Heat Shrink Low Voltage Cable Breakout at Best Price in Ambala

Heat Shrink Low Voltage Cable Breakout

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Product Specifications

Material	Polyolefin
Tensile Strength	12 N/mm2
Elongation	350%
Density	1.05 gm/cm3
Hardness	45 Shore D
Shrink Temp	125oC
Dielectric Strength	12 KV/mm
Features	Strong seal, UV resistant, Weatherproof, Safe, Reliable, Durable, Insulation, Moisture proof

Product Overview

Key Features

We are the prominent organization,
having proper knowledge of the domain and, actively engaged in manufacturing and
supplying an extensive gamut of Heat Shrink
Low Voltage Cable Breakout. The entire range of product is designed using
superior quality material, sourced from the authentic vendor of the market. We
offer this Heat Shrink Low Voltage Cable
Breakoutin different sizes and shapes. It is used in electric power industry for providing
insulation, binding force and sealing over the crutch of multi core cables at
branching point.

Features:

UV resistant
Withstand adverse weather
conditions
Safe to use

Heat Shrink Low Voltage Cable Breakout

Heat Shrink Low Voltage Cable Breakouts provide a strong and permanent environmental seal to the crutch of 2, 3, 4, 5, & 6 core PVC, XLPE Rubber and PILC cables upto 1.1 KV rated voltage.

The breakouts are manufactured form high quality cross linked polyolefin material that offer an exceptional insulation and long term service reliability.

The Breakouts are internally coated with hot melt adhesive. These breakouts when installed in position provide 100% water/moisture proofness to the system.

Technical Specification

Properties	Value	Standard
Physical
Tensile Strength	12 N/mm2 (Mpa) (min.)	ASTM D638
Ultimate Elongation	350% (min)	ASTM D638
Density	1.05+0.2 gm/cm³	ASTM D792
Hardness	45+10 Shore D	ASTM D2240
Water absorption	0.2 (max.)	ASTM D570
Thermal
Accelerated ageing	(120^oC for 500 hrs)	ASTM D2671
Tensile Strength	11 N/mm² (Mpa) (min.)	ASTM D638
Ultimate Elongation	300% (min.)	ASTM D638
Low Temperature Flexibility (-40^oC for 4 hrs.)	No Cracking	ASTM D2671
Heat Shock (250^oC for 30 min.)	No Cracking or flowing	ESI 09-11
Shrink Temperature	125^oC	IEC 216
Continuous Temperature Limit	-40 to +100^oC	IEC 216
Electrical
Dielectric Strength	12 KV/mm. (min)	ASTM D149
Volume Resistivity	1 x 10¹⁴Ohm.cm (min)	ASTM D257
Dielectric constant	5 (max.)	ASTM D150

Selection Chart

All dimension are in mm

Code No.	No. of Core	Ds		d		L		I		Tb	Tc
Code No.		Ds	Df	ds	df	Ls	Lf	Is	If	f+10%	f+10%
LV2PEBB-0308S	2	22	8	10	3	70	85	14	20	2.2	2.0
LV2PEBB-0308*	2	32	8	14	3	70	85	15	20	2.2	2.0
LV2PEBB-0410	2	32	10	14	4	70	85	15	20	2.2	2.0
LV2PEBB-0410A	2	42	11	14	4	65	85	14	20	2.2	2.0
LV2PEBB-0720*	2	60	20	24	7	95	120	25	34	3.0	2.5
LV2PEBB-1565*	2	110	65	45	15	100	140	40	60	2.2	2.0
LV2PEBB-1565A*	2	156	65	50	15	100	140	40	60	2.2	2.0
LV3PEBB-0413	3	37	14	15	4	80	100	15	21	2.2	2.0
LV3PEBB-0820	3	53	20	25	8	160	188	55	62	3.7	2.8
LV3PEBB-1330	3	80	30	36	13	185	215	60	75	3.9	3.1
LV3PEBB-1330A*	3	95	30	39	13	185	215	60	75	3.9	3.1
LV3PEBB-2145	3	110	45	55	20	200	235	70	88	4.3	3.0
LV3PEBB-2145A*		125	45	60	21	190	230	65	90	4.6	3.4
LV3PEBB-2755	3	140	56	70	28	215	250	80	90	4.6	3.4
LV3PEBB-2755A*	3	180	58	70	29	200	250	75	90	4.6	3.4
LV4PEBB-0312*	4	40	12	14	3	80	100	15	25	2.4	1.7
LV4PEBB-0415	4	41	16	14	4	80	100	15	23	2.4	1.7
LV4PEBB-0415A	4	50	17	17	4	75	95	15	23	2.4	1.7
LV4PEBB-0821	4	58	26	21	7	140	170	32	48	3.5	2.5
LV4PEBB-0825	4	70	28	25	8	130	165	32	46	3.5	2.5
LV4PEBB-0925	4	70	30	25	9	155	190	35	48	3.7	2.6
LV4PEBB-1130*	4	80	31	31	10	150	190	32	47	3.7	2.6
LV4PEBB-1334	4	90	42	35	13	170	210	40	52	3.7	2.6
LV4PEBB-1334A*	4	100	44	35	13	170	208	40	51	3.7	2.6
LV4PEBB-2454	4	125	44	40	14	175	208	40	51	3.7	2.6
LV5PEBB-0415*	5	50	16	15	4	85	110	23	33	3.2	2.6
LV5PEBB-0415A*	5	57	17	15	4	75	110	23	33	3.2	2.6
LV5PEBB-0832*	5	80	32	26	8	155	190	55	65	3.3	2.8
LV5PEBB-0832A*	5	100	33	32	8	150	190	50	65	3.3	2.8
LV6PEBB-0737*	6	85	37	23	7	100	140	30	46	3.2	2.6