The Conveyor Return Roller is designed for the return section of belt conveyor systems, supporting stable belt movement and smooth rotation during continuous conveying operations. It features a fully sealed structure with precision-machined bearing housings, KA series special bearings, and an optimized sealing system to improve bearing protection in dusty and wet working environments.
The roller shell is manufactured from high-precision high-frequency welded pipe to achieve low radial runout and excellent rotational balance. The shaft is made from 45 steel (GB/T 699) and processed by CNC turning and grinding to ensure accurate dimensions and reliable mechanical strength. The integrated bearing and sealing design helps maintain effective lubrication and reduce routine maintenance requirements.
Key Features
Precision Roller Shell
The conveyor roller shell is produced from high-precision high-frequency welded pipe, helping achieve low radial runout and balanced rotation. This manufacturing process supports stable operation and smooth belt movement.
Accurate Bearing Housing
The bearing housing is CNC machined with precise press-fitting and positioning surfaces to ensure accurate bearing installation and consistent roller performance.
Dedicated Bearing System
The Conveyor Return Roller uses KA series special bearings developed for conveyor roller applications, providing reliable rotation performance and long-term operational stability.
Durable Shaft Processing
The shaft is manufactured from 45 steel (GB/T 699) and processed through CNC turning and grinding. This improves dimensional accuracy and ensures dependable mechanical strength for continuous operation.
Sealed Protection Design
The low-resistance contact sealing system with automatic compensation helps prevent dust and water from entering the bearing area while maintaining effective lubrication.
Product Advantages
Reliable bearing protection: Fully sealed construction helps protect internal components from contamination in dusty or wet environments.
Stable operating performance: Controlled radial runout and balanced roller construction support smooth conveyor belt movement.
Extended service capability: Optimized bearing and sealing structures help retain lubrication and reduce routine maintenance requirements.
Consistent manufacturing quality: Precision machining processes improve component accuracy and assembly reliability.
Applications
The Conveyor Return Roller is installed on the return side of belt conveyor systems to support the empty conveyor belt and maintain smooth, stable belt travel during continuous conveying operations. Its fully sealed bearing structure and low-resistance sealing system provide effective protection against dust and moisture, making it suitable for conveying environments where bearing protection and reliable roller rotation are important.
Typical applications include:
Bulk Material Handling: Used in continuous belt conveyor systems for transporting bulk materials where stable return belt support and reliable roller operation are required.
Mining and Quarrying: Suitable for return sections of conveyor systems handling extracted materials and aggregates, subject to the specific conveyor design and operating conditions.
Cement and Building Materials: Used in conveying systems for continuous material transfer where dust protection and low-maintenance roller operation are important.
Steel and General Industrial Plants: Supports the return belt in industrial conveyor systems used for continuous internal material transportation.
Ports and Material Transfer Facilities: Suitable for return sections of belt conveyors used in continuous bulk material transfer and handling operations.
General Industrial Conveying: Suitable for standard belt conveyor installations requiring smooth roller rotation, effective bearing sealing, and reduced routine maintenance.
Ordering & Quotation Information
Information Required for Quotation
Please provide the roller diameter, roller length, shaft dimensions, bearing requirements, conveyor belt width, return-side installation position, required quantity, and operating environment. Photos or drawings are useful for confirming replacement compatibility.
Technical Confirmation & Lead Time
We will confirm the roller configuration according to the return-side arrangement, belt width, installation interface, and operating conditions. Lead time depends on product specifications, order quantity, material preparation, and purchased components.
Packaging, Delivery & Quality
Packaging and delivery are arranged according to roller dimensions, quantity, transportation method, and destination. Product dimensions, quantity, appearance, and packaging completeness are checked before shipment according to confirmed requirements.
FAQ
What is a Conveyor Return Roller used for?
A Conveyor Return Roller supports the return section of a belt conveyor system and helps maintain stable belt movement during continuous material conveying.
What materials are used for the roller components?
