Automated Production Line for Transformer Heat Sink Fins

Product Details
Customization: Available
Transmission Mode: Rigid
Drawcard: Non Flow Production Line
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  • Automated Production Line for Transformer Heat Sink Fins
  • Automated Production Line for Transformer Heat Sink Fins
  • Automated Production Line for Transformer Heat Sink Fins
  • Automated Production Line for Transformer Heat Sink Fins
  • Automated Production Line for Transformer Heat Sink Fins
  • Automated Production Line for Transformer Heat Sink Fins
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Basic Info.

Automatic Production Lin
Comprehensive
Production Line Scope
Product Line
Flexible Production Mode
Intelligent Manufacturing
Degree of Automation
Other
Transport Package
Wooden Box
Specification
1500 KG
Trademark
TRINTFAR
Origin
China
Production Capacity
500

Packaging & Delivery

Package Size
50.00cm * 50.00cm * 50.00cm
Package Gross Weight
1500.000kg

Product Description

Workflow

Automated Production Line for Transformer Heat Sink Fins
Work flow:Decoiling→roll forming→ hydraulic press→ turn over → multiple spot welding→ side seam welding → head welding → side shearing → head cutting → end product → automatic panel stacking machine

Automated Production Line for Transformer Heat Sink Fins
 
NO Name Quantity Notes
1 Capacity configuration 75 pieces/hour  Based on 2-meter-long products
2 Operators  1 person One person is responsible for line inspection and maintenance, material supply to the line, and material rack replacement
3 Equipment area   65 meters long * 6.5 meters wide * 2 meters high
4 Equipment power distribution   Power supply Voltage 415 V +/- 10%, 330KVA

Product Legend
Automated Production Line for Transformer Heat Sink Fins
NO Name Notes
1 Workpiece material Cold rolled plate
2 Workpiece thickness 1mm+1mm thickness 1.2mm+1.2mm thickness
3 Product length 650-4000 mm
4 Product width 520 mm & 380mm
5 Operation height 1m
6 Production capacity 75 pieces/hour (2m long plate)
7 Horizontal point spacing Minimum 75mm Maximum 88mm
8 Vertical point spacing 40 - 100 mm
9 Reserved trimming width 5mm
10 Shoulder angle 8°, oblique shoulder without rounded corners
11 Manifold diameter Φ89mm
 

Schematic diagram of the roll forming machine structure
 
Automated Production Line for Transformer Heat Sink Fins Rolling forming station
1.  Rolling speed: 6-14 m/min
2.  Adjustable rolling pressure
3.  End punch: 315-ton hydraulic press
4.  Rotary encoder and servo drive system control the length and size accuracy of the radiator fins
5.  Equipped with a leveling mechanism to ensure the flatness of a single piece
6.  The unrolled material is placed on the unloading rack (with a load capacity of 5 tons)
through the loading trolley and rolled into sheets.

 

Schematic diagram of the flip laminating machine structure
 
Flipping and joining station
1.    Conveying speed: 5~15M/min;
2.    Realize 180° flipping of radiator fins;
3.    The flipping device is composed of rotating rack, flipping rack, transmission system, flipping device, pushing device and other components.
4.    When the first sheet reaches the predetermined position, the flipping device flips it to the conveying rack on the other side.    Then when the second sheet reaches the preset position, the pushing device works and pushes it onto the first sheet, and the joining is completed.
Automated Production Line for Transformer Heat Sink Fins

Schematic diagram of double-head pre-spot welding machine
 
Automated Production Line for Transformer Heat Sink Fins Double-head pre-spot welding station
1.   Two sets of spot welding pressure devices;
2.   Power 60KVA;
3.   After the flipping and assembly is completed, the pre- spot welding machine is used to fix and align the two workpieces to ensure the use of multi-spot welding.
4.   Pneumatic components: AirTac, SMC;
5.   Transmission motor: Wanxin.
6.   PLC: Mitsubishi;
7.   Touch screen: Weiluntong;
8.   Electrical components: Schneider.
 

