Defined magnet position
The separator is selected around the actual conveyor path, discharge point and available suspension space.
RCYD Permanent Self-Cleaning Iron Remover
The RCYD permanent magnet self-dumping iron remover is an overhead magnetic separator for conveyor lines where ferromagnetic tramp material needs to be removed from a bulk stream before it reaches downstream equipment. Its role is practical: pull ferromagnetic pieces away from the conveyed material and move captured material to a defined discharge point through the self-dumping arrangement.
- Defined magnet position
- Cleaning method matched to contamination
- Conveyor data first
- Site conditions matter
- Process role
- Tramp iron removal and equipment protection
- Material flow
- Bulk material on a conveyor or transfer point
- Cleaning choice
- Manual or continuous discharge, by configuration
- Selection starts with
- Belt width, burden depth and suspension height
Product role
Overview and how it fits the process
The RCYD permanent magnet self-dumping iron remover is an overhead magnetic separator for conveyor lines where ferromagnetic tramp material needs to be removed from a bulk stream before it reaches downstream equipment. Its role is practical: pull ferromagnetic pieces away from the conveyed material and move captured material to a defined discharge point through the self-dumping arrangement.
It is normally discussed for lines handling ore, aggregate, coal, recycled material or other bulk solids. Correct selection depends on the actual belt width, belt speed, material layer depth, suspension height, expected size and frequency of tramp iron, and the space available for a safe discharge zone. COWIN MAGNET supports selection discussions, OEM/ODM configuration, sourcing coordination and export follow-up for industrial buyers.
Selection logic
Why this configuration needs site information
Cleaning method matched to contamination
Manual cleaning suits lower contamination where a safe service stop is acceptable; self-cleaning is considered for continuous discharge requirements.
Conveyor data first
Belt width, speed, material layer depth and the largest expected tramp item are required before a model can be confirmed.
Site conditions matter
Dust, temperature, power availability and access for maintenance should be reviewed with the installation layout.
Process position
Where it fits in a typical material flow
The diagram is a planning aid. Final positioning is confirmed from the line layout and the material duty.
- 01Feed conveyor
- 02Tramp iron risk point
- 03Suspended magnet position
- 04Ferrous discharge or manual cleaning
- 05Protected downstream equipment
Engineering reference
Installation and dimensional reference
These diagrams support preliminary discussion. Final dimensions and installation details are confirmed for the selected configuration.
Applications
Typical materials and industry contexts
Technical information
Technical specifications and confirmation basis
Published model references are shown where available. Final technical details are confirmed from current product records, material and site conditions.
| Reference field: 项目 / 参数 | Suitable belt width (mm) | Reference field: 额定吊高 h=mm | Material burden thickness (max. mm) | Magnetic field reference | Reference field: 驱动功率 ≤kw | Belt speed (max. m/s) | Duty cycle | Weight (kg) | Reference field: 外形尺寸mm | Reference field: 外形尺寸mm | Reference field: 外形尺寸mm | Reference field: 外形尺寸mm | Reference field: 外形尺寸mm |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| 型号 | 适应带宽 mm | 额定吊高 h=mm | 物料厚度 ≤mm | 磁场强度 ≥mT | 驱动功率 ≤kw | 适应带速 ≤m/s | 工作制 | 重量 kg | 外形尺寸mm | 外形尺寸mm | 外形尺寸mm | 外形尺寸mm | 外形尺寸mm |
| RCYD(C)-5 | 适应带宽 mm | 额定吊高 h=mm | 物料厚度 ≤mm | 磁场强度 ≥mT | 驱动功率 ≤kw | 适应带速 ≤m/s | 工作制 | 重量 kg | 500 | 150 | 100 | 60 | 1.5 |
| RCYD(C)-6 | 600 | 180 | 130 | 60 | 1.5 | 920 | 2050 | 780 | 1030 | 1100 | 753 | ||
| RCYD(C)-6.5 | 650 | 200 | 150 | 70 | 1.5 | 1200 | 2165 | 780 | 1080 | 1200 | 888 | ||
| RCYD(C)-8 | 800 | 250 | 200 | 70 | 2.2 | 1400 | 2350 | 796 | 1280 | 1300 | 1088 | ||
| RCYD(C)-10 | 1000 | 300 | 250 | 70 | 3.0 | 2120 | 2660 | 920 | 1550 | 1400 | 1335 | ||
| RCYD(C)-12 | 1200 | 350 | 300 | 70 | 4.0 | 3350 | 2860 | 1010 | 1720 | 1550 | 1515 | ||
| RCYD(C)-14 | 1400 | 400 | 350 | 70 | 4.0 | 4450 | 3225 | 1050 | 1980 | 1800 | 1755 | ||
| RCYD(C)-16 | 1600 | 450 | 400 | 70 | 5.5 | 6200 | 3350 | 1180 | 2160 | 1950 | 1850 | ||
| RCYD(C)-18 | 1800 | 500 | 450 | 80 | 5.5 | 8100 | 3580 | 1210 | 2450 | 2200 | 2130 | ||
| RCYD(C)-20 | 2000 | 550 | 500 | 80 | 7.5 | 9700 | 3800 | 1300 | 2700 | 2400 | 2410 |
Selection checklist
What to send for an initial configuration review
- Confirm the installation direction: inline, cross-belt or at the discharge end.
- Provide a conveyor drawing or site photo where available.
- Allow a safe area for captured-metal discharge or manual cleaning.
Important boundary
- Not a substitute for an eddy current separator where non-ferrous recovery is required.
- Final selection cannot be confirmed from product name alone; conveyor and material conditions must be reviewed.
Send the process details with the product pre-selected in the inquiry form.
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Questions to resolve before ordering
When is self-cleaning preferred over manual cleaning?
Self-cleaning is normally considered where ferrous contamination must be discharged continuously. Manual cleaning may be appropriate when contamination is low and the line can be isolated safely for service.
Should the magnet be installed inline or cross-belt?
The installation direction depends on belt speed, burden depth, the discharge side, available headroom and the required exposure to the magnetic field. The conveyor arrangement should be reviewed before selection.
What information is needed for a suspended magnet quote?
Please provide belt width, speed, material layer depth, suspension height, material description, the largest expected tramp item, desired cleaning method and a layout drawing or photos when available.
Can this separator remove all metals?
No. A magnetic separator is used for ferromagnetic contaminants. Non-ferrous metals and non-magnetic stainless steel require a different separation or detection stage.
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