Nylon PCB Mounting

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.

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 snap-fit design allowing the PC to be removed.

A PCB circuit board support pillar with a rivet locking action and an arrowhead design.

A PCB circuit board support pillar with a rivet locking action and a bayonet nose design.

A PCB circuit board support pillar with a rivet locking action and a stud design.

These innovative spacers are mounted to the panel with a rivet that is designed into the part. As you push the head of the spacer down, the legs expand locking it into place. They are available in 13 metric spacer lengths in a UL94 V-2 rated nylon.

These self-retaining spacers snap into the board and maintain spacing even when the screw is removed. Avaialble in many spacing, screw and panel thickness options

These are edge locking supports that require no hole in the top board. They have an integrated locking pin on the bottom to prevent rotation. The UBM grips the PC Board on the side and the UBMC grips the board and is easily released. They have a wide base that minimizes rocking.

These spacers snap together on top of each other to stack any number of boards. Item MB-1-156 Can top off the stack

These self-retaining spacers snap into the board and maintain spacing even when the screw is removed. This version is stackable for multiple level PC board applicatiopns.

These spacers are installed onto the bottom board by pushing them onto a #8 or M4 screw or stud. The teeth inside the spacer grip onto the threads. The top fixing is a locking bayonet nose.

These PCB support pillars 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.

Dual locking PCB pillars, featuring teardrop and bayonet nose snap locks.

The teardrop style nose eases insertion and increases holding power while being very small and not protruding far from hole whilst the cupped base completely covers the hole and adds stability

The standard snap lock support is ideal for quick assembly in PCB stacking applications