User manual CATERPILLAR MD1001 BROCHURE

[. . . ] 6 Electronic Controls Electronic controls improve machine response and provide advanced diagnostic capabilities that result in better machine availability. The Product Link option allows remote monitoring of location, machine system status, and alert indicators. 7 Push-Pull Arrangement (627G only) For maximum production capability, Caterpillar offers an optional push-pull arrangement for the 627G, which allows two push-pull scrapers to act as a self-loading machine. 12 Auger Arrangement Provides self-loading capability with the same wide material appetite as an open bowl machine. [. . . ] The Caterpillar EUI system has fewer moving parts than mechanical unit injection and requires few adjustments. ECM communicates with the monitoring system (EMS) to warn the operator when problems arise, preventing major damage from occurring. EUI engines have virtually no mechanically controlled parts to wear or adjust. These have been replaced by electronic controls, reducing maintenance costs and increasing machine availability. Electronic controls yield a fuel savings by optimizing the timing setting for varying conditions. The ECM matches timing to the load on the engine, engine speed and temperature. Product Link is a wireless system that allows the customer to track machine data such as location, service meter hours as well as machine health information. The system has the capability to automatically issue alerts when the machine is being operated beyond owner defined time and location limits. The ECM reads electronic sensors to determine the optimum fuel/air ratio, then precisely controls fuel during cranking, starting and acceleration to reduce smoke. The ECM system is faster and more efficient than mechanically controlling the governor rack position. Simplified System. The electrical system has been redesigned to utilize three electronic control modules (ECM) on the tractor instead of four. Combines constant spreading control while minimizing carryback material. A spill guard on the ejector (standard on 627G, optional on MD1001) helps retain material and keep it from spilling over onto the rear of the scraper. Cutting Edges. May be adjusted according to job conditions. For most efficient loading, use the thinnest edge that provides satisfactory wear life and impact resistance. Caterpillar Ground Engaging Tools (GET). A wide variety of Ground Engaging Tool (GET) options, such as standard, serrated, and abrasion resistant material (ARM), are available to optimize scraper loading in various materials. Most are reversible to provide long life and reduced operating costs. Contact your Cat Dealer to learn more about the best tools for your applications. Tandem Engines. Two engines ensure the power to handle steep grades, and makes possible all wheel drive to handle soft, slippery underfoot conditions. Provides increased horsepower during the haul which results in faster cycle times. Well suited to handle a wide variety of material from clay to shot rock. [. . . ] 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. 15 Engine Tractor Engine Scraper Engine Cat C15 ACERT Cat C9 ACERT Transmission 1 Forward 2 Forward 3 Forward 4 Forward 5 Forward 6 Forward 7 Forward 8 Forward Reverse 5 kph 7. 6 kph 10. 9 kph 14. 8 kph 19. 9 kph 26. 9 kph 36. 4 kph 51. 5 kph 9. 2 kph 3. 1 mph 4. 7 mph 6. 8 mph 9. 2 mph 12. 4 mph 16. 7 mph 22. 6 mph 32 mph 5. 7 mph Tractor Engine Net Power ­ Gears 1-2 Net Power ­ Gears 3-8 Gross Power ­ Gears 1-2 Gross Power ­ Gears 3-8 Bore Stroke Displacement 246 kW 272 kW 268 kW 294 kW 140 mm 165 mm 15. 2 L 330 hp 365 hp 359 hp 394 hp 5. 5 in 6. 5 in 928 in3 Hydraulics Bowl Cylinder Bore Bowl Cylinder Stoke Apron Cylinder Bore Apron Cylinder Stroke Ejector Cylinder Bore Ejector Cylinder Stroke Steering Circuit Scraper Circuit Cushion Hitch Circuit Supplemental Steering Circuit Relief Valve ­ Steering Circuit Relief Valve ­ Implement Circuit · Flow rates measured at 1900 rpm · Supplemental steering measured at 24 km/h (14. 9 mph) 152 mm 813 mm 184 mm 597 mm 165 mm 1549 mm 209 L/min 284 L/min 37 L/min 150 L/min 15 500 kPa 15 000 kPa 6 in 32 in 7. 25 in 23. 5 in 6. 5 in 61 in 55 gal/min 65. 5 gal/min 9. 8 gal/min 39. 9 gal/min 2, 250 psi 2, 175 psi · Net power advertised is the power available at rated speed of 1800 rpm, measured at the flywheel when the engine is equipped with fan, air cleaner, muffler and alternator. Scraper Engine Net Power ­ Gear 1 Net Power ­ Gears 2-4 Gross Power ­ Gear 1 Gross Power ­ Gears 2-4 Bore Stroke Displacement 178 kW 198 kW 192 kW 213 kW 112 mm 149 mm 8. 8 L 239 hp 266 hp 258 hp 286 hp 4. 4 in 5. 9 in 538 in3 · Net power advertised is the power available at rated speed of 2200 rpm, measured at the flywheel when the engine is equipped with fan, air cleaner, muffler and alternator. Steering Steering Angle ­ Right Width ­ 180° Turn Steering Angle ­ Left Hydraulic Output 90° 10. 9 m 85° 209 L/min 35. 9 ft 55 gal/min Scraper Bowl Heaped Capacity Rated Load Struck Capacity Depth of Cut ­ Max. Width of Cut, to Router Bits Ground Clearance ­ Max. Penetration Force ­ 627G Depth of Spread ­ Max. [. . . ]