Turbocharger waste gate valve (quick response) 2 Jacket water aftercooler 3 Air intake heater* 4 Radius cone injector nozzle 5 Camshaft roller followers 6 Two-piece piston New ceramic,coated ring package 7 Induction hardened forged crankshaft 8 Series fuel filters with ecological drain hoses 9 Large spin -on oil filter * Optional on some configurations. Camshaft roller followers reduce wear and frictional power losses for durability and fuel economy. Followers and pushrods can be replaced without removing the camshaft. Two-piece, articulated pistons with forged steel crown and forged aluminum skirt provide durability, lower engine sound levels, enhanced fuel efficiency with improved thermal and structural capability. The new Chrome Ceramic Surface (CCS) ring package, specifically developed for high load/high temperature applications, significantly improves ring and bore life. Crankshaft is forged and induction hardened for long-term durability. It has seven main journals and eight counterweights and is dynamically balanced for smooth operation. The crankshaft is completely regrindable. Connecting rods can be removed through the tops of the cylinders for servicing ease. Deep skirt engine block design ensures rigidity and reduces vibration. Caterpillar engine oil is formulated to optimize engine Iife and performance and is strongly recommended for use in Cat diesel engines. Factory remanufactured parts. A large choice of factory remanufactured parts and dealer proposed repair options increase machine availability and reduce total repair costs. 5 Transmission Caterpillar power train snakes dependable performance a standard feature. Power shift transmission with automatic shift capability is designed, developed and built by Caterpillar. The electronically controlled power shift transmission allows full -power, speed and directional changes. Fully modulated shifts increase component life and productivity, and help reduce operator fatigue. Caterpillar transmission oil is balanced to provide optimum friction control for power shift transmissions and brake disc material and at the same time optimize transmission and final drive gear life. Electronic Clutch Pressure Control (ECPC) delivers smoother shifting and longer clutch life. ECPC senses input from both the transmission and the operator controls in the cab to modulate each individual clutch. This results in smoother shifts in both speed and direction. Energy is modulated into the clutches, resulting in extended clutch life. Transmission neutralizer allows the operator to disengage the transmission clutches, removing torque from the drive train. With the neutralizer, high engine rpm's are maintained for full hydraulic flow and brake drive -through is prevented. Adjusting the neutralizer for a given application improves machine inching control, reduces brake energy, and improves fuel efficiency and productivity. Six, proportional electro-hydraulic valves driving the clutches are identical and are easy to service. Using the Electronic Technician (ET) service tool, the transmission can be easily recalibrated to maintain quick response. Easy maintenance is designed into the transmission. Built-in pressure taps help reduce troubleshooting time for increased machine availability. The daily level check is done from ground level through a well protected sight gauge. Oil sampling valves allow quick, clean access to the transmission for S•0•S oil analysis. A • Axles Large, heavy-duty axles protect internal components from the harsh environment and offer excellent serviceability. 1 Heavy-duty axles and brakes are designed to last in all kinds of operating conditions. Planetary final drives use full -floating, bronze sleeve bearings in the planet gears. Differential components are larger and more heavy-duty than those used on the F-series machines. • The differential pinion uses bronze spherical thrust washers for increased durability. • Oil -disc brakes are adjustment free and fully enclosed to lock out contaminants. • Oscillating rear axle helps ensure four-wheel ground contact for traction and stability, even on rugged terrain. The front axle is rigidly mounted to the front frame to support the weight of the wheel loader, internal torque loads and external loads applied during breakout. The rear axle includes a trunnion, two trunnion supports and the associated bearings, allowing it to oscillate plus or minus thirteen degrees. Either axle can be easily removed for service by removing the bolts that fasten it to the frame. Limited slip differentials (optional on some configurations) deliver maximum traction on uneven ground and in changing traction conditions such as mud, snow and ice. 2 The four -piece axle design contains two axle shaft housings, the center housing, and the intermediate housing. Features and benefits of this design include: • Inboard brakes are positioned immediately adjacent to the differential and operate on the low torque side of the final drive, requiring less braking force to stop the machine. • Independent front and rear brake circuits use separate, heavy-duty, piston -type accumulators to ensure dead engine braking. • Brakes are bathed in axle oil for excellent heat dissipation. • Brakes can be serviced without disassembling the final drive. • Inboard final drives are positioned immediately after the brakes, near the differential protecting them from exposure to mud, sand and other elements. • Larger diameter axle shafts on high torque side of final drive provide greater torsional strength for better performance and durability. 3 Patented metal -to -metal, Duo -Gone Seals between the axle shafts and housings keep lubrication in and dirt out. 7 Frame Superior engineering and materials provide excellent strength and durability. Articulated frame consists of a durable box -section engine frame and a rigid four -plate loader tower to absorb impact forces and provide a solid foundation for the entire machine. 1 Full box -section frame has been designed to resist twisting and impact forces to provide a solid foundation for the engine, transmission and axles. 