Telescopic Cable Mast Conveyor

Used in these industries:
Aggregate, Ports & Terminals
Thor Global has applied telescopic technology to a traditional cable mast system that has been successful in stockpiling applications for decades. The Thor TowerStacker™ is a scalable product that has been engineered to perfection using a rail system configuration that is capable of handling the higher pressures of a larger machine.

Pile Higher

Enlarged structural design enables you to stockpile material in excess of 350,000 tons and 4000 STPH.

Easy Maintenance

Conveyor can be lowered all the way to the ground to provide easy access for maintenance.

Greater Clearance

No head or tail undercarriage provides greater clearance under the conveyor.
TS200x36-080036 in200 ft800 stph
TS230x36-080036 in230 ft800 stph
TS250x36-080036 in250 ft800 stph
TS200x42-1200/150042 in200 ft1200/1500 stph
TS230x42-1200/150042 in230 ft1200/1500 stph
TS250x42-1200/150042 in250 ft1200/1500 stph
TS150x48-200048 in150 ft2000 stph
TS200x48-200048 in200 ft2000 stph
TS230x48-200048 in230 ft2000 stph
TS250x48-200048 in250 ft2000 stph
TS150x54-300054 in150 ft3000 stph
TS200x54-300054 in200 ft3000 stph
  • Belt Scrapers (Twin-Edge) & Tensioning System: Patented
    Belt Scrapers (Twin-Edge) & Tensioning System: Patented
    Situated at the discharge end on both conveyors, Thor’s exclusive twin-edge belt scrapers are designed for a cleaner return and longer belt life. All scrapers are manufactured using a tough ¾” thick, 10” wide urethane blade combined with an extension spring. The blade is reversible for double lifespan. The PATENTED belt scraper tensioning system provides maximum control and better usage of the blade.
  • Belt Splice: Vulcanized
    Belt Splice: Vulcanized
    All belt splices are vulcanized in house to ensure greater belt life for all of our end users. Vulcanizing also prolongs the life of the belt scraper. Thor Global uses premium quality and high tensile strength belting.
  • Cable Slack & Tension Detection
    Cable Slack & Tension Detection
    The cable slack and tension detection system utilizes the PLC to constantly monitor cable tension and alert the operator when the cable needs to be adjusted. This failsafe system is easily accessible when adjustments are required. All machines use standard 9/16” cables to add strength and reliability.
  • Contactors: IEC
    Contactors: IEC
    Thor Global is very aware that bulk material handling environments can be extremely harsh on electrical components. This is why the conveyor uses over sized IEC contactors for all applications to provide a more robust system.
  • Electrical Cable Harness Pulley: UHMW
    Electrical Cable Harness Pulley: UHMW
    Custom made UHMW pulleys, which are attached to the electrical cable harness that supplies the inner truss, are guaranteed not to seize up.
  • Emergency Braking System
    Emergency Braking System
    In the unlikely event of winch cable breakage, the braking system is immediately engaged, preventing the inner truss assembly from traveling backwards. The emergency braking system will prevent excessive damage from occurring and more importantly eliminates the risk of injury to any individual.
  • Gear Reducers: CLASS 2
    Gear Reducers: CLASS 2
    Dodge, always CLASS 2 with no need to upgrade from CLASS 1.
  • Hydraulic Cylinders: Single Stage
    Hydraulic Cylinders: Single Stage
    Single-Stage hydraulic cylinders provide a simple, more reliable solution than complex multi-stage hydraulic cylinders.
  • Idlers: CEMA C
    Idlers: CEMA C
    Strongco CEMA C idlers are standard on all machines. They are intended to last twice as long as CEMA B. Thor uses nothing less than the best!
  • Inductive Proximity Sensors
    Inductive Proximity Sensors
    Inductive proximity sensors utilize the PLC to accurately track the radial drive and telescopic position of the conveyor, providing increased flexibility in determining radial travel and extension/retraction parameters. The radial drive sensor is located on the non-drive side of the wheel to guarantee accuracy.
  • INOVUS Automation Technology
    INOVUS Automation Technology
    INOVUS Automation Technology uses various sensors connected to a PLC in order to perform the following automated functions: Pile Detection & Material Flow (Standard) Radial Drive & Telescopic Position (Standard) Cable Slack & Tension Detection (Standard) Belt Tracking (Optional) The most unique function of Thor’s INOVUS Automation Technology is the ability to change parameters “on-the-fly” during automatic mode of any program.
  • LES: Patented
    LES: Patented
