Radiator Core Assembling Machine CNBM from China

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Loading Port:: Ningbo

Payment Terms:: TT OR LC

Min Order Qty:: 1 set

Supply Capability:: 10 set/month

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Quick Details

Model Number: DT 150
After-sales Service Provided: Engineers available to service machinery overseas
Space between main fins: 400-850mm
Suitable fin width: 16/ 18/20/24/26/32mm
Suitable fin height: 8mm
Max. flat tubes quantity: 80 pieces (in 10mm space)
Suitable flat tube size: thickness 2-3mm, no limit on width
Space between flat tubes: 10mm or other size by changing telescopic chain & positioning blocks.
Main power source of the machine: pneumatic, more than 4MPa
PLC: Delta from Taiwan
Dimension: 800 x 650 x 320mm
Weight: about 1300kg

Packaging & Delivery

Packaging Details:	IN BULK OR WOODEN CASE
Delivery Detail:	30 days

Specifications

Radiator Core Assembling Machine
1) suitable fo assembling any cores with space between flat tubes in 10mm

Radiator Core Assembling Machine

I Description of the radiator core assembling machine

This radiator core assembling machine is for assembling radiator cores for water tank. It is comprised of left and right positioning clamps, assembly table, flat tube positioning device, telescopic chain & broach and their elevating device, core pressing device, pneumatic system, hydraulic system and PLC control system.

This radiator core assembling machine is suitable for assembling any cores with space between flat tubes in 10mm; By changing telescopic chain and positioning blocks, any cores in any different spaces can be assembled.

II Main technical data of the radiator core assembling machine

2.1 Space between main fins: 400-850mm

2.2 Suitable fin width: 16, 18,20,24,26,32mm

2.3 Suitable fin height: 8mm

2.4 Max. flat tubes quantity: 80 pieces (in 10mm space)

2.5 Suitable flat tube size: thickness 2-3mm, no limit on width

2.6 Space between flat tubes: 10mm or other size by changing telescopic chain & positioning blocks.

2.7 Main power source of the machine: pneumatic, more than 4MPa

2.8 PLC: Delta from Taiwan

2.9 Dimension: about 800 x 650 x 320mm

2.10 Weight: about 1300kg

III Working flow of the radiator core assembling machine:

Manually fit side panels → telescopic chain & broach rise →manually lay down flat tubes → automatic tidy up flat tubes →manually lay down fins and front side panel → broach hold down → manually lay down back side panel →main clamp hold down → manually clap fins → one side flat tube positioning device return back → manually lay one side main piece → press in this main piece → another side flat tube positioning device return back → manually lay down another side main piece → another side main piece pressed in → fit brazing clamps → broach drops → all actions return back →take out assembled core with brazing clamps.

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Q: want to go to school to be one, how long is the program and how much do they make yearly. approximately. i live in spring hill florida if that helps any.: The median hourly wage for industrial machinery mechanics in 2008 was $20.98. The highest paid 10 percent earned more than $31.40 per hour. REad the info above..

Q: Is there any common pattern between the two?While several ultra-Islamist countries have draconian laws to punish everyone who slanders god, CCP is known to punish everyone who slanders the Chinese Communist Party. CCP often resorts to informal detentions, punishments and disappearances which are completely outside the law, and so offer the government deniability and the victim no protection whatsoever.Do the Chinese people find any commonality between the Blasphemy Laws practiced in Islamist countries and the draconian policies of CCP?: Have you also noticed that these religious fanatics use God to justify their actions rather than the laws that benefit the people? It is similar in that China uses the welfare of the state rather than a god to get to the same end, and that is domination of the masses.

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.): You didn't state the year in which these transactions occurred. I'm assuming 2011. Jan. 1, 2011 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. Annual depreciation = $62,000/10 = $$6,200 By December 31, 2010, the machinery would be fully depreciated. Dr Accumulated depreciation $62,000 Cr Machinery $62,000 June 30, 2011 Sold a computer that was purchased on January 1, 2008.The computer cost $40,000. It had a useful life of 5 years with no salvage value.The computer was sold for $14,000. Annual depreciation = $40,000/5 = $8,000 By December 31, 2010, the accumulated depr account would have a balance of $24,000 (3 yrs) You need to depreciate another 6 mths to June 30, 2011 Dr Depreciation expense $4,000 Cr Accumulated depreciation $4,000 after which the accum. depr. would be $28,000, and the carrying amount $12,000. If it was sold for $14,000, there would be a gain of $2,000 Dr Accum depr $28,000 Dr Cash $14,000 Cr Computer $40,000 Cr Gain on disposal of computer $2,000 Dec. 31, 2011 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. Annual depr = ($39,000 - $3,000)/6 = $6,000 By December 31, 2010, the accum. depr. = $24,000 (4 yrs) You need to update depreciation by 1 yr Dr Depreciation $6,000 Cr Accum depr - Truck $6,000 after which the accum depr = $30,000, and the carrying amount = $9,000 Dr Accum depr $30,000 Dr Loss on scrapping of vehicle $9,000 Cr Vehicle $39,000

Q: How long would it take a farmer to harvest crops in a 1 mile radius with out machinery?: It doesn't matter because if the farmer started to harvest the crops when they were ripe, he or she wouldn't be able to pick them all before they started to rot in the field. The farmer would need a lot of help. The more help, the less time it would take.

Q: I have tried so many things, but I cannot figure out how to do this. I need to wrap one fabric around a different fabric. My problem is that it not only wraps the fabric, but it gets stuck on the bar and wraps around it as well. Are there any machines that can wrap fabrics together?: sewing machine

Q: electric digram for desel generator wih 105 kva: Call or write to the manufacturer.

Q: Reconditions will do, will need some for places with dire needs: The okorder /

Q: Poll : Can you drive big machinery?: Does a 155mm self propelled howitzer qualify as big machinery? Drove one while I was in the Marines, it weighed in at 28 tons fully loaded with shells and other stuff. The other piece of big machinery I drove was a M55 5 ton multi-fuel 6x6 truck with a ring mounted M2 .50 machinegun. Driving forklifts, skytraxs and sissorlifts seemed sort of tame after that.

Q: I want to be an engineer who works with microchips and things like that. Are there any small projects and things which I could do at home (spending less than $100-200) just to get a feel for things?: Yeah that's one aspect of mechatronics. Perhaps borrow from the history of computer controlled machines and add computer control to a manual machine? eg a relatively small project would be to take an existing manual drill press, and add micro chip controlled motors to move the table. You'd find that useful in itself as you can then use that to create PCBs for further project work). just remember that's a drill press isn't a milling machine- the bearings on the spindle (part that turns the drill bit) won't be designed for lots of side forces- so limit milling to *very* light cuts . You'll need to get a hang at controlling motors, and programming the microcontrollers. I've found both pic uCs, and arduinos to be pretty easy , but everyone has their favourites/mileage varies. If you want to have a go at making the physical machines you wouldn't go far wrong in having a look at David Gingery's build your own metal working shop from scrap series. While it doesn't go into great detail about why parts are a given physical size,(ie it's less about engineering, and more about fabrication) it's a very useful book of patterns that you can take and develop in your own way. Quite a few people have taken the ideas in that series and added microchip controlled motors. Casting also a very useful skill if you're making your own items.

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