These universal accessories fit METCASE models and
other manufacturers’ enclosures, as well as bespoke OEM equipment housings. Applications include networking, communications, laboratory instrumentation, industrial control, test/measurement, peripherals, interfaces and medical devices. Tilt/swivel carry handles with 30˚ indexing double as desk stands. The aluminium handle profile (ordered
separately) fits between two diecast side arms. It is supplied cut to the required length for the customer’s enclosure. The handles are available in a range of colour combinations including off-white, anthracite, light grey, black and traffic white. The company’s recently expanded range of moulded ABS (UL 94 HB) enclosure feet kits, suitable
for metal and plastic enclosures, can be specified with/without tilt legs. There are two models: robust CASE FEET and the designer TECHNOFEET. These are easy to fit, with TPE non-slip inserts included to prevent the enclosure skidding on the desk. For mounting circuit boards, METCASE offers a range of snap-in guides (for slide-in PCB fitment)
in different lengths and for board thicknesses from0.8mm to 2.0mm. For screw fitting PCBs to enclosure panels, there is a kit that includes M3 PCB pillars (10 mm high) and mounting hardware. Accessories for 19” racks are also available, including matt anodised aluminium 10.5”/19” front panels
(ventilated/unventilated) in all standard heights from1U to 6U; the 10.5" front panels are 3U and 4U. There are also mild steel CR4 2U cantilever rack shelves for mounting equipment without rack brackets.
Both the process and the surrounding environment are protected from
contamination. A downward flow of HEPA-filtered air maintains a cleanliness level at drum or working height, while all exhaust air exits through HEPA filters in the rear wall at floor level.
Among the accessories are battery
compartments and clips for two, three or four AA cells, and button cell holders; while a wall suspension element enables the enclosures to be mounted vertically with one screw. In addition, there is also an extender kit for
raising the height of the PCB mounting pillars that enable circuit boards to be mounted in the top and bottom of each enclosure. Each kit includes four black ASA+PC extenders and four Torx T8 screws. SYNERGY combines a matt anodised
aluminium case body with ASA+PC top and bottom sections. Four internal assembly pillars snap into the recessed top; they are fixed to the base using four stainless steel Torx T10 anti-tamper screws that remain hidden. The bottom part has an opening and a screw-down cover for a battery
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compartment or to access a memory card or cells mounted directly to the PCB. There is also an outlet for a cable up to ø 4mm. The enclosures are available in four shapes:
S square, R round, E rectangular and O obloid. Plan sizes range from 100 x 100mm to 200 x 100mm, each in three depths: 40mm, 70mm and 100mm. Of further benefit, the enclosures can be supplied fully customised, with services include machining, printing, laser marking, decor foils, EMC shielding, and installation and assembly of accessories. Applications for the range, which won an iF
product design award, include data systems engineering, network technology, building services systems, safety engineering, medical devices, measurement and control, IoT/IIoT, gateways, sensors and optoelectronics.
A heavy-duty torsion spring is housed in
the hinge cylinder which remains concealed and protected in the housing. It is pre- tensioned during assembly and transmits its force directly to the hinge axle. Depending on their design, the hinges have a self- closing or a spring-opening effect. Spring- opening variants make it easier to lift heavy flaps, while self-closing variants automatically pull doors and protective hoods back to the safe starting position. The hinges are available with torque levels
of 0.35 Nm, 0.7 Nm, and 1.3 Nm. Load values of up to 14,669 N are possible. Typical areas of application are heavy
protective covers and maintenance flaps as well as doors and housings used in machine and plant engineering, in automation, in housing and switch box construction, and in medical and laboratory technology.
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