8G1203 PISTON AS Caterpillar parts
953
Rating:
Alternative (cross code) number:
CA8G1203
8G-1203
8G1203
CA8G1203
8G-1203
8G1203
Weight: 19 pounds 8 kg.
TRACK LOADER,
Compatible equipment models: 8G1203:
Information:
Stump Removal: Lift blade while pushing. Side Hill Cut: Start cut downgrade if possible. Slope to inside of cut. Doze bench wide enough for machines that will follow. Straight Dozer: Contact rock at one side of blade. Angle Dozer: Contact rock at center of blade.
Use extra caution when crossing side hills, ridges, logs and ditches.
Ripping
Use FIRST speed for most ripping operations. It is better to use additional shanks, where practical, rather than to increase speed.Always use center shank when ripping with one shank. If material breaks up satisfactorily, more shanks may be used. Cross rip only when necessary. When ripping for scraper loading, rip in same direction that scrapers will load.
Do not turn or back tractor while shanks are in the ground. Twisting strain on the shanks and tips may cause failure.Inspect ripper tips frequently, for excessive wear.
Rip downhill whenever possible.Ripper Operating Hints:
In most cases it is desirable to rip as deep as possible. Sometimes it is better to rip at partial depth and remove the material in its natural layers.Keep several inches of material on top of the unripped formation to cushion the machine and provide traction.When final material size must be relatively small, close spacing of passes is recommended.Packed Soil, Hard Pan, Clay, Shale or Cemented Gravel
Three shanks work well in these materials. Use as many shanks as possible to break material to desired size, without stalling or hanging up the machine.Rock with Fractures, Faults and Planes of Weakness
Use two shanks where rock breaks out in small pieces, and the machine can handle the job easily. When machine begins to stall or tracks spin, use only the center shank. Solid Rock, Granite or Hard-to-Rip Material
Use one shank in tough-to-rip material or material that tends to break out in large slabs or pieces.Always use center shank when one-shank ripping. Asphalt Road Surfaces
Raise ripper shanks to lift out and break material.Concrete Road Surfaces
Use a single ripper shank. Ripper is especially effective in severing reinforcing rods or mesh. Winch Operation
Make certain personnel are clear of cable when there is a load on the cable. Cable can break and cause personal injury.
Always winch with cable in as straight a line as possible behind tractor. For maximum service life of winch, engage winch at lowest practical engine speed. Heavy line loads will require winch engagements at higher engine speeds than with lighter loads.Line speed is controlled by the engine speed.
Brake On (Neutral)
(N) Cable will not move.Brake Off (Release)
(R) Cable will move out under load.Reel In
(I) Cable will move toward the winch.Drum Disconnect
(O) Cable can be released as needed.Drum Disconnect Detent
(D) Cable can be pulled away from the winch by hand.
Exercise care with suspended loads. If engine speed is too low the weight of the load may cause it to drop, even though the winch is in REEL IN position.
(N) BRAKE ON (NEUTRAL) - Towing, holding load or when winch is not in use. (I) REEL IN - Pull load toward machine. When released lever will return to neutral position.
FINE CONTROL (INCHING)
Use extra caution when crossing side hills, ridges, logs and ditches.
Ripping
Use FIRST speed for most ripping operations. It is better to use additional shanks, where practical, rather than to increase speed.Always use center shank when ripping with one shank. If material breaks up satisfactorily, more shanks may be used. Cross rip only when necessary. When ripping for scraper loading, rip in same direction that scrapers will load.
Do not turn or back tractor while shanks are in the ground. Twisting strain on the shanks and tips may cause failure.Inspect ripper tips frequently, for excessive wear.
Rip downhill whenever possible.Ripper Operating Hints:
In most cases it is desirable to rip as deep as possible. Sometimes it is better to rip at partial depth and remove the material in its natural layers.Keep several inches of material on top of the unripped formation to cushion the machine and provide traction.When final material size must be relatively small, close spacing of passes is recommended.Packed Soil, Hard Pan, Clay, Shale or Cemented Gravel
Three shanks work well in these materials. Use as many shanks as possible to break material to desired size, without stalling or hanging up the machine.Rock with Fractures, Faults and Planes of Weakness
Use two shanks where rock breaks out in small pieces, and the machine can handle the job easily. When machine begins to stall or tracks spin, use only the center shank. Solid Rock, Granite or Hard-to-Rip Material
Use one shank in tough-to-rip material or material that tends to break out in large slabs or pieces.Always use center shank when one-shank ripping. Asphalt Road Surfaces
Raise ripper shanks to lift out and break material.Concrete Road Surfaces
Use a single ripper shank. Ripper is especially effective in severing reinforcing rods or mesh. Winch Operation
Make certain personnel are clear of cable when there is a load on the cable. Cable can break and cause personal injury.
