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4000mt 14.4mm Upward Continuous Casting Machine For Copper 3000mm / Min

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Feature?

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1. High accuracy and low backlash planetary reducer is used to make the freezing time more accurate, thus to increase the crystallzing quality.

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2. The gapless connecting expansion sleeve is used for the traction device, the PLC is used to control the servo motor correctly, and to assure that each order from the PLC is correct and accurate.

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3. The thickness of the furnace is increased, e.g., the furnace for 5000 type is 1.6 meters which is having a better heating preservation effect.

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Main Technology Parameter For Copper Rod Up-casting Machine1

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? | ? 2000MTΦ8mm→Φ14.4mm | ? 2000MTΦ17mm→Φ30mm | ? 3000MTΦ8mm→Φ14.4mm |
Main para-meter | 1 | Model: SYJ0408-I2 | Model: SYJ0417-I2 | Model: SYJ0608-I3 |
2 | Yearly capacity:2000mt | Yearly capacity:2000mt | Yearly capacity:3000mt |
3 | Furnace structure:300type two- body furnace(1melting furnace,1 holding furnace) | Furnace structure:300type two- body furnace(1melting furnace,1 holding furnace) | Furnace structure:300type three- body furnace(2melting furnace,1 holding furnace) |
4 | Casting strands:4 | Casting strands:4 | Casting strands:6 |
5 | Casting rod diameter : Φ8mm→Φ14.4mm | Casting rod diameter : Φ17mm→Φ30mm | Casting rod diameter : Φ8mm→Φ14.4mm |
6 | casting speed:0～3000mm/min | casting speed: 0～1000mm/min | casting speed: 0～3000mm/min |
7 | annual working time:7920h | annual working time:7920h | annual working time:7920h |
8 | Liquid tracking precision:±2mm | Liquid tracking precision:±2mm | Liquid tracking precision:±2mm |
9 | Take-up coil standard: φ700mm×φ1500mm×800mm | Take-up coil standard: φ700mm×φ1500mm×800mm | Take-up coil standard: φ700mm×φ1500mm×800mm |
10 | Copper melting velocity:260kg/h | Copper melting velocity:260kg/h | Copper melting velocity:380kg/h |
11 | Copper melting power consumption:<350kwh/ton | Copper melting power consumption:<350kwh/ton | Copper melting power consumption:<350kwh/ton |
12 | Take-up form: frequency automatic adjust | Take-up form: automatic adjust | Take-up form: frequency automatic adjust |
13 | Take-up plate driven approach: PLC control, frequency adjust,automatic coiling | Take-up plate driven approach: pushed by copper rod,manual adjusting | Take-up plate driven approach: PLC control, frequency adjust,automatic coiling |
14 | Material feeding method:whole piece of electrolytic copper cathode fed by electric hoist | Material feeding method:whole piece of electrolytic copper cathode fed by electric hoist | Material feeding method:whole piece of electrolytic copper cathode fed by electric hoist |
15 | Upward driven approach:driven by the AC servo motor, transmission chain is driven by the gapless synchronous cog blet | Upward driven approach:driven by the AC servo motor, transmission chain is driven by the gapless synchronous cog blet | Upward driven approach:driven by the AC servo motor, transmission chain is driven by the gapless synchronous cog blet |
16 | Rod clamping method:air clamping | Rod clamping method: manual clamping | Rod clamping method:air clamping |
17 | Operation interface:date display,servo motor controlled by touch screen | Operation interface:date display,servo motor controlled by touch screen | Operation interface:date display,servo motor controlled by touch screen |
18 | Total power:150KW AC three-phase 380V | Total power:150KW AC three-phase 380V | Total power:200KW AC three-phase 380V |
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Price | ? | A price: price negotiable AA price: price negotiable (updates price A: 1.change the brand of electrical panel to Siemens,2.stepless automatic temper controlling ) AAA price: price negotiable (updates price A: 1.change the brand of electrical panel to Siemens,2.stepless automatic temper controlling, 3.full-automatic feeding devise) ? | A price: price negotiable AA price: price negotiable (updates price A: 1.change the brand of electrical panel to Siemens,2.stepless automatic temper controlling ) AAA price: price negotiable (updates price A: 1.change the brand of electrical panel to Siemens,2.stepless automatic temper controlling, 3.full-automatic feeding devise) ? | A price: price negotiable AA price: price negotiable (updates price A: 1.change the brand of electrical panel to Siemens,2.stepless automatic temper controlling ) AAA price: price negotiable (updates price A: 1.change the brand of electrical panel to Siemens,2.stepless automatic temper controlling, 3.full-automatic feeding devise) ? |
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Main Technology Parameter For Copper Rod Up-casting Machine2