    The patented LES (Load Equalizing System) was engineered to evenly distribute the constantly changing load of the inner truss as it extends and retracts. When extending and retracting a telescopic, the forces applied to the inner structure can be very high. The system uses a unique 4-roller design to effectively distribute this load over the entire inner structure. The LES is located under the inner conveyor to avoid material build up. The combination of the upper and lower LES keeps loads even on all 4 rollers for worry-free operation.
  • Limit Switches: NEMA 4
    Limit Switches: NEMA 4
    NEMA 4 rated back-up safety switches are located in various positions across the stacker. Weatherproof seals ensure that the switches operate reliably under harsh conditions, thereby eliminating potential downtime.
  • PLC: SLC 503
    PLC: SLC 503
    The automation control system uses the legendary bulletproof Allen-Bradley SLC 503 Series PLC (Programmable Logic Controller). The system is powerful, reliable and flexible.
  • Program: Windrow Auto Mode
    Program: Windrow Auto Mode
    Thor Global’s basic programming was originally designed to minimize segregation by stockpiling material in concentric rows called windrows. The operator has the ability to set specific parameters based on a radial degree limit and extension retraction limit.
  • Push Button Control
    Push Button Control
    As a preventative measure, Thor Global has applied basic push button technology in addition to the standard touch screen system to provide a failsafe back-up system for increased comfort and reliability.
  • Safety Guarding
    Safety Guarding
    Galvanized steel mesh guarding surrounding the main conveyor and safety guards at all pinch points provide ultimate protection for all operators and personnel within close range of the conveyor.
  • Side Guide Rollers: UHMW
    Side Guide Rollers: UHMW
    Thor Global’s more forgiving UHMW guidance system does not employ metal on metal contact and covers the entire height of the inner chord prolonging the lifespan of the inner telescopic.
  • Steel: 60,000 psi
    Steel: 60,000 psi
    Thor Global uses 60,000 psi yield strength steel versus the industry norm of 45,000 psi yield strength for all HSS (Hollow Structural Section) tubing. This FINER grain steel provides additional strength without additional weight.
  • Stone Box Skirting (Floating): UHMW
    Stone Box Skirting (Floating): UHMW
    Located between the stone box and the conveyor belt, the UHMW skirting is designed to “float” on the belt via slotted holes, maintaining a constant point of contact, thereby minimizing spillage and wear due to friction.
  • Tail Pulley Access
    Tail Pulley Access
    An opening located on the counter weight allows safe visual inspection and greasing of the tail pulley bearings during operation.
  • Tail Pulley Kicker Bar
    Tail Pulley Kicker Bar
    A kicker bar is attached to the tail pillow block bearings of the inner and outer conveyors to keep material off the pulley, which prevents tracking and belt damage.
  • Touch Screen Control: HMI08CE
    Touch Screen Control: HMI08CE
    The touch-screen control provides a simple to use and fully automated program for setting parameters and pile configurations. All controls are on the same screen. Cutler-Hammer touch-screens are NEMA 4 rated and very durable, withstanding a shock load of 30Gs. These screens come with standard replaceable overlays, to ensure a clear view.
  • Touch Screen Sun Visor: Anti Glare
    Touch Screen Sun Visor: Anti Glare
    An enclosure around the centric control system removes glare for increased touch-screen visibility.
  • Training: Onsite
    Training: Onsite
    A factory trained, Thor authorized representative will be on site to ensure that you and your operators know all there is to know about how the conveyor operates.
  • Transport Landing Legs: Hydraulic
    Transport Landing Legs: Hydraulic
    Hydraulic landing legs provide the same benefits as regular landing legs with the added flexibility of lowering the conveyor into operating mode after it is unhooked from the transport truck. Hydraulic landing legs may also be used to raise the conveyor onto a transport truck.
  • Ultrasonic Sensors
    Ultrasonic Sensors
    Ultrasonic sensors utilize the PLC to automatically maintain a pre-determined drop distance from the head pulley to the stockpile as well as stopping all radial movement when no material is detected on the conveyor belt. These sensors never come in contact with the material and are maintenance free.
  • Variable Frequency Drive
    Variable Frequency Drive
    Variable frequency drive provides smooth acceleration and deceleration of the, eliminating jerky or jarring starts and stops. The VFD (Variable Frequency Drive) also allows the operator to adjust the radial travel speed.
  • Chute: Custom
    Chute: Custom
