A hydraulic magnet for excavator use helps recycling yards, demolition contractors, and steel handlers lift ferrous scrap without manual sorting. YG Machinery offers three models for excavators from 12 to 36 tons. The range covers listed magnet power from 7000gs to 10000gs, with hydraulic oil flow from 45L/min to 85L/min. Buyers can compare carrier size, hydraulic capacity, generator power, and working conditions before selecting a model.
Hydraulic Magnet for Excavator Parameters
| Weight | 1450kg | 1950kg | 2150kg |
| Dimension | 1000×1350×1150mm | 1200×1650×1150mm | 1300×1750×1150mm |
| Magnet Power | 7000gs | 8000gs | 10000gs |
| Work Pressure | 20Mpa | 20Mpa | 20Mpa |
| Hydraulic Oil Flow | 45L/min | 75L/min | 85L/min |
| Generator Power | 8000W | 15000W | 20000W |
| Voltage | 100–500V | 100–500V | 100–500V |
| Applied Excavator | 12–18T | 18–25T | 25–36T |
How the Magnetic Attachment Supports Scrap Handling?
The attachment uses magnetic attraction to collect steel plates, rebar, offcuts, and other ferrous material. It can pick scattered pieces from a wider working area than manual handling. Operators can then move the load into a truck, sorting zone, processing line, or storage pile.
A hydraulic excavator magnet is especially useful when material shape changes throughout the day. The operator does not need to close jaws around every irregular piece. However, the material must contain iron or steel, because aluminum, copper, and many stainless grades may not respond effectively.
For mixed material streams, attachment choice should follow the actual scrap composition. An Orange Peel Grab Bucket is often more suitable for loose mixed waste or nonferrous material. After large steel sections are separated, an Excavator Metal Shear can reduce oversized pieces for transport or further processing.
Choosing the Right Model for the Excavator
The 1000T model matches 12–18T excavators and has a listed weight of 1450kg. It requires 45L/min hydraulic oil flow and uses an 8000W generator. This option suits buyers who need a hydraulic magnet for excavator carriers in the lower part of the available range.
The 1200T model is designed for 18–25T excavators. Its listed weight is 1950kg, while hydraulic oil flow reaches 75L/min. The 8000gs magnet power and 15000W generator place it between the smaller and larger models.
For 25–36T excavators, the 1300P model provides the highest listed values in this series. It weighs 2150kg and requires 85L/min oil flow. Its magnet power is 10000gs, and the matched generator power is 20000W.
An excavator magnet for sale should not be selected by magnet power alone. The carrier must also handle the attachment weight and the intended load. Buyers should confirm boom capacity, hydraulic output, working radius, and site stability with their excavator data.
Check More Than Excavator Tonnage
Excavator tonnage is the first filter, but it is not the only one. Two excavators in the same class may have different hydraulic systems and lifting charts. Therefore, the required flow of 45L/min, 75L/min, or 85L/min should be compared with the carrier before installation.
Working pressure is listed as 20Mpa for all three models. The hydraulic circuit should provide stable flow without affecting safe machine operation. Hose routing, coupler condition, and return-line arrangement also need inspection during installation.
Generator power rises with model size, from 8000W to 20000W. Buyers should match the electrical configuration to the selected attachment instead of changing individual values independently. The listed voltage range is 100–500V for each model.
A hydraulic excavator magnet also changes the load at the end of the boom. The total working load includes the attachment and lifted scrap. Operators should always follow the excavator manufacturer’s lifting limits at the actual radius.
Common Applications
Scrap recycling yards use a hydraulic magnet for excavator operations that load steel into trucks, containers, shredders, or sorting areas. It also helps collect small pieces that are difficult to grip one by one. This can reduce repeated positioning during routine material transfer.
Demolition sites may use an excavator magnet attachment to recover rebar, steel frames, pipes, and plate from processed debris. Removing ferrous material can support cleaner sorting before concrete or mixed waste enters the next handling stage.
Steel plants, fabrication workshops, and storage yards can use the equipment for offcuts and rejected parts. The attachment can also clear ferrous material from restricted work areas. In these spaces, loaders or manual crews may have limited access.
When evaluating an excavator magnet for sale, describe the material size, shape, density, and surface condition. Photos or videos of the scrap pile can help determine whether magnetic lifting or a mechanical grab is more suitable.
How to Improve Pickup Efficiency?
Good contact between the magnet and the material improves pickup performance. Flat steel pieces usually provide more contact area than tangled or heavily curved scrap. Operators should approach the pile steadily and avoid striking the attachment against hard surfaces.
A thick layer of soil, concrete dust, paint scale, or nonferrous debris can reduce direct contact. Sorting the pile before lifting may improve consistency. Smaller pieces may also require a different operating pattern than large plates or bundled rebar.
The excavator should work from stable ground with a controlled swing path. Loads must remain clear of workers, vehicles, and structures. Smooth lifting and lowering can reduce sudden movement and help the operator place material accurately.
The excavator magnet attachment should not be used as a hammer, digging tool, or demolition breaker. Its main task is lifting and transferring suitable ferrous material. Using it within that role helps protect the housing, hydraulic connections, and electrical components.
Daily Inspection and Maintenance
Before each shift, inspect the attachment body, mounting area, hoses, fittings, and electrical connections. Look for oil leakage, loose fasteners, damaged insulation, or unusual wear. Any fault should be corrected before lifting material.
Clean accumulated metal fragments and dirt from the working surface. This makes visual inspection easier and helps maintain direct contact with the next load. Operators should also check that the excavator coupler and pins remain secure.
During operation, monitor hydraulic temperature, sound, pickup behavior, and generator performance. A noticeable change may indicate a hydraulic, electrical, or contact problem. Stop the machine safely before checking the attachment.
Maintenance intervals should follow the operating environment and daily workload. Dusty demolition sites may require more frequent cleaning than organized steel yards. Keeping inspection records can help identify repeated issues before they cause longer downtime.
FAQs About Hydraulic Magnet for Excavator Selection
It lifts suitable ferrous materials such as carbon steel plate, rebar, pipes, and steel offcuts. Nonferrous metals, including aluminum and copper, do not respond like ordinary steel. Material shape, contact area, and surface contamination also affect pickup results.
The 1200T is listed for 18–25T excavators. However, selection should also consider the carrier’s hydraulic flow, lifting chart, working radius, and coupler arrangement. Share the excavator model before ordering for a compatibility review.
The listed flow is 45L/min for 1000T, 75L/min for 1200T, and 85L/min for 1300P. Each model lists a working pressure of 20Mpa. Confirm that the carrier can provide stable flow under real operating conditions.
It is suitable when the target material is mainly ferrous steel. For mixed waste containing wood, plastic, concrete, or nonferrous metal, a grapple may provide more consistent handling. Many recycling sites use both attachment types for different sorting stages.
Provide the excavator brand and model, carrier tonnage, hydraulic flow, material type, typical piece size, and working environment. Site photos or videos are also useful. These details help the supplier compare the three available models.
Why Choose YG Machinery?
YG Machinery supplies three matched options for excavators from 12 to 36 tons. The parameter table clearly lists attachment weight, dimensions, magnet power, working pressure, oil flow, generator power, voltage, and carrier range. This allows buyers to compare the series without relying on a single performance figure.
Our team can review your excavator data and material-handling needs before quotation. We can also discuss related attachments when a project includes cutting or mechanical grabbing. Send your carrier model, scrap information, and destination to receive a hydraulic magnet for excavator recommendation and quotation.
