CTS Downstream Industrial Rotary Drum Magnetic Separator
Profile

● Co-current Flow Design: Slurry and drum rotate in the same direction, ideal for 6-0mm coarse minerals

● High-Intensity Magnetic System: 4500mT surface field strength with deep penetration

● Wear-Resistant Drum: 1-4mm vulcanized rubber layer, 2-3 year service life

● Anti-Clogging Structure: Special tank design prevents material buildup and leakage

● Dual Drive Options: Left/right drive configurations for flexible installation

● Easy Maintenance: Simple design with high capacity and low operating costs

● Multi-Unit Connection: Series operation for roughing/cleaning processes

CTS Downstream Industrial Rotary Drum Magnetic Separator Product Overview

The CTS Series is a downstream industrial magnetic separator for coarse-grained, strongly magnetic materials.

 

Its downstream tank design enhances separation efficiency. This robust rotary drum separator features a high-performance rare-earth magnetic system.

 

It is suitable for roughing and cleaning operations. This efficient rotary drum separator processes materials ranging from 6-0mm particle size.

 

CTS Downstream Industrial Rotary Drum Magnetic Separator Product Overview

 

The permanent magnet design eliminates external power consumption. This industrial magnetic separator processes magnetic iron ore and pyrrhotite effectively.

 

It is ideal for operations requiring high recovery rates. The vulcanized rubber drum ensures 2-3 years of service life and long-term economy.

 

 

CTS Downstream Industrial Rotary Drum Magnetic Separator Key Features

Optimized Magnetic System Design

  • This advanced industrial magnetic separator utilizes a rare-earth composite magnetic system.

  • The system is fully compliant with rigorous industry standards.

  • It features high-strength adhesive bonding and complete water resistance.

  • This construction ensures the rotary drum separator delivers specially optimized magnetic field distribution.

  • The result is consistently superior separation performance.

 

Downstream Tank Structure

  • The equipment incorporates a specially designed downstream tank structure.

  • This unique design in the industrial magnetic separator effectively prevents material clogging.

  • It simultaneously enhances overall processing efficiency and throughput.

  • The downstream configuration features a slurry flow direction that matches the drum rotation.

  • This specific feature makes the rotary drum separator particularly effective for processing coarse-grained materials with optimized recovery rates.

 

                   CTS Downstream Industrial Rotary Drum Magnetic Separator Key Features 1 CTS Downstream Industrial Rotary Drum Magnetic Separator Key Features 2

 

Reliable Transmission System

  • The system offers flexible left or right transmission configurations for versatile installation.

  • This robust industrial magnetic separator features a reliable cycloidal reducer drive.

  • The drive provides operational speeds of up to 45 revolutions per minute (r/min).

  • It supports a motor power range from 1.1kW to 5.5kW to accommodate various processing capacities.

  • These features ensure the rotary drum separator operates reliably even in the most challenging industrial environments.

 

Wear-Resistant Durability Design

  • The drum features a direct vulcanized rubber surface.

  • This construction in the industrial magnetic separator provides exceptional bonding strength of 3.5MPa.

  • Key structural components are manufactured from durable stainless steel.

  • The system maintains a minimal distance between the drum and the internal magnetic core.

  • This design in the rotary drum separator significantly reduces long-term maintenance requirements.

  • The overall build ensures long-term operational economy and durability.

CTS Downstream Industrial Rotary Drum Magnetic Separator Working Principle

Working Principle Overview

  • The CTS industrial magnetic separator operates through an efficient downstream principle.

  • This principle is specifically engineered for optimal coarse-grained mineral processing.

  • This advanced rotary drum separator utilizes a unique material flow pattern.

  • In this design, the slurry movement direction aligns with the drum’s rotation direction.

  • This alignment optimizes the entire separation process for larger particle sizes.

 

Magnetic Separation Process

  • As the slurry enters the dedicated separation zone of this industrial magnetic separator, strongly magnetic minerals are instantly extracted.

  • These extracted particles firmly adhere to the surface of the continuously rotating drum.

  • The rotary drum separator effectively performs the core task of separating these captured magnetic materials.

  • Weakly magnetic and all non-magnetic particles are not captured and are carried away by the water flow.

  • This removal is facilitated by the specific downstream design configuration of the tank.

CTS Downstream Industrial Rotary Drum Magnetic Separator Working Principle

 

Concentrate Discharge System

  • The captured magnetic minerals are transported by the drum’s rotation.

  • They move beyond the active magnetic field zone within the industrial magnetic separator.

  • Strategically positioned high-pressure water sprays then efficiently flush and discharge the concentrate.

  • The discharged material is directed into a dedicated concentrate collection system.

  • This step completes the continuous, efficient separation cycle in this reliable rotary drum separator.

 

Optimized Processing Advantage

  • The downstream flow pattern is a defining feature of this industrial magnetic separator.

  • This pattern provides highly efficient processing specifically for coarse-grained materials.

  • Its design is essential for applications where achieving maximum mineral recovery is the critical goal.

  • This operational principle makes the CTS rotary drum separator particularly effective for high-volume applications.

  • The system is engineered to provide the substantial processing capacity required for handling larger particle size materials in bulk.