    A standard box shaped design has tapered sides with a wider feed opening. Other custom designs are available upon request.
  • Colour: Custom
    Colour: Custom
    We understand the importance of corporate image, so we at Thor Global will always try to meet the specific requests of our customers as best as we can.
  • Contactors & Starters: NEMA
    Contactors & Starters: NEMA
    NEMA rated starters and contactors are available upon request.
  • Dual Drive
    Dual Drive
    An optional second radial drive allows the conveyor to maintain traction in the most demanding conditions.
  • Galvanizing: Hot-Dip
    Galvanizing: Hot-Dip
    Realizing that some customers have to work in harsh environments with corrosive materials, Thor is the first and only manufacturer to provide a unit that can withstand your tough environment. Machines are fully Hot-Dip galvanized before assembly. Hot-Dip Galvanizing relieves the internal stresses of welded components, providing a fully stress relieved structure. Zinc has a very high relative corrosion resistance.
  • Program Package: Zero Segregation & Max Pile Auto Mode
    Program Package: Zero Segregation & Max Pile Auto Mode
    Zero segregation programming is recommended when minimizing segregation is of the utmost importance. The primary function of zero segregation programming is a stepping function, which prevents material segregation along the outside of the pile in addition to the inside of the pile. The most unique function of Thor’s zero segregation program, is the ability to control the degree of step, which enables you to control the exact size of the pile. Max Pile programming is recommended when segregation is not of any importance. The conveyor minimizes all movements in this auto mode.
  • Wire Remote Touch Screen: Dual
    Wire Remote Touch Screen: Dual
    Dual wire remote control involves keeping the touch screen panel on the conveyor and adding a second panel up to 1000ft away from the conveyor. A selector switch is applied to control which control station is active. Dual wire remote control provides increased versatility.
  • Wire Remote Touch Screen: Regular
    Wire Remote Touch Screen: Regular
    A wire remote control may be installed for applications with a control tower or station. This involves removing the touch screen panel from the conveyor and reinstalling it up to 1000ft away from the conveyor. Wire remote control provides increased visibility of overall operations.
  • Wireless Remote Control
    Wireless Remote Control
    This system allows wireless remote control operation of the conveyor for movements such as telescoping in and out, or luffing and slewing. Wireless remote control provides increased visibility and flexibility. Wireless remote control is ideal for ship loading applications where visibility from the main control panel is limited.
  • Belt Alignment Sensor
    Belt Alignment Sensor
    A belt alignment sensor may be applied in connection with the PLC to monitor the belt alignment and alert the operator when an adjustment is required to further extend belt longevity. Also known as belt tracking.
  • Belt Covers: Patented
    Belt Covers: Patented
    Thor Global’s patented belt covers can be easily installed into any existing conveyor system. Ultra lightweight galvanized steel structural tubing and single bolt connections make these conveyor covers easy to handle, remove and assemble. Individual spring tensioning systems keep the covers secure and accessible for maintenance and repair. Lightweight UV resistant polyurethane material dramatically reduces wind load by 80%. Provides excellent dust control.
  • Belt Scale: Optical
    Belt Scale: Optical
    Sensortechnik has introduced a failsafe optical belt scale, which measures the volume of material being discharged from the conveyor belt using electro-optical technology. This valuable information is transmitted to a hand held computer unit. Thor Global has distribution rights for this product in Canada only. For more info visit their website: www.h-sensortechnik.com
  • Belt Scrapers: H/D
    Belt Scrapers: H/D
    HD (High Definition) belt scrapers are available upon request. Includes 2 primary and 1 secondary blade.
  • Telescoping Spout
    Telescoping Spout
    A telescoping spout has been designed for applications that require specialized dust control. This unit can be attached to select models. The spout is connected to the PLC for automated control with an extension of up to 16ft. The spout can be retracted to a minimum of 4ft. Telescopic spouts are ideal for ship loading applications.
  • Zero Speed Switches
    Zero Speed Switches
    Zero speed switches located on the inner and outer conveyor utilize PLC to detect if the belt is slipping and thereby prevent the stacker from overloading beyond its maximum capacity.