FULL AUTOMATIC RAILWAY MESH WELDING MACHINE
- Loading Port:
- Shanghai
- Payment Terms:
- TT OR LC
- Min Order Qty:
- 1 set
- Supply Capability:
- 100 set/month
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Code: XY-100, double-cylinder, four-station (two splitting and two forming), one time can produce two same pieces together
l Max. pressure of main hydraulic cylinder: 3-10T, adjustable
l Stroke of the main hydraulic cylinder: 0~65mm (can be special designed for different product)
l Max. pressure of cylinder for spinning wheel seat: 1-6T adjustable
l Stroke of the spinning wheel seat cylinder: 0~40mm
l Diameter range of pulley: 20-180mm
l Production speed: 2~4 pieces per minute (usually one cycle will take 30 seconds excluding loading & unloading, if included, one cycle will take 35 seconds)
l Weight: about 2000kg
l PLC: Mitsubishi from Japan
l Touch screen (HMI): Weinview from Taiwan
l Hydraulic seals: from Taiwan
l Main spindle motor power: 5.5kW
l Hydraulic station motor power: 2.2kW
l Cylinder bearings are automatic lubricated.
- Q: Bq: have you read elfen liedBq2: favorite quote from a book
- Kyrie- Mr. Mister Bq: No. Bq2: And in its sky was such a sun as no opium eater could have imagined in his wildest dreams. Too hot to be white, it was a searing ghost at the frontiers of the ultraviolet. (Childhood's End-Arthur C. Clarke-Chapter 16-The Last Generation)
- Q: Jan. 1 Retired a piece of machinery that was purchased on January 1, 2001.The machine cost$62,000 on that date. It had a useful life of 10 years with no salvage value.June 30 Sold a computer that was purchased on January 1, 2008.The computer cost $40,000. Ithad a useful life of 5 years with no salvage value.The computer was sold for $14,000.Dec. 31 Discarded a delivery truck that was purchased on January 1, 2007. The truck cost$39,000. It was depreciated based on a 6-year useful life with a $3,000 salvage value.InstructionsJournalize all entries required on the above dates, including entries to update depreciation,where applicable, on assets disposed of. Ingles Company uses straight-line depreciation. (Assumedepreciation is up to date as of December 31, 2010.)
- Interesting arguments, but I am not 100%
- Q: Machinery was purchased for $51,000 on January 1, 2009. Freight charges amounted to $2,100 and there was a cost of $6,000 for building a foundation and installing the machinery. It is estimated that the machinery will have a $9,000 salvage value at the end of its 5-year useful life. What is the amount of accumulated depreciation at December 31, 2010, if the straight-line method of depreciation is used? $10,020. $8,580. $17,160. $20,040.
- $20,040: (51,000+2,100+6,000-9,000) / 5 = 10,020 per year 2009 - 10,020 2010 - 10,020 Total = $20,040
- Q: What machinery/tools are need to make custom guns?
- here's a long list of some very expensive machinery gunsmithing lathe wood lathe (lathe for wood) drill press 20 ton press riveter propane torch rifling cutter- a special lathe that only does rifling. for chambers and crowns you use the gunsmithing lathe. bandsaw jigsaw multi-axis mill CNC probably want a 3d printer furnace crucible for casting crimp tool thread tools many kinds of bench vices clamps paint booth bluing tubs electroplating tubs drying ovens belt sander calipers, all kinds of hand tools power drill, power saw, etc dremel tool welder water jet (for cutting metals wood) injection molding, silicon molding, vacuum molding - working with polymers. I wish I had all these at my disposal, I've designed 6 guns that I would love to build. without basic wood shop tools I can't even make a custom stock (a good stock). Still, I managed to make do a few times with my own hobby gunsmithing projects. the work isn't great, but considering I have like no tools its of incredible precision and quality. that like muzzle brake i designed and build for my mosin Nagant. the cutting took 4 months to do (some 300 hours). managed at 0.006 inch accuracy. in comparison, if I had the proper tools it shouldn't take more than an hour. at my school borrowing this 3d printer (wish I could buy one but no way i can afford 384 grand) I printed several prototype actions that shows my ideas but cannot be used as they're made of plastic. I also made several parts for my .22lr rifles that can actually be used. scope mounts, front sight, rear sights, etc.
- Q: What was the last thing that prevented you from driving or operating heavy machinery?
- The fact that I don't have heavy machinery to operate may have been the reason.
- Q: what are the machinery in which threads are used for power transmission?
- Ball screws and ACME screws are often used as the means to provide thrust in a linear actuator. Linear actuators are present in many, many applications.
- Q: Gain on sales of machinery would be recorded as what? Debit or Credit?
- Gain on sale of machinery is going to be a revenue account (hence credit to increase). The dollar amount of the gain would equal the difference between the book value of the machinery and the amount received for it. Debit 'Cash' for amount received, debit 'Accumulated Depreciation - Machinery' for the total amount that it has been depreciated, credit 'Machinery' for the original cost of it, and credit 'Gain on Sale of Machinery' for the amount that makes the journal entry be in balance.
- Q: i am setting up a condom factory in gujarat? where can i get the required machinery?
- Get in touch with the Head Office of Gujarat State Industrial Development Corporation, they would be in position to give you appropriate references. Alternatively approach CII, FICCI or ASSOCHEM, they have such manufacturers as their members.
- Q: He plans to invest $20 000 every six months in an investment account with a view to replacing machinery. What interest rate will he need to meet his goal?(either use present formula A= P *(1-(1+i)^(-n))/ i or future formulaS = P *( (1+i)^(n) - 1)/ i, im not sure wich formula to use)PLEASE SHOW ALL WORKING OUTplease help me ITS URGENT
- use S = P((1+i)^n-1)/i 275000 = 20000((1+i)^12 -1)/i ((1+i)^12-1)/i = 275000/20000 = 13.75 this can't be solved analytically as it is a polynomial of degree 12 feeding into wolfram alpha, i ≈ 0.0244147= 2.4415% now remember that this is the rate adjusted for periodicity, so interest rate needed = 4.883% <-------- check: --------- 20,000((1+0.04883/2)^12-1) /(0.04883/2) = $275000.48
- Q: What are the main considerations when choosing mechanical parts?
- The load of the part determines the grade of the material according to the load or according to the strength requirements.
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FULL AUTOMATIC RAILWAY MESH WELDING MACHINE
- Loading Port:
- Shanghai
- Payment Terms:
- TT OR LC
- Min Order Qty:
- 1 set
- Supply Capability:
- 100 set/month
OKorder Service Pledge
OKorder Financial Service
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