2 Four -plate loader tower provides a solid mount for lift arms, lift cylinders and Z-Bar tilt lever, This structure is also built to absorb severe twisting, impact and loading forces. 3 Spread -hitch design widens the distance between upper and lower hitch plates to distribute forces and increase bearing life. Thicker hitch plates and butterfly supports reduce deflection. The wide opening also provides good service access, Upper and lower hitch pins pivot on double -tapered roller bearings. This design distributes vertical and horizontal loads over a greater surface area for reduced wear and extended life. Frame structure specifically designed for ■ Increased machine stability without sacrificing turning radius. • Improved loader performance and operating specifications. • Improved serviceability to frame and components. Frames were tested under severe applications including virgin material hardbank digging, load and carry, bump course travel and J-hook corner loading. Hydraulics Well-balanced hydraulics deliver precise, low -effort control and trouble -free operation. Low -effort hydraulic controls allow the operator to precisely maneuver bucket lift and tilt. • Electro-hydraulic controls, which are included with Command Control steering, offer extremely low operator effort and greater bucket position control. Automatic kickouts, adjustable from inside the cab, allow the operator to set upper and lower lift stops. Lift stops are hydraulically cushioned for greater operator comfort and less material spillage. There is one return -to -dig bucket positioner, mechanically adjustable, on the linkage. • Pilot valve controls, which come with Conventional steering, provide a familiar control environment that some operators may prefer. One lift and one return -to -dig position may be manually adjusted on the loader linkage. Smooth, efficient steering. Load sensing steering maximizes machine performance by directing power through the steering system only when needed. When the machine is not steering, more engine power is available to generate rimpull, breakout and lift forces. Load sensing reduces horsepower draw by up to eight percent, resulting in increased fuel economy. Large -bore steering cylinders allow responsive maneuverability. Positive -displacement hydraulic pumps perform with high efficiency and great reliability. For improved serviceability, all hydraulic pumps are mounted on a single pump drive. Increased flow rates provide faster hydraulics and greater lift force, resulting in a better balance between breakout and rimpull. Caterpillar XT hose and couplings are uniquely designed and tested to work together as a system for superior performance. Hoses are specifically engineered and manufactured for high abrasion resistance, excellent flexibility and easy installation. Caterpillar couplings use 0-ring face seals which provide positive sealing for reliable leak -free connections. Reliable components reduce the risk of leaks and blown lines, helping protect the environment. Automatic Ride Control. This optional Caterpillar system uses a nitrogen -oil accumulator in the hydraulic lift circuit that acts as a shock absorber. The lift arms and bucket response to movement is dampened over rough ground, reducing fore and aft pitch. Automatic Ride Control System benefits include a more controlled ride, less dynamic stress on structures and components, reduced tire flexing and greater payload retention. Collectively these benefits contribute to improved operator efficiency, lower operating cost and enhanced productivity. Pressure taps allow quick diagnosis of the hydraulic system. Sampling valves provide easy access to hydraulic oil for analysis. 9 Operator Station Comfort and control — top-quality operator station helps maximize productivity. 10 The 95OG cab is a spacious and comfortable work environment that promotes productive operation. The cab includes improved viewing area, ease of service, ergonomic design and control placement, improved ventilation and generous storage areas. 1 Improved viewing in all directions. Extended windows open the operator's view for remarkable forward and peripheral viewing. View to the bucket corner has also been improved. Bonded glass in the windshield eliminates frame obstructions. The stylish, sloping hood improves the view to the rear of the machine by letting the operator see objects closer to the machine. 2 Command Control steering with integrated transmission controls. Load -sensing, steering system with flow amplification matches steering response to application requirements. Tilt and telescopic steering column help fit the machine to the operator. 3 Finger tip bucket controls use electro-hydraulics for extremely low effort and precise hydraulic modulation capability. This configuration allows the cab to be removed in about one hour, as pilot control hydraulic lines have been removed from inside the cab. 4 Automatic lift/lower kickouts are easily adjustable from the cab. Kickout stops are hydraulically cushioned for greater operator comfort and less material spillage. 5 950G Monitoring System provides gauges, tachometer/speedometer and 3-level warning to provide full time monitoring of key functions. The system alerts the operator of immediate or impending problems with engine oil pressure, parking brake, brake oil pressure, charging system, hydraulic oil level, hydraulic oil filter, primary steering oil pressure, transmission oil filter, and fuel level. 6 Left, rear -hinged door provides entrance and exit to operator station. Swing open right -side window provides a secondary exit if needed. 