Steel Push Button Enclosures

Push button enclosures are designed to work with 22.5 mm or 30 mm push buttons, switches, pilot lights and other indicators. They can have 1 to 42 holes to house illuminated and non-illuminated control and indication devices and are made in steel, stainless steel and non-metallic material. They can be rated for indoor or outdoor use. Push buttons are mechanical switches that open or close one or more circuits to control an aspect of a machine or process. 

Push button switches are typically used to start or stop a process, with the switch being in a normally-opened or a normally-closed position. An indication light can be included in the push button to show the state of the switch. Selector switches are mechanical switches that open or close electrical contacts by rotating the handle right, left or center. These switches normally come in 2-position or 3-position options and with or without keys. Some indication and signaling devices give an audible or visual indication of the status of a situation that needs attention. Examples include: beacons, buzzers, pilot lights, signal towers, sounder horns and strobes.

Hoffman Deep Pushbutton Type 12 enclosures are made of 14 gauge steel and are designed for 22.5 mm pushbuttons and switches. The 89 mm and 108 mm depths accommodate additional pushbutton contact blocks.

Hoffman Extra-Deep Pushbutton Type 4 enclosures are made of 14 or 16 gauge steel and are designed for 22.5 mm or 30.5 mm pushbuttons and switches. The 121 mm depth accommodates additional pushbutton contact blocks. ANSI 61 gray or OSHA Safety Yellow textured polyester powder paint are available as standard finishes.

Hoffman Extra-Large Pushbutton Type 12 enclosures with panels are made of 14 gauge steel and are designed to hold 22.5 mm or 30.5 mm pushbuttons and switches with factory-stamped holes ranging from 4 to 42.

Hoffman Sloped-Front Pushbutton Type 12 enclosures are made of 14 gauge steel and are designed to hold 22.5 mm or 30.5 mm pushbuttons and switches where slanted control surfaces are needed.