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? | ? 3000MT Ф17mm→Ф30mm | ? 5000MT Ф8mm→Ф14.4mm | ? 5000MT Ф17mm→Ф30mm |
Main Para-meter | 1 | Model: SYJ0617-I3 | Model: SYJ1008-I3 | Model: :SYJ1017-I3 |
2 | Yearly capacity:3000mt | Yearly capacity:5000mt | Yearly capacity:5000mt |
3 | Furnace structure:300type three- body furnace(2melting furnace,1 holding furnace) | Furnace structure:300type three- body furnace(2melting furnace,1 holding furnace) | Furnace structure:300type three- body furnace(2melting furnace,1 holding furnace) |
4 | Casting strands:6 | Casting strands:10 | Casting strands:10 |
5 | Casting rod diameter : Ф17mm→Ф30mm | Casting rod diameter : Ф8mm→Ф14.4mm | Casting rod diameter : Ф17mm→Ф30mm |
6 | casting speed:0～1000mm/min | casting speed:0～3000mm/min | casting speed:0～1000mm/min |
7 | annual working time:7920h | annual working time:7920h | annual working time:7920h |
8 | Liquid tracking precision:±2mm | Liquid tracking precision:±2mm | Liquid tracking precision:±2mm |
9 | Take-up coil standard: φ700mm×φ1500mm×800mm | Take-up coil standard: φ700mm×φ1500mm×800mm | Take-up coil standard: φ700mm×φ1500mm×800mm |
10 | Copper melting velocity:380kg/h | Copper melting velocity:650kg/h | Copper melting velocity:650kg/h |
11 | Copper melting power consumption:<350kwh/ton | Copper melting power consumption:<350kwh/ton | Copper melting power consumption:<350kwh/ton |
12 | Take-up form: automatic adjust | Take-up form: frequency automatic adjust | Take-up form: automatic adjust |
13 | Take-up plate driven approach: pushed by copper rod,manual adjusting | Take-up plate driven approach: PLC control, frequency adjust,automatic coiling | Take-up plate driven approach: pushed by copper rod,manual adjusting |
14 | Material feeding method:whole piece of electrolytic copper cathode fed by electric hoist | Material feeding method:whole piece of electrolytic copper cathode fed by electric hoist | Material feeding method:whole piece of electrolytic copper cathode fed by electric hoist |
15 | Upward driven approach:driven by the AC servo motor, transmission chain is driven by the gapless synchronous cog blet | Upward driven approach:driven by the AC servo motor, transmission chain is driven by the gapless synchronous cog blet | Upward driven approach:driven by the AC servo motor, transmission chain is driven by the gapless synchronous cog blet |
16 | Rod clamping method:manual clamping | Rod clamping method:air clamping | Rod clamping method: manual clamping |
17 | Operation interface:date display,servo motor controlled by touch screen | Operation interface:date display,servo motor controlled by touch screen | Operation interface:date display,servo motor controlled by touch screen |
18 | Total power:200KW AC three-phase 380V | Total power:240KW AC three-phase 380V | Total power:240KW AC three-phase 380V |
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Price | ? | A price: price negotiable AA price: price negotiable (updates price A: 1.change the brand of electrical panel to Siemens,2.stepless automatic temper controlling ) AAA price: price negotiable (updates price A: 1.change the brand of electrical panel to Siemens,2.stepless automatic temper controlling, 3.full-automatic feeding devise) ? | A price: price negotiable AA price: price negotiable (updates price A: 1.change the brand of electrical panel to Siemens,2.stepless automatic temper controlling ) AAA price: price negotiable (updates price A: 1.change the brand of electrical panel to Siemens,2.stepless automatic temper controlling, 3.full-automatic feeding devise) ? | A price: price negotiable AA price: price negotiable (updates price A: 1.change the brand of electrical panel to Siemens,2.stepless automatic temper controlling ) AAA price: price negotiable (updates price A: 1.change the brand of electrical panel to Siemens,2.stepless automatic temper controlling, 3.full-automatic feeding devise) ? |
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Main Technology Parameter For Copper Rod Up-casting Machine3

