Panduit® LCA6-14-L LCA 1-Hole Compression Lug, 6 AWG Copper Conductor, 1/4 in Stud, P24, Tin Plated Copper
Lug Compression Connectors
7032
MFG #: LCA6-14-L
Panduit®
143.22000
/ ea
Panduit® Compression Lug, 1-Hole, Series: LCA, Copper Conductor, 6 AWG Conductor, Die Code: P24, 35 kVAC, 1/4 in Stud, Standard Tongue, 0.48 in W x 0.08 in THK Tongue, 1.61 in Overall Length, Standard, 0.22 in ID x 0.31 in OD x 0.81 in L Barrel, 90 deg C, Tin Plated Copper, Blue
- Brochure URL - SA-PCCR02 Tool Chart Guide WEB 4-19-10.pdf(Brochure URL)
- Catalog URL - IDW_DOCUMENT_14ad42fe5eee689804f9e8df467dd0ec4bb4a6175ee4b3eeac8ccaeee5394adc.pdf(Catalog URL)
- Full Eng Drawing URL - LCA6-14F-L.pdf(Full Eng Drawing URL)
- http://www.panduit.com(Seller Home Page URL)
- Install Instructions 1 URL - 10965_8HR3XEG6CB7NY1PF.pdf(Install Instructions 1 URL)
- Install Instructions 1 URL - 10965_SV17D5G0NPEHFL3C.pdf(Install Instructions 1 URL)
- Install Instructions 1 URL - LCA6-14-L.pdf(Install Instructions 1 URL)
- Install Instructions URL - N-PCT-PMPI-63-PC--REV09--ENG.pdf(Install Instructions URL)
- Line Drawing URL(Line Drawing URL)
- Spec Sheet URL - LCA6-14-L.pdf(Spec Sheet URL)
- Tech Bulletin URL - D-PCCB15--SA-ENG-CrimpingMachine.pdf(Tech Bulletin URL)
- Tech Bulletin URL - 10965_4HBSMXIT3RPVYJL0.pdf(Tech Bulletin URL)
- Video - http://www.panduit.com/heiler/Videos/M-PCUP65CRIMP--HIR-ENG.mp4(Video)
- Tech Drawing URL - 10965_U18W9X7MK46QBNOS.pdf(Tech Drawing URL)
- Video - https://www.panduit.com/content/dam/panduit/en/products/media/7/77/277/5277/110185277.mp4(Video)
- Features
| Consult cable manufacturer for voltage stress relief instructions with applications greater than 2000 V |
| Straight tongue angle |
| 7/8 in L wire strip |
| Inspection window to visually assure full conductor insertion |
| Color coded barrels marked with Panduit® and specified competitor die index numbers for proper crimp die selection |
| Tin plated to inhibit corrosion |
| For use with stranded copper conductors |
| Consult cable manufacturer for voltage stress relief instructions with applications greater than 2000 V |