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Composite Cross Arm High Voltage Insulator

Composite cross arm insulators can effectively use narrow corridors to open voltage and transmit power. They are suitable for urban network technical transformation, can reduce the height of poles and towers, and can save a lot of manpower, material resources and money.

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Product Description

Their high bending strength can prevent porcelain cross arms from easily The porcelain cross arm handle is an irreplaceable product in the event of grade connection fracture accidents; it is small in size, light in weight, and has strong earthquake and impact resistance, requiring workers to clean it to provide guarantee for safe operation.

Technical Parameters

Specifications and models	Rated voltage kV	Rated bending load kN	Structure height (mm)	Minimum arc distance H1 (mm)	Minimum nominal creepage distance (mm)	Lightning full-wave impulse withstand voltage kV	Power frequency wet withstand voltage 1min kV	Installation dimensions
Specifications and models	Rated voltage kV	Rated bending load kN	Structure height (mm)	Minimum arc distance H1 (mm)	Minimum nominal creepage distance (mm)	Lightning full-wave impulse withstand voltage kV	Power frequency wet withstand voltage 1min kV	Mounting holes	Stable hole	Hole center distance
FS-10/2.5	10	2.5	290±15	190	355	95	60	Φ18	Φ8	40
FS-10/5	10	5	290±15	175	355	95	60	Φ18	Φ8	40
FS-20/8	20	8	475±15	328	860	170	70	Φ22	Φ11	40
FS-35/5	35	5	635±15	455	1280	230	95	Φ22	Φ11	40
FS-35/5	35	5	635±15	455	1280	230	95	Φ22	Φ11	40
FS-35/10	35	10	605±15	440	1380	230	95	Φ22	Φ11	40
FS-66/5	66	5	830±15	664	2110	410	185	Φ22	Φ11	40
FS-66/5	66	5	815±15	664	2110	410	185	Φ22	Φ11	40
FS-110/10	110	10	1270±30	1050	3150	550	230	Φ25	Φ25	40(45)
FS-110/10	110	10	1270±30	1050	3150	550	230	Φ22	Φ11	40(45)
FS-110/10	110	10	1270±30	1050	3150	550	230	Φ24	Φ14	40(45)
FS-220/6	220	6	2250±30	200	6400	1050	395	Φ22	Φ22	52

Feature comparison

For steel tube towers used along urban roads, composite cross arm insulators can effectively reduce the tower arm spacing and extension distance, reduce the tower height, and increase safety and storm resistance. Installation method A: The composite cross arm insulator is installed slightly upward, and the suspension clamp is directly suspended, which can minimize the swing range of the line and reduce the transmission space.

Composite suspension insulators are installed vertically. Because the wires are swayed by wind, a longer arm is required.

When composite suspension insulators are installed vertically, the distance between the upper and lower tower arms needs to be greater than the sum of the length of the suspension insulator and the safety distance, which increases the tower height and the stress on the tower. Installation method B: Cable-stayed composite suspension insulator can increase the bending resistance of the cross arm.