User manual CATERPILLAR 330D FM BROCHURE

[. . . ] 330D FM Forest Machine ® Engine Engine Model Net Flywheel Power Weights General Forestry (HW) Log Loader (U/U) Log Loader (O/U) Cat® C9 ACERTTM 200 kW 268 hp 41 426 kg 45 801 kg 46 261 kg 91, 344 lb 100, 991 lb 102, 005 lb · Operating weight with front linkage, without bucket or grapple. 330D FM Forest Machine The D Series incorporates innovations for improved performance, rugged durability and maximum productivity. Power Train The Cat® C9 with ACERTTM Technology gives the 330D FM exceptional power and fuel efficiency unmatched in the industry. 4 Hydraulics Forest Machine hydraulic systems are designed to provide reliability, outstanding controllability and proven performance in various forestry applications. 5 Operator Comfort Spacious purpose built forestry cab with excellent sightlines to the work area with 8 lights and all scratch resistant polycarbonate windows. 6 Versatility Designed and purpose-built to meet diverse forestry applications, the 330D FM can help improve productivity in various forestry and millyard applications. [. . . ] Forestry cab is designed with heavy-duty guarding, meeting FOPS/OPS/FOGS/TOPS and CB requirements. 7 Structures Purpose-built forest applications with reinforced carbody, rugged swing bearing, heavy doors and extra guarding. · · Boom foot and engine mount areas are reinforced for additional strength. Sheet metal supporting structure is improved by integrating the mounting into the upper frame structure. Carbody Design. Advanced, reinforced, purpose-built carbody design stands up in the toughest forest applications. Wide, tall, and thick carbody structure provides operating stability and durability while improving operation's effectiveness. · Upper structure weight and stresses are distributed evenly across the full length of the track roller frame. Smooth transitions and long welds help reduce stresses at the carbodyto-roller frame junctions for excellent durability. Robot welding helps ensure consistent, high-quality welds throughout the manufacturing process. · · Rugged main frame design maximizes durability. · Outer frame utilizes curved side rails, which are di-formed for excellent uniformity and strength. · Inverted U-channels span the width of the main frame and are formed, rather than fabricated, for superior strength and reduced weight. Boom tower and main rails are constructed of solid, high-tensile strength, steel plates. · · 8 Guarding Caterpillar guarding protects your forestry machine investment. Factory Forestry Cab. Caterpillar factory forestry designed and built FOPS cab has options for windshield guard and window guards to meet local guarding requirements. The right side and rear windows are made from impact resistant polycarbonate. Standard full length track shoe support guards help protect rollers and provide increased rigidity to track links in rough underfoot conditions. Heavy-Duty Access Doors. Heavy-duty access doors are standard on the 330D FM and are made from 6 mm (0. 24 in), highstrength, low alloy steel. The smooth door profile enhances machine appearance. 9 Undercarriage Durable undercarriage absorbs stresses and provides excellent stability. 