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Insulators in doubled hexagonal design with threaded steel inserts (9S 20 K zinc coated)

Technical data
Technical data of the material

The supports described here are made of a glass-fibre reinforced unsaturated polyester resin. The special characteristic is a doubled hexagonal design. So a hexagonal area is fixed at the top as well as at the bottom of the insulator. Therefore it is quick and easy to install or remove the insulators even in confined spaces. This keeps installation costs down to a minimum.

Testing procedure of breaking strength

Part-No.	technical data
	dimensions mm											weight kg/% piece
	D	H	G		SW	T	H1	PS kV	BWS kV	F kN	Z kN	weight kg/% piece
03068 S	30	30	M	6	24	8	9,5	5	0,75	3	6	5,70
03069 S			M	8								5,40
03070 S	30	40	M	6		10	10	5	1,00	4	8	7,30
03071 S	35	30	M	6	30	8	10	5	0,75	4	7	6,50
03072 S			M	8						5	8	6,10
03073 S	40	40	M	8	32	12	10,5	5	1,00	6	11	13,00
03074 S			M	10		11						12,10
03075 S			M	12		10						11,20
03080 S	40	50	M	8	32	12	10,5	10	1,50	5		16,50
13080 S			M	10		15					11	16,50
03081 S			M	12		13				7		13,80
13081 S	40	60	M	8	32	12	11	10	1,50	4		16,90
13082 S			M	10		15					11	17,60
03078 S	50	40	M	10	41	11	13	5	1,00	8		16,50
03079 S			M	12		10				10	13	16,50
13083 S	50	50	M	12	41	13	13,5	10	1,50	8		20,00
03084 S	50	60	M	10		15				6	13	24,10
03085 S			M	12		18				7		24,70
13084 S	60	60	M	12	50	18	18,5	10	1,50	9	15	32,30
13085 S			M	16		17				12	17	32,80

F = Rated load limit on upper support edge
Z = Tensile force
PS = Testing Voltage
BWS = Max. AC operating Voltage

Technical data of the material

Density
Flexural Resistance
Impact Resistance
Impact Value
Long Term/Operational Temperature
Rod Behaviour
Behaviour in a fire
Surface Resistance
Special Throughout Resistance
Dielectric Loss Factor
Deposit Tracking
Water Absorption
Colour

DIN 53479
DIN 53452/ISO R 178
DIN 53455/ISO R 527
DIN 53453/ISO R 179
VDE 0304 Part 21/IEC 216
VDE 0304, Part 3
UL 94
DIN 53482
DIN 53482
DIN 53483
DIN IEC 112/VDE 0303 Part 1
DIN 53495
-

1,75 g/cm³
120 N/mm²
70 N/mm²
45 KJ/m²
+ 130° C
Level BH 2 ≤ 10
Class V-0
10¹³ Ω
10¹⁴ Ω . cm
< 0,02 tan /50 Hz
CT 600
< 50 mg/1 d
Brown

The values in the table have
been determined with our own
standards based on DIN 53451 and combined with the standards for the respective materials for test purposes.

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