COMLINE Enclosure Accessories
Aluminum enclosures have many physical characteristics that make it an excellent choice for many industrial environments. Aluminum has a high strength-to-weight ratio, which means that it will maintain its shape when subjected to strong forces but with the added benefit of being lightweight. It also has a natural resistance to corrosion, making it an excellent choice for wet environments. Aluminum can dissipate heat, which can help to reduce the interior temperature of an enclosure housing components that can be damaged by high temperatures. And finally, aluminum enclosures are ideal for electronic and electrical equipment because of it does not react to magnetic forces, shielding internal components from radio frequency (RF) and electromagnetic frequency (EMF) interference.
Hoffman COMLINE enclosures are designed to protect critical telecommunications equipment in both indoor and outdoor environments. The vertical-mount cabinets house 19 inch rack equipment and are ideal for pole-mount applications. The narrow cabinet width offers great wind-resistance.
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Hoffman Type 4X COMLINE aluminum wall-mount enclosures provide protection for electrical components in extreme outdoor environments. They employ a foam-in-place gasket for a tight seal and are ideal for tower-mounted or rooftop telecommunication applications. The COMLINE aluminum backplate mounts to the back of the enclosure and provides a surface mount for components.
Panel Build Series Part 14: Drilling and Tapping
Drilling and tapping holes into a steel back plane for hardware attachment.
Take inventory of the tools needed for the job. A metal punch is used to make a small divot in the metal so that the drill bit won't wander, a very sharp machine drill bit and a 10-24 tap. The size of the bit and tap will depend on the type of hardware being used to secure the din rail and wire ducting to the panel.
Punch to create divots on previously marked layout. Always punch before drilling and make sure that the punch is in the center of the mark.
Drilling into the steel back plane. Make sure that the drill bit is very sharp, use lubrication to prolong the life of the bit, place the bit into the punched divot and start drilling. Clean up any metal shards when drilling is complete.
Tapping the holes to create threads. Make sure that the tap is very sharp and lubrication is used when tapping the holes. Do not over torque the tap which can cause it to break. Make sure that the tap goes completely through the hole until it turns easily to ensure that the holes have been properly threaded. Test the threaded holes with a screw. Clean up any metal shards. The back plane is now ready for mounting hardware.