7 Dual brake pedals serve brake and transmission neutralizer functions (left pedal only for neutralizer) so the operator can maintain high engine rpm for full hydraulic flow. 8 Generous storage space includes: ■ Coat hook. • Molded compartments for lunchbox, cooler, thermos, cup or can. 9 Caterpillar Contour Series seat, which is standard on the Command Control steering version and optional on the Conventional steering version, is 6-way adjustable, providing comfort and support. The seat cushions reduce the pressure on the lower back and thighs, while offering unrestricted arm and leg movement. Air suspension adds to the overall comfort level by smoothing the ride over rough terrain. Seat is equipped with a 76 mm (3 in) retractable seat belt. 10 Improved ventilation for better air flow to the operator and windows. There are twelve louvered vents with two on each door post. 11 Electronic autoshift control 12 Ride control switch 13 Transmission neutralizer lockout lets the operator shut the neutralizer off, allowing the left pedal to work as a brake only. This provides a choice for operators who prefer to operate without a neutralizer or to match application. Conventional steering configuration offers generous storage. • Lockable compartment for personal items. 14 Steering wheel can be positioned infinitely within the tilt range by the operator. 15 Pilot -assisted, hydraulic bucket control makes low -effort operation possible. Pilot lines are marked and can be easily disconnected at the bottom of the right-hand door. 16 Quick gear kickdown button lets the operator downshift easily to a lower gear, saving time, increasing bucket fill factors and lowering cycle times. 17 Padded, adjustable wrist rest helps reduce fatigue. 18 KAB seat is standard on the Conventional steering configuration, with adjustable fore/aft position seatback angle, lumbar support, bottom cushion height, armrest angle and suspension stiffness. Radio -ready means this cab includes a 12-volt converter (5-amp), speakers, antenna, all wiring and brackets for entertainment radio installation. Other options available for the 95OG operator station: • Air conditioning that uses blended air for quick temperature changes and R-134a refrigerant which does not contain chlorofluorocarbons. Quick -connect couplings allow easy removal from the cab with no release of refrigerant. ■ Sun visor for the front windshield. • External mirror package. 11 Operator Controls Low -effort controls provide ease of operation for increased comfort and efficiency. The 950G is available with two different configurations of operator controls — one with electro-hydraulic implement controls and Command Control steering, and another with pilot hydraulic implement controls and Conventional steering. Customers who want the ultimate in operator comfort and efficiency have a choice. 1 Command Control steering allows one hand operation of steering and transmission controls. Turning the Command Control steering approximately plus or minus 70 degrees from the centerpoint achieves full machine articulation. Tilt and telescoping steering column help fit the controls to the operator. 2 Integrated transmission controls are part of the steering design, providing one hand operation. Select forward, neutral or reverse with the three -position rocker switch. Use the thumb -operated rocker switch to manually upshift and downshift. 3 Finger tip bucket/work tool control levers require very low operator effort and reduced travel. Operator can slide the right-hand armrest and control pod forward and back as a unit, and adjust the armrest up and down to find the most comfortable position. By removing two bolts and unplugging a wiring harness connector, an optional third -lever an•angement can be installed. 4 Pilot hydraulics and Conventional steering give owners another choice in operator controls. Conventional steering uses a well -proven, hand - metering -unit hydraulic system. The lift control lever features a quick gear kickdown button, which lets the operator downshift easily to a lower gear. This version is available with an optional joystick or third lever control. Transmission neutralizer lockout switch lets the operator shut the neutralizer off, allowing the left pedal to work as a brake only, This provides a choice to operators who prefer to operate without a neutralizer or to match the application. Electronic Autoshift Control allows the operator to concentrate on the work, not gear selection. • On the Command Control steering configuration, the operator uses a cab -mounted switch to select second, third or fourth as the highest gear the transmission will shift to automatically. • On the Conventional steering configuration, the auto function is achieved using a cab mounted switch and a rotating gear selector lever on the steering column. Dual -pedal braking lets the left pedal function as a transmission neutralizer and as a brake. The right pedal functions as a regular brake. Initial pedal travel neutralizes the transmission, Further pedal travel engages the service brakes. The point of brake engagement is adjustable depending on application requirements. 12 Buckets A wide variety of bucket combinations optimize performance and versatility of the 950G. 1 General purpose buckets are designed for a broad range of applications such as bank loading, excavating, and stock pile loading. Corner Guard System allows maximum flexibility between teeth and edge systems providing superior protection and performance for each application. 2 Bolt -on cutting edge and end bits. • Standard DH-2 for superior strength and wear life. ■ Optional Abrasion Resistant Material (ARM) with impregnated tungsten carbide for maximum wear life in low -to - medium impact applications. 3 New, two -bolt corner adapter securely attached to prevent shifting. 4 Bolt -on, two -strap center adapters 5 Bolt -on segments protect the base edge eliminating scalloping and maintaining a smooth work surface. Rock buckets have a spade -edge design that makes them well suited to high - impact jobs. Rock buckets are available with or without teeth. 6 Material handling buckets have a flat floor for excellent performance in stock pile applications. Equipped with teeth and corner guards, these buckets provide excellent load retention. 