Telescopic Conveyors - TT Series
The Nesans TT Series Telescopic Conveyors are designed for flexible and space-efficient material handling, allowing extended reach and variable discharge positions without the need for repositioning the entire conveyor system. Ideal for stockpiling, loading operations, and inter-equipment transfers, the telescopic design provides the ability to dynamically adjust the conveyor length to suit shifting production needs or site constraints.
The TT Series features a nested conveyor structure, where the extending section glides smoothly within the base frame using heavy-duty rollers and guide rails. This sliding mechanism is powered hydraulically or electrically, allowing for precise control over extension and retraction. Combined with adjustable incline settings, the conveyor offers optimized flow control across a variety of applications—from aggregate stockpiling to plant-to-plant transfers.
With rugged construction, modular drive units, and integrated walkways for safety and maintenance, the Nesans Telescopic Transfer Conveyors provide versatility, reliability, and efficiency in dynamic production environments. Whether you’re managing fluctuating stockyard space or looking to streamline conveyor layouts, the TT Series is engineered to move with your process.
Applications:
How It Works
The Nesans TT Series Telescopic Transfer Conveyors operate using a sliding conveyor frame mechanism, where an inner extendable section is housed within a fixed outer chassis. Material is fed onto the main conveyor from upstream equipment, and as operational needs change—such as stockpile growth or distance to discharge point—the telescopic section can be extended or retracted accordingly. This dynamic adjustment helps maintain a consistent feed path without the need for repositioning the entire conveyor.
The telescoping action is powered by hydraulic cylinders or electric actuators, which smoothly move the inner conveyor along guide rails and heavy-duty rollers. As the extension changes, the belt remains continuously driven by synchronized drive systems, ensuring uninterrupted material flow. Additionally, the conveyor can be inclined or declined to suit varying elevation needs, making it ideal for uneven terrain or vertically spaced equipment layouts.
This design greatly enhances operational flexibility, reduces idle time, and optimizes space utilization—particularly in compact sites or multi-stage crushing and screening circuits. The result is a seamless, efficient, and adaptable material transfer system that moves with your plant’s demands.
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FAQs
It uses a sliding frame mechanism, where an extendable inner section moves within a fixed outer chassis. This allows the discharge point to be adjusted as stockpiles grow or equipment positions change — without moving the entire conveyor.
It uses a nested conveyor structure, where the inner section slides smoothly inside the base frame on heavy-duty rollers and guide rails, powered by hydraulic cylinders or electric actuators.
Yes. It is suited for sand, gravel, crushed stone, minerals, recycling material, and industrial solids.
- Hydraulic cylinders or actuators.
- Guide rails and rollers.
- Conveyor belt, pulleys, and idlers.
- Drive synchronization system.
No. The synchronized drive units ensure uninterrupted belt motion, so material flow is consistent even while the conveyor extends.
Yes. The system allows precise incremental adjustment, so the discharge point can be matched exactly to stockpile growth or equipment positioning.
Yes. With adjustable incline settings, it can adapt to different elevation needs, making it suitable for sloped yards or vertically staggered equipment.
- Fixed conveyor: One discharge point, must be repositioned for stockpile management.
- Telescopic conveyor: Flexible discharge point, adjustable incline, reduced idle time.
- Saves time and reduces idle plant hours.
- Improves safety by avoiding repeated repositioning.
- Reduces space requirements in compact yards.
Yes. Safety features include lockout systems during maintenance, guards on moving parts, and stable support frames to prevent accidents.
Yes. By eliminating the need for loaders to shift stockpiles and reducing idle time from repositioning conveyors, operational costs are significantly lowered.
Signs include jerky extension, noise from rollers, or belt misalignment. These should be addressed immediately to avoid downtime.
- Heavy-duty rollers and guide rails reduce wear.
- Modular drive units simplify replacement.
- Rugged frame construction ensures long service life.
- Daily: Inspect rails/rollers for debris.
- Weekly: Check hydraulic/electric actuation system.
- Monthly: Inspect belt tracking and synchronization.
- Aggregate stockpiling – extend as piles grow without moving the base.
- Plant-to-plant transfers – bridge variable gaps between crushers, screens, or washers.
- Compact sites – optimize space without constantly shifting heavy equipment.
- Mobile plants – flexible material transfer between modular units.
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