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? | ? 8000MTФ8mm→Ф14.4mm | ? 8000MTФ17mm→Ф30mm | ? 10000MTФ8mm→Ф14.4mm |
Main para-meter | 1 | Model :SYJ1608-I3 | Model :SYJ1617-I3 | Model :SYJ2008-I3 |
2 | Yearly capacity:8000mt | Yearly capacity:8000mt | Yearly capacity:10000mt |
3 | Furnace structure:500type three- body furnace(2melting furnace,1 holding furnace) | Furnace structure:500type three- body furnace(2melting furnace,1 holding furnace) | Furnace structure:500type three- body furnace(2melting furnace,1 holding furnace) |
4 | Casting strands :16 | Casting strands :16 | Casting strands :20 |
5 | Casting diameter: Ф8mm→Ф14.4mm | Casting diameter: Ф17mm→Ф30mm | Casting diameter: Ф8mm→Ф14.4mm |
6 | Casting speed:0～3000mm/min | Casting speed :0～1000mm/min | Casting speed:0～3000mm/min |
7 | annual working time:7920h | annual working time:7920h | annual working time:7920h |
8 | Liquid tracking precision:±2mm | Liquid tracking precision:±2mm | Liquid tracking precision:±2mm |
9 | Take-up coil standard: φ700mm×φ1500mm×800mm | Take-up coil standard: φ700mm×φ1500mm×800mm | Take-up coil standard: φ700mm×φ1500mm×800mm |
10 | Copper melting velocity:1020kg/h | Copper melting velocity:1020kg/h | Copper melting velocity:1270kg/h |
11 | Copper melting power consumption:<350kwh/ton | Copper melting power consumption:<350kwh/ton | Copper melting power consumption:<350kwh/ton |
12 | Take-up form: frequency automatic adjust | Take-up form: automatic adjust | Take-up form: frequency automatic adjust |
13 | Take-up plate driven approach: PLC control, frequency adjust,automatic coiling | Take-up plate driven approach: pushed by rod, manual adjusting | Take-up plate driven approach: PLC control, frequency adjust,automatic coiling |
14 | Material feeding method:whole piece of electrolytic copper cathode fed by electric hoist | Material feeding method:whole piece of electrolytic copper cathode fed by electric hoist | Material feeding method:whole piece of electrolytic copper cathode fed by electric hoist |
15 | Upward driven approach:driven by the AC servo motor, transmission chain is driven by the gapless synchronous cog blet | Upward driven approach:driven by the AC servo motor, transmission chain is driven by the gapless synchronous cog blet | Upward driven approach:driven by the AC servo motor, transmission chain is driven by the gapless synchronous cog blet |
16 | Rod clamping method: air clamping | Rod clamping method: manual clamping | Rod clamping method: air clamping |
17 | Operation interface:date display,servo motor controlled by touch screen | Operation interface:date display,servo motor controlled by touch screen | Operation interface:date display,servo motor controlled by touch screen |
18 | Total power:400KW AC three-phase 380V | Total power:400KW AC three-phase 380V | Total power:500KW AC three-phase 380V |
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Price | ? | A price: price negotiable AA price: price negotiable (updates price A: 1.change the brand of electrical panel to Siemens,2.stepless automatic temper controlling ) AAA price: price negotiable (updates price A: 1.change the brand of electrical panel to Siemens,2.stepless automatic temper controlling, 3.full-automatic feeding devise) | A price: price negotiable AA price: price negotiable (updates price A: 1.change the brand of electrical panel to Siemens,2.stepless automatic temper controlling ) AAA price: price negotiable (updates price A: 1.change the brand of electrical panel to Siemens,2.stepless automatic temper controlling, 3.full-automatic feeding devise) | A price: price negotiable AA price: price negotiable (updates price A: 1.change the brand of electrical panel to Siemens,2.stepless automatic temper controlling ) AAA price: price negotiable (updates price A: 1.change the brand of electrical panel to Siemens,2.stepless automatic temper controlling, 3.full-automatic feeding devise) |
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Main Technology Parameter For Copper Rod Up-casting Machine4