7 Tips Five tip options are available to provide the best combination of wear life, penetration and strength needed for each application. ■ Retention systems. Two systems are now available: standard and heavy-duty. The heavy-duty system eliminates pin walking and the resultant tip loss in particularly severe loading conditions. Consult your Caterpillar Dealer for the tip recommendations for specific applications. 07 Tip Options Short Heavy-duty Long Penetration Long Heavy-duty Abrasion G.E.T. System Selection Guide Carting edges (bolt -on or weld•oo) Flush -mount Bottom -strap Two -strap adapters adapters adapters Penetration ability Impact resistance In Weer IitelAbraslon protection Smooth floor maintenance ■ 13 Attachments Add versatility to a machine with a wide range of buckets and attachments designed for the 950G to optimize operation. A complete range of attachments and tools is available from your Caterpillar Dealer. 1 Quick couplers provide unmatched versatility and allow one operator with one machine to perform a wide variety of tasks, resulting in greater machine performance and efficiency. 2 Coal buckets are available in special widths. All coal buckets include a bolt -on cutting edge. 3 Woodchip buckets are specially designed to load and carry woodchips and similar light materials. Bolt -on cutting edges are included in standard. Visibility screens help the operator with loading. 4 Multi -purpose buckets. Loading, dozing, clamping objects or filtering the discharge of material are easy tasks with multi -purpose buckets. 5 High -dump buckets are ideal for loading stockpiled, light material into high sided trucks, hoppers in waste transfer stations or rehandling fertilizer, coal or grain. 6 Side -dump buckets permit loaders to operate in congested worksites and also dump forward like conventional buckets. Fertilizer buckets are available and can be designed for different hopper heights, widths and intake capacities. The special design allows fertilizers to spread in the bucket, utilizing the full bucket volume. Brick and clay buckets are ideal in applications requiring non-stick qualities, including handling gypsum, clay and opencast materials. Special material or linings can be used to offer low coefficients of friction or abrasion resistance. Screening buckets allow operators to scoop, screen, blend, mix and load materials as various as top soil, clay, sand peat, compost, bark, coal, lime, glass bottle. Different screening drums and tool options are available. Other available buckets: ■ ■ ■ ■ 7 Light material. Rock. Sand and gravel. Landfill/refuse. Forks. Pallet, logging, millyard and lumber forks are the ideal tools for handling a variety of materials. The different configurations (various tine lengths, top clamps, etc.) are well -matched to the applications, and log size. Other available forks: • Core forks, • Hay ejector forks. 8 Hydraulic brooms offer a unique balanced suspension system which eliminates the need for supporting wheels. Three different widths (2.5, 3.0 and 3.5 m) are available. Snow plows, hydraulically reversible angle 35° left or right. This reversing action is ideal for cleaning applications on mountain roads, airports, parking lots, plant facilities, etc. Also available: • Material handling arms. • V-plow. Other attachments: • Rakes are ideal for fast, economical removal of brush, trees, stumps and rocks, (Various clamp options available.) • Tire loaders are specially designed to feed tires to shredder or load trucks. • Hooks convert any brand or type of pin -on tool or attachment to quick coupler. 1 4 Serviceability Keep machines up and running with easy -to -perform daily maintenance. Maintenance has never been more accessible than on G-Series machines. Fast, easy and reduced maintenance means improved uptime and greater value. • Lockable, ground level service door on right side gives quick access to engine oil fill and dipstick, coolant sight gauge, air filter indicator, rear grease fittings, and main battery disconnect switch. • 295 liter (78 gallon) fuel tank provides extra capacity for long work days. • Grouped remote grease fittings allow ground level access for lubricating tilt and steering cylinder pins and rear axle oscillation bearings. • Caterpillar fluid filters are designed to assure maximum component life. The unique design uses non-metallic centertube and molded end -caps, which fully blend with media and help to eliminate internal leakage. • Cat high efficiency fuel filters feature cellulose/synthetic blend media that remove more than 98 percent of particles two microns or larger, maximizing fuel injector life. • Caterpillar Radial Seal air filters do not require tools to service, reducing maintenance time. The ultra -high efficiency primary air filter element is coated with a fine layer of fibers that prevent dust particles from entering the filter media. This results in more efficient filtration, extended service intervals, and extended filter life — all contributing to reduced operating costs. • Caterpillar Extended Life Coolant allows extended change intervals up to 6,000 hours. • Caterpillar maintenance -free batteries are protected by a built-in battery box in the left rear frame. These premium high -output Caterpillar batteries are designed for high cranking power and maximum protection against vibration, offering extended service life in severe earthmoving applications. • Individual Multi -Row Modular core radiator reduces time to repair or replace the radiator. • The Electronic Technician service tool provides diagnostics of electro- hydraulics, transmission and optional Payload Control System to allow effective and efficient troubleshooting by service personnel. Sloped hood is electrically activated and tilts back for complete access to the engine, cooling system and other major components. If needed, the hood can be removed quickly and easily by removing three pins and disconnecting a single harness connector. A built-in lifting point facilitates easy lift off. Sampling valves allow quick, clean access to engine, transmission and hydraulic oils, and provide the most representative oil samples for analysis. S•O•S oil analysis enables scheduling of downtime for component repair or replacement