A rugged glass and metal construction, IP68 sealing to the panel, and compatibility with night-vision systems as well as true sunlight readability, prepare Oxley night-vision LED indicators for operation in military and marine environments. The indicators feature flying-lead terminations for easy assembly, and minimise heat dissipation to simplify thermal management. Fully compliant to MIL-STD-3009, the indicators offer five colour options with voltages from 5Vdc/ac to 28Vdc/ac as well as non-voltage variants, all with optional EMI shielding.

Oxley T1 midget flanged EZLEDs incorporate a high-intensity single-chip LED optically designed to give a wide spread of illumination with a viewing angle of 120°. The polarity of the lamps can be configured with the centre contact as either the anode or the cathode for extra versatility. With an operating current of 17mA, operating temperature range of -40°C to +85°C, and over 90,000 hours mean-time between failure, EZLEDs reduce power consumption, heat dissipation and maintenance costs when replacing standard filament bulbs. Applications include push button switches, mimic panels, caption or warning indicators and annunciator lights.

Oxley has introduced a new series of bipolar LEDs to its extensive range of LED incandescent bulb replacements.

Designed to replace standard BA9 and E10 incandescent bulbs in push button switches and panel instrumentation the ELEDs are suitable for use in rail, power and oil and gas applications.

The new ELEDS have a unique multi-voltage operating range from 12 vdc/vac to 60 vdc/vac ensuring bipolarity, thermal management and increased mean time between failure of 100,000 hours.

They utilise the latest in LED technology to achieve the required levels of illumination. The LED is machined to create a flat top that ensures ‘true and even’ behind bezel illumination and eliminates the hot spot often associated with earlier, more directional LEDs.

Oxley LED Business Manager David Howell says: “The benefit of using an Oxley warm white ELED is that the colour mimics that of an incandescent bulb and successfully filters through all colours of push button switches including the more problematic yellows and reds.”

Fully tested and qualified the ELEDs are available now in white and warm white with green, blue, yellow and AlGaAs red variants to follow shortly. Oxley drawing CP39948 refers.

Snale® pins have been widely established in the commercial and military electronics market worldwide as the definitive terminal pin for use with non-plated through-hole PCB’s and chassis.

The knurled and barbed retention mechanism gives a low insertion force, high retention and non-rotation fit ensuring rigidity with ease of assembly. The Snale® pin range is available in a variety of lengths and diameters to suit applications such as multi-way pin headers on aircraft engine control systems, pins in connectors and lead through terminals and solder posts on flow meters.

They are available in standard tin lead, silver, palladium, pure tin and gold finishes. Bespoke styles are also available thanks to our in-house high precision machining capabilities.

Oxley Developments designed the Barb Cone Lock® locking technology many years ago and it has been successful in a wide range of chassis mounting insulated "stand off" and "lead through" applications. The components are constructed from PTFE and have an elastic property which allows the barbed metal spill to lock itself in place by gently expanding the PTFE underneath the chassis during insertion. This ensures a long life and a stable mounting in the chassis which is a fundamental part of the product’s success.

The product has proven in many industry applications ranging from the military, nuclear and space sectors to medical and telecommunications settings. There is a vast range of types and styles to suit a variety of hole sizes and chassis thicknesses. There are also "CEEL" high sealing versions for use in applications involving vacuums and differential pressures.

The spills are manufactured using precision turned, high specification brass material with a silver plating finish as standard. Other finishes are available on request.

Oxley also has the capability to manufacture Barb Cone Locks® in a variety of exotic metals for thermocoupling applications.

Kinky Pins® were designed to specifically meet the demands of plated through-hole (PTH) technology introduced in printed circuit boards. They tend to be used with flexi-circuit termination and as solder terminals, connectors and in multi-way pin arrays.

They use a unique kinked retention mechanism which gives a fit in the PTH that is unsurpassed. The kinked leg provides a tight non-aggressive spring-loaded fit, while the straight leg ensures the pin is kept perpendicular to the PCB prior to soldering.

The slotted design induces wicking of the solder up into the kink and up to the flange. That ensures the solder joint is solid and free of air pockets, reducing the possibility of dry joints developing and increasing the life of the solder joint.

The Kinky Pin® range is comprehensive and our in-house high precision machining capabilities mean that we have the ability to manufacture bespoke versions on request. Standard finishes are tin lead and gold with other finishes available on request.

Kinky Pins® were designed to specifically meet the demands of plated through-hole (PTH) technology introduced in printed circuit boards. They tend to be used with flexi-circuit termination and as solder terminals, connectors and in multi-way pin arrays.

They use a unique kinked retention mechanism which gives a fit in the PTH that is unsurpassed. The kinked leg provides a tight non-aggressive spring-loaded fit, while the straight leg ensures the pin is kept perpendicular to the PCB prior to soldering.

The slotted design induces wicking of the solder up into the kink and up to the flange. That ensures the solder joint is solid and free of air pockets, reducing the possibility of dry joints developing and increasing the life of the solder joint.

The Kinky Pin® range is comprehensive and our in-house high precision machining capabilities mean that we have the ability to manufacture bespoke versions on request. Standard finishes are tin lead and gold with other finishes available on request.

This range of precision machined plugs and sockets utilizes the same locking mechanism as our Barb Cone Lock® Insulated Terminals.

The range includes chassis mounting plugs and sockets, line plugs and sockets and multi-way edge mounting sockets, all in a range of diameters from 0.5mm to 4mm with current ratings from 1 to 5 Amps. Typical applications are for test equipment and card rack systems in the military, aerospace and nuclear industries and for high voltage applications up to 2kV.

The simple assembly provides a product with high insulation resistance and low contact resistance.

Standard finishes are gold flash on silver undercoat for the plugs and silver on the sockets, helping to maintain a low contact resistance performance over many mating cycles. Other finishes and materials are also available on request.

Based on field-proven SMOX technology, new low-profile, edge-mounted test points from Oxley save PCB space and minimise damage during test, analysis and programming.

A unique ball-and-socket connector mechanism allows flying leads to be connected and disconnected with no stress to the PCB. The unique design provides clear advantages over conventional pin-header connectors, including low resistance, and a convenient and compliant socket. Compatibility with the latest pick-and-place technology allows fast and accurate placement with speeds of over 40,000 units per hour.

Oxley are leading specialists in the effective suppression of electromagnetic interference with a wide range of EMI/RFI filtering solutions. To help you solve your EMC problems, we can advise on the most suitable filter solution for your specific application from our standard product range or develop a custom filter solution if required.

For over 30 years Oxley EMI suppression filters have been successfully used in a range of critical applications from signal protection in radio systems and computer communication interfaces to civil aviation engine control systems and telecoms networks.