Use either way up; knock-out panel for flying leads
February 4, 2021 – BCL Enclosures’ miniature sloping module cases are ergonomically designed to fit on a desk, dashboard or in a pocket and suit multiple applications, including panic alarm switches, infrared remote controls and reception desk bell switches.
Exceptionally robust thanks to being manufactured in high impact ABS plastic, the module cases are supplied with a single self-tapping screw fixing. They also feature a cable knock-out section suitable for flying lead applications.
Available in black or white ABS, the miniature sloping module cases have a matt finish on all surfaces apart from the polished recessed panel which is on the largest flat surface. The cases can also be used with this side uppermost if preferred. The size of the module cases is 71mm x 44mm x 28mm (apex) sloping down to 22mm high on one edge and 17mm high on the other. Nominal wall thickness is 2mm.
BCL’s miniature module cases are manufactured in the UK, which overcomes the supply issues often found with non-UK manufactured items. In addition, custom and other colours are available to order.
A high percentage of BCL Enclosures’ plastic enclosure products are available from stock or on very short lead times. BCL Enclosures also supplies power supply units. Advice on enclosure specification and a full gamut of custom and customization services are also available, for example, custom cut-outs.
About BCL Enclosures
BCL Enclosures is a UK manufacturer of standard and custom plastic enclosures moulded in ABS, polycarbonate and other plastic materials designed to provide functional and cost-effective solutions for a wide variety of applications across multiple markets. Unusual or challenging product housing requirements are a specialism as are fast turnaround and flexible order quantities from single boxes to high volume production. Founded in 1972, BCL Enclosures has sold over 25 million enclosures to date by providing expertise, excellent customer support and service from initial enquiry through to supply and beyond.
