CY-330TC PCB Telescopic Conveyor
Feature
SMEMA interface compatible
User friendly ‘soft-touch’ LED control panel
700 mm wide passageway, or customer specified
Minimize transmission clearance between conveyor
Full closed design make sure the highest operation protection level
Top cover can be opened for easy access to hardware during maintenance
Retractable mechanism enclosed design ensures operational security levels
Customization is always available, please mark down your need when contact us.
telescopic conveyor
What is a telescopic conveyor?
A telescopic conveyor is an engineered system designed with an adjustable telescoping boom that can extend and retract to transport materials between varying distances in industrial environments. They provide flexibility in loading and unloading.
The role of telescopic conveyors in modern manufacturing
Telescopic conveyors play a key role in enabling efficient, ergonomic, and safe material movement in today’s fast-paced manufacturing facilities and warehouses. Their versatility unlocks productivity improvements.
Benefits of using telescopic conveyors
Telescopic conveyors enhance material handling productivity by overcoming space constraints and eliminating risks associated with manual material movement. Their automated, adjustable operation makes them a smart investment.
Types of Telescopic Conveyors
Manual telescopic conveyors
Manual telescopic conveyors rely on manual extension and retraction of the boom using a crank or hydraulic mechanism to position it as needed.
Automated telescopic conveyors
Powered actuators automatically extend and retract the telescoping boom to preset positions under the sensor or PLC control for hands-free operation.
Powered telescopic conveyors
Powered roller or belt conveyor decks integrated into the telescoping boom enable automated conveying in addition to boom movement.
Materials for Telescopic Conveyors
Steel
Steel telescopic conveyors provide rugged construction for heavy-duty load capacity and durability in industrial environments.
Aluminum
Aluminum telescopic conveyors offer a lightweight solution for handling lighter loads, with the advantages of corrosion resistance and ease of maintenance.
Plastic
For certain environments, plastic telescopic conveyors prevent corrosion and eliminate risks of product contamination during handling.
Benefits of Telescopic Conveyors
Increased loading and unloading speed
The telescopic extension enables rapid load/unload from varying vehicle sizes without needing to reposition, improving turnaround.
Optimized use of floor space in production facilities
A compact nested footprint saves floor space versus fixed conveyors. Booms extend only when needed.
Versatility in handling various material types and sizes
Adjustable boom length and 360-degree swivel ability make this ideal for handling different loads.
Reduced labor requirements and potential injuries
Automated telescoping operation reduces manual labor needs associated with traditional material handling.
Key Features of Telescopic Conveyors
Telescopic boom design
Nested tubular steel sections powered by hydraulic/electric actuators enable smooth extension and retraction.
Adjustable conveyor length and height
Booms can be preset or sensor-controlled to adapt to different loading dock heights, vehicle sizes, etc.
Integration with other material handling systems
Standard communication interfaces enable controlling the telescopic conveyor using a facility’s WMS, ERP, or automation system.
Safety features for smooth operation
Obstacles sensors, emergency stops, handrail guarding, access interlocks, and warning systems enhance safe operation.
Industries and Applications
Warehousing and distribution centers
Telescopic conveyors improve turnaround at shipping/receiving docks, allowing handling of varying truck sizes.
Automotive manufacturing and assembly
Handling bulky automotive components between production processes is enabled by extendable conveyance reach.
E-commerce and fulfillment centers
Swiftly accommodating different delivery vehicle sizes results in faster loading/unloading of sorted orders.
Choosing the Right Telescopic Conveyor
Evaluating specific material handling requirements
Load dimensions, frequencies, throughput needs, space constraints, control interface needs, and budget factor into selection.
Considering conveyor extension length and capacity
Standard telescopic conveyors have maximum boom lengths of up to 18 feet and a load capacity of up to 2000 lbs. Customization is possible.
Customization options for unique manufacturing needs
Custom conveyor widths and lengths, integration of lifts, gates, and other accessories can be provided.
Cost-effectiveness and return on investment considerations
Despite the high initial cost, benefits like space savings and labor reduction provide ROI in 18-24 months typically.
Installation and Maintenance
Pre-installation preparations and site evaluation
The installation site is surveyed to determine the boom size needed, utilities, clearances, interfaces, and structural preparations.
Proper conveyor integration with the production line
Experienced technicians ensure optimal integration, safety mechanisms, control logic, and functionality testing during commissioning.
Routine maintenance to ensure optimal performance
Regular preventive maintenance schedules cover inspecting cylinders, seals, belts, motors, and lubrication.
Troubleshooting common issues and solutions
Operating faults caused by worn seals, jammed rollers, sensor failures, or hydraulic leaks are promptly diagnosed and addressed.
Comparing Telescopic Conveyors with Traditional Conveyors
Fixed-length conveyors vs. telescopic conveyors
While fixed conveyors have constant lengths, telescopic types can adjust the length to suit variable needs.
Advantages of telescopic conveyors in material handling efficiency
By tailoring to different loads and eliminating repositioning needs, telescopic conveyors improve speed and flexibility.
Increased flexibility and adaptability
Telescopic design enables adapting to varying truck sizes, production needs, etc., unlike fixed traditional conveyors.
Specification of CY-330TC PCB Telescopic Conveyor
| Description | Safety passageway between super-long SMT lines |
|---|---|
| Belt type | Oblate belt |
| Conveyor speed | 0.5-20M/min (support customization) |
| Power supply | AC 110/220 volts; single phase |
| Power | Max. 200VA |
| Transport height | 900 +/- 20mm (support customization) |
| Transport direction | L to R/R to L |
Dimension of CY-330TC PCB Telescopic Conveyor
| Model | Dimension (LxWxH, mm) | PCB board size (LxW, mm) | Weight(kg) |
|---|---|---|---|
| CY-330TC | 1500*650*1050 | 50*50-445*330 | 200 |
Conclusion
Recap of the significance of telescopic conveyors in modern manufacturing
Telescopic conveyors, with their signature adjustability and space-saving design, enable quick, ergonomic, and safe handling of materials in agile manufacturing environments.
Encouraging industries to adopt telescopic conveyors for increased efficiency, productivity, and safety in material handling operations
The numerous benefits make adopting telescopic conveyors an excellent option for manufacturers looking to maximize material movement productivity while minimizing facility space and manual handling bottlenecks.
F.A.Qs
Adjustable boom and speed controls allow tweaking of extendable range and throughput to meet revised requirements.
Key factors include correct belt selection, proper maintenance of moving components, overload protection, and integrated safety systems.
The ability to extend right into vehicles eliminates the need for multiple movements, significantly improving turnaround times.
Yes, using communication protocols like EtherNet/IP, telescopic conveyors can interface with upstream/downstream automation.
Preventive maintenance is scheduled weekly, monthly, quarterly, and annually as per usage levels based on OEM recommendations.
A compact nested footprint saves significant space versus extended traditional conveyors. Booms extend only when needed.
Yes, staff need training in safe operation, proper loading/unloading techniques, troubleshooting of faults, and regular maintenance.
Typical applications include linking production processes, loading finished goods for shipment, supplying assembly lines with parts, etc.
Yes, heavy-duty models support loads over 5000 lbs. Special belt types/orientations minimize damage to fragile items.
Adjustable reach enables fast loading/unloading without repositioning. Automated extension/retraction reduces delays.
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