Slocable’s KUIQ X connector is designed for maximum EPC on-site efficiency, these connectors feature a crimp-free, tool-less termination 1500V PV system. By doubling installation productivity, they provide a high-performance interface for 4mm² and 6mm² solar cabling systems
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Datasheet |
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| Insulation material | PPE、PA66 |
| Rated current | 40A |
| Rated voltage | DC 1500V |
| Test voltage | 8kV(50Hz,1min) |
| Contact resistance | <0.5mΩ |
| Contact material | Copper,Tin plated |
| Degree of protection (Fully mated) | IP65/IP68(1m,1h) |
| Degree of protection (Unmated) | IP2X |
| Safety class | Ⅱ |
| Flame class | UL94-V0 |
| Ambient temperature range | -40℃...+85C |
| Suitable cable cross sections | 4/6mm 12~10AWG |
| Connection type | Spring clamp (Can be installed without the need for tools) |
| Cable pull-out force | >250N |
| Metric | Traditional Crimping | KUIQ-X Crimp-free |
| Tool Required | Crimper & Dies | None |
| Operation Time | 25~35s | 3~5s |
| Wiring Efficiency | 100% (Baseline) | +80% |
| Training Required | Skilled labor | No experience needed |
| Long-term Reliability | Depends on crimp quality | Standardized & stable |
| Contact Area | Depends on crimp force | Constant pressure & stable |
①Strip the cable
Strip the outer jacket and expose ~15 mm of conductor.
②Straighten the strands
Gently straighten and bundle the copper strands to avoid splaying.
③Insert the conductor
Push the conductor firmly into the solar contact until it fully bottoms out.Then do a pull test to confirm it cannot be pulled out.
④Tighten the cap
Tighten the cap clockwise until locked.
⑤Final inspection
• Pull test:Gently pull the cable to confirm no looseness or slippage.
• Visual check:Cap fully seated; seal ring not exposed.
The KUIQX features a push-pull, self-locking design that requires no crimping; the time required for a single assembly operation is reduced from 30 seconds to approximately 10 seconds, boosting installation efficiency by 60%.
The crimp-free design eliminates the need for specialized tools, saving $7000 to $11,000 in tool and training costs for a 100MW project.
Features a standardized, crimp-free structure that eliminates the need for manual control of crimping force; ensures stable contact resistance (≤0.5 mΩ) and significantly enhanced safety.