DRUM-HOUSED-001 – APPLICATION-ENGINEERED EQUIPMENT
Housed Magnetic Drum Separator
A housed magnetic drum separator must be selected around the actual material path, feed presentation, target ferrous fraction, discharge layout and acceptance method. This Pilot publishes the engineering boundary clearly and leaves unverified specifications open.
EntityDRUM-HOUSED-001
EquipmentHoused magnetic drum separator
Fact statusEntity facts limited to verified public records
Selection statusProject inputs required before configuration
PROCESS / MATERIAL FIT
Fit is confirmed from the feed, not the product name
The housed format does not establish suitability by itself. Engineering review starts with how the material arrives at the separation point and how the captured and non-captured fractions must leave it.
Material condition
Confirm material identity, process state, particle-size distribution, flowability, moisture or slurry condition where applicable, bulk density and temperature.
Separation objective
Define the target ferrous material, size, shape and concentration, then state whether the duty is equipment protection, purification, recovery or another controlled objective.
Stable presentation
Provide feed method, usable width, normal layer depth, surging risk and normal/peak feed conditions. Unstable presentation cannot be corrected by a nominal drum specification.
FIELD FACT BINDING
Published operating window
No numerical operating window is controlled for this entity. The table records what remains OPEN and prevents family or peer data from being presented as this product’s specification.
| Engineering input | Current published status | Required for review |
|---|---|---|
| Processed material and process state | OPEN | Material identity, dry/wet condition, flow behavior and temperature |
| Particle-size range and largest lump | OPEN | Normal distribution plus maximum piece size |
| Normal and peak throughput | OPEN | Feed rate together with bulk density and operating cycle |
| Feed presentation | OPEN | Inlet method, usable feed width, layer depth and stability |
| Target ferrous fraction | OPEN | Material, size, shape, concentration and separation objective |
| Drum and discharge interface | OPEN | Available envelope, splitter route, chutes and maintenance clearance |
| Acceptance method | OPEN | Sampling method, test conditions and acceptance criterion |
MAGNETIC PERFORMANCE BOUNDARY
Field strength is not separation performance
No capacity, surface-field, capture-size, removal, recovery, purity, working-distance or pull-force value is published for this entity without a controlled test scope.
| Performance category | Publication status | Boundary |
|---|---|---|
| Magnetic field | No controlled value published | Requires measurement location, gap, instrument, probe orientation and temperature. |
| Pull-force result | No controlled value published | Requires test piece, contact or gap, direction, method and repeat logic. |
| Process separation result | No controlled value published | Requires representative feed, contaminant definition, settings, sampling and mass balance. |
DRUM / FEED / DISCHARGE / DRIVE / INSTALLATION
Interfaces that define the final configuration
Drum and magnetic circuit
Confirm drum geometry, working width, magnetic arc, working gap and field-test method. Magnet grade alone does not define the finished assembly.
Feed and splitter
Confirm inlet geometry, feed distribution, layer depth, splitter position and separate discharge routes for the product and captured fraction.
Drive and rotating interface
Confirm duty cycle, drive arrangement, required speed window, shaft and bearing interfaces, guarding and controls before a drive is selected.
Contact and wear surfaces
Confirm which surfaces contact the process material, abrasion or corrosion exposure, liner requirements, finish and cleaning method. No material grade is assumed.
Installation
Provide inlet/outlet coordinates, support points, available envelope, access for inspection and cleaning, utilities and surrounding equipment constraints.
Acceptance
Agree the measured variable, representative material, sampling plan, operating conditions and acceptance criterion before performance is committed.
EVIDENCE
Entity-page reference images
These images are retained from the current entity page as public configuration references. They are not dimensional drawings, inspection records or magnetic-performance evidence.
ENGINEERING RFQ
Define the separation duty before selecting the drum
Prepare the actual operating conditions for engineering review. The staging worksheet does not create a performance guarantee.
This staging worksheet does not transmit field values. Final RFQ submission routing remains subject to human review.