VP RP BP GP HALOGEN FREE INSULATED TERMINALS. P range funnel entry OPERATING TEMPERATURE UP TO 115 C

Transcription

1 VP RP P GP HAOGEN FREE INSUATED TERMINAS P range funnel entry OPERATING TEMPERATURE UP TO 115 C The P range of terminals has been designed, to meet the increasing demands for improved safety and reliability of electrical connectors. The polycarbonate insulation, is a halogen free, self extinguishing (V = 0, as per U Specification for flaability) thermoplastic material. The unique funnel shaped entry of the insulation sleeve, guarantees total insertion of the conductor strands into the terminal barrel, creating a secure and reliable, electrical and mechanical connection. The maximum operating temperature is 115 C (Surge 130 C) Recoended installation are shown on pages pin terminals blade terminals P P RP-P 8 4,0 1,7 7,8 17, /100 RP-P 10 4,0 1,8 9,8 19, /100 0,2 0,5 (24 20) VP-PP 12/19 3,0 1,9 12,4 22, /100 RP-P 12 4,0 1,8 12,0 22,1 3. P-P 8 4,9 1,7 7,8 17, /100 P-P 10 4,9 1,8 9,8 19, /100 P-P 12 4,9 1,8 11,8 21, /100 GP-P 10 6,6 2,2 10,4 24,5 1. RP-PP 12 4,0 3,0 12,8 22,9 3. RP-PP 12/1 4,0 3,0 11,3 21,4 3. RP-PP 12/19 4,0 1,9 13,2 23,3 3. RP-PP 12/23 4,0 2,3 13,2 23,3 3. RP-PP 14 4,0 3,0 14,8 24,9 3. RP-PP 16/23 4,0 2,3 17,2 27,3 3. P-PP 12 4,9 3,5 12,8 22,9 2. P-PP 12/25 4,9 2,5 13,3 23,4 2. P-PP 12/29 4,9 2,9 13,3 23,4 2. P-PP 16/25 4,9 2,5 17,2 27,3 2. GP-P 12 6,6 2,2 12,6 26,7 1. GP-PP 12 6,6 4,0 13,3 27,4 GP-P 14 6,6 2,2 14,6 28,7 1. *GP-PP 17 6,6 2,9 19,1 33,2 4 *Available on request

2 HAOGEN FREE INSUATED TERMINAS P range funnel entry VP RP P GP ring terminals fork/spade terminals 0,2 0,5 (24 20) M 2 * VP-M 2 3,0 5,6 4,5 2,8 17,5 2, /100 3 VP-M 3 3,0 5,6 4,5 2,8 17,5 3, /100 3,5 VP-M 3,5 3,0 5,6 4,5 2,8 17,5 3, /100 4 VP-M 4 3,0 7,0 6,5 3,5 20,2 4, /100 5 VP-M 5 3,0 7,8 7,1 3,9 21,2 5, /100 6 * VP-M 6 3,0 9,4 8,1 4,7 23,0 6, /100 2 * RP-M 2 4,0 5,6 4,5 2,8 17,4 2, RP-M 3 4,0 5,6 4,5 2,8 17,4 3,2 3. 3,5 RP-M 3,5 4,0 5,6 4,5 2,8 17,4 3,7 3. 3,5 RP-M 3,5/1 4,0 6,2 7,1 3,1 20,2 3, RP-M 4 4,0 7,0 6,5 3,5 20,1 4, RP-M 4/3 4,0 7,8 7,1 3,9 21,1 4, RP-M 5 4,0 7,8 7,1 3,9 21,1 5, RP-M 6 4,0 9,4 8,1 4,7 22,9 6, /100 6 RP-M 6/1 4,0 12,0 10,3 6,0 26,4 6, /100 7 RP-M 7 4,0 9,4 8,1 4,7 22,9 7, RP-M 8 4,0 12,0 10,3 6,0 26,4 8, RP-M 10 4,0 15,5 13,0 7,7 30,9 10,5 / RP-M 12 4,0 18,0 15,5 9,0 34,6 13,0 /100 2 * P-M 2 4,9 5,6 5,0 2,8 17,9 2, /100 3 P-M 3 4,9 5,6 5,0 2,8 17,9 3, /100 3,5 P-M 3,5 4,9 5,6 5,0 2,8 17,9 3, /100 3,5 P-M 3,5/1 4,9 6,2 6,5 3,1 19,7 3, /100 4 P-M 4 4,9 8,0 6,5 4,0 20,6 4, /100 5 P-M 5 4,9 8,0 7,5 4,0 21,6 5, /100 6 P-M 6 4,9 9,4 8,6 4,7 23,4 6, P-M 6/1 4,9 12,0 10,3 6,0 26,4 6, * P-M 6/2 4,9 8,4 5,4 4,2 19,7 6, P-M 7 4,9 10,0 7,8 5,0 22,9 7, P-M 8 4,9 12,0 10,3 6,0 26,4 8,4 / P-M 10 4,9 15,5 13,0 7,7 30,9 10, P-M 12 4,9 18,0 15,5 9,0 34,6 13, GP-M 3 6,6 8,0 8,1 4,0 26,2 3,2 1. 3,5 GP-M 3,5 6,6 8,0 8,1 4,0 26,2 3, GP-M 4 6,6 9,0 8,1 4,5 26,7 4, GP-M 5 6,6 9,0 8,1 4,5 26,7 5,3 6 GP-M 6 6,6 11,0 11,1 5,5 30,7 6,4 6 GP-M 6/1 6,6 11,0 8,1 5,5 27,7 6,4 7 GP-M 7 6,6 11,0 11,1 5,5 30,7 7,2 8 GP-M 8 6,6 13,6 12,1 6,8 33,0 8,4 8 GP-M 8/1 6,6 11,0 8,1 5,5 27,7 8,4 10 GP-M 10 6,6 13,6 12,1 6,8 33,0 10,5 10 GP-M 10/1 6,6 15,5 13,8 7,7 35,7 10,5 12 GP-M 12 6,6 19,0 15,1 9,5 38,7 13,0 14 GP-M 14 6,6 21,0 16,1 10,5 40,7 15,0 16 GP-M 16 6,6 24,0 17,1 12,0 43,2 17,0 N d 0,2 0,5 (24 20) M 3 VP-U 3 3,0 5,5 5,5 4,0 18,7 3, /100 3,5 VP-U 3,5 3,0 6,0 6,5 3,8 19,5 3, /100 4 VP-U 4 3,0 6,5 7,5 3,7 20,4 4, /100 3 RP-U 3 4,0 5,5 5,5 4,0 19,6 3, /100 3,5 RP-U 3,5 4,0 6,0 6,5 3,8 20,4 3, /100 3,5 RP-U 3,5/2 4,0 6,4 6,5 3,8 20,4 3, RP-U 4 4,0 6,5 7,5 3,7 21,3 4, RP-U 4/1 4,0 8,5 7,5 3,7 21,3 4, RP-U 4/2 4,0 7,5 7,5 3,7 21,3 4, RP-U 5 4,0 8,5 7,5 3,7 21,3 5, * RP-U 5/1 4,0 9,4 7,5 3,7 21,3 5, RP-U 6 4,0 9,4 8,1 4,7 22,9 6, RP-U 6/1 4,0 12,0 9,2 7,1 26,4 6, RP-U 8 4,0 14,0 10,0 6,3 26,4 8, RP-U 10 4,0 17,5 13,0 7,7 30,9 10,5 / RP-U 12 4,0 20,0 15,5 9,0 34,6 13, P-U 3 4,9 5,5 5,5 4,0 19,6 3, /100 3,5 P-U 3,5 4,9 6,4 6,5 3,8 20,4 3, /100 3,5 P-U 3,5/1 4,9 7,2 6,5 3,8 20,4 3, /100 4 P-U 4 4,9 6,5 7,5 3,7 21,3 4, /100 4 P-U 4/1 4,9 8,5 7,5 3,7 21,3 4, /100 4 P-U 4/2 4,9 7,5 7,5 3,7 21,3 4, /100 5 P-U 5 4,9 8,5 7,5 3,7 21,3 5, /100 6 P-U 6 4,9 9,4 8,1 4,7 22,9 6, P-U 6/1 4,9 12,0 9,2 7,1 26,4 6, P-U 8 4,9 14,0 10,0 6,3 26,4 8,4 / P-U 10 4,9 17,5 13,0 7,7 30,9 10,5 / P-U 12 4,9 20,0 15,5 9,0 34,6 13,0 1. 3,5 GP-U 3,5 6,6 7,5 8,5 3,9 26,5 3, GP-U 4 6,6 7,5 8,0 4,4 26,5 4, GP-U 5 6,6 9,5 8,0 4,4 26,5 5, GP-U 6 6,6 10,0 11,0 5,5 30,6 6,4 8 GP-U 8 6,6 15,0 12,0 8,0 34,1 8,4 10 GP-U 10 6,6 15,5 13,0 8,0 35,1 10,5 10 GP-U 10/1 6,6 17,5 13,8 7,7 35,7 10,5 12 GP-U 12 6,6 21,0 15,1 9,5 38,7 13,0 14 GP-U 14 6,6 23,0 16,1 10,5 40,7 15,0 16 GP-U 16 6,6 26,0 17,1 11,5 42,7 17,0 N d *Available on request 5

