QUANTUM Bucket Elevators have successfully been installed in a wide range of applications and capacities. From process equipment, handling a few kg /hr to over 2000 t/hr with a vast range of materials. Whether your application requires a heavy-duty high capacity machine or an industrial process elevator for your factory.
We have a wealth of experience in designing the correct bucket elevator for your application and have a standard range of elevators, which can be specifically designed for, more specialised applications.
Our elevators have conveyed high temperature, high wear, abrasive, large lumpy, sticky non-flowing materials, as well as free flowing powders and granules. We supply a standard range of twin chain and belt elevators single or twin bucket design for high capacity applications such as grain, minerals and ore. The selection of the elevator depends on the material characteristics and IBS will be able to advise you and select the elevator most suited to your material and your application.
For some materials and specific applications, Quantum will design in accordance with Australian standards, suitable explosion venting and will design the structure of the elevator to suit the required application. Typical material that requires this consideration would be sugar, flour, grain and coal.
Standard features for all our bucket elevators
• Qty2 1000mm long inspection doors in conveyor leg and return leg in twin leg elevators for easy inspection of belt or chain and replacement of buckets. Inspection hatch will be provided with bolted mesh screen and safety limit switch
• Belt tracking sensor or switch for belt Bucket Elevators
Coupled with our range of standard steel and plastic buckets, elevator chain and fittings, belt tracking switches and sensors we will keep your business moving--
Bucket Elevator,Bucket Conveyor,Elevator Conveyor,Vertical Conveying Elevator Quantum Conveying Systems Yangzhou Co.,Ltd. , https://www.fkconveyor.com
• Gravity elevators
• Positive discharge elevators
• Central discharge slow speed elevators
• Centrifugal elevators
Gravity Type Bucket Elevator
Quantum supply gravity discharge elevators and positive discharge elevators, supplied as close bucket discharge type, central discharge type, or Idler wheel discharge.
Generally a slow speed design gravity bucket elevator is primarily installed for elevating large lumpy & abrasive material. Our standard units are usually chain driven, either friction drive or toothed sprocket.
These elevators offer reliability with minimum wear & a positive discharge emptying of the bucket.
Centrifugal Type Bucket Elevator
Quantum standard range of centrifugal elevators are the most common type of elevator installed to most industries supplied in both belt type or chain type depending on material characteristic and the capacity being elevated and in some case the feeding method of the elevator.
Conveying type
• Segmented tooth sprocket chain type, twin chain or single dropped forged link chain
• Friction chain type elevators, European rolled chain
• Belt elevator. Using rubber belt or 100% polyester solid woven belt, nylon and steel woven belt Typical Construction
• We supply Single leg or Double leg elevators
• Lagged head Pulley
• Slatted return pulley for sticky materials
• Segmented removable sprockets for chain elevators
• Segmented and removable friction pulleys for friction drive elevators
• Fabricated boot and head section assemblies
• Fabricated 3.0m long nominal casings c/w with self-supporting frame and lateral support frames
• Dust tight sealed flanges
• Screw or counterweight tail end take up
Whether the elevator is best suited for toothed sprocket design, friction wheel on conventional belt, IBS will be able to assist with correct selection for the most reliable, maintenance free and cost effective machine to suit your material characteristic and conveying capacity for your particular application.
Types of Buckets readily available
IBS Supply a range of standard off the shelf buckets in a variety of sizes and materials.
Selection of bucket type will depend on material, material characteristics and application. Typical IBS buckets would be plastic-nylon or polyurethane and can be provide FRAS, mild steel fabricated or pressed, stainless steel fabricated or pressed and wear tips for abrasive materials.
Safety and maintenance
• Our equipment is supplied mandatory with anti-roll back device in full load condition
• All inspection doors are fitted with safety limit
• Safety factor of minimum 12: 1 to rated chain pull to installed chain or belt pull under full load stall conditions
• Fully removable split head top section.
• Clean out and inspection doors in Boot section. Self-cleaning boot section optional.
• Under speed sensor and flag disc
• All our equipment is designed to meet Australian Standards
• Selection of correct conveying velocity and material trajectory for centrifugal elevators is critical to the successful operation of a bucket elevator
• Standard wear plates on boot in-feed and head chute discharge.
• Designed to operate no more than 70% water level of selected bucket at normal operation.
• Installed power capable of full load start up under full bucket surge capacity.