before major problems occur. Ecology drains for the engine, transmission, hydraulics, radiator and fuel are factory installed and replace the standard drain plugs. Activating the valve allows fluids to be drained into a container without spillage. Axle oil ecology drains are available only as factory -installed options. Caterpillar engine, transmission and hydraulic oils deliver maximum performance and service life. Factory remanufactured parts. A large choice of factory remanufactured parts and dealer proposed repair options increases machine availability and reduces repair cost. 15 Total Customer Support Unmatched in the industry. Customer support agreements. Cat dealers offer a wide variety of product support agreements, and work with customers to develop a plan that best meets specific needs. These plans can cover the entire machine, including attachments. Machine selection. Make detailed comparisons of the machines under consideration before purchase. Cat dealers can estimate component life, preventive maintenance cost, and the true cost of lost production. Purchase. Look past initial price. Consider the financing options available as well as day-to-day operating costs. This is also the time to look at dealer services that can be included in the cost of the machine to yield lower equipment owning and operating costs over the long run. Operation. Improving operating techniques can boost profits. Cat dealers have training videotapes, literature and other ideas to help increase productivity. Maintenance. Choose from a wide range of maintenance services at the time a machine is purchased. Repair option programs guarantee the cost of repairs up front. Diagnostic programs such as S•O•S oil analysis and technical analysis help avoid unscheduled repairs. • Replacement. Repair, rebuild or replace? Cat dealers can help evaluate the cost involved so the right choice can be made. Product support. Cat dealers utilize a worldwide computer network to find in -stock parts to minimize machine downtime. Save money with remanufactured parts. Receive the same warranty and reliability as new products at cost savings of 40 to 70 percent. 16 Transmission Engine Four-stroke cycle, six -cylinder 3126 Turbocharged Diesel Engine. Ratings* kW hp Flywheel @ 2,200 rpm 134 180 Maximum flywheel @ 1,900 rpm 147 197 The following ratings apply at 2,200 rpm when tested under the specified standard conditions for the specified standard: Flywheel power kW hp PS Caterpillar 134 180 -- ISO 9249 134 180 SAE J1349 134 180 — EEC 80/1269 134 180 DIN 70020 -- 187 Maximum torque (net) @ 1,400 rpm 932 Nm 687 lb-ft Total torque rise 56% Dimensions Bore 110 ram 4.3 in Stroke 127 mm 5.0 in Displacement 7.2 liters 439 in3 Exhaust emissions The 3126 meets the following emissions requirements: ■ EU • US EPA • Japan MOC 000 7381b-h --- = I.' 700 300 ^^^��� 700 '€'. 170 100 1000 1200 1400 1600 1000 Engine rpm 2000 014 - - - 181 N•m 014 078 407 071 130 yy 3 1+9.-.147kW 134 --131 kW 114 00 2200 *Power rating conditions • based on standard air conditions of 25° C (77° F) and 99 kPa (29.32 in Hg) dry barometer • used 35° API gravity fuel having an LHV of 42 780 kJ/kg (18,390 Btu/lb) when used at 30° C (86° F) [ref. a fuel density of 838.9 g/L (7.001 lb/U.S. gal)] ■ flywheel power advertised is the power available when the engine is equipped with hydraulic fan drive, alternator, air cleaner, and muffler • no derating required up to 2300 m (7,500 ft) altitude Planetary power shift transmission with automatic shift capability has four speeds forward and four reverse. Maximum travel speeds (standard 23.5-R25 XHA L-3 tires) km/h mph Forward 1 6.9 4.3 2 12.7 7.9 3 22.3 13.9 4 37.0 23.0 Reverse 1 Features Features ■ ■ direct -injection fuel system with individual adjustment -free unit ■ injectors for cylinders ■ • water jacket aftercooled • aluminum -alloy skirt and steel crown, ■ 3-ring, 2-piece articulated pistons, ■ cam -ground, tapered and cooled by oil spray • • Chrome Ceramic Surface (CCS) ring package, designed for high load/high temperature application ■ ■ induction -hardened, forged crankshaft • uniflow cylinder head design with two • alloy -steel valves per cylinder • deep -skirted cast cylinder block • tapered connecting rods ■ • oscillating roller -followers ■ direct -electric 24-volt starting and • charging system with two 12-volt, 950 CCA Caterpillar maintenance -free ■ batteries, heavy-duty starter and a 70-amp alternator 7.6 4.7 2 13.9 8.7 3 24.5 15.3 4 40.5 25.3 single control for both speed and direction separate control to lock in neutral single -stage, single-phase torque converter automatic shift capability high energy friction material provides extended clutch life externally mounted controls with quick disconnects for easy diagnostic checks high contact ratio gears are precision ground for quieter operation thumb operated upshift/downshift rocker switch on Command Control steering version quick gear kickdown button included on Conventional steering version Electronic Clutch Pressure Control (ECPC) modulates clutch engagement transmission can be recalibrated using Electronic Technician (ET) service tool High Torque Rise The unit injected fuel system increases fuel as the engine lugs back from rated speed, resulting in greater engine torque rise. This higher torque rise increases flywheel power above the rated point. Maximum flywheel power of 147 kW (197 hp) occurs in the working range ® 1,900 rpm when the extra power is needed most for improved response, greater rimpull, more lift and breakout force, and faster cycle times. 