• Radiator Core Assembling Machine CNBM from China System 1
Radiator Core Assembling Machine CNBM from China

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.

Q: What kind of materials can EDM machine
Such as: hard alloy, hardened steel, graphite, aluminum alloy, structural steel, stainless steel, titanium alloy, diamond and other conductive body complex cavity and curved surface processing, all kinds of molds, electrodes, precision parts manufacturing,
Q: What machinery/tools are need to make custom guns?
A custom gunsmith might be willing to take on the project, but it wouldn't come cheap. If you're talking a gun from scratch it would involve significant machining and metalwork. If your design is based on an existing type of firearm that could be modified to suit you less so, but still talking many hundreds if not thousands of dollars. For a completely new design you'd need a gunsmith with a manufacturing license, not just someone who can fix guns, but one authorized to create a new one, and it would have to have a serial number and paperwork. If you're just talking a different stock design you might want to consider doing the work yourself. A wooden stock is easily shaped with hand tools and can be built up with additional wood and glue to make just about any shape you can imagine.
Q: I hate working out in public gyms and exorcise rooms if other people are there for some reason. And I hate running in public (I've ran at night before, but now I don't have any time with so much schoolwork). I was wondering what some good exorcises i can do at home every day that don't take long but will make a difference. I was hoping to work my stomach muscles more so i can get in shape for swimsuit season. Thanks! (:
brisk okorder
Q: Have you ever driven heavy machinery like a fork lift?
No
Q: 2004Jan. 1 Paid $106,600 cash plus $6,400 in sales tax for a new machine. The machine is estimatedto have a six-year life and a $9,800 salvage value.Dec. 31 Recorded annual straight-line depreciation on the machinery.2005Dec. 31 Due to new information obtained earlier in the year, the machine’s estimated useful life waschanged from six to four years, and the estimated salvage value was increased to $13,050.Recorded annual straight-line depreciation on the machinery.2006Dec. 31 Recorded annual straight-line depreciation on the machinery.Dec. 31 Sold the machine for $25,240 cash.RequiredPrepare journal entries to record these transactions and events.
Jan. 1 Paid $106,600 cash plus $6,400 in sales tax for a new machine. The machine is estimated to have a six-year life and a $9,800 salvage value Dr Machinery $113,000 Cr Cash $113,000 Dec. 31 Recorded annual straight-line depreciation on the machinery Dr Depreciation expense $17,200 (i.e. [$113,000-$9,800]/6) Cr Accumulated depreciation $17,200 2005 Dec. 31 Due to new information obtained earlier in the year, the machine’s estimated useful life was changed from six to four years, and the estimated salvage value was increased to $13,050. Recorded annual straight-line depreciation on the machinery Dr Depn $27,583.33 Cr Accum. depn. $27,583.33 (Nbv of $95,800 - 13,050 divided by 3 remaining yrs) 2006 Dec. 31 Recorded annual straight-line depreciation on the machinery Dr Depn $27,583.33 Cr Accum. depn. $27,583.33 (Nbv is now $113,000 - $17,200 - $27,583.33 - $27,583.33 = $40,633.34) Dec. 31 Sold the machine for $25,240 cash Dr Cash $25,240 Dr Loss on disposal of machinery $15,393.34 Dr Accum. depn. $72,366.66 Cr Machinery $113,000
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Q: why on ship machinery's are installed forward-aft & not port starboard?
I guess it helps if the axis of the propulsion machine is in line with the propeller shaft so it doesn't need some sort of right angle drive.
Q: Poll : Can you drive big machinery?
The biggest I drove is a boat but only for a few minutes
Q: Why won't the machinery implement an optic pie?
mmmmm pie

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