Tubular Drag Conveyor Layouts and Designs
Tubular drag conveyors by Chain-Vey are completely configurable to your existing setup. Configurations can include multiple inlets and discharges, optimized puck design, and many other options to make sure it’s the right conveyor for you.
- Ability to convey both horizontally and vertically in a single conveyor
- Multiple inlets and discharges for flexible system operation
- Extended horizontal and vertical conveyor lengths possible
- High-strength chains allow the conveyor to start and stop under loads
- Bi-directional design doubles capabilities through more efficient system configurations
- Link chain design enables directional changes on multiple planes
- Standard designs can include up to six elbows for multiple directional changes
- Standard tubular drag conveyor construction provides a dust-tight and air-tight environment
“Pretty much a ‘set it and go’ piece of equipment.”
―Adam Sislo, Caribou Coffee
Design Options on Chain-Vey
- Carbon or Stainless Steel Chain
- Low Breakage or Standard Inlets
- U-Track Carryover, Pneumatic or External Tensioners
- Rotary Discharge, Motorized Brush Box, Air Knives
- Standard, Molded-On, or Extra Thick Discs
- Flanged, Standard Pipe, or Sightglass
- And Many More Options
Click image to view
“Z” SYSTEM
1. 180° TENSIONING TURNAROUND UNIT
Keeps the chain tensioned within the system and adjusts as the conveyor is loaded and unloaded with product. Configurable with either internal or external tension adjustment.
2. PRODUCT INLET WITH OPTIONAL FLOW BAFFLE
The entry point of product into the conveying system. Can incorporate flow control baffles to set product fill level and prevent shearing.
3. DOUBLE-PIPE FLOOR SUPPORT
Used to support the piping and maintain the set center-to-center distance. The stand includes threaded leveling mounts that allow for vertical pipe adjustment.
4. PRODUCT SIGHT GLASS
Enables viewing during conveying and is made from a clear polycarbonate with the same dimensions as the stainless steel piping.
5. SWEEP ELBOW
Used for gentle changes in pipe direction, sweep elbows are specially bent from seamless pipe to precise dimensional tolerances and uniform concentricity. Based on requirements, elbows are available in a variety of angles and radii for complete flexibility of your system layout.
6. DOUBLE-PIPE CEILING SUPPORT
Designed for suspension from the ceiling using threaded rod or cable and keep piping at the set center-to-center distance.
7. COMPRESSION COUPLING
Standard pipe connections use 4-bolt compression couplings with an internal EPDM gasket and metal grounding strip.
8. 180° DRIVE UNIT
Used in conjunction with the 180° turnaround unit, the drive unit pulls the chain through the drive unit by an electric gearmotor powered sprocket. The drive unit may be run in either direction for single or bi-directional system configurations. The drive unit is installed at the end of the circuit system and is typically used as the final or only discharge point.
9. DISCHARGE TRANSITION
Custom-designed to your application, discharge transitions are supplied to funnel product from discharge points to the desired flange connection or discharge spout.
“C” SYSTEM
1. 180° TENSIONING TURNAROUND UNIT
Keeps the chain tensioned within the system and adjusts as the conveyor is loaded and unloaded with product. Configurable with either internal or external tension adjustment.
2. PRODUCT INLET WITH OPTIONAL FLOW BAFFLE
The entry point of product into the conveying system. Can incorporate flow control baffles to set product fill level and prevent shearing.
3. DOUBLE-PIPE FLOOR SUPPORT
Used to support the piping and maintain the set center-to-center distance. The stand includes threaded leveling mounts that allow for vertical pipe adjustment.
4. PRODUCT SIGHT GLASS
Enables viewing during conveying and is made from a clear polycarbonate with the same dimensions as the stainless steel piping
5. SWEEP ELBOW
Used for gentle changes in pipe direction, sweep elbows are specially bent from seamless pipe to precise dimensional tolerances and uniform concentricity. Based on requirements, elbows are available in a variety of angles and radii for complete flexibility of your system layout.
6. ROTARY DISCHARGE VALVE
Designed for suspension from the ceiling using threaded rod or cable and keep piping at the set center-to-center distance.