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? | ? 10000MTФ17mm→Ф30mm | ? 12000MTФ8mm→Ф14.4mm | ? 12000MTФ17mm→Ф30mm |
Main para-meter | 1 | Model :SYJ2017-I3 | Model :SYJ2408-I3 | Model :SYJ2417-I3 |
2 | Yearly capacity:10000mt | Yearly capacity:12000mt | Yearly capacity:12000mt |
3 | Furnace structure:500type three- body furnace(2melting furnace,1 holding furnace) | Furnace structure:500type three- body furnace(2melting furnace,1 holding furnace) | Furnace structure:500type three- body furnace(2melting furnace,1 holding furnace) |
4 | Casting strands:20 | Casting strands:24 | Casting strands:24 |
5 | Casting diameter: Ф17mm→Ф30mm | Casting diameter: Ф8mm→Ф14.4mm | Casting diameter: Ф17mm→Ф30mm |
6 | Casting speed :0～1000mm/min | Casting speed 0～3000mm/min | Casting speed 0～1000mm/min |
7 | annual working time:7920h | annual working time:7920h | annual working time:7920h |
8 | Liquid tracking precision:±2mm | Liquid tracking precision:±2mm | Liquid tracking precision:±2mm |
9 | Take-up coil standard: φ700mm×φ1500mm×800mm | Take-up coil standard: φ700mm×φ1500mm×800mm | Take-up coil standard: φ700mm×φ1500mm×800mm |
10 | Copper melting velocity:1270kg/h | Copper melting velocity:1520kg/h | Copper melting velocity:1520kg/h |
11 | Copper melting power consumption:<350kwh/ton | Copper melting power consumption:<350kwh/ton | Copper melting power consumption:<350kwh/ton |
12 | Take-up form: automatic adjust | Take-up form: frequency automatic adjust | Take-up form: automatic adjust |
13 | Take-up plate driven approach: pushed by rod ,manual adjusting | Take-up plate driven approach: PLC control, frequency adjust,automatic coiling | Take-up plate driven approach: pushed by rod ,manual adjusting |
14 | Material feeding method:whole piece of electrolytic copper cathode fed by electric hoist | Material feeding method:whole piece of electrolytic copper cathode fed by electric hoist | Material feeding method:whole piece of electrolytic copper cathode fed by electric hoist |
15 | Upward driven approach:driven by the AC servo motor, transmission chain is driven by the gapless synchronous cog blet | Upward driven approach:driven by the AC servo motor, transmission chain is driven by the gapless synchronous cog blet | Upward driven approach:driven by the AC servo motor, transmission chain is driven by the gapless synchronous cog blet |
16 | Rod clamping method: manual clamping | Rod clamping method: air clamping | Rod clamping method: manual clamping |
17 | Operation interface:date display,servo motor controlled by touch screen | Operation interface:date display,servo motor controlled by touch screen | Operation interface:date display,servo motor controlled by touch screen |
18 | Total power:500KW AC three-phase 380V | Total power:600KW AC three-phase 380V | Total power:600KW AC three-phase 380V |
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price | ? | A price: price negotiable AA price: price negotiable (updates price A: 1.change the brand of electrical panel to Siemens,2.stepless automatic temper controlling ) AAA price: price negotiable (updates price A: 1.change the brand of electrical panel to Siemens,2.stepless automatic temper controlling, 3.full-automatic feeding devise) ? | A price: price negotiable AA price: price negotiable (updates price A: 1.change the brand of electrical panel to Siemens,2.stepless automatic temper controlling ) AAA price: price negotiable (updates price A: 1.change the brand of electrical panel to Siemens,2.stepless automatic temper controlling, 3.full-automatic feeding devise) | A price: price negotiable AA price: price negotiable (updates price A: 1.change the brand of electrical panel to Siemens,2.stepless automatic temper controlling ) AAA price: price negotiable (updates price A: 1.change the brand of electrical panel to Siemens,2.stepless automatic temper controlling, 3.full-automatic feeding devise) |
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2. technical process

Put copper cathode over the furnace by the lifting system for baking→Adjust the feeding speed according to the casting speed. Feed the copper cathode into the melting furnace for melting (charcoal to be used for avoiding oxidization) → copper liquid flows into the transition part (charcoal is still needed to avoid oxidization) → Copper liquid flows into the holding furnace → Copper liquid flows into the crystallizer to be copper rods → copper rods enter into traction device for upward movement → Go through the output frame →copper rods go through the distribution frame (to separate each rod) → copper rods go through the tension frame ( to control the take-up speed) → copper rods go through the take-up machine,for coiling → Next process

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