High and Low Voltage Dry Type Transformer Winding Machine

Price:
Negotiable
minimum:
Total supply:
Delivery term:
The date of payment from buyers deliver within days
seat:
Jiangsu
Validity to:
Long-term effective
Last update:
2024-11-17 18:26
Browse the number:
370

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Company Profile

Suzhou Shuangqing Electronic Machinery Co., Ltd.

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Contact: shuangqing(Mr.)

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Area: Jiangsu

Address: Jiangsu

Website: http://www.sqwindingmachine.com/ http://shuangqing.qndsqh.com/

Product details

Main technical parameters of high and low voltage dry-type transformer winding machine
Product Model	SQ-S088H
Winding Diameter	≥600
Cable Width	≥600
Cable Arrangement Accuracy	0.01mm
Spindle Speed	1-200rpm
Spindle Center Height	350mm
Applicable Wire Diameter	Flat copper wire：thickness 1-5mm width 1-15mm	Round copper wire：Single root≤5 mm Double Line≤3mm
Cable Motor	Cable servo 0.75KW Pinch roller servo 0.75KW Insulation wound servo 0.75KW
Spindle Motor	frequency conversion 4.7KW+1:10
Supply Voltage	220VAC 50HZ 380VAC 50HZ
Machine Power	7.2KW
Supporting Wire Rack	Adjustable dual axis (Inner hole of wire drum≤40mm)
Dimensions	1650 X 1000 X 1700mm
Equipment Weight	760KG

High and low voltage dry-type transformer winding machine is a special equipment used to wind transformer coils, reactor coils, electromagnetic coils, and the following is its related information:

Main structure

- Pay-off mechanism：

It is used to place and release the wire to ensure that the wire can be smoothly supplied to the winding position. The wire release mechanism usually has a tension adjustment function, which can adjust the wire tension according to different winding requirements.

- Winding spindle：

It is the core component of the winding machine. It is driven by the motor to rotate, driving the iron core or mold to rotate to achieve the winding of the wire. The speed and direction of the winding spindle need to be precisely controlled to meet the winding requirements of coils of different specifications.

- Cable arrangement：

Responsible for arranging the wires evenly on the core or mold to ensure the number of turns and arrangement accuracy of the coil. The movement of the wire arrangement mechanism is usually driven by a motor or cylinder, and precise linear motion is achieved through transmission components such as screws and guide rails.

- Control System：

It is the brain of the winding machine and is used for PLC to control the coordinated operation of various components. The PLC control system can automatically control the speed of the winding spindle, the movement of the wire arrangement mechanism, and the tension of the wire according to the preset program and parameters to achieve automated winding operation.

Product Details

Classification by winding method

- Close winding machine：

This winding machine can wind the wires closely together without layering or crossing between the wires. It is suitable for winding dry-type transformer coils with high requirements on the number of coil turns and limited space.

- Evenly wound winding machine：

The distances between the wound wires are roughly equal, and the entire winding area can be wound. It is often used for coils with high requirements for coil uniformity.

- Parallel winding machine：

Two or more wires can be wound in parallel on the same set of coils at the same time, each parallel and not cross-over. It is suitable for special coil products that require multiple strands of wire to be wound at the same time.

FAQ

Q: Are you a manufacturer or a trading company?

A: We are a manufacturer, source manufacturer.

Q: What is the delivery period of the product?

A: Standard equipment delivery time is 15 days, non-standard equipment customization is 30 days.

Q: What wire diameter can the device wind?

A: It depends on your product. Please leave your contact information and we will arrange customer service to contact you.

Q: What determines the winding accuracy of the winding machine?

A: The winding accuracy mainly depends on the mechanical structure accuracy of the equipment. For example, the accuracy of the wire arrangement mechanism will affect the neatness of the wire arrangement. At the same time, the accuracy of the control system is also critical. Advanced control systems can accurately control the rotation angle and speed of the motor to ensure winding accuracy.

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