7. DISCHARGE TRANSITION
Custom-designed to your application, discharge transitions are supplied to funnel product from discharge points to the desired flange connection or discharge spout./p>
8. DOUBLE-PIPE CEILING SUPPORT
Designed for suspension from the ceiling using threaded rod or cable and keep piping at the set center-to-center distance.
9. 180° DRIVE UNIT
Used in conjunction with the 180° turnaround unit, the drive unit pulls the chain through the drive unit by an electric gearmotor powered sprocket. The drive unit may be run in either direction for single or bi-directional system configurations. The drive unit is installed at the end of the circuit system and is typically used as the final or only discharge point.
IN-LINE
1. 180° TENSIONING TURNAROUND UNIT
Keeps the chain tensioned within the system and adjusts as the conveyor is loaded and unloaded with product. Configurable with either internal or external tension adjustment.
2. PRODUCT INLET WITH OPTIONAL FLOW BAFFLE
The entry point of product into the conveying system. Can incorporate flow control baffles to set product fill level and prevent shearing.
3. DOUBLE-PIPE FLOOR SUPPORT
Used to support the piping and maintain the set center-to-center distance. The stand includes threaded leveling mounts that allow for vertical pipe adjustment.
4. PRODUCT SIGHT GLASS
Enables viewing during conveying and is made from a clear polycarbonate with the same dimensions as the stainless steel piping.
5. SWEEP ELBOW
Used for gentle changes in pipe direction, sweep elbows are specially bent from seamless pipe to precise dimensional tolerances and uniform concentricity. Based on requirements, elbows are available in a variety of angles and radii for complete flexibility of your system layout.
6. DOUBLE-PIPE CEILING SUPPORT
Designed for suspension from the ceiling using threaded rod or cable and keep piping at the set center-to-center distance.
7. COMPRESSION COUPLING
Standard pipe connections use 4-bolt compression couplings with an internal EPDM gasket and metal grounding strip.
8. 180° DRIVE UNIT
Used in conjunction with the 180° turnaround unit, the drive unit pulls the chain through the drive unit by an electric gearmotor powered sprocket. The drive unit may be run in either direction for single or bi-directional system configurations. The drive unit is installed at the end of the circuit system and is typically used as the final or only discharge point.
9. DISCHARGE TRANSITION
Custom-designed to your application, discharge transitions are supplied to funnel product from discharge points to the desired flange connection or discharge spout.
MULTIPLE ELBOWS
1. 180° TENSIONING TURNAROUND UNIT
Keeps the chain tensioned within the system and adjusts as the conveyor is loaded and unloaded with product. Configurable with either internal or external tension adjustment.
2. PRODUCT INLET WITH OPTIONAL FLOW BAFFLE
The entry point of product into the conveying system. Can incorporate flow control baffles to set product fill level and prevent shearing.
3. PRODUCT SIGHT GLASS
Enables viewing during conveying and is made from a clear polycarbonate with the same dimensions as the stainless steel piping.
4. DOUBLE-PIPE FLOOR SUPPORT
Enables viewing during conveying and is made from a clear polycarbonate with the same dimensions as the stainless steel piping.
5. SWEEP ELBOW
Used for gentle changes in pipe direction, sweep elbows are specially bent from seamless pipe to precise dimensional tolerances and uniform concentricity. Based on requirements, elbows are available in a variety of angles and radii for complete flexibility of your system layout.
6. COMPRESSION COUPLING
Designed for suspension from the ceiling using threaded rod or cable and keep piping at the set center-to-center distance.
7. DOUBLE-PIPE CEILING SUPPORT
Standard pipe connections use 4-bolt compression couplings with an internal EPDM gasket and metal grounding strip.
8. ROTARY DISCHARGE VALVE
Incorporates a pneumatic actuated drop-door, which allows for automated opening and closing of the valve. Multiple discharge units may be placed at any location in a system when a number of discharge points are required, such as supplying product to a bank of silos.
10. DISCHARGE TRANSITION
Custom-designed to your application, discharge transitions are supplied to funnel product from discharge points to the desired flange connection or discharge spout.
