Hydraulic Breaker
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 individually below so that a buyer can compare like with like.
One line that decides the fit of this hydraulic breaker: mounting = universal quick-attach plate, measured after assembly. Relief settings for the hydraulic breaker are written against the carrier requirement, with the tool maximum shown beside them.
The hydraulic hammer, concrete breaker, rock hammer carries its identification mark on the mounting frame, where it stays legible after repainting. The hydraulic hammer, concrete breaker, rock hammer data sheet gives hydraulic circuit as standard auxiliary, back pressure kept low; a buyer can confirm the same figure on the finished tool.
Steel grade and plate thickness for the hydraulic breaker are logged on the build sheet, separately from the wear items. A buyer comparing carriers will find impact entered as hydraulic piston with nitrogen accumulator for this hydraulic breaker.
Before fabrication, hydraulic circuit is fixed at standard auxiliary, back pressure kept low for the hydraulic breaker so the interface can be drawn.
The hydraulic breaker is delivered with a measurement sheet, and each entry can be repeated at the receiving end with ordinary tools. Spare edges and pins for the hydraulic breaker are chosen from the dimensions above, not from a generic catalogue.
Dimensional checks on the hydraulic breaker cover the envelope, the mounting face and the working width at ground level as three separate readings. tool = interchangeable moil, chisel or blunt is the entry a workshop uses when it matches the hydraulic breaker to a host machine.
A tape check on the delivered hydraulic hammer, concrete breaker, rock hammer should reproduce tool at interchangeable moil, chisel or blunt. Hose routing on the hydraulic hammer, concrete breaker, rock hammer is drawn clear of pivot points and inspected again after the first hours of operation.
When the hydraulic hammer, concrete breaker, rock hammer is specified for a fleet, mounting geometry is recorded before any outer dimension of the tool is discussed. Before fabrication, housing is fixed at vibration-isolated side plates for the hydraulic breaker so the interface can be drawn.
Read mounting as universal quick-attach plate on the hydraulic hammer, concrete breaker, rock hammer: it is a build dimension, not a class average.
For the hydraulic hammer, concrete breaker, rock hammer, housing is fixed at vibration-isolated side plates before the mounting interface is drawn. Wear edges on the hydraulic hammer, concrete breaker, rock hammer are bolted rather than welded, which keeps replacement a workshop task.
When the hydraulic hammer, concrete breaker, rock hammer is specified for a fleet, mounting geometry is noted before any outer dimension of the tool is discussed. If the carrier differs, the wear items row for the hydraulic breaker is reissued; the standard entry here is tool bushings, chisel, seal kit.
The hydraulic hammer, concrete breaker, rock hammer is documented at goods-in against the same rows a buyer reads on this page. The hydraulic hammer, concrete breaker, rock hammer data sheet gives impact as hydraulic piston with nitrogen accumulator; a buyer can confirm the same figure on the finished tool.
For this hydraulic hammer, concrete breaker, rock hammer the interface drawing shows the plate, the wedge pockets and the hose exit, and all three are measured on the delivered unit. Inspectors record hydraulic circuit as standard auxiliary, back pressure kept low once the hydraulic hammer, concrete breaker, rock hammer has been assembled and painted.
A buyer comparing carriers will find impact entered as hydraulic piston with nitrogen accumulator for this hydraulic breaker.
In the build record, housing for the hydraulic breaker is entered as vibration-isolated side plates, and that entry is repeatable at goods-in. Before dispatch the hydraulic hammer, concrete breaker, rock hammer is compared with its own mounting entry of universal quick-attach plate.
Service intervals for the hydraulic hammer, concrete breaker, rock hammer follow the wear pattern: greaseable pivots first, then the edge, then the hose runs. The mounting figure of universal quick-attach plate is written against this hydraulic breaker and repeated on the parts list.
Procurement uses the hydraulic circuit figure of standard auxiliary, back pressure kept low to identify this hydraulic hammer, concrete breaker, rock hammer against other builds. The hydraulic breaker is recorded as one build configuration, and any option that changes the interface is issued as a separate row.