1) Grease Lubricated Track. · · · Extends internal bushing wear life Reduces noise Provides more usable horsepower because of decreased internal friction Reduces chance for frozen track joints · 2) 10% Larger Bushing Diameter. · Extends external bushing wear life 3) Greased Pin and Larger Bushing Combined. Cat 360 Degree Continuous Rotating Log Loading Grapples for Forestry Machines are high capacity tools, built for endurance in high-volume logging applications. GLL grapple legs are made of highstrength alloy steel with unique leg profiles for maximum performance in picking/sorting, bunching/loading or shoveling applications. Large bunches of stems or single large logs are easily handled by the wide grapple opening 1524 mm (60 inch), while interlocking legs close down to 127 mm (5 inch) for picking and sorting. Cat grapples have bolt-on access panels allowing for easy serviceability and are backed by the world-class Caterpillar Dealer Network. High torque hydraulic motor positions the grapple precisely for rapid sorting and loading. [. . . ] They do not exceed 87% of hydraulic lifting capacity or 75% of tipping capacity. Weight of all lifting accessories must be deducted from the above lifting capacities. 330D FM LL Heel Boom Over/Under Lift Capacities CONFIGURATION ­ 13. 7 m (45') Boom/Stick/Heel Linkage, Heavy Counterweight 3. 0 m/10. 0 ft Load Point Height 10. 5 m 35. 0 ft 9. 0 m 30. 0 ft 7. 5 m 25. 0 ft 6. 0 m 20. 0 ft 4. 5 m 15. 0 ft 3. 0 m 10. 0 ft 1. 5 m 5. 0 ft Ground Line ­1. 5 m ­5. 0 ft ­3. 0 m ­10. 0 ft ­4. 5 m ­15. 0 ft kg lb kg lb kg lb kg lb kg lb kg lb kg lb kg lb kg lb kg lb kg lb SHOES ­ 700 mm (28") Double Grouser Load at Maximum Reach Over Over Front Side *5900 *13, 150 *5450 *12, 050 *5150 *11, 350 *5000 *10, 950 *4900 *10, 750 *4900 *10, 750 *4950 *10, 850 *4450 *9, 800 *3550 *7, 800 *3750 *8, 300 *4500 *9, 950 5750 12, 850 4950 11, 000 4450 9, 850 4100 9, 100 3900 8, 650 3800 8, 400 3800 8, 350 3900 8, 500 *3550 *7, 800 *3750 *8, 300 *4500 *9, 950 4. 5 m/15. 0 ft Over Front Over Side 6. 0 m/20. 0 ft Over Front Over Side 7. 5 m/25. 0 ft Over Front *23, 450 *9, 650 9. 0 m/30. 0 ft Over Front *10 050 *21, 650 *4350 *9, 500 *10 100 *22, 050 *10 200 *22, 200 *10 500 *22, 800 10 750 23, 100 10 400 22, 350 10 050 21, 600 9500 20, 450 9350 21, 150 *7350 *15, 400 10. 5 m/35. 0 ft Over Front *7950 *15, 550 *3900 *8, 250 8650 18, 450 8600 18, 450 8500 18, 250 8350 17, 900 8150 17, 500 7950 17, 050 7600 16, 350 *7300 *15, 350 *5000 *10, 000 12. 0 m/40. 0 ft Over Front Over Side Over Front Over Side Over Side *23, 450 *9, 650 Over Side 8550 18, 250 *4350 *9, 500 8600 18, 400 8500 18, 300 8350 17, 900 8100 17, 350 7750 16, 700 7450 16, 000 6900 14, 850 6800 14, 600 6750 14, 600 Over Side 6400 13, 450 *3900 *8, 250 6500 13, 900 6500 13, 900 6400 13, 750 6250 13, 400 6050 13, 000 5850 12, 550 5550 11, 900 5500 11, 800 *5000 *10, 000 m ft 10. 99 35. 62 11. 97 38. 99 12. 70 41. 49 13. 21 43. 26 13. 54 44. 40 13. 70 44. 95 13. 69 44. 93 13. 52 44. 35 13. 17 43. 18 12. 34 10. 38 10. 78 35. 01 *3800 *8, 650 *7000 *7000 *16, 450 *16, 450 *3800 *8450 *8450 *8, 650 *19, 600 *19, 600 *10 750 *10 750 *24, 750 *24, 750 *8850 *8850 *19, 850 *19, 850 *12 050 *12 050 *26, 650 *26, 650 *17 550 13 650 *37, 950 29, 400 *17 100 12 300 *37, 050 26, 450 *15 150 12 050 *32, 700 25, 900 *12 000 *12 000 *25, 650 *25, 650 *23, 050 *23, 050 *10 250 *10 250 *22, 800 *22, 800 *10 500 *10 500 *23, 300 *23, 300 *11 600 10 850 *25, 650 23, 350 *13 350 10 350 *28, 900 22, 250 13 300 9800 28, 600 21, 050 12 400 8950 26, 700 19, 250 *11 950 8750 25, 750 18, 850 *9550 8700 *20, 300 18, 750 6800 14, 450 6750 14, 450 6700 14, 300 6550 14, 100 6450 13, 850 5550 11, 900 *4700 *9, 050 5050 10, 750 5050 10, 750 4950 10, 600 4850 10, 350 4750 10, 150 6300 13, 500 4600 *9, 050 * Limited by hydraulic capacity rather than tipping load. The above loads are in compliance with hydraulic excavator lift capacity standard ISO 10567. They do not exceed 87% of hydraulic lifting capacity or 75% of tipping capacity. [. . . ]