S0902000
Page 5
Boom and Arm
Park the excavator away from obstructions and all traffic on clear, flat, level ground. Extend the arm
cylinder and crowd the arm into the boom. Partially retract the boom cylinder so that the boom is stretched
out in front of the excavator, as low to the ground as possible, with the arm crowded under the boom.
The tip of the arm point should be lowered to secure blocking that will safely support the weight of the arm.
Place the blocking directly in front of the excavator and make sure that it will not be unbalanced with an
initial weight load that is all to one end, under the arm point.
Shut off the engine and release hydraulic system pressure - move any of the control levers with the engine
off to release pressure built up in the accumulator. Manually vent residual hydraulic pressure in the tank by
moving the lever near the cap, on top of the reservoir.
Before beginning the disassembly of attachment mounting pins, disconnect the arm cylinder hydraulic
hose couplings and put a clean plug in the end of each one. Use any and all reasonable precautions
necessary to avoid introducing dirt or other contaminants into the hydraulic system. Wipe down coupling
points before disconnecting hydraulic lines and use evaporative-type solvent spray cleaner. Tag and mark
hoses for reassembly, if necessary.
Place a sling under the arm cylinder (the cylinder used to extend and retract the attachment arm, pinned to
the top of the boom). Lift the sling so that the weight load on the rod end of the arm cylinder (pinned to the
ears on the inner end of the arm) is released. Prepare blocking under the arm that will securely support the
weight of the arm and arm cylinder.
Remove retainers on the end of the mounting pin for the arm cylinder rod end. Use the assist crane to
relieve the weight load and withdraw the pin. Lower the arm down to the blocking support for any continued
disassembly procedures.
WARNING!
Secure the swing lock and tag and lock out controls in the operator’s cab to keep anyone from
moving or inadvertently starting the engine. Restrict access to the work site while sections of
the attachment are in the air, or while they are being supported by the assist crane. The safe
lifting capacity of the assist crane or hoist that is used must exceed the weight of the heaviest
section of the attachment, the boom (approximately 2,000 kg [4,400 lb], not including the weight
of accessories or fixtures).
CAUTION!
To make sure that the polished surfaces of cylinder rod ends will not suffer accidental damage
during disassembly or removal procedures, wrap exposed rod surfaces (especially those of
boom cylinders) with a protective covering material. Immediately following disassembly and
removal, cylinder rods should always be fully retracted. This eases handling problems and also
avoids possible damage.
Summary of Contents for Solar 300LC-V
Page 2: ......
Page 4: ......
Page 7: ...1SAFETY...
Page 8: ......
Page 46: ...S0102000 Page 38 Track Excavator Safety...
Page 47: ...1SPECIFICATIONS...
Page 48: ......
Page 54: ...S0202080K Page 6 Specifications for Solar 300LC V...
Page 70: ...S0202080K Page 22 Specifications for Solar 300LC V...
Page 71: ...1GENERAL MAINTENANCE...
Page 72: ......
Page 86: ...S0302000 Page 14 General Maintenance Procedures Return to Master Table of Contents...
Page 99: ...1UPPER STRUCTURE...
Page 100: ......
Page 102: ...S0402040K Page 2 Cab TABLE OF CONTENTS Removal 3 Installation 6...
Page 116: ...S0403050K Page 8 Counterweight Return to Master Table of Contents...
Page 140: ...S0407000 Page 6 Swing Bearing...
Page 164: ...S0408070K Page 24 Swing Reduction Gear...
Page 165: ...1LOWER STRUCTURE AND CHASSIS...
Page 166: ......
Page 190: ...S0505000 Page 24 Track Assembly 7 Tighten plug 1 Figure 48 Figure 48...
Page 191: ...S0505000 Page 25 Track Assembly TRACK SPRING AND TRACK ADJUSTING CYLINDER PARTS LIST Figure 49...
Page 193: ...1ENGINE AND DRIVE TRAIN...
Page 194: ......
Page 205: ...S0605060K Page 11 Air Conditioner Face and Defroster ARS1300L Figure 12...
Page 220: ...S0605060K Page 26 Air Conditioner...
Page 229: ...1HYDRAULICS...
Page 230: ......
Page 262: ...S0703010K Page 2 Accumulator TABLE OF CONTENTS General Description 3 Specifications 4...
Page 266: ...S0703010K Page 6 Accumulator...
Page 274: ...S0704080K Page 8 Center Joint Swivel...
Page 283: ...S0705000 Page 9 Cylinders...
Page 287: ...S0705000 Page 13 Cylinders...
Page 291: ...S0705000 Page 17 Cylinders...
Page 299: ...S0705000 Page 25 Cylinders...
Page 308: ...S0705000 Page 34 Cylinders 17 Force out pin bushing 1 from body of cylinder Figure 28...
Page 312: ...S0705000 Page 38 Cylinders...
Page 324: ...S0707270K Page 12 Swing Motor Toshiba MFC200 PARTS LIST Figure 6...
Page 355: ...S0707315K Page 11 Travel Motor with Gearbox...
Page 424: ...S0708315K Page 28 Main Pump Kawasaki CONSTRUCTION OF REGULATOR Figure 22...
Page 444: ...S0708315K Page 48 Main Pump Kawasaki...
Page 450: ...S0709401K Page 6 Main Control Valve Kayaba Figure 1...
Page 451: ...S0709401K Page 7 Main Control Valve Kayaba Figure 2...
Page 453: ...S0709401K Page 9 Main Control Valve Kayaba...
Page 455: ...S0709401K Page 11 Main Control Valve Kayaba Figure 4...
Page 467: ...S0709401K Page 23 Main Control Valve Kayaba Figure 16...
Page 500: ...S0709401K Page 56 Main Control Valve Kayaba Figure 54...
Page 552: ...S0792160K Page 6 Hydraulic Schematic S300LC V...
Page 553: ...1ELECTRICAL SYSTEM...
Page 554: ......
Page 608: ...S0802220K Page 54 Electrical System...
Page 627: ...S0802220K Page 73 Electrical System...
Page 634: ...S0892160K Page 4 Electrical Schematic S300LC V SOLAR 300LC V Figure 2...
Page 636: ...S0892160K Page 6 Electrical Schematic S300LC V...
Page 637: ...1ATTACHMENTS...
Page 638: ......
Page 658: ......