Cu Non-Tension Compression Joint 1-10 kV According to DIN

Description

For circular stranded copper conductors acc. to DIN 48201 and circular stranded/sector-shaped stranded copper conductors according to DIN VDE 0295.

Material

E-Cu acc. to DIN 40500/2, F25

Surface:

Tin-plated

Cat. No. Conductor
Cross-Section
sq. mm Conductor
Ø mm Die
Code No. Dimensions
mm No. of
Compressions Weight
100 Pcs.
Kg.

D1 L mech hyd

101300891 6 3.2 5 3.6 32 2-2 - 0.5

101300892 10 4.05 6 4.5 32 2-2 - 0.5

101300893 16 5.1 8 5.7 50 2-2 - 1.5

101300894 25 6.3 10 7.0 50.5 2-2 - 1.8

101300895 35 7.5 12 8.2 50.5 2-2 - 2.9

101300896 50 9.0 14 10.0 55 3-3 - 4.2

101300897 70 10.5 16 11.5 55 3-3 - 5.4

101300898 95 12.5 18 13.5 70 4-4 2-2 9.1

101300899 120 14.0 20 15.5 70 4-4 2-2 10.0

101300900 150 15.7 22 17.0 80 5-5 2-2 15.0

101300901 185 17.5 25 19.0 85 5-5 2-2 17.6

101300902 240 20.2 28 21.5 90 - 2-2 23.7

101300903 300 22.5 32 24.5 100 - 2-2 33.0

101300904 400

101300905 500

101300913 625

Cat. No.	Conductor Cross-Section sq. mm	Conductor Ø mm	Die Code No.	Dimensions mm	No. of Compressions	Weight 100 Pcs. Kg.

D1	L	mech	hyd
101300891	6	3.2	5	3.6	32	2-2	-	0.5
101300892	10	4.05	6	4.5	32	2-2	-	0.5
101300893	16	5.1	8	5.7	50	2-2	-	1.5
101300894	25	6.3	10	7.0	50.5	2-2	-	1.8
101300895	35	7.5	12	8.2	50.5	2-2	-	2.9
101300896	50	9.0	14	10.0	55	3-3	-	4.2
101300897	70	10.5	16	11.5	55	3-3	-	5.4
101300898	95	12.5	18	13.5	70	4-4	2-2	9.1
101300899	120	14.0	20	15.5	70	4-4	2-2	10.0
101300900	150	15.7	22	17.0	80	5-5	2-2	15.0
101300901	185	17.5	25	19.0	85	5-5	2-2	17.6
101300902	240	20.2	28	21.5	90	-	2-2	23.7
101300903	300	22.5	32	24.5	100	-	2-2	33.0
101300904	400
101300905	500
101300913	625

User Instructions:

The compression joints are marked with a code number in front of the logo (roughly corresponding to the outer diameter of the compression sleeve). The required compression die is selected in accordance with this code number. For hexagonal compressions made with hand-operated mechanical compression tools, browned dies (black) are to be used for copper, bronze and steel compression joints, whereas aluminium compression joints require electro-galvanized dies (white). For hydraulic compression tools there is no differentiation of dies for different metals. The compression sleeve non-tension and full-tension of aluminium compression joints and of full-tension copper compression joints are prefilled with compression compound which must not be removed before the compression, neither completely nor in part. Any compression compound escaping during the compression should be wiped off.

Assembly Instructions

Clean the conductor or cable ends with a wire brush to remove dirt and oxidation.
Insert conductor or cable ends into the compression sleeve up to the centre.
Before proceeding, make sure that the code number on the compression joint is matched to that on the compression die.
Compression joints are compressed by making the first compression at the centre and working out toward the ends. The number of compressions is marked on the sleeve. It is important to make the specified number of compressions.