3M™ 5514A Cold Shrink QS-III Splice Kit, 15 kVAC, 500 kcmil Conductor, 29 in L Splice, Silicon Rubber
Insulated Splice Kit, 15 kV
494433
MFG #: 5514A-500-CU
3M™
822.68000
/ ea
3M 5514A Series Cold Shrink QS-III Splice Kit is a 15kV class inline splice designed to join tape shield, wire shield, UniShield® or longitudinally corrugated shielded power cables. The cold shrink design fits type MV-90 cables with copper or aluminum conductors while ensuring a quick installation and excellent cable size transitions. The kit is 15,000 amps-rated for faults current protection.
- Brochure URL - 3m-cold-shrink-qs-iii-a-series-silicone-rubber-splice-brochure.pdf(Brochure URL)
- Seller Home Page URL - Country(Seller Home Page URL)
- WEB COMPLIANCE CERT URL - Scotch_054007_10083_Compliance_Certificate.pdf(WEB COMPLIANCE CERT URL)
- WEB INSTALL INSTR URL - qs-iii-splicing-kit-5514a.pdf(WEB INSTALL INSTR URL)
- WEB LINE DRAWING URL(WEB LINE DRAWING URL)
- WEB SDS URL - gqtdronxjwncvdkv8cud.pdf(WEB SDS URL)
- WEB SPEC SHEET URL - 3mtm-cold-shrink-qs-iii-inline-splice-kits-15-kv.pdf(WEB SPEC SHEET URL)
- WEB TECH DRAWING URL - mediawebserver?mwsId=SSSSSufSevTsZxtU48tZlx_UevUqevTSevTSevTSeSSSSSS--(WEB TECH DRAWING URL)
- Features
| In-line splice for joining tape shield, wire shield, UniShield® or longitudinally corrugated shielded power cables |
| Special electrode design of the kit reduces the electrical stress at a critical cable/splice interface |
| Designed for feeder and distribution circuits, it transitions from shielded to neutral power cables and fits type MV-90 cables |
| Silicon rubber splice body provides good high and low temperature performance and the EPDM rubber jacket offers physical protection |
| Factory tested partial discharge and AC ensure reliability |
| Copper conductor |
| 0.69 to 1.38 in OD connector |
| 5 in aluminum/copper compression length, 5-3/4 in copper compression length, 5-3/4 in shear bolt connector length |
| 1090 psi tensile strength |
| 610% elongation |
| 370 V/mil dielectric strength |
| 1/case |