TRANSFER
1. 180° TENSIONING TURNAROUND UNIT
Keeps the chain tensioned within the system and adjusts as the conveyor is loaded and unloaded with product. Configurable with either internal or external tension adjustment.
2. PRODUCT INLET WITH OPTIONAL FLOW BAFFLE
The entry point of product into the conveying system. Can incorporate flow control baffles to set product fill level and prevent shearing.
3. DOUBLE-PIPE FLOOR SUPPORT
Used to support the piping and maintain the set center-to-center distance. The stand includes threaded leveling mounts that allow for vertical pipe adjustment.
4. PRODUCT SIGHT GLASS
Enables viewing during conveying and is made from a clear polycarbonate with the same dimensions as the stainless steel piping.
5. SWEEP ELBOW
Used for gentle changes in pipe direction, sweep elbows are specially bent from seamless pipe to precise dimensional tolerances and uniform concentricity. Based on requirements, elbows are available in a variety of angles and radii for complete flexibility of your system layout.
6. DOUBLE-PIPE CEILING SUPPORT
Designed for suspension from the ceiling using threaded rod or cable and keep piping at the set center-to-center distance.
7. COMPRESSION COUPLING
Standard pipe connections use 4-bolt compression couplings with an internal EPDM gasket and metal grounding strip.
8. 180° DRIVE UNIT
Used in conjunction with the 180° turnaround unit, the drive unit pulls the chain through the drive unit by an electric gearmotor powered sprocket. The drive unit may be run in either direction for single or bi-directional system configurations. The drive unit is installed at the end of the circuit system and is typically used as the final or only discharge point.
9. DISCHARGE TRANSITION
Custom-designed to your application, discharge transitions are supplied to funnel product from discharge points to the desired flange connection or discharge spout.
INTEGRATED DRIVE & TENSION LOOP
1. 180° TENSIONING TURNAROUND UNIT
Keeps the chain tensioned within the system and adjusts as the conveyor is loaded and unloaded with product. Configurable with either internal or external tension adjustment.
2. PRODUCT INLET WITH OPTIONAL FLOW BAFFLE
The entry point of product into the conveying system. Can incorporate flow control baffles to set product fill level and prevent shearing.
3. DOUBLE-PIPE FLOOR SUPPORT
Used to support the piping and maintain the set center-to-center distance. The stand includes threaded leveling mounts that allow for vertical pipe adjustment.
4. PRODUCT SIGHT GLASS
Enables viewing during conveying and is made from a clear polycarbonate with the same dimensions as the stainless steel piping./p>
5. SWEEP ELBOW
Used for gentle changes in pipe direction, sweep elbows are specially bent from seamless pipe to precise dimensional tolerances and uniform concentricity. Based on requirements, elbows are available in a variety of angles and radii for complete flexibility of your system layout.
6. DOUBLE-PIPE CEILING SUPPORT
Designed for suspension from the ceiling using threaded rod or cable and keep piping at the set center-to-center distance.
7. COMPRESSION COUPLING
Standard pipe connections use 4-bolt compression couplings with an internal EPDM gasket and metal grounding strip.
8. 180° DRIVE UNIT
Used in conjunction with the 180° turnaround unit, the drive unit pulls the chain through the drive unit by an electric gearmotor powered sprocket. The drive unit may be run in either direction for single or bi-directional system configurations. The drive unit is installed at the end of the circuit system and is typically used as the final or only discharge point.
9. DISCHARGE TRANSITION
Custom-designed to your application, discharge transitions are supplied to funnel product from discharge points to the desired flange connection or discharge spout.
Frequently Asked Questions
Can I get a combination of any two or more systems?
Absolutely. The point of the specific sample designs is to highlight each capability. Your tubular drag conveyor(s) will be customized to your exact project requirements with as many inlets, discharges, and sweeps that you need.
Can I get an entire tubular drag conveyor made out of sight glass?
Theoretically yes. In practical terms, you could probably get away with most of your system in sight glass. Just ask your sales engineer for more clarity.