AXIS TQ1943-E Cable Gland Ex d Armored

Delivering certified flameproof protection where armored cable meets your camera or junction box, the AXIS TQ1943-E Cable Gland Ex d Armored is engineered for demanding security and surveillance environments. This Axis Communications cable gland provides a robust, compliant entry point with IP66/IP67/IP68 ingress protection and ATEX/IECEx (plus UL/cCSAus) certifications, so your hazardous-area monitoring installations meet strict safety standards. Its armored design maintains cable armor continuity and mechanical strength while M20x1.5 and M25x1.5 thread options simplify installation across a range of conduits and housings. Built to withstand deluge conditions and rated IK10 for impact resistance, the TQ1943-E preserves uptime for outdoor cameras, access control points, and industrial network devices. Whether you’re specifying hardware for refinery surveillance, chemical plant monitoring, or perimeter security, this Ex d cable gland minimizes installation time, reduces maintenance risk, and helps ensure regulatory compliance. Specify the AXIS TQ1943-E for reliable, certified cable protection in hazardous areas — ideal for security, surveillance and industrial monitoring projects. Contact your Axis distributor to order or to confirm compatibility with your enclosure.

• Ensures compliant, flameproof cable entry for hazardous-area security installations, reducing risk and simplifying certification.
• Protects armored cable connections from dust, water and jetting (IP66/IP67/IP68) for reliable outdoor surveillance performance.
• Dual thread sizes (M20x1.5 and M25x1.5) accommodate common cable entries to speed deployment and reduce inventory complexity.
• ATEX, IECEx and UL certifications give confidence for use in regulated industrial monitoring and safety-critical environments.
• IK10 impact protection and deluge resistance maintain uninterrupted operation in harsh weather and high-impact sites.
• Designed for armored cables to preserve cable armor integrity and maintain secure, long-term network and power connections.