Always winch with cable in as straight a line as possible behind tractor. For maximum service life of winch, engage winch at lowest practical engine speed. Heavy line loads will require winch engagements at higher engine speeds than with lighter loads.Line speed is controlled by the engine speed.
Brake On (Neutral)
(N) Cable will not move.Brake Off (Release)
(R) Cable will move out under load.Reel In
(I) Cable will move toward the winch.Drum Disconnect
(O) Cable can be released as needed.Drum Disconnect Detent
(D) Cable can be pulled away from the winch by hand.
Exercise care with suspended loads. If engine speed is too low the weight of the load may cause it to drop, even though the winch is in REEL IN position.
(N) BRAKE ON (NEUTRAL) - Towing, holding load or when winch is not in use. (I) REEL IN - Pull load toward machine. When released lever will return to neutral position.
FINE CONTROL (INCHING)
Caterpillar parts catalog:
Parts piston Caterpillar catalog:
7J6469
PISTON
12G, 130G, 140G, 16G, 3S, 518, 518C, 613C, 65, 815B, 815F, 815F II, 910, 920, 931, 931B, 931C, 931C II, 933, 933C, 939, 939C, 943, 950, 953, 953C, 953D, 966D, 966F, D3B, D3C II, D3C III, D4C III, D4H,...
12G, 130G, 140G, 16G, 3S, 518, 518C, 613C, 65, 815B, 815F, 815F II, 910, 920, 931, 931B, 931C, 931C II, 933, 933C, 939, 939C, 943, 950, 953, 953C, 953D, 966D, 966F, D3B, D3C II, D3C III, D4C III, D4H,...
7N6817
PISTON-LARGE
215, 235, 3204, 3306, 815B, 936, 943, 953, 963, D3C II, D4HTSK II, E180
215, 235, 3204, 3306, 815B, 936, 943, 953, 963, D3C II, D4HTSK II, E180
6J2798
PISTON
920, 941, 943, 951B, 953
920, 941, 943, 951B, 953
9J8727
PISTON ASSEM.
953, 963
953, 963
1W5794
PISTON-BODY
953, D3
953, D3
1W5796
PISTON BODY
953, D3
953, D3
9J9404
PISTON ASSEM.
943, 953, 953B
943, 953, 953B
8J5965
PISTON
517, 527, 814B, 814F, 814F II, 816F, 816F II, 926, 926A, 953, D4HTSK II, D4HTSK III, D5HTSK II, G926, IT18B, IT28
517, 527, 814B, 814F, 814F II, 816F, 816F II, 926, 926A, 953, D4HTSK II, D4HTSK III, D5HTSK II, G926, IT18B, IT28
9J8743
PISTON
943, 953, 963, 973
943, 953, 963, 973
4T5566
PISTON AS
953, 963, 973
953, 963, 973
8G7079
PISTON
943, 953, 953B
943, 953, 953B
9J3612
PISTON
508, 936, 936F, 950B, 950F, D4H, G936
508, 936, 936F, 950B, 950F, D4H, G936
8G7079
PISTON
943, 953, 953B
943, 953, 953B
1U1142
PISTON
594H, 966C
594H, 966C
4T5566
PISTON AS
953, 963, 973
953, 963, 973
7G6813
PISTON-LOAD
931B
931B
8F0944
PISTON ASSEM.
44, 6A
44, 6A
1U3169
PISTON
910, 931B, IT12
910, 931B, IT12
4J2062
PISTON
666, D6H, D7F, D7G, D7G2
666, D6H, D7F, D7G, D7G2
3T9204
PISTON
D6H
D6H
8G5934
PISTON AS
943
943
6P6984
PISTON
528, D4H
528, D4H