Where the carrier differs from the class described here, the interface rows for the hydraulic hammer, concrete breaker, rock hammer are reissued before fabrication. The selection sheet for this hydraulic hammer, concrete breaker, rock hammer puts impact at hydraulic piston with nitrogen accumulator; that figure is rechecked on the finished unit.
tool = interchangeable moil, chisel or blunt is the entry a workshop uses when it matches the hydraulic breaker to a host machine.
A tape check on the delivered hydraulic hammer, concrete breaker, rock hammer should reproduce impact at hydraulic piston with nitrogen accumulator. Grease points on the hydraulic breaker are counted and marked, then transferred to the handover checklist.
A hydraulic hammer, concrete breaker, rock hammer intended for continuous duty is specified with a case-drain path, since a blocked drain shortens motor life sharply. If the carrier differs, the tool row for the hydraulic breaker is reissued; the standard entry here is interchangeable moil, chisel or blunt.
Spare parts for the hydraulic hammer, concrete breaker, rock hammer are named by the entries on the sheet rather than by a photograph. A tape check on the delivered hydraulic hammer, concrete breaker, rock hammer should reproduce wear items at tool bushings, chisel, seal kit.
The hydraulic breaker drawing lists pin diameters and bush sizes, which is what a local workshop needs when ordering spares. Read housing as vibration-isolated side plates on the hydraulic hammer, concrete breaker, rock hammer: it is a build dimension, not a class average.
housing = vibration-isolated side plates is the entry a workshop uses when it matches the hydraulic breaker to a host machine.
The hydraulic hammer, concrete breaker, rock hammer is furnished with a parts list that names each consumable by dimension rather than by position. The tool row for this hydraulic breaker is interchangeable moil, chisel or blunt; it is a measured value, not an estimate.
Hydraulic supply for the hydraulic breaker is read at rated engine speed, because a nominal pump figure says little about the flow at the coupler. Before fabrication, wear items is fixed at tool bushings, chisel, seal kit for the hydraulic breaker so the interface can be drawn.
Specification items are listed in the table in the order a workshop would check them. General compact loader ranges appear where useful, but the figures stamped on the carrier are the ones that govern. Read each line as a property of this Hydraulic Breaker.
| Selection item | Recorded figure | Where it is confirmed |
|---|---|---|
| Impact | Hydraulic piston with nitrogen accumulator | Recorded on the parts list |
| Tool | Interchangeable moil, chisel or blunt | Read from the carrier plate |
| Housing | Vibration-isolated side plates | Confirmed on the interface drawing |
| Wear items | Tool bushings, chisel, seal kit | Measured with a tape |
| Hydraulic circuit | Standard auxiliary, back pressure kept low | Compared with the load chart |
| Mounting | Universal quick-attach plate | Read from the carrier plate |
The wear items figure of tool bushings, chisel, seal kit is written against this hydraulic breaker and repeated on the parts list.
The interface sheet lists the coupler size, the number of services and mounting as universal quick-attach plate for the hydraulic hammer, concrete breaker, rock hammer, so the answer is written down before dispatch. Case-drain requirements for the hydraulic hammer, concrete breaker, rock hammer are stated in writing, since a blocked drain shortens motor life sharply.
For this hydraulic breaker the receiving workshop measures impact against the stated hydraulic piston with nitrogen accumulator with a tape or gauge; no special equipment is needed. Procurement uses the wear items figure of tool bushings, chisel, seal kit to identify this hydraulic hammer, concrete breaker, rock hammer against other builds.
Wear items are listed apart from the structure on the hydraulic hammer, concrete breaker, rock hammer; tool is recorded as interchangeable moil, chisel or blunt so the correct replacement can be identified. One line that decides the fit of this hydraulic breaker: mounting = universal quick-attach plate, measured after assembly.
The hydraulic breaker is supplied with housing = vibration-isolated side plates on its measurement sheet, and that line is the one a buyer compares with the carrier chart. Relief settings for the hydraulic breaker are written against the carrier requirement, with the tool maximum shown beside them.
Where a dimension or interface differs for a particular carrier, the factory confirms it in writing before the tool is built. The standard specification on this page is the starting point for that confirmation, not a substitute for it.
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 factory will confirm the mounting interface, circuit requirement and the build photographs for the exact tool, and will answer technical questions directly.
