ES400 Tubular Screw Conveyors
- Ref Price:
-
- Loading Port:
- China main port
- Payment Terms:
- TT OR LC
- Min Order Qty:
- 1 set
- Supply Capability:
- 10 set/month
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The ES Series Tubular Screw Conveyor system is highly versatile offering numerous solutions for conveying powdery or granular materials. Screw Conveyors and Feeders are manufactured in carbon steel or stainless steel with a suitable surface finishing. Specialized coatings are optional for electrostatic prevention and corrosion resistance.
Depending on the characteristics of the material different models of conveyors or feeders are available in applications like concrete production (cement, fly-ash, filler dust, silica fume), asphalt production (hot and cold filler dust), premixed building materials (dry plasters, sand, cement, additives), glass processing (calcium carbonate, soda, sand, etc.), foundries (sand, bentonite), and many others.
These Tubular Screw Conveyors are available with ATEX, zone 22 certification.
We offer professional engineering design and consulting service.
PRODUCT DETAILS
The ES Series Tubular Screw Conveyors are made up from a tubular trough that is equipped with at least one inlet and outlet spout, a welded flange at each tube end, helicoid screw flighting welded on a centre pipe with a coupling bush at each end, two end bearing assemblies complete with self-adjusting shaft sealing unit, a number of intermediate hanger bearings depending on the overall length of the screw conveyor. Furthermore, these Tubular Screw Conveyors are equipped with a gear motor that suits the application.
Powder-coated surface and special linings are available;
7 outside tube diameters;
Outside tube complete with welded end flanges, one inlet, one outlet, inspection hatch beneath the first inlet and beneath each intermediate hanger bearing;
Tubular housing in standardized flanged sections with one section made to measure;
Helicoid screw flighting welded on centre pipe;
End bearing assemblies complete with self-adjusting shaft sealing unit;
Splined shaft couplings;
Lifting eyes on each tube section;
Standard flange-mounted electric motor;
Maintenance-free aluminium-cast intermediate hanger bearings with self-lubricating slide bushes;
Small diameter, great efficiency, high throughput rates;
Small overall dimensions and compact design;
Reduced number of components and spare parts;
Durable, and maintenance-free;
Quick installation due to universal inlets and outlets;
Optimum price-performance ratio;
Different types of inlet and outlet spouts and additional inspection hatches are optional;
External supports, drive unit at outlet end and gear ratio can be customized;
SPECIFICATIONS:
Model | Power（kw） | Transmission distance（m） | Output speed （r/min） |
ES325 | 15 | 3-6 | 222 |
18.5 | 9-12 | 153 | |
22 | 12-15 | 153 |
- Q: For example if i lost my arm or someone loosing there leg. Do you think technology will ever come to a point that they will replace it with some machinery; which will it seem as it were my normal arm.
- a new techonology must be developed first. It has to deal specifically with not only the biomechanics of the human muscoskelatal system, but also the physiodynamics involved in getting signals to fire those muscles properly. this field could be called biomimetics, and it's main focus in it's infancy should be nanoinnervation, where an electronic interface is provided by bridge circuits comprised of 1/2 biological cellular base circuits, and the other 1/2 completed to the cybernetic limb by means of a bioreactive feedback circuit, composed of an input CPU, and BFC controller, and finally a signal interpreter and output bus, generally running in conjuntion with a gate biological/electronic ( cybernetic) diodic device. ( think thin film quartz resistance feedback potentiometers that allow the BFC to make decisions on bioproprioception using the gate circuit as input/feedback loop.
- Q: Use an interest rate of 8% per year, compounded continuously. When is the present value of the profit equal to the cost of the machinery?
- t=ln(119/52)/.08~=10.3 years.
- Q: Can you please just name the piece of machinery they used and in what mission? I want to be able to make my mom proud that I did my own work. Please help me?Here is the full question:Research a tool or a piece of machinery that scientists have used on a space mission. With your knowledge of simple machines, specifically describe how it was used to collect data for this mission. Include a diagram or picture (if possible) and be sure to list what mission this machine or tool was used on.
- The C.O.L.B.E.R.T. device (Combined Operational Load Bearing External Resistance Treadmill) has been used to exercise astronauts on the ISS. You can look that up.
- Q: do you have any book for farm machinery design?
- Yes. okorder . Plenty of books on development of farm machinery.
- Q: can someone please explain to me what plant and machinery is and give me some examples and if possible relating to tesco for exmaple if they were to open a new store?
- Plant and machinery encompasses tangible resources that will lead to future economic benefits for a number of years. For organisations like Tesco plant and machinery may comprise refrigerators in their food stores.
- Q: Must be in machinery.
- Produces heat. Wears components out.
- Q: I am doing a farm display on a Wyoming farm/ranch. What are some common types of machinery used on ranches and farms out there? I am using Ertl 1/64 scale models for the display.
- Some medium sized tractors and loaders to feed cattle, put up hay, swathers, grain bins, augers, sheds, pick-ups(bale bed) would be nice. If you need some custom parts too customize, try moores farm toys and CD models, and standi toys. Good LUCK!!!
- Q: can we fly by using some anti-gravity shoes or opposite of gravity (negative gravity).
- That is what they experience in space and moon. Although, they dont have anti gravity machine, its because of the existing environment. In order for you to fly, you have to escape the gravity of earth. Wind will assist you in achieving this by using aerodynamics principle.
- Q: why are heavy constructions equipments painted in yellow?
- I believe the reason for the color choice for construction and heavy machinery is reflective of the choice of Yellow as a cautionary color. I worked commercial construction for 10 years and I never heard anyone express why they were yellow. One thing that I do know is that in most cases there are three leading manufactures of Heavy equipment. John Deer, Caterpillar and Case. John deers was the first manufactured of a construction bulldozed tractor it was yellow the first John Deer to be yellow. The construction series that followed were all yellow. Case and Caterpillar came latter and all of there equipment is yellow. Whether this is do to John Deer setting the stage or the result of an industrial standard I am not sure. However I do know that some of the not so well known equipment manufactures have equipment that is not yellow such as Hitachi who's equipment is reddish orange and Terex who's equipment is White or Blue, Doorsan who makes the Bobcat which is white. There are other companies that make other color equipment but the leading manufactures are the Yellow/Orange Signature color equipment companies, so this is what you see more heavy machinery of this color.
- Q: Filling out an application for a secretarial position and they ask to list production mobile machinery.
- Boys that age love cars and trucks while girls love princesses. Make sure it is bright and colorful and the pictures/objects are big enough that they can see them easily but can't reach up and pull them off (I lost a few mobiles that way until I learned to hang them higher).
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ES400 Tubular Screw Conveyors
- Ref Price:
-
- Loading Port:
- China main port
- Payment Terms:
- TT OR LC
- Min Order Qty:
- 1 set
- Supply Capability:
- 10 set/month
OKorder Service Pledge
OKorder Financial Service
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