Jumper Composite /Polymer Insulator for Transmission Line Wind Deflection Protection

Jumper Composite /Polymer Insulator for Transmission Line Wind Deflection Protection

The composite suspension flanges have the characteristic of zero - value self - breaking.As long as the observation on the ground or in the helicopter, there is no need to mount the pole piece by piece detection, reducing the labor intensity of workers.

Product Introduction

We have a strong team that has gathered many outstanding developers of this era, and injected a thicker connotation into 15kV DS Insulator, Composite Suspension Insulator, 138kV Composite Deadend Insulators . We create an environment that reflects our employees' self-competence, provide a fair and just competition platform for all employees, and respect and meet the path of career growth for all kinds of personnel. Our mission is to be a leader in the global market by providing innovative solutions that meet the changing needs of our customers.

 

AC 1000kV Composite Long Rod Insulator Description

 

details FRP

Composite polymer insulators are important components used on overhead transmission lines.
The 1000 kV long-rod composite insulators produced by Wuhan Line Power are made with a fiberglass reinforced epoxy core rod and HTV silicone rubber housing. The sheds are manufactured by whole injection molding, which helps avoid interface discharge and improves the reliability of the insulator in operation.

The end fittings are hot-dip galvanized to provide good mechanical strength and corrosion resistance during long-term service.

 

AC 1000kV Composite Long Rod Insulator Technical Data

 

Model

Rated
Votage

Specified
Mechanical Load

Structure
Height

Minimum Dry Arc Distance

Minimum
Creepage Distance

Lightning Impulse
Withstand Voltage

Wet Power Frequency
Withstand Voltage

(kV)

(kN)

(mm)

(mm)

(mm)

≥(kV)

≥ (kV)

FXBW-1000/160(180)

1000

160(180)

9500±50

9150

27500

2400

1300

FXBW-1000/210(240) 1000 210(240) 9500±50 9150 27500

2400

1300

FXBW-1000/300 1000 300 9500±50 9115 27500

2400

1300

FXBW-1000/400(420) 1000 400(420) 9500±50 9075 27500

2400

1300

FXBW-1000/530(550) 1000 530(550) 9500±50 8975 27500

2400

1300

FXBW-1000/160(180)-S 1000 160(180) 9800±50 9200 27500

2400

1300

FXBW-1000/210(240)-S 1000 210(240) 9900±50 9200 27500

2400

1300

FXBW-1000/300-S 1000 300 9900±50 9120 27500

2400

1300

FXBW-1000/400(420)-S 1000 400(420) 9900±50 9050 27500

2400

1300

FXBW-1000/530(550)-S

1000

530(550)

10000±50

8950

27500

2400

1300

 

Factory Test (FAT)

 

test FAT

 

Test Standard for long rod polymer type insulators: IEC61109 Suspension and Tension insulator for AC with a nominal voltages greater than 1000V--General definition, test methods, acceptance criteria and enterprise standard.

Sample tests (Selected Randomly)

  • Verification of dimensions(including structure height, arcing distance, creepage distance)
  • Verification of the end fittings
  • Hot-dip galvanized coating test
  • Mechanical load-time test and test of the tightness of the interface between end fittings and insulator housing and 100% SML withstand test, 1 min

Routine tests(each insulator shall be examined)

  • Visual examination
  • Tensile load testport

AC 1000kV Composite Long Rod Type Insulator Application:

2
3

 

Manufacture process

 

product-806-641

 

The production of composite polymer insulators follows standardized workflow:

 
Material Preparation

Silicone rubber compounds and other raw materials are mixed and prepared according to specified formulations.

 
Core Rod & End Fitting Pre-assembly

The fiberglass core rod is cleaned and treated, then assembled with metal end fittings before further processing.

 
Silicone Rubber Injection Molding

The housing and sheds are formed by whole injection molding to achieve a uniform interface and stable insulation performance.

 
Trimping

Excess material is removed and all surfaces are checked to ensure correct shed geometry and appearance.

 
Crimping of End Fittings

End fittings are crimped using controlled equipment to guarantee mechanical strength and long-term reliability.

 
Quality Control & Testing

Both routine inspection and type/sample tests are carried out in accordance with IEC 61109 for composite long-rod insulators.

 
Final Packaging & Delivery

Only products that fully pass inspection are allowed for packing and shipment.

 
Quality Inspection

Final inspection is performed after products are packaged.

Customers are welcome to participate in witness inspection and may randomly select samples from the finished lot for acceptance testing.

Wuhan Line Power will notify the client prior to key production and inspection stages to support any supervision arrangements.

 
Packing & Shipping

Composite polymer insulators are packed based on product dimensions and voltage class:

Carton packaging for regular models

Plywood cases for export protection

Paper tubes for long-rod insulators above 230 kV

All packaging is designed to ensure safe handling, suitable for long-distance transportation and sea shipment.

 

 

Contact now

 

 

We have now probably the most innovative production equipment, experienced and qualified engineers and workers, regarded high quality control systems and also a friendly expert income team pre/after-sales support for Jumper Composite /Polymer Insulator for Transmission Line Wind Deflection Protection. Our company strategy is market-oriented, and we are consistently improving our management level and production capacity. We create advanced business process with high work efficiency through the scientific management mode and the complete internal office system.

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