3 CRP CP CGP INSUATED CHAIN TERMINAS CP range with easy entry OPERATING TEMPERATURE UP TO 115 C The CP range of terminals has been designed to meet the increasing demands for improved safety and reliability of electrical connectors. Developed for use with production machinery, to give a quick and reliable crimped joint. The polycarbonate insulation, is a halogen free, self extinguishing (V = 0, as per U Specification for flaability) thermoplastic material. The unique funnel shaped entry of the insulation sleeve, guarantees total insertion of the conductor strands into the terminal barrel, creating a secure and reliable, electrical and mechanical connection. The maximum operating temperature is 115 C (Surge 130 C). Pin terminals blade terminal CRP-P 8 4,0 1,8 8,0 17,9 CRP-P 10 4,0 1,8 10,0 19,9 CRP-P 12 4,0 1,8 12,0 22,1 CP-P 8 4,9 1,8 8,0 17,9 CP-P 10 4,9 1,8 10,0 19,9 CP-P 12 4,9 1,8 12,0 21,9 CGP-P 10 6,6 2,2 10,0 24,5 CGP-P 12 6,6 2,2 12,0 26,7 CGP-P 14 6,6 2,2 14,0 28,7 P CRP-PP 12 4,0 3,0 12,8 22,9 * CRP-PP 12/1 4,0 3,0 11,3 21,4 * CRP-PP 12/23 4,0 2,3 13,2 23,3 CRP-PP 14 4,0 3,0 14,8 24,9 CP-PP 12 4,9 3,5 12,8 22,9 * CP-PP 12/25 4,9 2,5 13,3 23,4 CGP-PP 12 6,6 4,0 13,3 27,4 * CGP-PP 17 6,6 2,9 19,1 33,2 male disconnect terminals female disconnect terminals female disconnect terminals fully insulated P Tab CRP-M 608 6,35 x 0,8 CP-M 608 6,35 x 0,8 CGP-M 608 6,35 x 0,8 Tab CRP-F 305 2,8 x 0,5 CRP-F 308 2,8 x 0,8 CRP-F 405 4,8 x 0,5 CRP-F 408 4,8 x 0,8 CRP-F 608 6,35 x 0,8 CP-F 405 4,8 x 0,5 CP-F 408 4,8 x 0,8 CP-F 608 6,35 x 0,8 CGP-F 608 6,35 x 0,8 Tab CRP-F 608P 6,35 x 0,8 CP-F 608P 6,35 x 0,8 CGP-F 608P 6,35 x 0, *Available on request

4 INSUATED CHAIN TERMINAS CP range with easy entry CRP CP CGP Interchangeable application heads are available for the bench press E-2 to suit the crimping of these connectors (see page 54). ring terminals fork/spade terminals 3 CRP-M 3 4,0 5,6 4,5 2,8 17,4 3,2 3,5 CRP-M 3,5 4,0 5,6 4,5 2,8 17,4 3,7 3,5 * CRP-M 3,5/1 4,0 6,2 7,1 3,1 20,2 3,7 4 CRP-M 4 4,0 7,0 6,5 3,5 20,1 4,3 4 * CRP-M 4/3 4,0 7,8 7,1 3,9 21,1 4,3 5 CRP-M 5 4,0 7,8 7,1 3,9 21,1 5,3 6 CRP-M 6 4,0 9,4 8,1 4,7 22,9 6,4 6 * CRP-M 6/1 4,0 12,0 10,3 6,0 26,4 6,4 7 CRP-M 7 4,0 9,4 8,1 4,7 22,9 7,2 8 CRP-M 8 4,0 12,0 10,3 6,0 26,4 8,4 3 CP-M 3 4,9 5,6 5,0 2,8 17,9 3,2 3,5 CP-M 3,5 4,9 5,6 5,0 2,8 17,9 3,7 3,5 * CP-M 3,5/1 4,9 6,2 6,5 3,1 19,6 3,7 4 CP-M 4 4,9 8,0 6,5 4,0 20,6 4,3 5 CP-M 5 4,9 8,0 7,5 4,0 21,6 5,3 6 CP-M 6 4,9 9,4 8,6 4,7 23,4 6,4 6 * CP-M 6/1 4,9 12,0 10,3 6,0 26,4 6,4 7 CP-M 7 4,9 10,0 7,8 5,0 22,9 7,2 8 CP-M 8 4,9 12,0 10,3 6,0 26,4 8,4 3 CGP-M 3 6,6 8,0 8,1 4,0 26,2 3,2 3,5 CGP-M 3,5 6,6 8,0 8,1 4,0 26,2 3,7 4 CGP-M 4 6,6 9,0 8,1 4,5 26,7 4,3 5 CGP-M 5 6,6 9,0 8,1 4,5 26,7 5,3 6 CGP-M 6 6,6 11,0 11,1 5,5 30,7 6,4 6 * CGP-M 6/1 6,6 11,0 8,1 5,5 27,7 6,4 7 CGP-M 7 6,6 11,0 11,1 5,5 30,7 7,2 8 CGP-M 8 6,6 13,6 12,1 6,8 33,0 8,4 8 CGP-M 8/1 6,6 11,0 8,1 5,5 27,7 8,4 M N d 3 CRP-U 3 4,0 5,5 5,5 4,0 19,6 3,2 3,5 CRP-U 3,5 4,0 6,0 6,5 3,8 20,4 3,7 3,5 * CRP-U 3,5/2 4,0 6,4 6,5 3,8 20,4 3,7 4 CRP-U 4 4,0 6,5 7,5 3,7 21,3 4,3 4 * CRP-U 4/1 4,0 8,5 7,5 3,7 21,3 4,3 4 * CRP-U 4/2 4,0 7,5 7,5 3,7 21,3 4,3 5 CRP-U 5 4,0 8,5 7,5 3,7 21,3 5,3 6 CRP-U 6 4,0 9,4 8,1 4,7 22,9 6,4 6 * CRP-U 6/1 4,0 12,0 9,2 7,1 26,4 6,4 8 * CRP-U 8 4,0 14,0 10,0 6,3 26,4 8,4 3 CP-U 3 4,9 5,5 5,5 4,0 19,6 3,2 3,5 CP-U 3,5 4,9 6,4 6,5 3,8 20,4 3,7 4 CP-U 4 4,9 6,5 7,5 3,7 21,3 4,3 4 * CP-U 4/1 4,9 8,5 7,5 3,7 21,3 4,3 4 * CP-U 4/2 4,9 7,5 7,5 3,7 21,3 4,3 5 CP-U 5 4,9 8,5 7,5 3,7 21,3 5,3 6 CP-U 6 4,9 9,4 8,1 4,7 22,9 6,4 6 * CP-U 6/1 4,9 12,0 9,2 7,1 26,4 6,4 8 * CP-U 8 4,9 14,0 10,0 6,3 26,4 8,4 3,5 CGP-U 3,5 6,6 7,5 8,5 3,9 26,5 3,7 4 CGP-U 4 6,6 7,5 8,0 4,4 26,5 4,3 5 CGP-U 5 6,6 9,5 8,0 4,4 26,5 5,3 6 CGP-U 6 6,6 10,0 11,0 5,5 30,6 6,4 M N d *Available on request 7

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7 RK K GK REINFORCED PVC INSUATED TERMINAS K range K range terminals have been designed to offer maximum efficiency under heavy duty applications. This enhanced performance is achieved by involving the cable insulation in the crimp, and utilising a copper sleeve which is located between the terminal barrel and the PVC sleeve. This copper sleeve will be formed around the cable insulation when crimped, to give increased mechanical strength to the joint. K range terminals are therefore ideal for use in applications which are subject to continuous mechanical vibration (eg. engines, motors, rolling stock etc.). Recoended crimping tool: HP 3-K pin terminals blade terminals P P RK-P 8 4,1 1,7 7,8 17, /100 RK-PP 12 4,1 3,0 12,8 22,8 3. RK-P 10 4,1 1,8 9,8 19, /100 RK-P 12 4,1 1,8 12,0 22,0 3. RK-PP 12/19 4,1 1,9 13,2 23,2 3. RK-PP 16/23 4,1 2,3 17,2 27,2 3. K-P 8 4,6 1,7 7,8 17, /100 K-PP 12 4,6 3,5 12,8 22,8 2. K-P 10 4,6 1,8 9,8 19, /100 K-P 12 4,6 1,8 11,8 21, /100 K-PP 12/25 4,6 2,5 13,3 23,3 2. K- PP 16/25 4,6 2,5 17,2 27,2 2. GK-P 10 6,6 2,2 10,4 24,4 1. GK-PP 12 6,6 4,0 13,3 27,3 GK-P 12 6,6 2,2 12,6 26,6 1. GK-P 14 6,6 2,2 14,6 28,6 1. GK-PP 17 6,6 2,9 19,2 33,2 Hooked lade Terminals P X RK-PP 30 4,1 3,0 17,5 28,3 1, /100 RK-PP 46 4,1 4,6 17,5 28,3 1, /100 K-PP 30 4,6 3,0 17,5 28,3 1,7 2. K-PP 46 4,6 4,6 18,0 28,8 1,7 2. GK-PP 46 6,6 4,6 17,5 32,5 1,9 10

