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These PCB Spacers are designed to be installed by hand and do not require assembly equipment. They are simple to install thanks to their screw in design. These Hexagonal Brass Standoffs are suitable for a wide range of applications and are available in both non-undercut and undercut versions. Non-undercut spacers offer greater stability but require a washer for installation. Undercut spacers are much quicker to install and don't require the use of a washer
These are female standoffs that have a through hole. A self-tapping screw is used to thread the plastic which gives it a strong hold. Available for several different screw sizes in many spacer lengths.
These Female to Female Standoffs are designed to be installed by hand and do not require assembly equipment. They are suitable for a wide range of applications and the threaded spacer will allow easy assembly. Available in several thread sizes and lengths and in hexagonal or round shapes.
These Fibre Guides, also known as optical or fibre optic guides, can accommodate many low-profile fibre reels for spooling surplus fibre onto a PCB board. It is an entirely modular, adaptable system that provides fibre optic cable management, support, and protection. The guide may be angled in all planes thanks to a unique spine.
Fibre may enter and depart at any point without snagging or kinking, minimising excessive bending or tension that might result in signal loss or cable damage. Angled and straight lugs along the guide keep the fibre from jumping out.
Stacking pillars and standoffs are also available, which may be utilised to stack numerous reels for compact spooling of many fibre lines. Simple to install in three different methods, using their adhesive pad, snap fitting it, or screwing it, all of which aid in keeping components in place. Widely used in telecommunications, data centres, networking infrastructure and other industries.
Mounting feet are used to secure PC boards onto a chassis.
Locking Wire Saddles provide a quick and easy solution for gathering and directing cables and wires, and holding them neatly in place.
The top locking entry system ensures cables are retained and clear of sensitive components. The cables can be easily removed, when required. The wire saddle can be easily fitted and removed with finger-tip pressure.
The material that these wire saddles is made from provides good temperature stability, as well as strength and mechanical resistance.
Wires and cables effortlessly slide into these round Wire Saddles. The Wire Saddle holds and directs passing wires, without the needed of a locking mechanism.
These Wire Saddles are available in screw mounted or self-adhesive backed options. The adhesive option is backed with a high quality adhesive tape.
The round shape makes these Wire Saddles suitable for use with a wide range of cable diameter sizes.
The material that these wire saddles is made from provides good temperature stability, as well as strength and mechanical resistance.
These Cable Grip Trays, also known as cable management trays or cable baskets, are intended to organise, manage, and protect cables, wires, and cords. It is ideal for grabbing numerous cables, up to seven, while keeping them all separate simultaneously.
Cables are manually placed into the tray and readily removed to handle cable bundles of varying diameters. The tray raises cables away from heat-generating sources, allowing for improved ventilation and reducing overheating. This is especially crucial for power cords and wires that may generate heat during operation.
Due to its material, it ensures longevity and resilience to wear and tear. It is easy to install by screwing it into the panel. Ideal for applications in industries like electricity, telecommunications, data centres, and commercial buildings.
Fibre Splice Trays are stackable to any number, and inter-tray fibre routing is possible through slots along one of the long sides of the tray. Colour coded hinges indicate side of tray to open from. Lid, trays, and hinges are sold separately or in a kit. Flame resistance; UL94 V0 and UL94 HB.
These supports 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 supports are securely mounted with a #4 or M3 screw. The offset design allows for dense packaging.
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.
Scale Plates are used to precisely and repeatedly place sliding clamps along linear guides or shafts. There are two variants available, each with a distinct mounting style.
On the one hand, single scale plates and, on the other hand, double scale plates. Within each of them, there is a type of mounting type. Screw mounting type with drilled holes or adhesive mounting features an outline of the screw hole location, not drilled.
They feature a marked scale or grid pattern that runs along one or both edges, giving users an indication. It is durable and wear resistant.
These are widely employed in a variety of industrial applications such as automotive, aerospace, and medical equipment.
These spacers 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.
This range of standoffs are easy to install thanks to their screw in design. They are suitable for a wide range of applications and are available in both non-undercut and undercut versions. Non-undercut spacers offer greater stability but require a washer for installation. Undercut spacers are much quicker to install, allow spacers to be stacked and don't require the use of a washer. They are also available in self-tapping types for mating with unthreaded fittings. They come in several materials and lengths.
These Standoffs are designed to be installed by hand and do not require assembly equipment. The round standoffs are suitable for a wide range of applications and are ideal for use when high mechanical strength is required and provide sturdy, insulated spacing for high power electronic applications. They are made of nylon with brass inserts and are rated UL94 V-2.
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.
These Standing Capacitor Holders are intended to screw onto the chassis and secure the capacitor to a flat surface. It is a strong, one-piece device with a robust, secure attachment that ensures endurance and longevity even in harsh conditions. It is simple to install or remove by screwing it in. The holder secures the capacitors even in high-vibration settings.
This eliminates the need for regular capacitor readjustment or repositioning, ensuring optimal performance and lowering the danger of electrical failure. It is offered with or without mounting hardware, with or without an internal standoff feature to separate the capacitor from the chassis, and without the internal standoff feature for pass-through applications. Used in applications including electronic circuit boards, power electronic components, and industrial automotive systems.
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 #8 or M4 threaded hole. They are easily installed by hand with minimal force. The top fix is a locking bayonet nose.
Flange Mount Hinged Pull Handles are heavy duty spring loaded handles that lay flat when not in use. The handle is made of glass-filled nylon and the spring loaded design returns to the flat position automatically.
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