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DTLD Two bolts bimetallic lugs

Quality Assurance 1.Every raw material has a test report. 2.Advanced equipment for quality precision machining. 3.Complete testing equipment ensure the performance of the product meets the standard and closely related to internationally accredited laboratories. 4.Strict quality inspection standards have strict quality procedures at the beginning of production, in the middle of production and in the completion of packaging. 5.ISO9001 certificate. CU-AL Bimetallic Cable Lug DTL-3 1.The solid palm eliminates the ingress of moisture. 2.The barrels are chemically treated to reduce contact resistance and corrosion 3.Refilled with jointing compound 4.Friction welded 5.Material:Cu≥99.9%,Al≥99.5%

Item No.

Cable spec(mm2)

Dimensions(mm)

Note

   

D

d

Ø

L1

L2

L

W

T

 

DTLD16

16

11

6.4

8.5

33

25

95

16

4

Material: Al≥99.5% Cu≥99.9%

Friction welding Can be OEM              

DTLD25

25

12

7.4

8.5

35

25

100

18

4

DTLD35

35

14

8.7

10.5

38

40

125

20.5

4

DTLD50

50

16

9.7

10.5

40

40

130

23

5

DTLD70

70

18

11.7

12.5

45

40

142

26

5

DTLD95

95

21

13.7

12.5

51

40

150

28

5

DTLD120

120

23

15.2

14.5

56

40

160

30

6

DTLD150

150

25

16.7

14.5

57

40

165

34

6

DTLD185

185

28

18.7

17

58

40

176

37

6.5

DTLD240

240

30

21

17

60

40

188

40

6.5

DTLD300

300

35

23.5

17

73

40

220

50

7

DTLD400

400

38

26

21

78

45

225

55

7.5

DTLD500

500

40

29

21

80

45

230

55

9.5

DTLD630

630

45

34

21

80

45

235

60

9.5

DTLD(TWO HOLES) SERIES BIMETALLIC LUG ARE SUITABLE FOR TRANSITION CONNECTION OF THE CIRCULAR ALUMINUM WIRES, HEMICYCLES-SECTOR ALUMINUM WIRES, POWER SUPPLY CABLES IN THE DISTRIBUTION EQUIPMENT AND COPPER TERMINALS OF THE ELECTRICAL EQUIPMENT THEY ARE MADE FROM CU 99.9% PURITY AND AL 99.5 PURITY.

THE BARREL IS FRICTION WEDDED TO THE PALM.SO THAT THE BEST POSSIBLE TRANSITION BETWEEN COPPER PALM AND ALUMINUM BARREL. TO AVOID OXIDIZATION OF THE ALUMINUM BARREL CAPPED GREASED. WHEN CRIMPING, IT ORCED THE JOINT COMPOUND INTO CONDUCTOR STRANDS