8 REINFORCED PVC INSUATED TERMINAS K range RK K GK ring terminals fork/spade terminals M 3 RK-M 3 4,1 5,6 4,5 2,8 17,3 3,2 3. 3,5 RK-M 3,5 4,1 5,6 4,5 2,8 17,3 3,7 3. 3,5 RK-M 3,5/1 4,1 6,2 7,1 3,1 20,2 3, RK-M 4 4,1 7,0 6,5 3,5 20,0 4, RK-M 5 4,1 7,8 7,1 3,9 21,0 5, RK-M 6 4,1 9,4 8,1 4,7 22,8 6, /100 6 RK-M 6/1 4,1 12,0 10,3 6,0 26,3 6, /100 7 RK-M 7 4,1 9,4 8,1 4,7 22,8 7, RK-M 8 4,1 12,0 10,3 6,0 26,3 8, RK-M 10 4,1 15,5 13,0 7,7 30,8 10,5 / RK-M 12 4,1 18,0 15,5 9,0 34,5 13,0 /100 3 K-M 3 4,6 5,6 5,0 2,8 17,8 3, /100 3,5 K-M 3,5 4,6 5,6 5,0 2,8 17,8 3, /100 3,5 K-M 3,5/1 4,6 6,2 6,5 3,1 19,6 3, /100 4 K-M 4 4,6 8,0 6,5 4,0 20,5 4, /100 5 K-M 5 4,6 8,0 7,5 4,0 21,5 5, /100 6 K-M 6 4,6 9,4 8,6 4,7 23,3 6, K-M 6/1 4,6 12,0 10,3 6,0 26,3 6, K-M 7 4,6 10,0 7,8 5,0 22,8 7, K-M 8 4,6 12,0 10,3 6,0 26,3 8,4 / K-M 10 4,6 15,5 13,0 7,7 30,8 10, K-M 12 4,6 18,0 15,5 9,0 34,5 13, GK-M 3 6,6 8,0 8,1 4,0 26,1 3,2 1. 3,5 GK-M 3,5 6,6 8,0 8,1 4,0 26,1 3, GK-M 4 6,6 9,0 8,1 4,5 26,6 4, GK-M 5 6,6 9,0 8,1 4,5 26,6 5,3 6 GK-M 6 6,6 11,0 11,1 5,5 30,6 6,4 7 GK-M 7 6,6 11,0 11,1 5,5 30,6 7,2 8 GK-M 8 6,6 13,6 12,1 6,8 32,9 8,4 8 GK-M 8/1 6,6 11,0 8,1 5,5 27,6 8,4 10 GK-M 10 6,6 13,6 12,1 6,8 32,9 10,5 10 GK-M 10/1 6,6 15,5 13,8 7,7 35,6 10,5 12 GK-M 12 6,6 19,0 15,1 9,5 38,6 13,0 14 GK-M 14 6,6 21,0 16,1 10,5 40,6 15,0 16 GK-M 16 6,6 24,0 17,1 12,0 43,1 17,0 N d M 3 RK-U 3 4,1 5,5 5,5 4,0 19,5 3, /100 3,5 RK-U 3,5 4,1 6,0 6,5 3,8 20,3 3, /100 4 RK-U 4 4,1 6,5 7,5 3,7 21,2 4, RK-U 5 4,1 8,5 7,5 3,7 21,2 5, RK-U 6 4,1 9,4 8,1 4,7 22,8 6, RK-U 6/1 4,1 12,0 9,2 7,1 26,3 6, RK-U 8 4,1 14,0 10,0 6,3 26,3 8, RK-U 10 4,1 17,5 13,0 7,7 30,8 10,5 / RK-U 12 4,1 20,0 15,5 9,0 34,5 13, K-U 3 4,6 5,5 5,5 4,0 19,5 3, /100 3,5 K-U 3,5 4,6 6,4 6,5 3,8 20,3 3, /100 4 K-U 4 4,6 6,5 7,5 3,7 21,2 4, /100 5 K-U 5 4,6 8,5 7,5 3,7 21,2 5, /100 6 K-U 6 4,6 9,4 8,1 4,7 22,8 6, K-U 6/1 4,6 12,0 9,2 7,1 26,3 6, K-U 8 4,6 14,0 10,0 6,3 26,3 8,4 / K-U 10 4,6 17,5 13,0 7,7 30,8 10,5 / K-U 12 4,6 20,0 15,5 9,0 34,5 13,0 1. 3,5 GK-U 3,5 6,6 7,5 8,5 3,9 26,4 3, GK-U 4 6,6 7,5 8,0 4,4 26,4 4, GK-U 5 6,6 9,5 8,0 4,4 26,4 5, GK-U 6 6,6 10,0 11,0 5,5 30,5 6,4 8 GK-U 8 6,6 15,0 12,0 8,0 34,0 8,4 10 GK-U 10 6,6 15,5 13,0 8,0 35,0 10,5 12 GK-U 12 6,6 21,0 15,1 9,5 38,6 13,0 14 GK-U 14 6,6 23,0 16,1 10,5 40,6 15,0 16 GK-U 16 6,6 26,0 17,1 11,5 42,6 17,0 N d 11

9 RF-F F-F GF-F Manufactured from brass strip - Electrolytically tin plated - Recoended crimping tools are shown on pages 48 to 53 RF-M F-M GF-M FEMAE DISCONNECT TERMINAS polycarbonate partially insulated terminals Tab Size RF-F 305 2,8 x 0,5 RF-F 308 2,8 x 0,8 RF-F 405 4,8 x 0,5 RF-F 408 4,8 x 0,8 RF-F 608 6,35 x 0,8 F-F 405 4,8 x 0,5 F-F 408 4,8 x 0,8 F-F 608 6,35 x 0,8 GF-F 608 6,35 x 0,8 PVC insulated and REINFORCED Tab Size RK-F 608 6,35 x 0,8 K-F 608 6,35 x 0,8 GK-F 608 6,35 x 0, / / / /100 / / MAE DISCONNECT TERMINAS polycarbonate partially insulated terminals Tab Size RF-M 608 6,35 x 0,8 F-M 608 6,35 x 0,8 GF-M 608 6,35 x 0, / polycarbonate fully insulated terminals 0,5 1,5 (20 16) Tab Size * RF-F 305P 2,8 x 0,5 * RF-F 308P 2,8 x 0,8 RF-F 405P 4,8 x 0,5 RF-F 408P 4,8 x 0,8 RF-F 608P 6,35 x 0,8 F-F 405P 4,8 x 0,5 F-F 408P 4,8 x 0,8 F-F 608P 6,35 x 0,8 GF-F 608P 6,35 x 0,8 Tab Size RF-M 608P 6,35 x 0,8 F-M 608P 6,35 x 0, / /100 / *Nylon insulated Nylon fully insulated terminals 0,5 1,5 (20 16) Manufactured from brass strip - Electrolytically tin plated - Recoended crimping tools are shown on pages 48 to 53 RF-FM F-FM RF- F- MAE/FEMAE CONNECTORS polycarbonate partially insulated terminals Tab Size UET AND SOCKET CONNECTORS polycarbonate insulated terminals i RF-FM 608 6,35 x 0,8 1. 0,5 1,5 (20 16) RF-M 4 4 RF-F Manufactured from brass strip - Electrolytically tin plated - Recoended crimping tools are shown on pages 48 to 53 F-FM 608 6,35 x 0,8 1. F-M 5 5 F-F 5 5 / /100 12

10 S UNINSUATED TERMINAS S range - brazed seam S range terminals are manufactured from electrolytic copper strip and tin plated. The seam is brazed to pro- vide uniforechanical strength. The terminal barrel is rifled to enhance electrical contact and to improve mechanical strength. Recoended crimping tools are shown on pages 48 to 53. pin terminals blade terminals i P i P 0,25 1,25 S 1,5-P 8 1,8 1,7 8,0 12,0 S 1,5-P 10 1,8 1,8 10,0 14,0 S 1,5-P 12 1,8 1,8 12,0 16, / / /100 0,25 1,25 S 1,5-PP 12 1,8 3,0 12,8 17,0 * S 1,5-PP 12/1 1,8 3,0 11,3 15,5 S 1,5-PP 12/19 1,8 1,9 13,2 17,4 S 1,5-PP 14 1,8 3,0 14,8 19,0 * S 1,5-PP 16/23 1,8 2,3 17,2 21, / / / / /100 S 2,5-P 8 2,4 1,7 8,0 12,0 S 2,5-PP 12 2,4 3,5 12,8 17,0 S 2,5-P 10 2,4 1,8 10,0 14,0 S 2,5-PP 12/25 2,4 2,5 13,3 17,5 S 2,5-P 12 2,4 1,8 12,0 16,0 S 2,5-PP 16/25 2,4 2,5 17,2 21,4 S 6-P 10 3,6 2,2 10,0 16,8 S 6-P 12 3,6 2,2 12,0 19,4 S 6-P 14 3,6 2,2 14,0 21, / / /100 S 6-PP 12 3,6 4,0 13,3 19,7 S 6-PP 17 3,6 2,9 19,1 25, / / *Available on request

