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|Product Name:||Copper Wire Twisting Machine||Application:||Industrial|
|Twisted Wire Diameter Range:||φ0.075~ φ0.24mm||Stranded Cross-sectional Area:||4.0.0034~ 0.035mm²|
|Spool Specifications:||φ200mm ×31mm×φ135mm||Other Name:||Copper Busbar Punching Machine|
|Strand Lay Length:||0.8~ 4.0mm 14 Class||Advantage:||Eco Friendly|
Industrial Copper Wire Twisting Machine , Copper Busbar Punching Machine
Copper Wire Twisting Machine Merits:
1. Change the lay length: easy to operate, just change the leading wheel according to the lay length sheet
2. Pressing device: equipped with two pressing devices to ensure the roundness of the conductor after twisting, to protect the product characteristics of thin-walled insulation line, effectively reduce the wear and tear of insulating materials.
3. Meter counting way: the latest domestic design, with spindle meters; the same machine twisted with a conductor specifications, meter error in one ten thousandth
Copper Wire Twisting Machine Specification:
|1.Host Motor||2.2KW-4P 380V 50Hz||SIEMENS|
|5.Touch Screen||7 inches RGB||WEINVIEW|
|6.Electromagnetic Brake||6KG||Tai Wan Weizheng|
|7.Magnetic Clutch||0.05KG||Japan OPC|
|8.Spindle Bearings||1SET||SWEDEN SKF|
|Other Bearings||1SET||JAPAN NSK|
|9.Timing Belt||1SET||US GATES|
|10.Cable Laying Device||GP20(Special bi-direction)||SHANXI Tianxiang|
Copper Wire Twisting Machine Spare parts sheet
|4||Spindle guide wheel||Φ46(with 696 ZZ Bearings)||1SET|
|5||Wire guide wheel||Φ34(693AZZ Bearings)||1SET|
|6||Loops in Bow||Bilateral porcelain ring||3pcs|
|7||Split plate porcelain ring||Φ4.0||3pcs|
|12||Spool Top sleeve||Φ200 spool||1SET|
Wire Stranding Machine Mechanical Performance
1. Body structure:
1) Material: low carbon steel welded together.
2) Structure: the body by annealing and aging, to eliminate internal stress, and then boring by a precision boring machine to forming a molding.
2. Bunching Entry part:
1) Bunching Entry position: facing to the front door, at the right side of the machine (can be customization according to customer requirements to change to the left side).
2) Bunching Entry Mode : from the pay-off device through the disconnection sensing area, first to the total sub-line board (sub-hole by 1 +6 +12 + ... distribution), through first pressure mold, then the second Pressure mold, after entering the right spindle within the wire guide wheel. From the aluminum arch with porcelain ring and then into the left spindle within the wire guide wheel, and then through the center corner’s guide wheel to the leading wheel, Final to the aligner’s guide wheel to cable laying (see wire bunching entry pattern diagram)
1) Material: 40Cr steel forging after quenching and tempering treatment.
2) Accuracy: The shaft core outer face diameter and the bearing end face are ground to ensure concentricity and verticality with the axis.
3) Dynamic balance: Standard of G2.5 (0.03 grams of weight difference)
4. Aluminum plate:
1) Material: ZL104
2) Accuracy: All end faces are positioned relative to the locating holes(less than 0.03 grams)
3) Dynamic balance: Accuracy of G2.5 (0.03 grams of weight difference)
5. Spindle housing:
1) Material: ductile iron QT42-10.
2) Processing: CNC machine tooling
3) Accuracy: one processing hole end molding, to ensure concentricity.