RCYA Removable Hump Magnetic Separator
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The RCYA Removable Hump Magnetic Separator delivers efficient ferrous extraction in enclosed pipeline systems where conveyor-based solutions are impractical. Engineered for chute-fed material flows, its hump-mounted design traps bolts, welding slag, and tool fragments within powders, granules, or slurries during gravity-driven transfer between silos, mixers, or processing stages.
Two specialized configurations:
RCYA1: Standard-duty rare-earth magnets for general purification (e.g., plastics, grains)
RCYA2: High-intensity circuit for abrasive materials (cement, slag, mineral sands)
Manual cleaning simplicity features quick-release handles and slide-out magnetic trays. Operators perform rapid contaminant removal (<5 minutes) without pipeline disassembly or downtime.

Dual-Model Configuration

The RCYA Removable Hump Magnetic Separator offers:

  • RCYA1 standard model
  • RCYA2 enhanced configuration
  • Non-magnetic pipeline section
  • Permanent magnetic assembly
  •  
Advanced Magnetic Core

The RCYA Removable Hump Magnetic Separator features:

  • High-performance rare-earth magnetic composite
  • Optimized magnetic circuit design
  • Compact form factor
Key Performance Advantages

This RCYA Removable Hump Magnetic Separator delivers:

  1. High Magnetic Strength: Intensive field coverage
  2. Compact & Lightweight: Minimal space requirements
  3. Zero Power Consumption: Permanent magnet operation
  4. Manual Cleaning Access: Dedicated access door
  5. Extended Service Life: Robust construction
Operational Procedure
  1. Material flows through inclined pipeline
  2. Ferrous contaminants adhere to magnetic hump
  3. Open dedicated access door during maintenance
  4. Manually remove accumulated metal debris
  5. Close door to resume operation
Installation Advantages

The RCYA Removable Hump Magnetic Separator enables:

  • Direct integration with discharge chutes
  • Inclined pipeline mounting
  • Space-efficient retrofit installations
  • No conveyor belt requirement
Technical Specifications
  • Models: RCYA1 (Standard), RCYA2 (Enhanced)
  • Material Handling: Powders & granules
  • Cleaning Method: Manual access door
  • Power Requirement: None
  • Operation: Inclined pipeline flow
Operational Benefits
  • Ensures material purity in chute-fed systems
  • Prevents equipment damage from tramp metal
  • Eliminates electrical operating costs
  • Simplifies maintenance procedures
  • Extends downstream equipment lifespan
Product Parameters

Model

Applicable Capacity (T/h)

Duct Dimensions (L×W×H, mm)

Permanent Magnet Dimensions (L×W×H, mm)

Flange Interface Dimensions (L×W, mm)

Applicable Angle with Ground

Weight (kg)

Applicable Materials

RCYA1-15

15

800×600×150

500×300×220

600×220

 

190

Small lumps

RCYA1-30

30

950×600×170

600×400×240

700×230

 

240

RCYA1-50

50

1000×700×180

700×500×240

800×280

 

405

RCYA1-80

80

1100×750×200

800×550×240

900×300

40° – 50°

790

RCYA1-100

100

1200×900×240

900×700×300

1000×320

 

1050

RCYA1-150

150

1300×1000×240

1150×650×320

1100×350

 

1280

RCYA1-200

200

1400×1100×260

1350×800×340

1300×380

 

1650

RCYA1-300

300

1600×1400×320

1550×1200×380

1500×400

 

2200

 

RCYA2

Model

Applicable Capacity (T/h)

Duct Dimensions (L×W×H, mm)

Permanent Magnet Dimensions (L×W×H, mm)

Flange Interface Dimensions (L×W, mm)

Applicable Angle with Ground

Weight (kg)

Applicable Materials

RCYA2-15

15

800×500×200

500×300×120(1)
500×70×30(2)

600×300

 

170

Powdery

RCYA2-30

30

900×600×250

600×400×140(1)
800×70×30(2)

700×350

 

260

RCYA2-50

50

1000×700×300

700×400×180(1)
700×70×30(2)

800×400

55° – 75°

300

RCYA2-80

80

1100×800×300

800×500×200(1)
900×70×30(2)

900×400

 

710

RCYA2-100

100

1200×900×300

900×600×300(1)
900×70×30(2)

1000×400

 

950

RCYA2-120

120

1200×1000×300

1000×700×300(1)
900×70×30(2)

1100×400

 

1100

RCYA2-200

200

1200×1200×350

1200×900×350(1)
1200×70×30(2)

1300×450

 

1350

Targeted Applications

Deploy the RCYA Removable Hump Magnetic Separator in:

  • Chute-fed material systems
  • Low ferrous-content environments
  • Industries requiring:
    • Cement production
    • Chemical processing
    • Coal handling
    • Plastic manufacturing
    • Refractory materials
    • Building material processing
 
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