11 UNINSUATED TERMINAS S range - brazed seam S ring terminals fork/spade terminals i 2 * S 1,5-M 2 1,8 5,6 4,5 2,8 11,5 2,2 3 S 1,5-M 3 1,8 5,6 4,5 2,8 11,5 3,2 3,5 S 1,5-M 3,5 1,8 5,6 4,5 2,8 11,5 3,7 3,5* S 1,5-M 3,5/1 1,8 6,2 7,1 3,1 14,4 3,7 4 S 1,5-M 4 1,8 7,0 6,5 3,5 14,2 4,3 4 * S 1,5-M 4/3 1,8 7,8 7,1 3,9 15,2 4,3 0,25 1,25 5 S 1,5-M 5 1,8 7,8 7,1 3,9 15,2 5,3 6 S 1,5-M 6 1,8 9,4 8,1 4,7 17,0 6,4 6 S 1,5-M 6/1 1,8 12,0 10,3 6,0 20,5 6,4 7 S 1,5-M 7 1,8 9,4 8,1 4,7 17,0 7,2 8 S 1,5-M 8 1,8 12,0 10,3 6,0 20,5 8,4 10 S 1,5-M 10 1,8 15,5 13,0 7,7 25,0 10,5 12 S 1,5-M 12 1,8 18,0 15,5 9,0 28,7 13,0 2 * S 2,5-M 2 2,4 5,6 5,0 2,8 12,0 2,2 3 S 2,5-M 3 2,4 5,6 5,0 2,8 12,0 3,2 3,5 S 2,5-M 3,5 2,4 5,6 5,0 2,8 12,0 3,7 3,5* S 2,5-M 3,5/1 2,4 6,2 6,5 3,1 13,8 3, S 2,5-M 4 2,4 8,0 6,5 4,0 14,7 4,3 5 S 2,5-M 5 2,4 8,0 7,5 4,0 15,7 5,3 6 S 2,5-M 6 2,4 9,4 8,6 4,7 17,5 6,4 6 S 2,5-M 6/1 2,4 12,0 10,3 6,0 20,5 6,4 7 S 2,5-M 7 2,4 10,0 7,8 5,0 17,0 7,2 8 S 2,5-M 8 2,4 12,0 10,3 6,0 20,5 8,4 10 S 2,5-M 10 2,4 15,5 13,0 7,7 25,0 10,5 12 S 2,5-M 12 2,4 18,0 15,5 9,0 28,7 13,0 3 S 6-M 3 3,6 8,0 8,1 4,0 18,5 3,2 3,5 S 6-M 3,5 3,6 8,0 8,1 4,0 18,5 3,7 4 S 6-M 4 3,6 9,0 8,1 4,5 19,0 4,3 5 S 6-M 5 3,6 9,0 8,1 4,5 19,0 5,3 6 S 6-M 6 3,6 11,0 11,1 5,5 23,0 6,4 6 * S 6-M 6/1 3,6 11,0 8,1 5,5 20,0 6,4 7 S 6-M 7 3,6 11,0 11,1 5,5 23,0 7,2 8 S 6-M 8 3,6 13,6 12,1 6,8 25,3 8,4 8 * S 6-M 8/1 3,6 11,0 8,1 5,5 20,0 8,4 10 S 6-M 10 3,6 13,6 12,1 6,8 25,3 10,5 10 S 6-M 10/1 3,6 15,5 13,8 7,7 28,0 10,5 12 S 6-M 12 3,6 19,0 15,1 9,5 31,0 13,0 14 S 6-M 14 3,6 21,0 16,1 10,5 33,0 15,0 16 S 6-M 16 3,6 24,0 17,1 12,0 35,5 17,0 4 S 10-M 4 4,8 11,5 9,0 5,8 23,8 4,3 5 S 10-M 5 4,8 11,5 9,0 5,8 23,8 5,3 6 S 10-M 6 4,8 11,5 9,0 5,8 23,8 6,4 7 S 10-M 7 4,8 11,5 9,0 5,8 23,8 7,2 M N d 5.000/ / / / / / / / / / / / /100 /100 /100 /100 /100 / S 1,5-U 3 1,8 5,5 5,5 4,0 13,7 3,2 3,5 S 1,5-U 3,5 1,8 6,0 6,5 3,8 14,5 3,7 3,5* S 1,5-U 3,5/21,8 6,4 6,5 3,8 14,5 3,7 4 S 1,5-U 4 1,8 6,5 7,5 3,7 15,4 4,3 4 * S 1,5-U 4/1 1,8 8,5 7,5 3,7 15,4 4,3 4 S 1,5-U 4/2 1,8 7,5 7,5 3,7 15,4 4,3 0,25 1,25 5 S 1,5-U 5 1,8 8,5 7,5 3,7 15,4 5,3 5 * S 1,5-U 5/1 1,8 9,4 7,5 3,7 15,4 5,3 6 S 1,5-U 6 1,8 9,4 8,1 4,7 17,0 6,4 6 * S 1,5-U 6/1 1,8 12,0 9,2 7,1 20,5 6,4 8 S 1,5-U 8 1,8 14,0 10,0 6,3 20,5 8,4 10 S 1,5-U 10 1,8 17,5 13,0 7,7 25,0 10,5 12 S 1,5-U 12 1,8 20,0 15,5 9,0 28,7 13,0 3 S 2,5-U 3 2,4 5,5 5,5 4,0 13,7 3,2 3,5 S 2,5-U 3,5 2,4 6,4 6,5 3,8 14,5 3,7 3,5* S 2,5-U 3,5/12,4 7,2 6,5 3,8 14,5 3,7 4 S 2,5-U 4 2,4 6,5 7,5 3,7 15,4 4,3 4 * S 2,5-U 4/1 2,4 8,5 7,5 3,7 15,4 4,3 4 * S 2,5-U 4/2 2,4 7,5 7,5 3,7 15,4 4,3 5 S 2,5-U 5 2,4 8,5 7,5 3,7 15,4 5,3 6 S 2,5-U 6 2,4 9,4 8,1 4,7 17,0 6,4 6 * S 2,5-U 6/1 2,4 12,0 9,2 7,1 20,5 6,4 8 S 2,5-U 8 2,4 14,0 10,0 6,3 20,5 8,4 10 S 2,5-U 10 2,4 17,5 13,0 7,7 25,0 10,5 12 S 2,5-U 12 2,4 20,0 15,5 9,0 28,7 13,0 3,5 S 6-U 3,5 3,6 7,5 8,5 3,9 18,8 3,7 4 S 6-U 4 3,6 7,5 8,0 4,4 18,8 4,3 5 S 6-U 5 3,6 9,5 8,0 4,4 18,8 5,3 6 S 6-U 6 3,6 10,0 11,0 5,5 22,9 6,4 i 8 S 6-U 8 3,6 15,0 12,0 8,0 26,4 8,4 10 S 6-U 10 3,6 15,5 13,0 8,0 27,4 10,5 10 * S 6-U 10/1 3,6 17,5 13,8 7,7 28,0 10,5 12 S 6-U 12 3,6 21,0 15,1 9,5 31,0 13,0 14 * S 6-U 14 3,6 23,0 16,1 10,5 33,0 15,0 16 * S 6-U 16 3,6 26,0 17,1 11,5 35,0 17,0 M N d 3.000/ / / / /100 / / / /100 /100 /100 *Available on request 19

