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  • en
  • en_US
  • it
  • fr
  • de
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Country Usa / Canada / Mexico
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Categories > Electrical connectors > Non-insulated > For aluminium cables >

CAA-M ALUMINUM/COPPER BIMETAL RING TERMINAL

ALUMINUM/COPPER BIMETAL RING TERMINAL, FOR ALUMINUM CONDUCTORS
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CAA-M

ALUMINUM/COPPER BIMETAL RING TERMINAL, FOR ALUMINUM CONDUCTORS
Documentation
Description
The barrels 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. Barrels are capped and fi lled with grease so as to avoid oxidation of the Aluminium.
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Features
  • Technical information
  • Material composition and treatments
  • Logistic
  • Classification and data ordering
Minimum operating temperature
-50   °C
Maximum operating temperature
150   °C
Spy hole
No
Narrow connection
No
Bend angle of the connection
0   °
Type of coupling between barrel and palm
friction welding
Typology
singolo
Easy insertion input
Yes
Barrel type
chiuso
Filler putty
Yes
Type of filler putty
terostat VII
Conductor body material
Bimetallic (elettrolitic copper with purity above 99,95% and aluminium with purity above 99,5%)
Palm material
Electrolitic copper with purity above 99,95%
Annealing
No
Internal surface of the barrel
smooth
Brazed seam
No
Type of packaging
; box
Unit in minimal packaging
3   PCE
Minimum order quantity
3   PCE
Customs code
85369010
ETIM Class 7
Crimp cable lug for aluminium conductors [EC001053]

CAA-M
Technical information Material composition and treatments Weight and dimensions Logistic
tipo Number of holes on the palm Markings found Reference standard Maximum operating voltage [v] Grease inside the barrel Type of grease inside the barrel Barrel material Screw diameter ØD [mm] B [mm] N [mm] M [mm] I [mm] Centre distance between holes [mm] Range of cable cross section [mm²] L [mm] Gross weight [g] A [mm] Ø [mm] Cable stripping length [mm] Ø1 [mm] Unit in standard packaging [pce]
CAA10-M12 1 factory mark; cembre catalogue number; conductor section and nature; compression die code UNI EN 573-3:2013; UNI EN 13601:2013 30000 Yes nilena Aluminum with purity above 99,5 % M12 13 24 12 13 75 0 10 87 67,700 16.5 4.3 17.5 16 60
CAA16-M12 1 factory mark; cembre catalogue number; conductor section and nature; compression die code UNI EN 573-3:2013; UNI EN 13601:2013 30000 Yes nilena Aluminum with purity above 99,5 % M12 13 24 12 13 75 0 16 87 64,200 43 5.5 47.3 16 60
CAA25-M12 1 factory mark; cembre catalogue number; conductor section and nature; compression die code UNI EN 573-3:2013; UNI EN 13601:2013 30000 Yes nilena Aluminum with purity above 99,5 % M12 13 24 12 13 75 0 25 87 63,583 43 6.5 47.5 16 60
CAA35-M12 1 factory mark; cembre catalogue number; conductor section and nature; compression die code UNI EN 573-3:2013; UNI EN 13601:2013 30000 Yes nilena Aluminum with purity above 99,5 % M12 13 24 12 13 75 0 35 87 65,318 26.5 8 27.5 16 45
CAA50-M12 1 factory mark; cembre catalogue number; conductor section and nature; compression die code UNI EN 573-3:2013; UNI EN 13601:2013 30000 Yes nilena Aluminum with purity above 99,5 % M12 13 24 12 13 75 0 50 87 90,100 43 9 47.3 20 30
CAA70-M12 1 factory mark; cembre catalogue number; conductor section and nature; compression die code UNI EN 573-3:2013; UNI EN 13601:2013 30000 Yes nilena Aluminum with purity above 99,5 % M12 13 24 12 13 75 0 70 87 86,930 43 11 47.3 20 30
CAA95-M12 1 factory mark; cembre catalogue number; conductor section and nature; compression die code UNI EN 573-3:2013; UNI EN 13601:2013 30000 Yes nilena Aluminum with purity above 99,5 % M12 13 24 12 13 75 0 95 87 81,923 43 12.5 47.3 20 30
CAA120-M12 1 factory mark; cembre catalogue number; conductor section and nature; compression die code UNI EN 573-3:2013; UNI EN 13601:2013 30000 Yes nilena Aluminum with purity above 99,5 % M12 13 31 15.5 15.5 95.5 0 120 111 153,308 59 13.7 64.9 25 24
CAA150-M12 1 factory mark; cembre catalogue number; conductor section and nature; compression die code UNI EN 573-3:2013; UNI EN 13601:2013 30000 Yes nilena Aluminum with purity above 99,5 % M12 13 31 15.5 15.5 95.5 0 150 111 146,992 59 15.5 64.9 25 24
CAA185-M12 1 factory mark; cembre catalogue number; conductor section and nature; compression die code UNI EN 573-3:2013; UNI EN 13601:2013 30000 Yes nilena Aluminum with purity above 99,5 % M12 13 35 17.5 17.5 98.5 0 185 116 234,139 59 17 64.9 32 18
CAA240-M12 1 factory mark; cembre catalogue number; conductor section and nature; compression die code UNI EN 573-3:2013; UNI EN 13601:2013 30000 Yes nilena Aluminum with purity above 99,5 % M12 13 35 17.5 17.5 98.5 0 240 116 215,444 59 19.5 64.9 32 18
CAA300-34-M12 1 factory mark; cembre catalogue number; conductor section and nature; compression die code UNI EN 573-3:2013; UNI EN 13601:2013 30000 Yes nilena Aluminum with purity above 99,5 % M12 13 35 17.5 17.5 102.5 0 300 120 221,200 62 22.5 68.2 34 15
CAA300-M16 1 factory mark; cembre catalogue number; conductor section and nature; compression die code UNI EN 573-3:2013; UNI EN 13601:2013 30000 Yes nilena Aluminum with purity above 99,5 % M16 16.5 35 17.5 17.5 135 0 300 152.5 401,333 93 23.3 102.3 40 9
CAA300-34-M16 1 factory mark; cembre catalogue number; conductor section and nature; compression die code UNI EN 573-3:2013; UNI EN 13601:2013 Yes NILENA Aluminum with purity above 99,5 % M16 17 35 17.5 17.5 102.5 0 300 120 218,933 62 22.5 68.2 34 15
CAA400-M16 1 factory mark; cembre catalogue number; conductor section and nature; compression die code UNI EN 573-3:2013; UNI EN 13601:2013 30000 Yes nilena Aluminum with purity above 99,5 % M16 16.5 35 17.5 17.5 135 0 400 152.5 372,089 93 26 102.3 40 9
CAA500-M16-TNBD 1 factory mark; cembre catalogue number; conductor section and nature; compression die code UNI EN 573-3:2013; UNI EN 13601:2013 30000 Yes nilena Aluminum with purity above 99,5 % M16 16.5 35 17.5 17.5 135 0 500 152.5 338,889 93 29.1 102.3 40 9
CAA630-4M8 4 No Aluminium with purity above 99,5 % M8 9 60 30 630 200 844,444 95.7 32.5 105.2 47 9

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