• Our bucket elevators are designed for dust tight design, with suitable dust extraction points
• All our bucket elevators are designed to be self-supporting and are provided with lateral support bracing at approx. 10m centres
Replacement parts service
We can provide a range of standard bucket elevator parts using our standard head and tail pulley assemblies, conveyor belting, elevator butt straps, conveyor bolts and fittings, belt-splicing fittings.
Quantum can provide a customised service contract using experience technicians with many years` experience in servicing and troubleshooting bucket elevators in most states. This service ensures that your equipment is functional to its optimum capabilities and reduces down time parts replacement and potential damage.Our technicians have standard customer maintenance, checking and reporting procedure.
Interpretation: Three lights "war"
Will the dazzling light bulbs on the supermarket shelves make you pick your eyes? In the face of the ashes of incandescent lamps, the most literary energy-saving lamps and the LED lamps with the bulbs and the rich and handsome, can you clearly tell the difference between them, different working principles and their respective advantages and disadvantages? If you hesitate, Xiaobian takes you into their world to understand the difference between them, which is more suitable for our social energy environment and life use scenarios. Incandescent lamp concept: An incandescent lamp is an electric light source that energizes the filament to an incandescent state and emits visible light using thermal radiation. With its low cost and good color rendering, it has entered thousands of households and is also a kind of lamp with a wide range of applications. Invention time: 1879, Thomas of the United States. Edison made a carbon fiber (ie carbon wire) incandescent lamp. It is also the oldest luminaire. Working principle: When the current passes through the filament (tungsten wire, the melting point reaches more than 3000 degrees Celsius), the heat is generated. The spiral filament continuously collects the heat, so that the temperature of the filament reaches 2000 degrees Celsius or more. When the filament is in an incandescent state, it is like burning red. The iron can shine like the light. The higher the temperature of the filament, the brighter the light is emitted, so it is called an incandescent lamp. Application areas: The current focus is on hotels and families. Market share: Incandescent lamps have gradually retired in recent years. Although it has obvious advantages in terms of price, there are still sales, but the market share has dropped sharply, and most of them are temporary lamps for the decoration stage of the room. Energy-saving lamp concept: Energy-saving lamps, also known as energy-saving bulbs, electronic bulbs, compact fluorescent lamps and integrated fluorescent lamps, refer to lighting devices that combine fluorescent lamps with ballasts (ballasts). Invention time: Philips was born in the Netherlands in 1978. Working principle: The energy-saving lamp is actually a compact fluorescent lamp with a ballast. When the energy-saving lamp is ignited, it is first heated by the electronic ballast to the lamp filament, and the filament starts to emit electrons (because some electrons are coated on the filament) Powder), the electron collides with the argon atoms in the lamp tube. After the collision of the argon atoms, the energy is generated and hits the internal mercury atoms. The mercury atoms are excited to absorb the energy to generate ionization, and the inside of the lamp tube constitutes a plasma state. Application areas: room lighting, office lighting, industrial lighting, hotels, shopping malls and other places. Market share: Energy-saving lamps are the most widely used incandescent lamp exchange products. However, at present, energy-saving lamps are affected by factors such as price factors, market promotion, and purchasing habits, and the popularity is not high. Take the energy-saving lamps that are currently subsidized by the state as an example. The penetration rate is only about 20%. LED light concept: LED light, also known as light-emitting diode, is a solid-state semiconductor device that can directly convert electricity into light. Invention time: LED lights are new technologies developed in the middle of the 20th century. Working principle: The heart of the LED is a semiconductor wafer. One end of the chip is attached to a bracket, one end is a negative pole, and the other end is connected to the positive pole of the power source, so that the entire wafer is encapsulated by epoxy resin. The semiconductor wafer consists of three parts, one part is a P-type semiconductor, in which the hole dominates, and the other end is an N-type semiconductor, where it is mainly electron, and the middle is usually a quantum well of 1 to 5 cycles. When a current is applied to the wafer through a wire, electrons and holes are pushed into the vector sub-well. In the quantum well, the electrons recombine with the holes, and then the energy is emitted in the form of photons. This is the principle of LED illumination. Application areas: specialty stores and large shopping malls, entertainment venues, beauty salon lighting; atmosphere lighting for leisure venues such as bars and cafes; lighting for professional venues such as museums and art galleries; stage for commercial theaters, TV studio dances and photography Lighting; hotels, hotels, hotel lighting; hotels, hotels, hotel lighting; exhibitions, fashion show lighting; exhibitions, fashion show lighting. Market share: The LED lighting market has entered a high-speed growth zone with a penetration rate of 15. Take the leading enterprises as an example. In 2014, the number of new orders will increase by more than 2 times, and the average growth rate of the industry will double.