12 A-M COPPER TUE CRIMPING UGS for copper conductors A-M series lugs are manufactured from electrolytic copper tube. The dimensions of the tube are designed to obtain the most effecient electrical conductivity and mechanical strength to resist vibration and pull out. Cembre lugs are annealed to guarantee optimum ductility which is an absolute necessity for connectors which will have to withstand the severe deformation arising when compressed and any bending of the palm during installation. In applications subject to vibration, terminals still have to perform a reliable connection, annealing plays a vital role in avoiding cracking or breaks between the barrel and palm. The presence of an inspection hole facilitates full insertion of the conductor, whilst the barrel length has been designed to allow easy and accurate positioning of the dies during the crimping operation. ugs are electrolytically tinplated to avoid oxidation. A- M series lugs form an important part of Cembre crimping systems for power carrying conductors, details of the appropriate crimping tools and dies are shown opposite and in detail on pages 76 to 80, whilst our technicians are always available to provide any technical advice which may be required. The enclosed table is only indicative of the range and many variations in stud fixing and palm lengths are also available. low stranded flexible i M N d 3 A 03-M 3 1,8 6,0 4,5 3,5 16,0 3,2 3,5 A 03-M 3,5 1,8 6,5 4,5 3,5 16,0 3,7 4 A 03-M 4 1,8 6,5 5,0 4,0 17,0 4,3 5 A 03-M 5 1,8 7,5 5,5 4,5 18,0 5,3 6 A 03-M 6 1,8 9,0 6,0 5,0 19,0 6,4 3 A 06-M 3 2,4 6,0 4,5 3,5 17,0 3,2 3,5 A 06-M 3,5 2,4 6,5 4,5 3,5 17,0 3,7 4 A 06-M 4 2,4 7,5 5,0 4,0 18,0 4,3 5 A 06-M 5 2,4 8,5 5,5 4,5 19,0 5,3 6 A 06-M 6 2,4 9,0 6,0 5,0 20,0 6,4 8 A 06-M 8 2,4 12,0 9,0 8,0 26,0 8,4 3 A 1-M 3 3,6 7,5 4,5 3,5 20,5 3,2 3,5 A 1-M 3,5 3,6 7,5 4,5 3,5 20,5 3,7 4 A 1-M 4 3,6 8,0 5,0 4,0 21,5 4,3 5 A 1-M 5 3,6 9,0 6,5 6,0 25,0 5,3 6 A 1-M 6 3,6 11,0 7,0 6,0 25,5 6,4 8 A 1-M 8 3,6 14,0 9,0 8,0 29,5 8,4 10 A 1-M 10 3,6 16,0 11,0 10,0 33,5 10,5 4 A 2-M 4 4,6 10,0 5,0 4,0 22,5 4,3 5 A 2-M 5 4,6 10,0 6,5 6,0 26,0 5,3 6 A 2-M 6 4,6 11,0 7,0 6,0 26,5 6,4 8 A 2-M 8 4,6 15,0 9,0 8,0 30,5 8,4 10 A 2-M 10 4,6 18,0 11,0 10,0 34,5 10,5 12 A 2-M 12 4,6 19,0 14,0 12,0 39,5 13,2 4 A 3-M 4 5,8 11,5 5,0 4,0 25,5 4,3 5 A 3-M 5 5,8 11,5 6,5 6,0 29,0 5,3 6 A 3-M 6 5,8 11,5 7,0 6,0 29,5 6,4 8 A 3-M 8 5,8 15,0 9,0 8,0 33,5 8,4 10 A 3-M 10 5,8 18,0 11,0 10,0 37,5 10,5 12 A 3-M 12 5,8 20,0 14,0 12,0 42,5 13,2 4 A 5-M 4 7,0 14,0 5,0 4,0 28,0 4,3 5 A 5-M 5 7,0 14,0 6,5 6,0 31,5 5,3 6 A 5-M 6 7,0 14,0 7,0 6,0 32,0 6,4 8 A 5-M 8 7,0 15,0 9,0 8,0 36,0 8,4 10 A 5-M 10 7,0 18,0 11,0 10,0 40,0 10,5 12 A 5-M 12 7,0 21,0 14,0 12,0 45,0 13,2 5 A 7-M 5 8,9 17,0 6,5 6,0 34,0 5,3 6 A 7-M 6 8,9 17,0 7,0 6,0 34,5 6,4 8 A 7-M 8 8,9 17,0 9,0 8,0 38,5 8,4 10 A 7-M 10 8,9 19,0 11,0 10,0 42,5 10,5 12 A 7-M 12 8,9 21,0 14,0 12,0 47,5 13,2 6 A 10-M 6 10,0 19,0 8,0 7,0 40,5 6,4 8 A 10-M 8 10,0 19,0 9,0 8,0 42,5 8,4 10 A 10-M 10 10,0 20,0 11,0 10,0 46,5 10,5 12 A 10-M 12 10,0 21,0 14,0 12,0 51,5 13,2 14 A 10-M 14 10,0 25,0 16,0 14,0 55,5 15,0 16 A 10-M 16 10,0 26,0 18,0 16,0 59,5 17,0 6 A 14-M 6 11,3 21,0 8,0 7,0 44,0 6,4 8 A 14-M 8 11,3 21,0 9,0 8,0 46,0 8,4 10 A 14-M 10 11,3 21,0 11,0 10,0 50,0 10,5 12 A 14-M 12 11,3 22,0 14,0 12,0 55,0 13,2 14 A 14-M 14 11,3 25,0 16,0 14,0 59,0 15,0 16 A 14-M 16 11,3 26,0 18,0 16,0 63,0 17, / / / / / / / / / / /100 /100 /100 /100 /100 / / /50 HN 1 Mechanical HN 5 TN 70 SE TN 120 SE HT 45-E HT 51 RH HT 81-U RHU 81 HT 120 HT 131-C HT 131-UC RHC 131 RHU 131-C RHU

13 COPPER TUE CRIMPING UGS for copper conductors A-M low stranded flexible i M N d 6 A 19-M 6 13,5 25,0 8,0 7,0 50,5 6,4 8 A 19-M 8 13,5 25,0 9,0 8,0 52,5 8,4 10 A 19-M 10 13,5 25,0 11,0 10,0 56,5 10,5 12 A 19-M 12 13,5 25,0 14,0 12,0 61,5 13,2 14 A 19-M 14 13,5 25,0 16,0 14,0 65,5 15,0 16 A 19-M 16 13,5 27,0 18,0 16,0 69,5 17,0 20 A 19-M 20 13,5 29,5 22,0 20,0 77,5 21,0 8 A 24-M 8 15,2 28,5 9,0 8,0 54,0 8,4 10 A 24-M 10 15,2 28,5 11,0 10,0 58,0 10,5 12 A 24-M 12 15,2 28,5 14,0 12,0 63,0 13,2 14 A 24-M 14 15,2 28,5 16,0 14,0 67,0 15,0 16 A 24-M 16 15,2 28,5 18,0 16,0 71,0 17,0 20 A 24-M 20 15,2 30,0 22,0 20,0 79,0 21,0 8 A 30-M 8 16,7 31,5 13,0 11,0 69,0 8,4 10 A 30-M 10 16,7 31,5 13,0 11,0 69,0 10,5 12 A 30-M 12 16,7 31,5 16,0 14,0 75,0 13,2 14 A 30-M 14 16,7 31,5 18,0 16,0 79,0 15,0 16 A 30-M 16 16,7 31,5 19,0 17,0 81,0 17,0 20 A 30-M 20 16,7 31,5 22,0 20,0 87,0 21,0 8 A 37-M 8 19,2 35,5 13,0 11,0 76,0 8,4 10 A 37-M 10 19,2 35,5 13,0 11,0 76,0 10,5 12 A 37-M 12 19,2 35,5 16,0 14,0 82,0 13,2 14 A 37-M 14 19,2 35,5 18,0 16,0 86,0 15,0 16 A 37-M 16 19,2 35,5 19,0 17,0 88,0 17,0 20 A 37-M 20 19,2 35,5 22,0 20,0 94,0 21,0 8 A 48-M 8 21,1 39,0 13,0 11,0 82,0 8,4 10 A 48-M 10 21,1 39,0 13,0 11,0 82,0 10,5 12 A 48-M 12 21,1 39,0 16,0 14,0 88,0 13,2 14 A 48-M 14 21,1 39,0 18,0 16,0 92,0 15,0 16 A 48-M 16 21,1 39,0 19,0 17,0 94,0 17,0 20 A 48-M 20 21,1 39,0 22,0 20,0 100,0 21,0 10 A 60-M 10 23,7 44,0 20,0 11,0 96,0 10,5 12 A 60-M 12 23,7 44,0 20,0 14,0 99,0 13,2 14 A 60-M 14 23,7 44,0 22,0 16,0 103,0 15,0 16 A 60-M 16 23,7 44,0 22,0 19,0 106,0 17,0 20 A 60-M 20 23,7 44,0 24,0 23,0 112,0 21,0 12 A 80-M 12 27,0 51,0 22,0 19,0 113,0 13,2 14 A 80-M 14 27,0 51,0 22,0 19,0 113,0 15,0 16 A 80-M 16 27,0 51,0 22,0 19,0 113,0 17,0 20 A 80-M 20 27,0 51,0 24,0 23,0 119,0 21,0 16 A 100-M 16 30,3 56,5 22,0 19,0 117,0 17,0 20 A 100-M 20 30,3 56,5 24,0 23,0 123,0 21,0 16 A 120-M 16 33,4 61,6 22,0 19,0 128,0 17,0 20 A 120-M 20 33,4 61,6 24,0 23,0 134,0 21,0 16 A 160-M 16 38,0 72,0 24,0 19,0 141,0 17,0 20 A 160-M 20 38,0 72,0 24,0 23,0 145,0 21,0 16 A 200-M 16 44,0 80,0 24,0 19,0 158,0 17,0 20 A 200-M 20 44,0 80,0 24,0 23,0 162,0 21,0 20/10 20/10 20/10 20/10 20/10 12/6 12/6 9/3 9/3 6/2 6/2 Mechanical TN 120 SE HT 45-E HT 51 RH HT 81-U RHU 81 HT 120 HT 131-C HT 131-UC RHC 131 RHU 131-C RHU

14 A-M RING TONGUE TERMINAS WITH CONTAINED PAM for.v. circuit breakers for copper conductors This range of lugs features contained palm width. Our lugs have been specifically developed for application on.v. circuit breakers with reduced space terminal blocks. In fact the contained palm width allows an iediate and easier installation. Our lugs are manufactured from electrolytic copper tube. The specifically designed section of the barrel and the choice of principal dimensions are optimising the best combination of mechanical strenght and electrical conductivity. Our lugs are annealed to guarantee optimum ductility and are electrolytically tin-plated to avoid oxidation. The barrel is provided with an internal taper to ease the introduction of the conductor; furthermore, its length grants a comfortable and correct positioning between dies, during crimping operations. Each lug palm is marked with the Cembre logo and part number. Conductor Size Flexible i M N d 6 A 9-M 6/15 9,3 15,0 8,0 7,0 38,5 6,4 6 A 12-M 6/15 11,0 15,0 8,0 7,0 40,5 6,4 10 A 12-M 10/19 11,0 19,0 11,0 10,0 46,5 10,5 6 A 17-M 6/17 13,0 17,0 8,0 7,0 45,0 6,4 10 A 17-M 10/19 13,0 19,0 11,0 10,0 51,0 10,5 8 A 19-M 8/19 13,5 19,0 9,0 8,0 52,5 8,4 10 A 19-M 10/19 13,5 19,0 11,0 10,0 56,5 10,5 8 A 24 -M 8/19 15,2 19,0 14,0 9,0 60,0 8,4 10 A 24 -M 10/19 15,2 19,0 14,0 9,0 60,0 10,5 8 A 30 -M 8/19 16,7 19,0 18,0 9,0 70,0 8,4 10 A 30 -M 10/19 16,7 19,0 18,0 9,0 70,0 10,5 12 A 37-M 12/31 19,2 31,0 16,0 12,0 80,0 13,2 12 A 48-M 12/31 21,1 31,0 16,0 12,0 86,0 13,2 Mechanical TN 70 SE TN 120 SE HT 45-E HT 51 RH HT 81-U RHU 81 HT 120 HT 131-C HT 131-UC RHC 131 RHU 131-C 22

