Rittal 2411611 Cable Gland Polyamide M16x1.5 50-pack

Product Description

The RITTAL 2411611 is a polyamide cable gland with an M16x1.5 metric thread, sold in a pack of 50. Cable glands provide a secure, sealed entry point where cables pass through enclosure walls, panels, or junction boxes. The polyamide construction offers good chemical resistance and electrical insulation properties, making it suitable for use in control panels, electrical enclosures, and industrial wiring applications. This gland is typically installed by licensed electricians or industrial maintenance technicians during panel builds or field wiring work.

The 2411611 is used in residential, commercial, and industrial electrical enclosures where cables must be routed through a panel wall or bulkhead in a controlled, strain-relieved manner. The M16x1.5 thread size fits standard metric knockout openings commonly found in control cabinets and equipment enclosures. The 50-piece pack quantity suits panel shop applications, service stocking, or any project requiring multiple entry points on a single enclosure or across multiple units.

Key Features

• Polyamide construction provides electrical insulation and resistance to common industrial chemicals
• M16x1.5 metric thread fits standard metric panel knockouts
• Pack of 50 supports panel shop production and bulk stocking needs
• Lightweight at 0.40 pounds per pack of 50
• Designed for secure cable strain relief at enclosure wall penetrations

Compatibility

Designed as an OEM-style cable gland for use with standard metric M16 threaded knockout openings in electrical enclosures and control cabinets.

Installation Notes

Cable glands are installed by licensed electricians or qualified panel builders. De-energize the enclosure completely before beginning any cable entry work. Thread the gland body through the knockout from inside or outside the enclosure per the manufacturer assembly sequence, then tighten the locknut to secure it against the panel wall. Follow applicable NEC requirements for cable support, strain relief, and enclosure integrity when routing conductors through the gland.