LV Low Voltage Through Crimp Splice Connectors 600/1000V

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LV Low Voltage Through Crimp Splice Connectors 600/1000V

LV Low Voltage Through Crimp Splice Connectors 600/1000V

Cembre Splices

Cembre L-M range of cable crimp connectors are designed for jointing low voltage conductors and are made of electrolytic copper tube having the same dimension as Cembre A-M series cable lugs.

L-M Cembre cable splices are annealed and electrolytically tin plated with an internal taper at both ends to ease the introduction of the cable conductor and a central stop to ensure correct positioning.

Cembre connectors are annealed to guarantee optimum ductility which is a necessity for electrical connectors which will have to withstand the severe deformation arising when compressed and any bending of the palm during installation.

L-M connectors are manufactured from electrolytic copper tube Cu-OF CW008A, conform to UNI EN 13600:2003 and are tin plated with a minimum thickness of 3pm to avoid oxidation.

The cable crimp connectors comply with IEC 61238-1 and according to UL 486A standard (file EI25401).

  • IEC 61238-1 Standard – Compression & Mechanical Crimp Connectors For Power Cables up to 30kV (Um = 36 kV).
Cembre Splices

LV Low Voltage 600-1000V Crimp Splice Connectors

 

LV Low Voltage Through Crimp Splice Connectors 600/1000V

Product Specification

Cembre Connector Part Ref Conductor Size sqmm Dimensions Installation Crimp Tooling (# of crimps for each side)
Low Stranded Flexible Øi L 50 kN 120 -130 kN 230 kN 520 kN
6 sh tons 13.5 -14.6 sh tons 25.8 sh tons 58.4 sh tons
HT51 with suffix 1, L-KV; RH50, RHM50, B51 with suffix L, A, LA, KV, LA-104 8500 with suffix A, KV, A-KV HT120, HT120-KV; HT131 with
suffix -C, U-C, LN-Q RHC131 with
suffix LN, -KV; RHM132; RHU131-
Q 8135, 81350,
B131, 81300 with suffix C,
-CA, LN-C, LN-CA, C-KV, CA-KV,
L-C-KV, LN-CA-KV, -UC
ECW-H3D RHU520
 L03-M• 0,25+1,5 0,25+1,5  1,8  15 AU230-130D Adapter 130 & kN dies AU520-130C Adapter 130 & kN dies
 L 06-M• 1,5+2,5 1,5+2,5 2,4 15
 L 1M 4+6 4+6 3,6 22
 L 2-M 10 10 4,6 25 ME1 (1) MA2+PA10 (1) ME2 (1)
 L 3-M 16 16 5,8 27 ME2 (1) MA3+PA10 (1) ME3 (1)
 L 5-M 25 25 7,0 29 ME3 (1) MA5+PA10 (1) ME5 (1)
 L 7-M 35 25+35 8,9 33 ME5 (1) MA7+PA10 (1) ME7 (1)
 L 10-M 50 35+50 10,0 37 ME7 (1) MA1O+PA10 (1) ME10 (1)
 L 14-M 70 50+70 11,3 39 ME10 (2) MA14+PA24 (1) ME14 (1)
 L 19-M 95 70+95 13,5 43 ME14 (2) MA19+PA24 (1) ME19 (1)
 L 24-M 120 95+120 15,2 47 ME19 (2) MA24+PA24 (1) ME24 (1)
 L 30-M 150 120+150 16,7 58 ME24 (2) MA3O+PA48 (1) ME30 (1)
 L 37-M 185 150+185 19,2 64 ME30 (3) MA37+PA48 (1) ME37 (1)
 L 48-M 240 185+240 21,1 75 ME37 (3) MA48+PA48 (1) ME48 (2)
 L 60-M 300 240+300 23,7 90 ME48 (3) MA6O+PA60 (1) ME60 (3)
 L 80-M 400 300+400 27,0 94 ME 80 (3) ME80-3D (2) ME100-520 (2)
 L 100-M 500 400+500 30,3 98 ME100-3D (2) ME100-520 (2)
 L 120-M• 630 500+630 33,4 105
 L 160M IMO 603 38,0 112
 L 200-M• 1000 IMO 44,0 120

 

Cembre L-M - Dimensions

Cembre L-M – Dimensions

How to install LV Low Voltage Through Crimp Splice Connectors 600/1000V
  1. Select proper Cembre L-M cable splice for the copper wire or conductor size used
  2. Strip the cable insulation for a length equal to half the cable connector
  3. Insert copper conductor into each side on connector
  4. Select the correct Cembre crimping die as indicated in the table above
  5. Apply the correct number of crimps as indicated in the table

➡ T&D are Main Distributors for Cembre stocking a complete range of cable cutting and crimping tools.Cembre - Cable Crimpers Cutters Lugs Splices

Contact T&D to discuss crimping cables at MV-HV, including 11kV-33kV, to ensure correct Cembre tool, lug/splice and die set selection – visit battery crimping tools for repetitive crimping of cables without strain injury or worker fatigue.

Full range of battery cable cutting tools also available.