15 ANE-M NYON INSUATED COPPER TUE UGS ANE-M series terminals are manufactured from electrolytic copper tube annealed and tin plated. The interior of the Nylon insulation sleeve is funnel shaped so as to ensure complete and easy introduction of the conductor strands. The Nylon insulated sleeve eliminates the need to insulate the terminal by either taping or using heat shrinkable tubes. Furthermore the Nylon sleeve avoids the possibility of conductor breakage at the barrel entrance. The items tabulated all feature black insulated sleeves, other coloured sleeves are available against specific request. In order to achieve the best electrical and mechanical performance it is suggested that they are crimped using dies and tools specifically developed for this purpose by Cembre. Flexible M N d 4 ANE 2-M 4 8,0 10,0 5,0 4,0 34,1 4,3 5 ANE 2-M 5 8,0 10,0 6,5 6,0 37,6 5,3 6 ANE 2-M 6 8,0 11,0 7,0 6,0 38,1 6,4 8 ANE 2-M 8 8,0 15,0 9,0 8,0 42,1 8,4 10 ANE 2-M 10 8,0 18,0 11,0 10,0 46,1 10,5 12 ANE 2-M 12 8,0 19,0 14,0 12,0 51,1 13,2 4 ANE 3-M 4 9,2 11,5 5,0 4,0 38,6 4,3 5 ANE 3-M 5 9,2 11,5 6,5 6,0 42,1 5,3 6 ANE 3-M 6 9,2 11,5 7,0 6,0 42,6 6,4 8 ANE 3-M 8 9,2 15,0 9,0 8,0 46,6 8,4 10 ANE 3-M 10 9,2 18,0 11,0 10,0 50,6 10,5 12 ANE 3-M 12 9,2 20,0 14,0 12,0 55,6 13,2 4 ANE 5-M 4 11,1 14,0 5,0 4,0 41,0 4,3 5 ANE 5-M 5 11,1 14,0 6,5 6,0 44,5 5,3 6 ANE 5-M 6 11,1 14,0 7,0 6,0 45,0 6,4 8 ANE 5-M 8 11,1 15,0 9,0 8,0 49,0 8,4 10 ANE 5-M 10 11,1 18,0 11,0 10,0 53,0 10,5 12 ANE 5-M 12 11,1 21,0 14,0 12,0 58,0 13,2 6 * ANE 9-M 6/15 13,6 15,0 8,0 7,0 54,0 6,4 8 ANE 9-M 8 13,6 17,0 9,0 8,0 56,0 8,4 10 ANE 9-M 10 13,6 18,5 11,0 10,0 60,0 10,5 12 ANE 9-M 12 13,6 21,0 14,0 12,0 65,0 13,2 6 * ANE 12-M 6/15 15,7 15,0 8,0 7,0 59,5 6,4 8 ANE 12-M 8 15,7 19,8 9,0 8,0 61,5 8,4 10 ANE 12-M 10 15,7 19,8 11,0 10,0 65,5 10,5 10 * ANE 12-M 10/19 15,7 19,0 11,0 10,0 65,5 10,5 12 ANE 12-M 12 15,7 22,0 14,0 12,0 70,5 13,2 6 ANE 17-M 6 17,9 23,0 8,0 7,0 63,8 6,4 8 ANE 17-M 8 17,9 23,0 9,0 8,0 65,8 8,4 10 ANE 17-M 10 17,9 23,0 11,0 10,0 69,8 10,5 10 * ANE 17-M 10/19 17,9 19,0 11,0 10,0 69,8 10,5 12 ANE 17-M 12 17,9 23,0 14,0 12,0 74,8 13,2 14 ANE 17-M 14 17,9 25,0 15,5 12,0 76,3 15,0 16 ANE 17-M 16 17,9 27,0 16,5 13,5 78,8 17,0 8 ANE 20-M 8 20,0 27,0 9,0 8,0 70,6 8,4 10 ANE 20-M 10 20,0 27,0 11,0 10,0 74,6 10,5 12 ANE 20-M 12 20,0 27,0 14,0 12,0 79,6 13,2 14 ANE 20-M 14 20,0 27,0 15,5 12,0 81,1 15,0 16 ANE 20-M 16 20,0 27,0 16,5 13,5 83,6 17,0 10 ANE 29-M 10 22,4 30,0 11,0 10,0 81,5 10,5 12 ANE 29-M 12 22,4 30,0 14,0 12,0 86,5 13,2 14 ANE 29-M 14 22,4 30,0 15,5 12,0 88,5 15,0 16 ANE 29-M 16 22,4 30,0 16,5 13,5 90,5 17,0 20 ANE 29-M 20 22,4 30,0 22,0 20,0 102,5 21,0 12 ANE 35-M 12 25,0 34,2 16,0 14,0 95,0 13,2 14 ANE 35-M 14 25,0 34,2 18,0 16,0 99,0 15,0 16 ANE 35-M 16 25,0 34,2 19,0 17,0 101,0 17,0 20 ANE 35-M 20 25,0 34,2 22,0 20,0 107,0 21,0 300/ / / / / / /100 HNN 3 Mechanical HNN 4 TNN 70 TNN 120 HT 51 RH HT 120 HT 131-C HT131-UC RHC 131 RHU 131-C 24

16 COPPER TUE CRIMPING UGS for flexible copper conductors A-M Flexible i M N d 4 A 2-M 4 4,6 10,0 5,0 4,0 22,5 4,3 5 A 2-M 5 4,6 10,0 6,5 6,0 26,0 5,3 6 A 2-M 6 4,6 11,0 7,0 6,0 26,5 6,4 8 A 2-M 8 4,6 15,0 9,0 8,0 30,5 8,4 10 A 2-M 10 4,6 18,0 11,0 10,0 34,5 10,5 12 A 2-M 12 4,6 19,0 14,0 12,0 39,5 13,2 4 A 3-M 4 5,8 11,5 5,0 4,0 25,5 4,3 5 A 3-M 5 5,8 11,5 6,5 6,0 29,0 5,3 6 A 3-M 6 5,8 11,5 7,0 6,0 29,5 6,4 8 A 3-M 8 5,8 15,0 9,0 8,0 33,5 8,4 10 A 3-M 10 5,8 18,0 11,0 10,0 37,5 10,5 12 A 3-M 12 5,8 20,0 14,0 12,0 42,5 13,2 4 A 5-M 4 7,0 14,0 5,0 4,0 28,0 4,3 5 A 5-M 5 7,0 14,0 6,5 6,0 31,5 5,3 6 A 5-M 6 7,0 14,0 7,0 6,0 32,0 6,4 8 A 5-M 8 7,0 15,0 9,0 8,0 36,0 8,4 10 A 5-M 10 7,0 18,0 11,0 10,0 40,0 10,5 12 A 5-M 12 7,0 21,0 14,0 12,0 45,0 13,2 6 A 9-M 6/15 9,3 15,0 8,0 7,0 38,5 6,4 8 A 9-M 8 9,3 17,0 9,0 8,0 40,5 8,4 10 A 9-M 10 9,3 18,5 11,0 10,0 44,5 10,5 12 A 9-M 12 9,3 21,0 14,0 12,0 49,5 13,2 6 A 12-M 6/15 11,0 15,0 8,0 7,0 40,5 6,4 8 A 12-M 8 11,0 19,8 9,0 8,0 42,5 8,4 10 A 12-M 10 11,0 19,8 11,0 10,0 46,5 10,5 10 A 12-M 10/19 11,0 19,0 11,0 10,0 46,5 10,5 12 A 12-M 12 11,0 22,0 14,0 12,0 51,5 13,2 6 A 17-M 6 13,0 23,0 8,0 7,0 45,0 6,4 8 A 17-M 8 13,0 23,0 9,0 8,0 47,0 8,4 10 A 17-M 10 13,0 23,0 11,0 10,0 51,0 10,5 10 A 17-M 10/19 13,0 19,0 11,0 10,0 51,0 10,5 12 A 17-M 12 13,0 23,0 14,0 12,0 56,0 13,2 14 A 17-M 14 13,0 25,0 15,5 12,0 57,5 15,0 16 A 17-M 16 13,0 27,0 16,5 13,5 60,0 17,0 8 A 20-M 8 15,0 27,0 9,0 8,0 50,0 8,4 10 A 20-M 10 15,0 27,0 11,0 10,0 54,0 10,5 12 A 20-M 12 15,0 27,0 14,0 12,0 59,0 13,2 14 A 20-M 14 15,0 27,0 15,5 12,0 60,5 15,0 16 A 20-M 16 15,0 27,0 16,5 13,5 63,0 17,0 8 A 29-M 8 16,5 30,0 9,0 8,0 53,5 8,4 10 A 29-M 10 16,5 30,0 11,0 10,0 57,5 10,5 12 A 29-M 12 16,5 30,0 14,0 12,0 62,5 13,2 14 A 29-M 14 16,5 30,0 15,5 12,0 64,0 15,0 16 A 29-M 16 16,5 30,0 16,5 13,5 66,5 17,0 20 A 29-M 20 16,5 30,0 22,0 20,0 78,5 21,0 10 A 35-M 10 19,2 34,2 13,0 11,0 65,5 10,5 12 A 35-M 12 19,2 34,2 16,0 14,0 71,5 13,2 14 A 35-M 14 19,2 34,2 18,0 16,0 75,5 15,0 16 A 35-M 16 19,2 34,2 19,0 17,0 77,5 17,0 20 A 35-M 20 19,2 34,2 22,0 20,0 83,5 21,0 10 A 40-M 10 21,0 37,5 13,0 11,0 73,0 10,5 12 A 40-M 12 21,0 37,5 16,0 14,0 79,0 13,2 14 A 40-M 14 21,0 37,5 18,0 16,0 83,0 15,0 16 A 40-M 16 21,0 37,5 19,0 17,0 85,0 17,0 20 A 40-M 20 21,0 37,5 22,0 20,0 91,0 21, / / /50 150/ /25 HN 1 Mechanical HN 5 TN 70 SE TN 120 SE HT 45-E HT 51 RH HT 81-U RHU 81 HT 120 HT 131-C HT 131-UC RHC 131 RHU 131-C RHU 520 A-M series lugs are designed to suit panel applications. The dimensions of the tube are designed to obtain the most efficient electrical conductivity and mechanical strength to resist vibration and pull out. Cembre lugs are annealed to guarantee optimum ductility and electrolytically tin plated to avoid oxidation. The presence of an inspection hole facilitates full insertion of the conductor. A-M lugs type A 2, A 3, A 5 can be used on low stranded conductors. 25