Schematic diagram of gantry multi-spot welding machine
Gantry multi-spot welding station
1.12 sets of spot welding pressure devices;
2. Double-head welding head, 6 points per row;
3.  Number of AC power supplies: 12 sets;
4. Power: 12*50KVA;
5. Double-row welding to improve efficiency;
6. Pneumatic components: AirTac, SMC;
7. Transmission motor: Wanxin. 8. PLC: Mitsubishi;  Touch screen: Weiluntong;
9. Electrical components: Schneider.
Automated Production Line for Transformer Heat Sink Fins

Schematic diagram of double seam welding machine
 
Automated Production Line for Transformer Heat Sink Fins Double-sided seam welding
machine welding station
1.  Two sets of seam welding machines are arranged symmetrically on both sides;
2.  4 sets of seam welding pressure heads;
3.  Number of variable frequency welding power supplies: 2 sets;
4.  Power: 2*160KVA;
5.  Maximum pressure: 12000N;
6.  Differential transmission mechanism is adopted;
7.  Seam welding speed: 0-2.8m/min;
8.  Pneumatic components: AirTac, SMC;
9.  Transmission motor: Wanxin. 10.  PLC: Mitsubishi;  Touch screen: Weiluntong;
11.  Electrical components: Schneider;
12.  Linear rail: Hiwin.
 

Short side seam welding machine
Short side seam welder welding station -2 sets
1.  Each set of seam welding pressure head;
3.  Number of single inverter welding power supply: 1 set;
4.  Single equipment power :200KVA;
5.  Maximum pressure: 12000N;
6.  Use differential transmission mechanism;
7.  Seam welding speed: 0- 2m/min;
Automated Production Line for Transformer Heat Sink Fins
 

Schematic diagram of rolling shear leveling machine
Automated Production Line for Transformer Heat Sink Fins Rolling shearing and leveling station
1.   It is composed of machine box, drive device, shearing device, edge crushing mechanism, leveling mechanism, electronic control system, pneumatic system, etc.;
2.   The rolling shear disc is used to cut the two sides.   The cutter disc material is alloy tool steel, which is impact-resistant, wear-resistant and has a long service life;
3.   The width spacing on both sides of the rolling shear is adjustable and locked firmly;
4.   The edge material after rolling shearing is chopped by the rolling cutter wheel;
5.   The product after rolling shearing is straightened by the leveling wheel;
6 Rolling shearing speed 2-6m/min;
7.   Driving power: 4KW.


Schematic diagram of end punching machine
End punching station
1.   It is composed of a base, a lifting mechanism, a punching frame, a punching die, a punching cylinder, a lifting cylinder and a hydraulic station;
2.   It is used for shearing of loose ends to ensure the alignment and consistency of the edges;
3.   The punching die is designed with a beveled edge to reduce the punching force;
4.   Punching machine pressure:160T.
Automated Production Line for Transformer Heat Sink Fins
 

Schematic diagram of finished product palletizer
Automated Production Line for Transformer Heat Sink Fins Palletizing station
1.  Storage quantity of a single palletizing rack: 40 pieces;
2.  Pallet spacing: 45mm;
3.  Grabbing method: When the material flows in, the cylinder clamps, and the gripper turns 90 degrees to put the material on the palletizing rack;
4.  Working method of the material cart: It uses servo stepping movement, and moves to the next material placement position after putting one piece, until the entire rack is full, and then the material cart is replaced manually;
 

Equipment Configuration List
NO Name model qty Unit Remark
1 Automatic winding machine FJJ-0-0 1 Set  
2 Roll forming shears CXJ-0-0 1 Set  
3 Flip closing machine FZJ-0-0 1 Set  
4 Double head pre-spot welder DN60-2C 1 Unit  
5 Gantry 12 head spot welding machine LM-12C 1 Unit  
6 Long side seam welder 2*FVM160 1 Unit  
7 Short edge seam welder 2*FVM160 1 Unit  
8 Roll flattening machine JPJ-0-0 1 Unit  
9 End punching machine CQJ-0-0 1 Unit  
10 Finished product palletizer MDJ-0-0 1 Unit  
11 Conveyor rack SSJ-0-0 11 Set  
 
Specification
BVM-170KVA
parameters
Input voltage
380±10% (three-phase) 50HZ
Input power
2x250KVA
Secondary Voltage
11.3V
Maximum short circuit current
50KA
Insulation resistance
Input power to the fuselage insulation resistance ≥ 2.5MΩ
Working environment
temperature≤40ºC, humidity≤90%
Cylinder model
Φ160*80
Maximum working pressure
12000N
Air source pressure
0.6MPa
Water source pressure
0.15MPa~0.30MPa
Water flow
30L/min
Welding wheel diameter
280mm
Company Profile
Automated Production Line for Transformer Heat Sink FinsAutomated Production Line for Transformer Heat Sink FinsAutomated Production Line for Transformer Heat Sink FinsAutomated Production Line for Transformer Heat Sink FinsAutomated Production Line for Transformer Heat Sink FinsAutomated Production Line for Transformer Heat Sink Fins

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