Insulating Machinery PCB Mounting

These spacers are easily mounted by hand. The ends are arrowhead fixings and they are held firmly in place with tension wings. Available in many styles for different hole sizes, panel thicknesses and materials

These PCB support pillars are our most popular style. Both ends easily snap in by hand and lock into place. Available in many different styles for different spacer lengths, hole diameters, panel thicknesses and materials

Edge Locking Supports provide a secure hold on the side of the PCB allowing for easy removal. Screw mount supports are very secure and reliable. These mount with a self-tapping screw.

These spacers have fir tree fixing on one end and a locking bayonet nose on the other. The blind hole mount is flexible and will lock into round, threaded, punched or drilled blind holes

These spacers have fir tree fixings on both ends for a secure lock. The blind hole mount is flexible and will lock into round, threaded, punched or drilled blind holes

These spacers have a fir tree fixing on one end and a releasable bayonet nose on the other. The blind hole mount is flexible and will lock into round, threaded, punched or drilled blind holes

These locking arrowhead push spacers are designed to support heavily loaded circuit boards. They feature a flat rest mount design.

These push spacers are designed to support heavily loaded circuit boards. No through hole is required in the board which allows for easy access to the underside of the board. These are mounted into a small hole and protrudes very little under the board. They have a cupped base that provides a tight fit to the board as well as covering the hole completely.

PCB pillars with a bayonet nose design, suitable for key hole.

PCB pillars with a two prong design, suitable for key hole.

These spacers have a threaded male end that is mounted securely using a hex nut. The top end has a releasable snap-fit fixing that has a low profile.

A dual locking PCB support pillar with a threaded female and arrowhead design.

These spacers have a threaded male end that is mounted securely using a hex nut. The top end has a snap lock arrowhead nose that holds the PCB in place.

These spacers have a threaded female end that is mounted securely using a screw. The top end has a locking bayonet nose that holds the PCB in place.

These spacers have a threaded male end that is mounted securely using a hex nut. The top end has a snap lock bayonet nose that holds the PCB in place.

Edge Locking Supports provide a secure hold on the side of the PCB.

These reverse mounts PCB support pillars are installed from the underside of the chassis. They have a thin buttonhead for minimal protrusion under the chassis. The top of these is a locking arrowhead that holds the PC Board in place.

These locking metric reverse mount supports are installed from the underside of the chassis.

These PCB support pillars have a threaded female end that is mounted securely using a screw. The top end has a locking arrowhead nose that holds the PCB in place.

These spacers have a threaded female end that is mounted securely using a screw. The top end has a releasable snap fit bayonet nose that holds the PCB in place.

These spacers have a unique self-threading bottom fixing. The threaded hole that they go into acts as a die and threads the bottom end when screwed in. They can be used in either a #4 or M3 threaded hole. They are easily installed by hand with minimal force. The top fix is removable and has a low profile.

The standard snap lock support is ideal for quick assembly in PCB stacking applications and the quarter turn fastening aids the ease of application

These reverse mount supports re installed from the underside of the chassis. They have a thin buttonhead for minimal protrusion under the chassis. The top of these is a locking bayonet nose that holds the PC Board in place.

These reverse mount supports re installed from the underside of the chassis. They have a thin buttonhead for minimal protrusion under the chassis.

These reverse mount supports re installed from the underside of the chassis. They have a thin buttonhead for minimal protrusion under the chassis. The top of these flat requiring nop through hole to support heavily loaded PC Boards.