950G Wheel Loader specifications 17 Loader Hydraulic System Open -centered, interrupted series system with full -flow filtering. System is completely sealed. Implement system, vane -type pump Output at 2,200 rpm and 6900 kPa (1000 psi) with SAE 10W oil at 66° C (150° F) 292 liters/min 77.2 gpm Relief valve setting 20 700 kPa 3,000 psi Cylinders, double acting: lift, bore and stroke 152.4 x 800 mm 6.0 x 31.5" Cylinder, double acting: tilt, bore and stroke Pilot system, vane -type pump Output at 2,200 rpm and 6900 kPa (1000 psi) with SAE 10W oil at 66° C (150° F) 177.8 x 540 mm 7.0 x 21.25" 34 liters/min 9.0 gpm Working pressure --EH system —pilot system 3450 kPa 2600 kPa Axles Fixed front, oscillating rear (±13°). Features • maximum single -wheel rise and fall: 470 mm (19") • differentials, enclosed brakes and final drives included • conventional differentials are standard; limited slip differentials are available • corrosion -resistant alloy steel • bronze sleeve bearings in the planet gears; bronze spherical thrust washers on differential pinions • Patented Duo -Cone Seals between axle shaft and housing • threaded nuts to set bearing pre -load • uses SAE 30W (oil change interval: 2,000 hours or one year) 500 psi 375 psi Brakes Meet the following standards: OSHA, SAE J1473 OCT90, ISO 3450-1996. Service brake features • full -hydraulic actuated, oil -disc brakes • completely enclosed and sealed • self adjusting; modulated engagement • separate circuits for front and rear axles • dual pedal braking system • left pedal functions as brake or brake/neutralizer Parking brake features • spring applied, hydraulically released, dry drum • mounted on transmission output Hydraulic cycle time Raise seconds 6.3 Dump 2.2 Lower, empty, float down 2.2 Total 10.7 Features • completely enclosed system • low effort, electro-hydraulic controls on Command Control steering version • low effort, pilot -operated controls on Conventional steering version • full -flow filtering • reusable couplings with 0-ring face seals • pilot shutoff valve on Conventional steering or electrical lockout switch on Command Control steering disable implement functions • tilt -out hydraulic oil cooler is standard • Caterpillar XT hoses • pressure taps • automatic Ride Control System is available Final Drives Planetary final drives consist of ring gears and planetary carrier assemblies. Features • ring gears are pressed in and doweled to axle housings • carrier assemblies include: - planet gears with full -floating bronze sleeve bearings - planet shafts - retaining pins - bearings - sun gear shafts - planetary carriers 18 950G Wheel Loader specifications Steering Full hydraulic power steering. Meets SAE J1511 FEB94 and ISO 5010:1992 Ratings Minimum turning radius (over tire) 6025 mm (19' 9") Steering angle, each direction 40° Hydraulic output at 2,280 rpm and 7000 kPa (1,015 psi) 160 liters/min (42.3 gpm) Relief valve setting 19 980 kPa (2,897 psi) Tires Tubeless, nylon, loader -design tires. Features • center -point frame articulation • load sensing hydraulic steering pump • front and rear wheels track • flow -amplified, closed -center, pressure -compensated system • steering wheel operated pilot valve controls flow to steering cylinders on Command Control steering • steering wheel -operated, hand - metering unit controls flow to steering cylinders on Conventional steering version • full -flow filtering • adjustable steering column • 23.5-25 16 PR (L-2) • 23.5-25 16 PR (L-3) • 23.5-R25 XHA (L-3) standard • 23.5-R25 XTLA (L-2) steel radial • 23.5-R25 GP-2B (L-3) steel radial • 625/70-R25 (L-3) low profile • 23.5-25 20 PR (L-3) NOTE: In certain applications (such as Toad -and - carry work( the loader's productive capabilities might exceed the tires' tonnes - km/h (ton -mph) capabilities. Caterpillar recommends that a tire supplier be consulted to evaluate all conditions before selecting a tire model. Using low profile tires will affect the following specs: Width over tires - 5 mm -0.1 " Ground clearance -70 mm -2.7 „ Vertical bucket dimension -70 mm -2.7 " Dig depth +70 mm +2.7" Reach +70 mm +2.7 " Operating weight -194 kg -420 lb Straight tip load -137 kg -300 lb Full turn static tip load -121 kg -260 lb Run out speeds -7 % Rimpull +9 % Departure angle -3 % Cab Caterpillar cab and Rollover Protective Structure (ROPS) are standard in North America, Europe and Japan. Features • meets OSHA and MSHA limits for operator and sound exposure with doors and windows closed (according to ANSI/SAE J1166 MAY90) • ROPS meets the following criteria: - SAE J394 - SAE 1040 APR88 - ISO 3471-1:1986 - ISO 3471:1994 • also meets the following criteria for Falling Objects Protective Structure: - SAE J231 JAN81 - ISO 3449:1992 LEVEL II NOTE: When properly installed and maintained, the cab offered by Caterpillar when tested with doors and windows closed according to ANSI/SAE J1166 MAY90, meets OSHA and MSHA requirements for operator sound exposure limits in effect at time of manufacture. The operator sound pressure level is 75 dB(A) when measured per ISO 6396 or 86/662/EEC. Service Refill Capacities Liters Gallons Fuel tank (dry fill) 295 78 Cooling system 49 12.9 Crankcase 30 7.9 Transmission 34 9.0 Differentials and final drives Front 36 9.5 Rear 36 9.5 Hydraulic system (including tank) 153 40.4 Hydraulic tank 88 23.2 950G Wheel Loader specifications 19 Operation Specifications General Purpose Buckets Material Handling Bolt -on Edges *Teeth & Segments *Teeth Bolt -on Edges *Teeth & Segments *Teeth Bolt -on Edges *Teeth & Segments *Teeth Bolt -on Edges Rated capacity (§) m' 3.1 3.1 2.9 2.9 2.9 2.7 2.7 2.7 2.5 3.5 yd' 4.0 4.0 3.75 3.75 3.75 3.5 3.5 3.5 3.25 4.5 Struck capacity (§) m3 2.66 2.66 2.5 2.46 2.46 2.27 2.27 2.27 2.12 3.0 yd' 3.46 3.46 3.25 3.2 3.2 2.95 2.95 2.95 2.76 3.9 Width(§) mm 2930 2995 2995 2930 2995 2995 2930 2995 2995 2930 ft/in 9' 7" 9' 10" 9' 10" 9' 7" 9' 10" 9' 10" 9' 7" 9' 10" 9' 10" 9' 7" , Dump clearance at full mm 2890 2785 2785 2935 2835 2835 2985 2880 2880 2810 lift and 45° discharge (§) ft/in 9' 6" 9' 2" 9' 2" 9' 8" 9' 4" 9' 4" 9' 10" 9' 5" 9' 5" 9' 3" Reach at full lift mm 1270 1365 1365 1235 1330 1330 1200 1300 1300 1210 and 45° discharge (§) ft/in 4' 2" 4' 6" 4' 6" 4' 1" 4' 4" 4' 4" 3' 11" 4' 3" 4' 3" 4' 0" Reach with lift arms mm 2570 2710 2710 2510 2650 2650 2450 2590 2590 2605 horizontal and bucket level ft/in 8' S" 8' 11" 8' 11" 8' 3" 8' 8" 8' 8" 8' 0" 8' 6" 8' 6" 8' 7" Digging depth (§) mm 85 95 95 85 95 95 85 95 95 85 in 3.3" 3.7" 3.7" 3.3" 3.7" 3.7" 3.3" 3.7" 3.7" 3.3" Overall length (§) mm 