 

CTS Downstream Industrial Rotary Drum Magnetic Separator Product Parameters

Model

Drum Dimensions (Diameter×Length, mm)

Surface Magnetic Induction Intensity (GS)

Processing Capacity

Power (kw)

Drum Rotational Speed (r/min)

Total Machine Weight (kg)

Average in Sweeping Zone

Maximum Magnetic Induction Intensity

Dry Ore Capacity (T/h)

Slurry Capacity (m³/h)

CTS-44

400×400

1000~4500

2000~7000

1~2

3

1.1

45

360

CTS-46

400×800

1000~4500

2000~7000

1~3

5

1.1

45

800

CTS-66

600×900

1000~4500

2000~7000

5~10

16

1.1

40

705

CTS-69

600×900

1000~4500

2000~7000

8~15

24

1.1

40

830

CTS-612

600×1200

1000~4500

2000~7000

10~20

32

2.2

40

960

CTS-618

600×1800

1000~4500

2000~7000

15~30

48

2.2

40

1340

CTS-712

750×1200

1000~4500

2000~7000

20~35

72

3

35

1500

CTS-718

750×1800

1000~4500

2000~7000

25~50

90

3

35

2100

CTS-818

900×1800

1000~4500

2000~7000

35~75

110

4

28

2900

CTS-824

900×2400

1000~4500

2000~7000

35~75

110

4

28

3500

CTS-1018

1050×1800

1000~4500

2000~7000

40~75

120

5.5

22

4000

CTS-1021

1050×2100

1000~4500

2000~7000

45~88

140

5.5

22

4500

CTS-1024

1050×2400

1000~4500

2000~7000

52~100

160

5.5

22

5000

CTS-1030

1050×3000

1000~4500

2000~7000

65~125

200

7.5

22

6000

CTS-1218

1200×1800

1000~4500

2000~7000

47~90

140

5.5

19

5280

CTS-1224

1200×2400

1000~4500

2000~7000

82~120

192

7.5

19

6200

CTS-1230

1200×3000

1000~4500

2000~7000

80~150

240

7.5

19

7200

CTS-1530

1500×3000

1000~4500

2000~7000

90~170

270

11

14

8100

CTS-1540

1500×4000

1000~4500

2000~7000

115~220

350

11

14

9300

Instructions: ◇ There are two structures, left – handed and right – handed, according to the installation direction.
◇ The surface magnetic induction intensity is determined according to the iron – bearing conditions of different minerals and different separation requirements. The magnetic field intensity range can be customized from 1000GS to 7000GS.

CTS Downstream Industrial Rotary Drum Magnetic Separator Applications

Primary Application Fields

  • The CTS industrial magnetic separator performs essential roughing and cleaning operations.

  • It is specifically designed for processing 6-0mm strongly magnetic materials.

  • This versatile rotary drum separator effectively removes strongly magnetic minerals from non-magnetic mixtures.

  • Its primary applications include processing:

    • Magnetic iron ore

    • Pyrrhotite

  • The equipment is engineered for deployment in large-scale operations that demand consistently high processing capacity.

 

CTS Downstream Industrial Rotary Drum Magnetic Separator Applications 1

 

Process Characteristics

  • The system boasts a high processing capacity; for example, the CTS-44 model handles 1-2 tons per hour.

  • This high throughput allows the industrial magnetic separator to accommodate substantial production requirements.

  • Multiple units of this rotary drum separator can be easily connected in series.

  • This configuration enables efficient multi-stage separation for improved product purity.

  • These features make the system highly suitable for seamless integration into comprehensive mineral processing circuits.

 

CTS Downstream Industrial Rotary Drum Magnetic Separator Applications 2

 

Typical Application Scenarios

  • The industrial magnetic separator is a core component in iron ore concentrators, used for both roughing and cleaning stages.

  • This reliable rotary drum separator performs critical iron removal in non-metallic mineral processing plants.

  • It is essential for heavy medium (ferrosilicon/magnetite) recovery in coal preparation plants.

  • The equipment is designed to support large-scale, high-volume processing lines.

  • It is built for the demanding requirements of continuous, 24/7 industrial operation.

 
 
 
CTS Downstream Industrial Rotary Drum Magnetic Separator Services

Installation & Commissioning

  • We provide detailed, step-by-step installation guidance for the industrial magnetic separator.

  • Our standards ensure precise installation, with frame levelness maintained within a strict 2mm tolerance.

  • Comprehensive system testing is conducted, including essential no-load operation checks.

  • Our technicians perform critical parameter optimization during commissioning.

  • This process ensures your rotary drum separator system achieves its optimal designed performance from the outset.

 

Operation Training

  • We deliver complete operational procedure training for the entire industrial magnetic separator system.

  • Our training covers all aspects of routine maintenance with clear, practical guidance.

  • We equip your team with effective troubleshooting methodologies for common operational issues.

  • The program includes comprehensive safety protocols and detailed operational guidelines.

  • This ensures the safe, efficient, and proficient long-term operation of your rotary drum separator.

 

Maintenance Support

  • A structured maintenance regimen is implemented, including mandatory monthly bearing lubrication.

  • Comprehensive six-monthly reducer servicing is performed to ensure transmission reliability.

  • Our preventive maintenance program for the industrial magnetic separator includes annual oil seal replacement.

  • We follow established inspection protocols for all critical components.

  • This proactive approach is fundamental to ensuring the long-term reliability and service life of your rotary drum separator.

 

After-Sales Service

  • We provide comprehensive identification and sourcing for all critical wear parts.

  • We guarantee the supply of 100% genuine spare parts for the industrial magnetic separator.

  • Our service includes recommendations for regular equipment inspection schedules.

  • We offer ongoing professional technical support for any operational queries.

  • This comprehensive service package is designed to maintain the peak operational efficiency of your rotary drum separator system throughout its lifecycle.

 
 
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