17 ANE-P NYON INSUATED PIN TERMINAS ANE-P series terminals are made from electrlytic copper, rolled, tin plated and brazed. The interior of the Nylon insulation sleeve is funnel shaped so as to ensure complete and easy introduction of the conductor strands. In order to acheive the best electrical and mechanical performance it is suggested that they are crimped using dies and tools specifically developed for this purpose by Cembre. Flexible P 10 ANE 2-P 12 8,0 4,3 14,5 35,1 16 ANE 3-P 14 9,2 5,5 18,0 41,1 25 ANE 5-P 16 11,1 6,8 20,3 45,0 35 ANE 7-P 20 13,6 8,0 24,5 55,0 300/100 Mechanical HNN 3 HNN 4 TNN 70 TNN 120 HT 51 RH HT 120 HT 131-C HT 131-UC RHC 131 RHU 131-C A-P UNINSUATED PIN CONNECTORS A-P series pin connectors are designed to terminate con-ductors into contact blocks. They are manufactured from copper strip, rolled, brazed and tin plated. i P 10 A 2-P 12 4,8 4,3 14,5 23,5 16 A 3-P 14 5,9 5,5 18,0 28,0 25 A 5-P 16 7,0 7,0 20,3 32,0 35 A 7-P 20 8,9 8,0 24,5 39,0 50 A 10-P 25 10,0 9,5 26,0 45,0 70 A 14-P 30 11,5 11,0 31,0 55,0 / /50 HN 1 Mechanical HN 5 TN 70 SE TN 120 SE HT 45-E HT 51 RH HT 120 HT 131-C HT 131-UC RHC 131 RHU 131-C 26

18 NYON INSUATED FORK TERMINAS ANE-U Flexible M N d 4 ANE 2-U 4 8,0 9,8 7,5 7 35,1 4,3 5 ANE 2-U 5 8,0 11,5 7,5 7 35,1 5,3 4 ANE 3-U 4 9,2 10,0 10,0 8 41,1 4,3 5 ANE 3-U 5 9,2 11,5 10,0 8 41,1 5,3 Mechanical HNN 3 HNN 4 TNN 70 TNN 120 HT 51 RH HT 120 HT 131-C HT 131-UC RHC 131 RHU 131-C ANE-U series terminals are made from electrlytic copper, rolled, tin plated and brazed. The interior of the Nylon insulated sleeve is funnel shaped so as to ensure complete and easy introduction of the conductor strands. In order to acheive the best electrical and mechanical performance it is suggested that they are crimped using dies and tools specifically developed for this purpose by Cembre. FEXIE RAIDS F Size N d 8 F ,5 8 F ,5 8 F ,5 8 F ,5 8 F ,5 8 F ,5 8 F ,5 8 F ,5 8 F ,5 8 F ,5 8 F ,5 8 F ,5 8 F ,5 8 F ,5 8 F ,5 300/50 150/50 50/50 300/50 150/50 50/50 50/50 50/50 25/25 25/25 25/25 100/50 50/50 50/50 Flexible braids are manufactured from electrolytic copper wire. raids of different conductor sizes or lengths are available on request. Standard finish - bright copper. Flexible braids can be supplied tin plated, in this case add the suffix ST to reference. E.g.: - F (right copper) - F ST (Tin plated) 27

19 A-4ESI COPPER TUE UGS 4-ESI FIXING A-4ESI series lugs are made from hygh purity electrolytic copper tube, annealed and tin plated. The four hole stud fixing in accordance with E.A. specifications ensure compatibility with most transformer fixing arrangements. i M N 300 A 60-4ESI 27, A 80-4ESI 27, A 100-4ESI 30, A 120-4ESI 33, A 160-4ESI 38, /10 10/5 10/5 8/4 HT 120 HT 131-C HT 131-UC RHC 131 RHU 131-C RHU

20 HEAVY DUTY COPPER TUE TERMINAS 2A-M Conductor Size i M N d 8 2 A 3-M 8 5,8 15, ,5 8, A 3-M10 5,8 18, ,5 10,5 8 2 A 5-M 8 7,0 15, ,0 8, A 5-M 10 7,0 18, ,0 10, A 5-M 12 7,0 21, ,0 13,2 8 2 A 7-M 8 8,9 17, ,0 8, A 7-M 10 8,9 19, ,0 10, A 7-M 12 8,9 21, ,0 13, A 10-M 10 10,0 20, ,0 10, A 10-M 12 10,0 21, ,0 13, A 10-M 14 10,0 25, ,0 15, A 10-M 16 10,0 26, ,0 17, A 14-M 10 11,3 21, ,0 10, A 14-M 12 11,3 22, ,0 13, A 14-M 14 11,3 25, ,0 15, A 14-M 16 11,3 26, ,0 17, A 19-M 10 13,5 25, ,5 10, A 19-M 12 13,5 25, ,5 13, A 19-M 14 13,5 25, ,5 15, A 19-M 16 13,5 27, ,5 17, A 19-M 20 13,5 29, ,5 21, A 24-M 10 15,2 28, ,0 10, A 24-M 12 15,2 28, ,0 13, A 24-M 14 15,2 28, ,0 15, A 24-M 16 15,2 28, ,0 17, A 24-M 20 15,2 30, ,0 21, A 30-M 10 16,7 31, ,0 10, A 30-M 12 16,7 31, ,0 13, A 30-M 14 16,7 31, ,0 15, A 30-M 16 16,7 31, ,0 17, A 30-M 20 16,7 31, ,0 21, A 37-M 12 19,2 35, ,0 13, A 37-M 14 19,2 35, ,0 15, A 37-M 16 19,2 35, ,0 17, A 37-M 20 19,2 35, ,0 21, A 48-M 12 21,1 39, ,0 13, A 48-M 14 21,1 39, ,0 15, A 48-M 16 21,1 39, ,0 17, A 48-M 20 21,1 39, ,0 21, A 60-M 12 23,7 44, ,5 13, A 60-M 14 23,7 44, ,5 15, A 60-M 16 23,7 44, ,5 17, A 60-M 20 23,7 44, ,5 21, A 80-M 12 27,0 51, ,0 13, A 80-M 14 27,0 51, ,0 15, A 80-M 16 27,0 51, ,0 17, A 80-M 20 27,0 51, ,0 21, A 100-M 16 30,3 56, ,0 17, A 100-M 20 30,3 56, ,0 21, A 120-M 16 33,4 61, ,0 17, A 120-M 20 33,4 61, ,0 21, A 160-M 20 38,0 72, ,0 21, A 200-M 20 44,0 80, ,0 21,0 600/ /50 300/50 250/50 250/50 250/50 150/50 150/50 100/50 100/50 100/50 100/50 75/25 75/25 75/25 75/25 75/25 25/5 25/5 25/5 25/5 10/5 10/5 12/3 6/2 Mechanical HN 5 TN 70 SE TN 120 SE HT 45-E HT 51 RH HT 81-U RHU 81 HT 120 HT 131-C HT 131-UC RHC 131 RHU 131-C RHU 520 2A-M series are made from high purity copper tube, and are annealed. They feature a double length barrel for enhanced electrical and mechanical performance in heavy duty applications. The absence of an inspection hole prevents the entry of water or moisture into the crimped joint making these terminals suitable for outdoor applications. The terminals are electrolytically tin plated to prevent atmospheric corrosion. 2A-2M series terminals with double stud hole palm are available against specific requirements. 29

