Automation in enclosure assembly

Kiesling Maschinentechnik, a member of the internationally successful Friedhelm Loh Group, is a specialist for automation solutions in switchgear manufacture. After a five-year development period, the Averex, the world’s first robotic wiring centre is production-ready. But first, two real-world field tests will be conducted in the second half of 2014.

Averex has been specially developed for wiring enclosure mounting plates. The system cuts the wires to the correct length before stripping and crimping with wire ferrules, feeding the wires through the cable duct and attaching them to components such as terminal blocks, contactors and motor circuit breakers.

On average it takes around 180 seconds to complete this wiring process manually but Averex finishes the same task in approximately 40 seconds. Exceptionally reliable, Averex uses lasers to identify parts and check their dimensions against the assembly tolerances. Automation reduces the number of required working hours by approximately15 per enclosure compared to manual wiring (based on 300 wires).

Control software, with routing module, is particularly simple to use, featuring an intuitive graphics-based operator interface and can be integrated conveniently with electronic wiring lists and CAD layout tools. The solution’s stand-out technical feature is its’ patented machine head, which can be rotated by 270 degrees and includes cable routing, cutting, stripping and crimping units, torque-controlled screwing and, pre-punched holes are provided in the reinforcing plate.

http://www.rittal.com/uk-en/content/en/unternehmen/presse/pressemeldungen/pressemeldung_detail_31616.jsp

 

The Kiesling

 

 

Rittal Enclosures, Power Distribution, Climate Control, IT Infrastructure, Software & Service – http://www.rittal.co.uk

Rittal’s one-stop solution for human-machine interfaces

Human-machine interfaces play a key role when choosing manufacturing equipment. Potential purchasers not only consider the quality of the machine and the products it manufactures, but user-friendliness and a robust, well-designed operator control system, often influence decision-making just as much.

Engineering specialist Laempe & Mössner produce several lines of core shooters and equips its’ core shooting machines with Rittal’s support arm and housing systems.

A programmable logic controller manages all processes within the system and the human-machine interface comprises a panel PC with a touch screen. This enables the user to operate the equipment and to monitor current status. In addition to the panel PC, a number of other elements, such as an emergency off switch, signal pillars, valves and a pressure indicator, are required. All these components are contained in compact housings from Rittal’s Comfort Panel range.

Each housing is divided into three sections with the panel PC mounted in the centre, whilst the lower third accommodates the switches, signal pillars and other control and display elements. The top part contains pressure and vacuum indicators, plus valves to control the pneumatic and vacuum systems. This logical arrangement, coupled with a spacious housing layout, enables a significant degree of standardisation.

To mount the housing securely on the machine, a solution is based on Rittal’s CP 120 support arm system. The strength of the support arm system, a very robust and reliable product, was pivotal in choosing Rittal’s solution as this has been an area where problems have occurred with previous vendors’ products in the past.

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Rittal enclosures “the System”: Faster – Better – everywhere http://www.rittal.co.uk

Rittal’s RiDiag II Software

 

Rittal’s TopTherm Blue e cooling units provide an energy efficient means of cooling enclosures. Incorporating the integrated eComfort controller and offering energy savings of up to 45%, the units are compatible with Rittal’s RiDiag II software.


RiDiag II is a setup, diagnostic and data acquisition tool that can be used to view and adjust settings, log equipment data and track performance in real-time. All cooling parameters, such as the enclosure internal temperature setpoint, switching hysteresis, high temperature alarm offset and sensitivity of the filter mat monitoring, can be modified and saved. The results of diagnostic checks may also be stored.


With connection to a PC or laptop the following data can be retrieved from the cooling unit: Time and frequency of any error messages generated, maximum environmental and minimum internal enclosure temperatures recorded and the duty cycle and cooling unit utilisation.


Whether an end user or installer, RiDiag II can be of benefit. It significantly reduces the amount of time taken to set up multiple units with the same parameters, ensures the correct settings are input and creates a backup file of the application specific settings. Saved diagnostic checks document the operating history of a cooling unit and data collected from a cooling unit may be used to identify any faults or incorrect installation.
 

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Rittal enclosure systems for industry and data centres www.rittal.co.uk