Rotary Tiller
A specification sheet is a list of decisions: how the tool is built, what it connects to, what wears, and how it is serviced. Each of those decisions is set out separately below so that a buyer can compare like with like.
The inspection record for the rotary tiller names the coupler type, the hose size and the number of independent hydraulic services. Grease points on the rotary tiller are counted and marked, then transferred to the handover checklist.
The rotovator, soil conditioner, rotary cultivator is provided with a parts list that names each consumable by dimension rather than by position. The rotovator, soil conditioner, rotary cultivator carries its identification mark on the mounting frame, where it stays legible after repainting.
The rotary tiller is captured as one build configuration; any option that alters the interface is issued as its own line on the sheet. If the carrier differs, the mounting row for the rotary tiller is reissued; the standard entry here is universal quick-attach plate.
On the comparison sheet, drive appears as hydraulic motor via chain or gear case, which is the value measured after assembly of the rotovator, soil conditioner, rotary cultivator.
If a variant is requested, the depth line for this rotovator, soil conditioner, rotary cultivator is reissued; the standard value here is adjustable side skids. The workshop signs off rotor = horizontal shaft with curved tines for this rotary tiller during the final inspection.
On the rotary tiller, relief pressure at the carrier has to sit above the working requirement and below the maximum rating of the tool. Read rotor as horizontal shaft with curved tines on the rotovator, soil conditioner, rotary cultivator: it is a build dimension, not a class average.
Relief settings for the rotary tiller are written against the carrier requirement, with the tool maximum shown beside them. Read hydraulic circuit as standard auxiliary on the rotovator, soil conditioner, rotary cultivator when the carrier chart is being checked.
The rotary tiller is confirmed against the load chart with the arms raised, since reach reduces usable capacity more than mass alone. The depth figure of adjustable side skids is written against this rotary tiller and repeated on the parts list.
The selection sheet for this rotovator, soil conditioner, rotary cultivator puts hydraulic circuit at standard auxiliary; that figure is rechecked on the finished unit.
Procurement uses the mounting figure of universal quick-attach plate to identify this rotovator, soil conditioner, rotary cultivator against other builds. Spare edges and pins for the rotary tiller are chosen from the dimensions above, not from a generic catalogue.
The rotary tiller is measured after painting, so the recorded dimensions describe the unit that actually reaches the site. Inspectors record finish as rear levelling board once the rotovator, soil conditioner, rotary cultivator has been assembled and painted.
The rotovator, soil conditioner, rotary cultivator is drawn with the hose exit clear of the pivot arc, then that clearance is rechecked on the finished unit. Plate flatness and wedge engagement on the rotary tiller are confirmed with a straightedge before the coupler is accepted.
Hose routing on the rotovator, soil conditioner, rotary cultivator is drawn clear of pivot points, then inspected again after the first hours of operation. For procurement purposes drive is stated as hydraulic motor via chain or gear case on the rotary tiller data sheet.
The mounting figure of universal quick-attach plate is written against this rotary tiller and repeated on the parts list.
Read drive as hydraulic motor via chain or gear case on the rotovator, soil conditioner, rotary cultivator when the carrier chart is being checked. In the build record, drive for the rotary tiller is entered as hydraulic motor via chain or gear case, and that entry is repeatable at goods-in.
The rotary tiller is verified against the load chart with the arms raised, since reach reduces usable capacity more than mass alone. Read hydraulic circuit as standard auxiliary on the rotovator, soil conditioner, rotary cultivator: it is a build dimension, not a class average.
The rotovator, soil conditioner, rotary cultivator leaves the works with its measurement sheet, its parts list and the sign-off record together. Relief pressure on the carrier has to sit above the working requirement of the rotary tiller and below its maximum rating.
Dimensions, circuit values and wear items are entered as its own entry for this rotovator, soil conditioner, rotary cultivator so a later comparison isolates the item that changed. The rotary tiller carries mounting = universal quick-attach plate, and that pair is the reference used during commissioning.
For the rotary tiller, the rotor line reads horizontal shaft with curved tines and is verified with a tape or gauge at goods-in.
One line that decides the fit of this rotary tiller: mounting = universal quick-attach plate, measured after assembly. A second movement on this rotary tiller requires a second auxiliary service, which is noted on the interface sheet.
Hose routing on the rotovator, soil conditioner, rotary cultivator is drawn clear of pivot points, then inspected again after the first hours of operation. The rotary tiller carries rotor = horizontal shaft with curved tines, and that pair is the reference used during commissioning.
The depth row for this rotary tiller is adjustable side skids; it is a measured value, not an estimate. The rotovator, soil conditioner, rotary cultivator data sheet gives rotor as horizontal shaft with curved tines; a buyer can confirm the same figure on the finished tool.
Service intervals for the rotovator, soil conditioner, rotary cultivator follow the wear pattern: greaseable pivots first, then the edge, then the hose runs. The depth figure of adjustable side skids is written against this rotary tiller and repeated on the parts list.
For the rotary tiller, the depth line reads adjustable side skids and is verified with a tape or gauge at goods-in.
Where the host machine differs, the interface rows for the rotovator, soil conditioner, rotary cultivator are reissued before fabrication begins. For the rotovator, soil conditioner, rotary cultivator, finish is fixed at rear levelling board before the mounting interface is drawn.
Every rotary tiller leaves the works with a measurement sheet, and the receiving workshop can repeat each entry with ordinary tools. For procurement purposes finish is stated as rear levelling board on the rotary tiller data sheet.
The table below lists the build and interface items that are verified with the machine. Figures shown as ranges are industry reference values for compact loaders rather than claims about a particular carrier; the carrier data plate always takes precedence. Those entries are taken from the Rotary Tiller on this page.
| Data field | Recorded value | How the buyer checks it |
|---|---|---|
| Rotor | Horizontal shaft with curved tines | Recorded on the parts list |
| Depth | Adjustable side skids | Read from the carrier plate |
| Finish | Rear levelling board | Checked at goods-in |
| Drive | Hydraulic motor via chain or gear case | Confirmed on the interface drawing |
| Hydraulic circuit | Standard auxiliary | Verified during commissioning |
| Mounting | Universal quick-attach plate | Confirmed on the interface drawing |
If the carrier differs, the finish row for the rotary tiller is reissued; the standard entry here is rear levelling board.
For this rotary tiller the receiving workshop measures hydraulic circuit against the stated standard auxiliary with a tape or gauge; no special equipment is needed. Procurement uses the hydraulic circuit figure of standard auxiliary to identify this rotovator, soil conditioner, rotary cultivator against other builds.
Wear items are listed apart from the structure on the rotovator, soil conditioner, rotary cultivator; mounting is recorded as universal quick-attach plate so the correct replacement can be identified. In the build record, finish for the rotary tiller is entered as rear levelling board, and that entry is repeatable at goods-in.
The rotary tiller is supplied with rotor = horizontal shaft with curved tines on its measurement sheet, and that line is the one a buyer compares with the carrier chart. The inspection record for the rotary tiller names the coupler type, the hose size and the number of independent hydraulic services.
Only the standard build is described here: for the rotovator, soil conditioner, rotary cultivator, depth reads adjustable side skids and any change to the interface is issued as a separate row. Grease points on the rotary tiller are counted and marked, then transferred to the handover checklist.
Buyers who need a variant of the mounting geometry can have the affected rows revised on the same sheet, keeping the rest of the build unchanged.
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A short note with the carrier model, flow figure and working material is enough to start. The factory will confirm the mounting interface, circuit requirement and the build photographs for the exact tool, and will answer technical questions directly.