8025 8165 8165 7965 8105 8105 7905 8045 8045 8060 ft/in 26' 4" 26' 9" 26' 9" 26' 2" 26' 7" 26' 7" 25' 11" 26' 5" 26' 5" 26' 5" Overall height with bucket mm 5400 5400 5400 5340 5340 5340 5280 5280 5280 5435 at full raise (§) ft/in 17' 9" 17' 9" 17' 9" 17' 6" 17' 6" 17' 6" 17' 4" 17' 4" 17' 4" 17' 10" Loader clearance circle with mm 13 290 13 430 13 430 13 255 13 395 13 395 13 220 13 360 13 360 13 460 bucket in carry position (§) ft/in 43' 7" 44' 1" 44' 1" 43' 6" 43' 11" 43' 11" 43' 4" 43' 10" 43' 10" 44' 2" Static tipping load straight** (§) kg 12 195 12 094 12 388 12 311 12 210 12 508 12 430 12 329 12 631 12 317 lb 26,890 26,660 27,310 27,140 26,920 27,580 27,400 27,180 27,850 27,150 _ Static tipping load at kg 11 074 10 973 11 255 11 185 11 084 11 369 11 299 11 198 11 487 11 186 full 35° turn** (§) lb 24,410 24,190 24,810 24,660 24,440 25,060 24,910 24,690 25,320 24,660 - Static tipping load at kg 10 710 10 609 10 887 10 820 10 719 11 000 10 932 10 832 11 116 10 820 full 40° turn** (§) lb 23,610 23,390 24,000 23,850 23,630 24,250 24,100 23,880 24,510 23,850 _ Breakout force*** (§) kN 146.3 145.8 146.6 154.5 154.0 154.8 163.1 162.7 163.4 141.9 lb 32,810 32,690 32,870 34,640 34,530 34,710 36,570 36,480 36,640 31,910 - Operating weight** (§) kg 17 782 17 877 17 712 17 730 17 825 17 660 17 676 17 771 17 606 17 752 lb 39,200 39,410 39,050 39,090 39,300 38,940 38,970 39,180 38,820 39,140 Specifications and ratings conform to all applicable standards recommended by the Society of Automotive Engineers. SAE Standards J732c govern loader ratings and are denoted in the text by (§). * Dimensions are measured to the tip of the bucket teeth to provide accurate clearance data. SAE Standards specifies the cutting edge. ** Static tipping Toad and operating weight shown are based on standard machine configuration with 23.5- R25 XHA (1.-3) tires, air conditioning, crank case guard, power train guard, full fuel tank, lubricants and operator. *** Measured 102 mm (4.01: behind tip of cutting edge with bucket hinge pin as pivot point in accordance with SAE J732c. 20 950G Wheel Loader specifications Rock Buckets Bottom *Teeth & Bolt -on *Teeth & Bolt -on *Teeth & Bolt -on Strap Segments *Teeth Edges Segments *Teeth Edges Segments *Teeth Edges Teeth 3.5 3.3 3.3 3.3 3.1 3.1 3.1 2.9 2.9 2.9 4.5 4.25 4.25 4.25 4.0 4.0 4.0 3.75 3.75 3.75 3.0 2.83 2.83 2.83 2.66 2.66 2.66 2.51 2.45 2.44 3.9 3.68 3.68 3.68 3.46 3.46 3.46 3.26 3.18 3.16 2995 2995 2930 2995 2995 2930 2995 2995 2985 2970 9' 10" 9' 10" 9' 7" 9' 10" 9' 10" 9' 7" 9' 10" 9' 10" 9' 10" 9' 9" 2700 2700 2845 2735 2735 2880 2770 2770 2880 2720 8' 10" 8' 10" 9' 4" 9' 0" 9' 0" 9' 5" 9' 1" 9' 1" 9' 5" 8' 11" 1300 1300 1175 1265 1265 1140 1230 1230 1315 1440 4'3" 4'3" 3' 10" 4'2" 4'2" 3' 9" 4'0" 4'0" 4'4" 4'9" 2745 2745 2555 2695 2695 2505 2645 2645 2605 2805 9' 0" 9' 0" 8' 5" 8' 10" 8' 10" 8' 3" 8' 8" 8' 8'' 8' 7'' 9'2" .- 95 95 85 95 95 85 95 95 85 125 3.7" 3.7" 3,3" 3.7" 3.7" 3.3" 3.7" 3.7" 3.3" 4.8" 8200 8200 8010 8155 8155 7960 8100 8100 8060 8260 26' 11" 26' 11" 26' 3" 26' 9" 26' 9" 26' 1" 26' 7" 26' 7" 26' 5" 27' 1" 5435 5435 5390 5390 5390 5485 5485 5485 5350 5350 17' 10" 17' 10" 17' 8" 17' 8" 17' 8" 18' 0" 18' 0" 18' 0" 17' 7" 17' 7" 13 585 13 585 13 280 13 425 23 425 13 250 13 395 13 395 13 360 13 380 44' 7" 44' 7" 43' 7" 44' 1" 44' 1" 43' 6" 43' 11" 43' 11" 43' 10" 43' 11" 12 215 12 513 12 421 12 319 12 621 12 525 12 423 12 728 12 197 12 335 26,930 27,590 27,380 27,160 27,820 27,610 27,390 28,060 26,890 27,190 11 084 11 369 11 286 11 184 11472 11385 11282 11 574 11 05 6 11 190 24,440 25,060 24,880 24,660 25,290 25,100 24,870 25,520 24,370 24,670 10717 10999 10918 10815 11 100 11 015 10913 11 200 10686 10819 23,630 24,250 24,070 23,840 24,470 24,280 24,060 24,690 23,560 23,850 1 140.9 141.7 148.1 147.6 148.4 155.3 154.8 155.6 1443 149.3 ! 31,680 31,860 33,210 33,100 33,280 34,820 34,710 34,890 31,680 33,480 17847 17682 17711 17806 17641 17670 17765 17600 17984 17901 39,350 38,980 39,050 39,260 38,890 38,960 39,170 38,800 39,650 39,470 Bucket Size yd3 m3 3.25 2.5 3.5 2.7 3.75 2.9 4.0 3.1 4.25 3.3 4.50 3.5 2250 2500 Bucket Selection Guide 1800 2000 2200 kglm3 2750 3000 3250 3500 3750 Material Density Ihh'd3 ^ . Bucket Fill Factor 115% 100% 95% 950G Wheel Loader specifications 21 Dimensions All dimensions are approximate. NOTE: Dimensions listed are for machines equipped with 23.5-R25 XHA (L-3) tires. fi 3225 mm (107"i 1 3375 mm (11 1"i 2255 mm (7' 5") • Dimensions vary with bucket. Refer to operating specifications chart on pages 20-21. •""-.--'41? 59 1/071/ I �rR 400 mm t 1675 mm (16"} (5'81 1915mm (6' 3"1 3350 mm (11' 0"l Overall Length • H 820 mm (32") Tread width for all tires 2140 mm (84") Width over tires mm inches Ground clearance mm inches Change in vertical dimensions mm inches 23.5-25 16 PR (L-2) 23.5-25 16 PR (L-3) 2760 109 2810 111 380 15 360 14 -20 -0.8 -40 -1.7 23.5-R25 XHA (L-3) standard 2890 114 400 16 23.5-R25 XTLA (L-2) steel radial 2890 114 340 13 -60 -2.4 23.5-R25 GP-2B (L-3) steel radial 2750 108 Supplemental Specifications 380 15 -22 -0.9 Change in operating weight kg Ib Change in static tipping load — straight kg Ib 23.5-25 16 PR (L-2) 23.5-25 16 PR (L-3) 23.5-R25 XHA (L-3) standard -408 -900 -300 -660 23.5-R25 XTLA (L-2) steel radial -100 -220 Full Dump Max. Lift Dump • Clearance 37.5° Overall Height ♦ 3980 mm (13' 1") — 230 mm (9") Carry Height Digging Depth • * Rack back at carry position is 45°. Bucket Controls Pilot -operated lift and tilt circuits. Lift circuit features • four positions: raise, hold, lower and float • mechanically adjustable lift height with automatic kickout on Conventional steering configuration • in -cab, programmable high and low lift kickouts with cushioned stops on Command Control steering configuration Tilt circuit features • three positions; tilt back, hold and dump • one mechanically adjustable kickout for return -to -dig bucket positioner on both steering versions Controls -300 -660 • two lever control (standard) -221 -480 • three lever control (optional) _ • joystick (optional) combines