RCDD Self-Cooling Electromagnetic Iron Remover

Name: RCDD Self-Cooling Electromagnetic Iron Remover
Brand: COWIN MAGNET

Product role

Overview and how it fits the process

The RCDD self-cooling self-dumping electromagnetic iron remover is intended for conveyor applications that require an electromagnetic overhead separation stage with continuous discharge of captured ferromagnetic material. The electromagnetic configuration is evaluated when the required working distance, material burden or tramp iron risk calls for a project-specific review rather than a simple manual-clean arrangement.

The product should be positioned in a defined conveyor or transfer-point layout, with room for the discharge path and maintenance access. A suitable specification cannot be taken from the product name alone: conveyor geometry, belt speed, burden depth, suspension height, power supply, ambient conditions and the largest expected tramp item all need confirmation.

Selection logic

Why this configuration needs site information

01

Defined magnet position

The separator is selected around the actual conveyor path, discharge point and available suspension space.

02

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.

03

Conveyor data first

Belt width, speed, material layer depth and the largest expected tramp item are required before a model can be confirmed.

04

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.

RCDD Self-Cooling Self-Dumping Electromagnetic Iron Remover technical reference drawing 1 — Technical reference drawing. Confirm final dimensions and installation details for the selected configuration.

Applications

Typical materials and industry contexts

Mining and mineral processing Recycling and metal recovery Cement and aggregate

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.

Model reference. Final configuration must be confirmed against material and site conditions.
Model	Suitable belt width (mm)	Reference field: 额定吊高 h mm	Magnetic field reference	Material burden thickness (max. mm)	Excitation power	Reference field: 驱动功率 ≤Kw	Belt speed (max. m/s)	Weight (kg)	Overall dimensions	Overall dimensions	Overall dimensions	Overall width D (mm)	Overall dimensions	Overall dimensions
RCDD-5	500	150	60	100	1	1.5	2.5	950	1900	940	710	740	950	950
RCDD-6	600	175	60	130	1.8	1.5	2.5	1380	2000	1020	710	840	1050	1050
RCDD-6.5	650	200	70	150	2	2.2	2.5	1490	2050	1190	710	988	1250	1250
RCDD-8	800	250	70	200	3.0	2.2	2.5	1770	2200	1270	750	1090	1350	1350
RCDD-10	1000	300	70	250	4.5	3.0	2.5	2380	2750	1635	940	1420	1400	1400
RCDD-12	1200	350	70	300	5.8	3.0	2.5	3170	3000	1800	1010	1580	1700	1700
RCDD-14	1400	400	70	350	6.7	4.0	2.5	4800	3500	2050	1050	1800	2000	2000
RCDD-16	1600	450	70	400	9.5	5.5	2.5	6300	3900	2450	1180	2200	2350	2350
RCDD-18	1800	500	70	450	12.5	7.5	2.5	7800	4400	2850	1290	2600	2800	2800

Configuration

Configuration points to review

Permanent or electromagnetic magnet system where applicable

Manual-clean or self-cleaning discharge arrangement

Cross-belt or inline mounting review

Suspension frame and guarding coordinated to site layout

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.

Start product inquiry

Process equipment

Related products for the same process line

Product FAQ

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.