21 CA-M 2A-M HIGH VOTAGE COPPER TERMINAS Series CA-M and 2A-M terminals are designed for high voltage applications up to 33 kv. They are manufactured from high purity copper tube, annealed and tin plated. The extended barrel enhances both electrical and mechanical performance. The absence of an inspection hole prevents moisture entry into the crimped joint and makes these terminals suitable for outdoor applications. 25 R 30 RC/S 40 S 50 RC 50 S 63 S 70 S 80 S 95 RC 95 S 100 S 120 RC/S 150 RC 150 S 160 RC 160 S 200 RC 200 S 240 RC 240 S 315 RC 315 S 400 R 500 R 600 R 630 R i M N d 8 CA 25-M 8 6,8 14, ,0 8,4 10 CA 25-M 10 6,8 18, ,0 10,5 12 CA 25-M 12 6,8 21, ,0 13,2 12 CA 40 S-M 12 8,2 21, ,0 13,2 16 CA 40 S-M 16 8,2 26, ,0 17,0 12 CA 50 R-M 12 8,7 20, ,0 13,2 12 CA 50 S-M 12 9,5 21, ,0 13,2 16 CA 50 S-M 16 9,5 26, ,0 17,0 12 CA 70 S-M 12 11,0 28, ,2 13,2 12 CA 70 S-M 16 11,0 30, ,2 17,0 12 CA 95 R-M 12 12,0 28, ,0 13,2 14 CA 95 R-M 14 12,0 29, ,0 15,0 12 CA 95 S-M 12 13,5 28, ,0 13,2 14 CA 95 S-M 14 13,5 29, ,5 15,0 16 CA 95 S-M 16 13,5 30, ,0 17,0 12 CA 150 R-M 12 15,0 31, ,0 13,2 14 CA 150 R-M 14 15,0 31, ,0 15,0 12 CA 150 S-M 12 16,5 32, ,0 13,2 14 CA 150 S-M 14 16,5 32, ,0 15,0 14 CA 200 R-M 14 17,0 32, ,0 15,0 14 CA 240 R-M 14 19,2 43, ,0 15,0 14 CA 315 R-M 14 21,5 43, ,0 15,0 14 CA 315 S-M 14 23,7 44, ,0 15, A 80-M 14 27,0 51, ,0 15, A 80-M 16 27,0 51, ,0 17, A 80-M 20 27,0 51, ,0 21, A 100-M 16 30,3 56, ,0 17, A 100-M 20 30,3 56, ,0 21, A 120-M 16 33,4 61, ,0 17, A 120-M 20 33,4 61, ,0 21,0 300/50 150/50 150/50 150/50 150/50 100/50 30/5 10/5 10/5 R = Round conductors RC = Round Compact conductors S = Sector shaped conductors HT 81-U RHU 81 HT 120 HT 131-C HT 131-UC RHC 131 RHU 131-C RHU

22 HIGH VOTAGE TERMINAS two hole fixing CA-2M 2A-2M 25 R 30 RC/S 40 S 50 RC 50 S 63 S 70 S 80 S 95 RC 95 S 100 S 120 RC/S 150 RC 150 S 160 RC 160 S 200 RC 200 S 240 RC 240 S 315 RC 315 S 400 R 500 R 600 R 630 R i M N d 8 CA 25-2 M 8 6,8 14, ,5 8,4 12 CA 25-2 M 12 6,8 21, ,5 13,2 12 CA 40 S-2 M 12 8,2 21, ,5 13,2 12 CA 50 R-2 M 12 8,7 20, ,5 13,2 12 CA 50 S-2 M 12 9,5 21, ,5 13,2 12 CA 70 S-2 M 12 11,0 26, ,7 13,2 14 CA 95 R-2 M 14 12,0 28, ,5 15,0 14 CA 95 S-2 M 14 13,5 29, ,5 15,0 14 CA 150 R-2 M 14 15,0 31, ,5 15,0 14 CA 150 S-2 M 14 16,5 32, ,5 15,0 14 CA 200 R-2 M 14 17,0 32, ,0 15,0 14 CA 240 R-2 M 14 19,2 43, ,5 15,0 14 CA 315 R-2 M 14 21,5 43, ,5 15,0 14 CA 315 S-2 M 14 23,7 44, ,5 15, A 80-2 M 12 27,0 51, ,5 13, A 80-2 M 14 27,0 51, ,5 15, A 80-2 M 16 27,0 51, ,5 17, A M 14 30,3 56, ,5 15, A M 16 30,3 56, ,5 17, A M 14 33,4 61, ,5 15, A M 16 33,4 61, ,5 17,0 150/50 100/50 100/50 100/50 10/5 10/5 R = Round conductors RC = Round Compact conductors S = Sector shaped conductors HT 81-U RHU 81 HT 120 HT 131-C HT 131-UC RHC 131 RHU 131-C RHU 520 CA-2M and 2A-2M terminals have same dimensions as CA-M and 2A-M terminals except that they feature two stud fixing holes at 44,5 centres. 35

23 MT-C HIGH VOTAGE STAK CONNECTORS MT-C series connectors are designed for high voltage applications up to 33 kv. They are manufactured from high purity copper, annealed and tin plated. The extended barrel enhances both electrical and mechanical performance. The stalk or pin makes these connectors ideal for terminating conductors into contact blocks. 25 R 30 RC/S 40 S 50 RC 50 S 63 S 70 S 80 S 95 RC 95 S 100 S 120 RC/S 150 RC 150 S 160 RC 160 S 200 RC i MT 25-C 8 6, MT 40 S-C 8 8, MT 40 S-C 10 8, MT 40 S-C 14/80 8, MT 50 R-C 8 8, MT 50 R-C 10 8, MT 50 S-C 8 9, MT 50 S-C 10 9, MT 50 S-C 14/80 9, MT 70 S-C 10 11, MT 95 R-C 10 12, MT 95 R-C 12 12, MT 95 S-C 10 13, MT 95 S-C 12 13, MT 95 S-C 14/80 13, MT 150 R-C 12 15, MT 150 R-C 16 15, MT 150 S-C 12 16, MT 150 S-C 14/80 16, MT 150 S-C 16 16, MT 200 R-C 10 17, MT 200 R-C 16 17, MT 240 R-C 12 19, MT 240 R-C 16 19, MT 315 R-C 16 21, MT 315 S-C 16 24, P 90/3 90/3 90/3 90/3 90/3 90/3 90/3 45/3 200 S 240 RC 240 S 315 RC 315 S R = Round conductors RC = Round Compact conductors S = Sector shaped conductors HT 81-U RHU 81 HT 120 HT 131-C HT 131-UC RHC 131 RHU 131-C RHU

24 AA-M AUMINIUM TERMINAS AA-M series terminals are made from aluminium of a purity equal to or greater than 99,5%. They are designed to accept a variety of conductor forms especially low stranded compacted conductors. Non circular conductors may require pre-rounding prior to introduction to the terminal. arrels are capped and filled with grease so as to avoid oxidation of the aluminium i M N d 8 AA 16-M 8 5, ,0 8,4 8 AA 25-M 8 6, ,0 8,4 8 AA 35-M 8 8, ,5 8,4 10 AA 35-M 10 8, ,5 10,5 12 AA 50-M 12 9, ,0 13,2 14 AA 50-M 14 9, ,0 15,0 12 AA 70-M 12 11, ,0 13,2 14 AA 70-M 14 11, ,0 15,0 12 AA 95-M 12 12, ,0 13,2 14 AA 95-M 14 12, ,0 15,0 12 AA 120-M 12 13, ,0 13,2 14 AA 120-M 14 13, ,0 15,0 12 AA 150-M 12 15, ,0 13,2 14 AA 150-M 14 15, ,0 15,0 12 AA 185-M 12 17, ,0 13,2 14 AA 185-M 14 17, ,0 15,0 12 AA 240-M 12 19, ,0 13,2 14 AA 240-M 14 19, ,0 15,0 12 AA M 12 22, ,0 13,2 45/3 45/3 45/3 45/3 18/3 18/3 15/3 15/3 15/3 HT 131-UC RHU 131-C 38

25 CAA-M IMETAIC CONNECTORS copper palm fixing aluminium barrels The barrel of series CAA-M connectors are made from aluminium of a purity equal to or greater than 99,5%. The barrel is friction welded to the palm thus achieving the best possible transition between the copper palm and aluminium barrel. arrels are capped and filled with grease so as to avoid oxidation of the aluminium CAA 16-M 12 5, CAA 25-M 12 6, CAA 35-M 12 8, CAA 50-M 12 9, CAA 70-M 12 11, CAA 95-M 12 12, CAA 120-M 12 13, CAA 150-M 12 15, CAA 185-M 12 17, CAA 240-M 12 19, CAA M 12 22, i d 90/3 24/3 18/3 15/3 HT 131-UC RHU 131-C MTA-C IMETAIC CONNECTORS copper pin aluminium barrels The barrel of series MTA-C connectors are made from aluminium of a purity equal to or greater than 99,5%. The barrel is friction welded to the pin thus achieving the best possible transition between the copper pin and aluminium barrel. arrels are capped and filled with grease so as to avoid oxidation of the aluminium. 16 MTA 16-C 5, MTA 25-C 6, MTA 35-C 8, MTA 50-C 9, MTA 70-C 11, MTA 95-C 12, MTA 120-C 13, MTA 150-C 15, MTA 185-C 17, MTA 240-C 19, i P 90/3 90/3 90/3 24/3 24/3 HT 131-UC RHU 131-C 40