lift and tilt controls on Conventional steering -63 -130 23.5-R25 GP-2B (L-3) steel radial -76 NOTE: Tire options include tires and rims. -160 -60 -130 configuration 22 950G Wheel Loader specifications • Standard Equipment Standard equipment may vary. Consult a Caterpillar Dealer for specifics. Electrical Alternator, 70-amp Backup alarm Batteries, two 12-volt, maintenance free Electric starter, heavy-duty Ignition key; start/stop switch Main disconnect switch Six Halogen road/working lights Voltage converter, 12-volt, 5-amp Operator Environment Adjustable steering column Cigar lighter and ashtray Computerized Monitoring System Gauges: Engine coolant temperature Fuel level Gear range indicator, digital Hydraulic oil temperature Speedometer and tachometer Transmission oil temperature Warning indicators: Charging system Engine oil pressure Hydraulic oil filter Hydraulic oil level Low fuel Parking brake Primary steering oil pressure Service brake oil pressure Transmission filter Dome light, cab Heater and defroster Horn, electric (steering wheel mounted) Radio -ready cab for entertainment, includes 5A converter Rearview mirrors, inside mounted Retractable seat belt, 76 mm (3") wide ROPS sound -suppressed, pressurized cab Storage: Coat hook, cup and thermos holders Wet -arm wiper/washers, front and rear, intermittent front wiper Power Train Automatic planetary power shift transmission Auto/manual transmission switch Electronic clutch pressure control Fully automatic speed range control Transmission neutralizer on/off switch Cat 3126T Diesel Engine Air inlet heater Direct electric starting system, 24-volt Engine air intake precleaner Fuel prefilter and water separator Fuel priming aid Fuel series, two filters, two microns Radial seal air filters, primary and secondary Turbocharged, waste -gate valve, jacket water aftercooler Full -hydraulic, enclosed, wet -disc brakes Hydraulic -driven radiator cooling fan Individual Multi -row Modular radiator cores Other Standard Equipment Counterweight with drawbar hitch and pin Fenders, front and rear Hydraulic oil cooler Locking engine enclosures Non-metallic one-piece tilting hood Oil sampling valves for engine, transmission and hydraulic system Sight gauges: Coolant level, hydraulic tank level, transmission level, air cleaner Vandalism protection caplocks Hydraulics Automatic bucket positioner, adjustable Caterpillar 0-ring face seal couplings Caterpillar XT hoses Hydraulic diagnostics connectors, pressure taps Loader linkage, Z-Bar design, cast lever Load sensing hydraulic steering Antifreeze Long life coolant -30° C (-20° F) Optional Equipment With approximate changes in operating weights. Optional equipment may vary. Consult a Caterpillar Dealer for specifics. kg Ib Air conditioning Axle oil cooler Buckets and bucket teeth tips Caterpillar Contour Series seat with air suspension — Conventional steering version 32 kg Ib 47 104 Light, warning (rotating beacon) 4 9 276 608 Lighting group, four exterior 5.5 12 see page 13 Limited Slip Differentials (front and/or rear) 16 35 0 0 16 35 71 Cooling, high ambient No SPI1sI Differential (rear axle only) Payload Control System 4 9 Radio, AM/FM 3.2 7 Ecology drain, axle — Ride Control System Ether aid External mirrors 15.5 Fender extensions, mud (front and rear) 43 89 196 2 ROPS canopy -208 -458 34 Starting receptacle, emergency 3.2 7 95 Steering, secondary 47 l04 Guard Crankcase Sun visor 2.3 5 73 161 Tool kit Power train 65 143 Turn signals Heater, engine coolant 1 10-volt, 220-volt 2 4 .5 1 Window group, sliding 2.5 5 Hydraulic arrangement, third valve 181 399 950G Wheel Loader specifications 23 950G Wheel Loader AEHQ5191-03 (01-00► Replaces AEHQ5191-02 www.CAT.com © 1998, 2000 Caterpillar Printed in U.S.A. Featured machines may include additional equipment only for special applications. See your authorized Caterpillar Dealer for available options. Materials and specifications are subject to change without notice. CATERPILLAR" 230042 1995 Ford F 800 ' 230043 1995 Ford . F 800 230044 1995 Ford F 800 230045 1995 Ford F 800 230046 1995 Ford F 800 230017 I995 Ford F 800 230048 1995 Ford F 800 230049 1995 Ford F 800 230050 1995 Ford F 800 230051 1995 Ford F 800 230052 1995 Ford F 800 230053 1995 Ford F 800 230054 1995 Ford F 800 230055 1995 Ford F 800 230056 1995 Ford F 800 230057 1995 Ford F 800 230058 1995 Ford F 800 230059 1995 Ford F 800 230060 1995 Ford F 800 240003 1988 John Deere 5600 240004 1988 John Deere 554E 240043 1994 John Deere 554E 240045 1994 John Deere 850E-LT 240049 1996 Fiat -Hitachi FR220.2 300004 1990 International 4600LP 300017 1995 Ford L8000 330002 1990 Ford BSD442 330004 2000 Perkins LD33634 330016 1995 Perkins LD33634 330017 1995 Perkins LD33634 330018 1995 Perkins LD33634 330019 1995 Perkins LD33634 330020 1995 Perkins LD33634 470005 1992 Willibald Grinder GP2000I 2000 Mack DM688S GP20002 2000 Mack DM688S GP20002 2000 Mack DM688S GP20003 2000 Mack DM688S GP20003 2000 Mack DM688S GP20004 2000 Mack DM688S GP20004 2000 Mack DM688S Page 3 I FDXF8000S VA5 8199 141187 I FDXF80C4S VA58958 139492 1 FDXF80C6SVA58959 139491 I FDXF80 C4 S VA5 8961 141247 I FDXF8000SVA58956 141196 1FLlXB8004110136 1,11139 I FDXF80C4S VA64839 141191 1 FDXF80C5 S VA 5313 4 139490 1 FDXF80C5S VA63277 141194 1FDXF80C7SVA63278 141I93 I FDXF80CXSVA6313 I 141246 1FDXF80C9SVA63282 APPLIE I FDXF80C5SVA63280 141188 1 FDXF8000SVA64837 141190 IFDXF80C7SVA63281 Applied 1 FDXF8OC2SVA64838 139493 I FDXF8OC I S VA63 132 141195 1 FDXF80C9SVA63279 141192 I FDXF80C3S VA63 133 139489 DW544ED521407 N/R DW544ED521405 N/R DW544GB544056 N/R 795710 N/R R220.2-522448 N/R 1HTSBZRMOLH25680 97851 1FDZW82E5SVA81317 APPLIE E271544 N/R U610R2Y N/R U610819Y N/R U6I08I3Y N/R U610807Y N/R U610815Y N/R U607737X N/R 25000692165 N/R --I11347 1 M2B224C1 YM004674 1M2B224C7YM004677 I M2B224C7YM004677 1 M2B224CXYM00467 1 M2B224CXYM00467 1M2B224C5YM00467 1 M2B224C5YM00467 141347 I41348 141348 141349 141349 141350 141350 SW SW SW SW SW cw SW SW SW SW SW SW SW SW SW SW SW SW SW SW SW: SW SW SW SW SW SW SW SW SW SW SW SW Vkey SW SW SW SW SW SW SW