Rock Bucket
This page sets out the specification of the attachment in a form that can be matched to a carrier's data plate. Dimensions, hydraulic interfaces, wear parts and mounting geometry are treated as separate items rather than as one general description.
The rock bucket is weighed as built, and that mass is entered into the carrier chart before the load limit is set. A tape check on the rock bucket covers the envelope, the mounting face and the ground-level working width.
The floor row for this rock bucket is spaced tines, open skeleton; it is a measured value, not an estimate. Relief settings for the rock bucket are written against the carrier requirement, with the tool maximum shown beside them.
The rock bucket is measured after painting, so the noted dimensions describe the unit that actually reaches the site. hydraulic circuit = none required, passive tool is the entry a workshop uses when it matches the rock bucket to a host machine.
For the rock bucket, the leading edge line reads replaceable cutting bar and is verified with a tape or gauge at goods-in.
Procurement uses the hydraulic circuit figure of none required, passive tool to identify this skeleton bucket, rock riddle bucket, sifting bucket against other builds. The skeleton bucket, rock riddle bucket, sifting bucket data sheet gives mounting as universal quick-attach plate; a buyer can confirm the same figure on the finished tool.
The rock bucket is written down as one build configuration; any option that alters the interface is issued as its own line on the sheet. Inspectors record mounting as universal quick-attach plate once the skeleton bucket, rock riddle bucket, sifting bucket has been assembled and painted.
The skeleton bucket, rock riddle bucket, sifting bucket is taken after painting, so the sheet describes the unit that actually reaches the site. Before dispatch the skeleton bucket, rock riddle bucket, sifting bucket is compared with its own shell entry of gusseted side plates.
The skeleton bucket, rock riddle bucket, sifting bucket is supplied with its parts list, so each consumable can be named without referring back to a photograph. Inspectors record floor as spaced tines, open skeleton once the skeleton bucket, rock riddle bucket, sifting bucket has been assembled and painted.
The shell figure of gusseted side plates is written against this rock bucket and repeated on the parts list.
Where the host machine differs, the interface rows for the skeleton bucket, rock riddle bucket, sifting bucket are reissued before fabrication begins. Procurement uses the shell figure of gusseted side plates to identify this skeleton bucket, rock riddle bucket, sifting bucket against other builds.
The rock bucket drawing lists pin diameters and bush sizes, which is what a local workshop needs when ordering spares. The selection sheet for this skeleton bucket, rock riddle bucket, sifting bucket puts tine spacing at selected by material size; that figure is rechecked on the finished unit.
Bush and pin sizes for the skeleton bucket, rock riddle bucket, sifting bucket appear on the spares page, so a local workshop can order without a sample. Working width of the skeleton bucket, rock riddle bucket, sifting bucket is compared with gate openings and transport limits before it is compared with engine power.
Hydraulic supply for the rock bucket is read at rated engine speed, because a nominal pump figure says little about the flow at the coupler. Inspectors record leading edge as replaceable cutting bar once the skeleton bucket, rock riddle bucket, sifting bucket has been assembled and painted.
Inspectors record hydraulic circuit as none required, passive tool once the skeleton bucket, rock riddle bucket, sifting bucket has been assembled and painted.
Transport width of the skeleton bucket, rock riddle bucket, sifting bucket is recorded separately from working width, because the two rarely coincide. A tape check on the delivered skeleton bucket, rock riddle bucket, sifting bucket should reproduce tine spacing at selected by material size.
On the rock bucket, relief pressure at the carrier has to sit above the working requirement and below the maximum rating of the tool. Before fabrication, shell is fixed at gusseted side plates for the rock bucket so the interface can be drawn.
The skeleton bucket, rock riddle bucket, sifting bucket is inspected for weld continuity along the load path before the working edge is fitted. Plate flatness and wedge engagement on the rock bucket are verified with a straightedge before the coupler is accepted.
Working width of the rock bucket is read against gate openings and transport limits before it is read against machine power. The hydraulic circuit figure of none required, passive tool is written against this rock bucket and repeated on the parts list.
mounting = universal quick-attach plate is the entry a workshop uses when it matches the rock bucket to a host machine.
In the build record, tine spacing for the rock bucket is entered as selected by material size, and that entry is repeatable at goods-in. Read hydraulic circuit as none required, passive tool on the skeleton bucket, rock riddle bucket, sifting bucket when the carrier chart is being checked.
On the rock bucket, relief pressure at the carrier has to sit above the working requirement and below the maximum rating of the tool. Before fabrication, mounting is fixed at universal quick-attach plate for the rock bucket so the interface can be drawn.
The rock bucket is supplied with floor recorded as spaced tines, open skeleton rather than as a class average. On the rock bucket, mounting reads universal quick-attach plate, and the same value appears on the parts list.
Where the carrier differs from the class recorded here, the interface rows for the skeleton bucket, rock riddle bucket, sifting bucket are reissued before fabrication. Before fabrication, floor is fixed at spaced tines, open skeleton for the rock bucket so the interface can be drawn.
A buyer comparing carriers will find floor entered as spaced tines, open skeleton for this rock bucket.
Carrier capacity, hydraulic output, mounting geometry and spares availability are the four columns of the check for this rock bucket. Wear edges on the skeleton bucket, rock riddle bucket, sifting bucket are bolted rather than welded, which keeps replacement a workshop task.
Buyers fitting this skeleton bucket, rock riddle bucket, sifting bucket to an older machine should confirm wedge wear on the coupler before relying on the published interface. For the rock bucket, the tine spacing line reads selected by material size and is verified with a tape or gauge at goods-in.
Each row in the table records one decision about the tool, from its structure through to its connection points. Range figures describe the compact loader class in general, so the data plate on the actual machine remains the controlling reference. The Rock Bucket is the subject of every line in the table.
| Data point | Build value | Receiving check |
|---|---|---|
| Floor | Spaced tines, open skeleton | Compared with the load chart |
| Tine spacing | Selected by material size | Recorded on the parts list |
| Leading edge | Replaceable cutting bar | Confirmed on the interface drawing |
| Shell | Gusseted side plates | Repeated at the first service |
| Hydraulic circuit | None required, passive tool | Read from the carrier plate |
| Mounting | Universal quick-attach plate | Verified during commissioning |
The tine spacing figure of selected by material size is written against this rock bucket and repeated on the parts list.
For this rock bucket the receiving workshop measures leading edge against the stated replaceable cutting bar with a tape or gauge; no special equipment is needed. The leading edge row for this rock bucket is replaceable cutting bar; it is a measured value, not an estimate.
Wear items are listed apart from the structure on the skeleton bucket, rock riddle bucket, sifting bucket; shell is recorded as gusseted side plates so the correct replacement can be identified. The leading edge row for this rock bucket is replaceable cutting bar; it is a measured value, not an estimate.
The rock bucket is supplied with hydraulic circuit = none required, passive tool on its measurement sheet, and that line is the one a buyer compares with the carrier chart. The rock bucket is weighed as built, and that mass is entered into the carrier chart before the load limit is set.
Only the standard build is described here: for the skeleton bucket, rock riddle bucket, sifting bucket, mounting reads universal quick-attach plate and any change to the interface is issued as a separate row. A tape check on the rock bucket covers the envelope, the mounting face and the ground-level working width.
Dimensions, circuit values and wear items are recorded individually so a later comparison isolates the item that changed rather than the whole tool.
E-mail: sales@mingycn.com | LINE: mingyicn
State the host machine, the auxiliary rating and the material, and the factory can reply in detail. The reply confirms the coupler geometry, circuit requirement and build photographs, and technical questions go straight to the workshop.