The roller shell uses high-precision high-frequency welded pipe, while the shaft is made from 45 steel (GB/T 699) for reliable mechanical performance.
How does the sealing system protect the roller bearings?
The low-resistance contact seal with automatic compensation helps prevent dust and water from entering the bearing area while maintaining lubrication inside the roller assembly.
Why is radial runout important for a conveyor roller?
Low radial runout helps maintain balanced rotation, reduce vibration, and improve the operating stability of the conveyor system.
What manufacturing processes improve roller accuracy?
The roller components are processed through CNC machining, including bearing housing machining, shaft turning, and shaft grinding, to improve dimensional accuracy and assembly consistency.
Can the return roller be customized for different conveyor systems?
Customization can be evaluated according to specific conveyor requirements, including structural design, dimensions, and operating conditions.

Explanation: The fasteners connected to the intermediate frame are included in this assembly drawing.
Unit: mm
|
Belt width B |
Roller | E | A | H1 | P | Q | d | Drawing No | |||
| D | L | Drawing No | Bearing | ||||||||
| 500 | 89 | 600 | DTⅡGP1107 | 4G204 | 792 | 740 | 100 | 145 | 90 | M12 | DTⅡ01C2111 |
| 650 | 750 | DTⅡGP1109 | 942 | 890 | DTⅡ02C2111 | ||||||
| 800 | 950 | DTⅡGP1111 | 1142 | 1090 | 144.5 | DTⅡ03C2111 | |||||
| DTⅡGP1211 | 4G205 | DTⅡ03C2112 | |||||||||
| 108 | DTⅡGP2111 | 4G204 | 154 | DTⅡ03C2121 | |||||||
| DTⅡGP2211 | 4G205 | DTⅡ03C2122 | |||||||||
| DTⅡGP2311 | 4G305 | DTⅡ03C2123 | |||||||||
| 1000 | 1150 | DTⅡGP2212 | 4G205 | 1342 | 1290 | 164 | 150 | M16 | DTⅡ04C2122 | ||
| DTⅡGP2312 | 4G305 | DTⅡ04C2123 | |||||||||
| 133 | DTⅡGP3212 | 4G205 | 1342 | 1290 | 176.5 | DTⅡ04C2132 | |||||
| DTⅡGP3312 | 4G305 | DTⅡ04C2133 | |||||||||
| 1200 | 108 | 1400 | DTⅡGP2213 | 4G205 | 1592 | 1540 | 174 | DTⅡ05C2122 | |||
| DTⅡGP2313 | 4G305 | DTⅡ05C2123 | |||||||||
| DTⅡGP2413 | 4G306 | DTⅡ05C2124 | |||||||||
| 133 | DTⅡGP3213 | 4G205 | 186.5 | DTⅡ05C2132 | |||||||
| DTⅡGP3313 | 4G305 | DTⅡ05C2133 | |||||||||
| DTⅡGP3413 | 4G306 | DTⅡ05C2134 | |||||||||
| 159 | DTⅡGP4213 | 4G205 | 199.5 | DTⅡ05C2142 | |||||||
| DTⅡGP4313 | 4G305 | DTⅡ05C2143 | |||||||||
| DTⅡGP4413 | 4G306 | DTⅡ05C2144 | |||||||||
| 1400 | 108 | 1600 | DTⅡGP2314 | 4G305 | 1800 | 1740 | 184 | DTⅡ06C2123 | |||
| DTⅡGP2414 | 4G306 | DTⅡ06C2124 | |||||||||
| 133 | DTⅡGP3314 | 4G305 | 196.5 | DTⅡ06C2133 | |||||||
| DTⅡGP3414 | 4G306 | DTⅡ06C2134 | |||||||||
| 159 | DTⅡGP4314 | 4G305 | 209.5 | DTⅡ06C2143 | |||||||
| DTⅡGP4414 | 4G306 | DTⅡ06C2144 | |||||||||