Easily access HMI devices, push-buttons, and other electronics mounted on the exterior of an enclosure while keeping contents safe from water, oil, dust, and weather.

316 stainless steel covers are highly resistant to corrosion, so they’re good for washdown environments. They’re not as durable as steel.

Steel covers are more durable than 316 stainless steel covers.

Polycarbonate covers resist denting, scratches, and cracking. They also stand up to UV rays.

2 3/4” and 3 7/16” deep covers have raised covers for additional space, making them best for shielding large components.

Covers with a quick-release, slotted, or twist latch offer easy access without the need for keys or removing screws.

Covers with screws, tamper-resistant screws, a key lock, or a two-way key add security and protect components from unauthorized changes. These covers are not ideal for applications requiring frequent, easy access to enclosures.

For technical drawings and 3-D models, click on a part number.

Create a human-machine interface that’s designed to attach to a suspension arm, so you can move your HMI around. Already-drilled mounting holes match up to our suspension arms. The large center hole lets you route cables from your HMI components outside of the enclosure, saving you the effort of drilling your own. If you want to mount your enclosure to something else, use a cover plate (sold separately) to seal these holes and drill your own.

The cover detaches, so you can move it to a location with more space to cut holes for switches, screens, and other parts; then install it when you’re done. Use the rear access door to maintain your HMI without taking the enclosure apart or removing it from its mount.

When mounted to a suspension arm or used with a cover plate, these enclosures are IP and NEMA rated, so they block out dust, oil, coolant, and water from washdowns. They also meet American and Canadian safety standards.

Add panels to mount equipment inside your enclosure without cutting or drilling the walls, maintaining its protection from dust, oil, and water. For more working space, you can assemble electronics on the panel before inserting it into the enclosure.

Mount handles to your enclosure to safely move it on a suspension arm. They reduce the risk of touching controls while adjusting your enclosure.

For technical drawings and 3-D models, click on a part number.

Build out human-machine interfaces by installing buttons, switches, gauges, and other components to monitor and control machinery. These enclosures have a large, slanted cover that holds components at a visible angle without blocking the view of your operation. They are about countertop height, so you can sit or stand during use. Remove the cover and doors to assemble electronics with more working space. They are IP and NEMA rated for protection from washdowns, oil, and dust.

Choose enclosures with rear access doors for another access point to internal electronics. They have panel mounting channels, so you can position panels (sold separately) at different depths, creating more space for components.

Add panels inside the enclosure to mount electronics without cutting or drilling the walls, maintaining protection from washdowns, oil, and dust. Electronics can be assembled on the panel outside of the enclosure for more working space and inserted when complete.

Replacement covers (sold separately) allow you to repurpose the enclosure for operations with different layouts.

For technical drawings and 3-D models, click on a part number.

Often used to house emergency-stop buttons, switches, and lights, these bright yellow enclosures are easy to spot, even in dimly lit areas. All have standard-size push-button holes to save time—no need to measure and cut your own holes.

Rated IP66 and IP68, all of these enclosures protect contents from dust, high-pressure washdowns, and submersion in water. Those with a NEMA 6P and NEMA 12 rating also guard contents from corrosion, oil, and the weather.

For technical drawings and 3-D models, click on a part number.

Also known as HMIs, program these touch-screen interfaces to control PLCs, inverters, and other automated equipment. The LCD screen provides easily visible data output to control your operation. Load software from a USB flash drive or via the Ethernet connection.

For technical drawings and 3-D models, click on a part number.