Copper Lugs

Cabrical’s Copper Lugs are made from 99.9%+ cu high conductivity annealed copper which gives the best electrical properties possible.  They are capable of withstanding a continuous operating temperature of 155°C, which is well above the temperature properties of most lugs.  The lugs have a viewing window to check conductor location from 1.5mm² to 185mm².  From 240mm² up the lugs have no window, because they are generally used outdoors.

Cabrical Code	Nominal Conductor	ID Size	Stud	Dimensions (MM)
				A	B	D	E
CL13	1.5	1.8	3	16	8	9	5
CL14	1.5	1.8	4	16	8	9	5
CL15	1.5	1.8	5	16	8	9	5
CL16	1.5	1.8	6	16	10	9	5
CL23	2.5	2.4	3	20	8	11	7
CL24	2.5	2.4	4	20	8	11	7
CL25	2.5	2.4	5	20	10	11	7
CL26	2.5	2.4	6	20	10	11	7
CL28	2.5	2.4	8	25	12	15	8
CL43	4	3.1	3	20	10	11	7
CL44	4	3.1	4	20	10	11	7
CL45	4	3.1	5	20	10	11	7
CL46	4	3.1	6	20	10	11	7
CL48	4	3.1	8	27	13	17	8
CL410	4	3.1	10	32	13	19	11
CL64	6	3.4	4	23	10	11	9
CL65	6	3.4	5	23	10	11	9
CL66	6	3.4	6	27	12	15	9
CL68	6	3.4	8	27	12	15	9
CL610	6	3.4	10	35	15	20	11
CL105	10	4.5	5	25	12	13	9
CL106	10	4.5	6	25	12	13	9
CL108	10	4.5	8	27	12	15	9
CL1010	10	4.5	10	33	15	19	11
CL1012	10	4.5	12	35	19	20	12
CL165	16	5.5	5	30	12	14	12
CL166	16	5.5	6	30	12	14	12
CL168	16	5.5	8	30	12	14	12
CL1610	16	5.5	10	36	15	20	12
CL1612	16	5.5	12	41	18	25	12
CL1616	16	5.5	16	43	24	27	12
CL256	25	6.9	6	30	13	14	12
CL258	25	6.9	8	30	13	14	12
CL2510	25	6.9	10	37	18	21	12
CL2512	25	6.9	12	40	18	21	12
CL2516	25	6.9	16	46	24	27	15
CL356	35	8.2	6	35	15	18	12
CL358	35	8.2	8	35	15	18	12
CL3510	35	8.2	10	38	18	21	12
CL3512	35	8.2	12	38	18	21	12
CL3516	35	8.2	16	51	24	30	16
CL506	50	10	6	43	18	21	16
CL508	50	10	8	43	18	21	16
CL5012	50	10	12	43	20	21	16
CL5014	50	10	14	43	26	21	16
CL5016	50	10	16	52	26	30	16
CL5020	50	10	20	52	26	30	16
CL708	70	11.7	8	50	21	25	18
CL7010	70	11.7	10	50	21	25	18
CL7012	70	11.7	12	50	21	25	18
CL7016	70	11.7	16	50	28	32	18
CL7020	70	11.7	20	59	30	34	18
CL958	95	13.5	8	55	25	26	20
CL9510	95	13.5	10	55	25	26	20
CL9512	95	13.5	12	55	25	26	20
CL9516	95	13.5	16	64	28	32	23
CL9520	95	13.5	20	66	30	36	23
CL1208	120	15.5	8	60	28	28	22
CL12010	120	15.5	10	60	28	28	22
CL12012	120	15.5	12	60	28	28	22
CL12016	120	15.5	16	64	32	32	22
CL12020	120	15.5	20	68	32	36	22
CL1508	150	17	8	69	30	32	26
CL15010	150	17	10	69	30	32	26
CL15012	150	17	12	69	30	32	26
CL15016	150	17	16	69	30	32	26
CL15020	150	17	20	73	32	36	26
CL18510	185	18.5	10	78	34	34	32
CL18512	185	18.5	12	78	34	34	32
CL18516	185	18.5	16	78	34	34	32
CL18520	185	18.5	20	92	36	32	29
CL24010	240	21.5	10	92	38	40	38
CL24012	240	21.5	12	92	38	40	38
CL24016	240	21.5	16	92	38	40	38
CL24020	240	21.5	20	89	40	42	33
CL30010	300	24.5	10	101	43	44	42
CL30012	300	24.5	12	101	43	44	42
CL30016	300	24.5	16	101	43	44	42
CL30020	300	24.5	20	101	45	45	35
CL400	400	28.5	Blank	114	50	52	44
CL500	500	31.5	Blank	124	56	56	48
CL630	630	35	Blank	144	65	66	56

Technical Data:

Conformant Standards: SANS lEC 1238-1: 1993
Copper: 99.95% pure
Oxygen Content: 30 ppm Max
Tensile Strength: 200 MPa
Ductile Rating: 40%
Final Metal State: Fully Annealed
Operating Temperature: -55°C to 155°C due to Oxygen-Free Copper
Electroplating Material:
Tin: 99.9% pure
Other Metals: Lead and Antimony
Thickness: 4 Microns
General Electrical Properties:
Total Conductivity: 99.7% IACS
Total Resistivity: 1.738 Micro-Ohm CM