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The LAPP 53112077 is a metallic EMC strain relief cable gland from the SKINTOP MS-NPT BRUSH series, designed for industrial cable entry applications requiring both mechanical strain relief and electromagnetic compatibility shielding. The integrated brush ring makes direct contact with the cable braid shield during installation, grounding the shield in a single tightening step. The nickel-plated brass body accepts cables with an outside diameter between 1.339 and 1.773 inches and threads into a 2 NPT knockout or enclosure fitting. Licensed electricians and industrial maintenance technicians install this gland in control panels, junction boxes, and motor connection housings where liquid-tight, dust-proof sealing is mandatory.
This cable gland suits applications that demand IP68 and IP69 ingress protection, making it appropriate for wash-down environments, outdoor enclosures, and submersible equipment. The 2 NPT thread size fits standard North American electrical enclosure knockouts. The overall assembled length is 2.482 inches and the wrenching flat span is 2.639 inches, which are relevant measurements when planning enclosure depth and spanner access. The gland is rated for continuous use across a dynamic temperature range of -13 degrees F to +212 degrees F, extending to -40 degrees F in static installations.
Designed as an OEM-style cable gland for metallic electrical enclosures, control panels, and junction boxes with standard 2 NPT threaded entry points requiring EMC shielding and liquid-tight strain relief. Locknut is not included and must be sourced separately if required by the enclosure design.
Installation should be performed by a qualified electrician in accordance with the National Electrical Code (NEC) and applicable local codes. De-energize all circuits in the enclosure before inserting or routing cables through the gland. Trim the cable jacket and fold the braid shield back over the cable before inserting into the gland body so the brush makes full contact with the shield upon cap tightening. Do not over-torque the cap; tighten until the bushing seats firmly against the cable jacket without deforming the conductor insulation.
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