A Phoenix Mecano Company

ROSE Systemtechnik GmbH ROSE Systemtechnik GmbH was founded in Porta Westfalica, Germany, in 1969 and is today one of the world’s leading and innovative providers of industrial enclosure system engineering, employing over 350 staff. In association with Phoenix Mecano AG, Switzerland, we develop and manufacture high-quality industrial enclosures and system solutions for the areas of mechanical and plant engineering, automation engineering, potentially explosive atmospheres, instrumentation, control and automation technology, as well as the food and beverage industry. Our product range comprises...

Content Page New Website • Now all information available online GTL – heavy load suspension system • Complete units for the highest ease of use in all areas of production • Height adjustment system from 20 - 60 kg • Ergonomical workplace design • Lockable or freely positione version

Direct selection of products, quick access to product-relevant data, drawing sets and 3D models, simple and quick product search... These are just some of the changes and highlights of our new website. Alongside the clearly structured product overview and the range of application possibilities, you can find further interesting information on our company. The focus of our new website is “you” – • Irrespective of which output medium you prefer – all information is accessible via PC, tablet or smartphone • All information is available in 9 languages • Your advantages: • Quick access to all product...

New Website: www.rose-pw.de Product site User friendly innovation Advanced search function Product finder e-catalog News

With the new GTL suspension system, ROSE Systemtechnik has expanded its existing successful product family of aluminium-suspension systems to include the area of heavy loads. Present suspension systems: ø 70 mm Large cable passage + GTS for small loads up to maximal 30 kg and + GTN II for medium loads up to maximal 80 kg offer a secure and proven connection between machine and control enclosures. NEW GTL for heavy loads up to maximal 125 kg The new aluminium profile, heavy load suspension system completes the existing product family with a maximal static load of 125 kg. GTL shows the well-known...

+ Aluminium profile suspension system for heavy loads + Complete product family GTS – GTN II – GTL product family Included in delivery as standard + Can be combined with GTN II suspension system / height adjustment system GTL and control enclosures System components with fixing material + Optional adjustment for horizontal alignment + Maximum static load 125 kg Technical data Material Connecting tube: DIN EN 573, EN AW –ALMgSi Components: DIN EN 1706, EN AC-AlSi 12 (Fe) Powder coating Tube and components in RAL 7035, light grey Ingress protection Free cable passage

GTL suspension system Product overview Wall hinge Angle coupling Foot stand rigid Aluminium profile closed RAL 7035 Order No. 49.62 20 01 Variable length (please enter) Aluminium profile closed eloxal Order No. 49.62 21 01 Variable length (please enter) Load diagram Note: the vertical length of the profile is responsible for the load of the complete suspension system (lever arm!). Further information for this on request. The values in the above load diagram are gulty to an execution hanging or standing. The declarations of weight are a summary from installation weight, Commander and all components...

GTL suspension system System design Wall hinge Angle coupling Intermediate joint

GTV HEIGHT ADJUSTABLE SYSTEM With the completely new developed GTV height adjustment system, ROSE Systemtechnik has expanded its existing successful product family of suspension systems and offers users from mechanical and plant engineering the option of adjusting the workplaces of their machine in an ergonomical way. In the process it is possible to make use of existing standard components to a great extent. <-> A range of different loads of 20-60 kg offer the users a tailormade solution for the individual weight of the control enclosure. The operator is able to carry out the vernier adjustment...

GTV height adjustment system + Height adjustment system up to max. 60 kg + A range of loads from 20 to 60 kg + For making workplace ergonomic + Load area can be accurately adapted by the user + Can be combined with GTL / GTN II suspension system and control enclosures Included in delivery as standard Height adjustment incl. fixing material, Bowden cable and push button included for versions with the locking option. + Option of lockable or freely positioned version + Integration with standard components Technical data Material Connecting plates: EN 10088-2, 1.4301 Components: AC 44300, DIN EN...

GTV height adjustment system Load range Load range 1: Product overview Version without locking option: Load range 1 / outlet bottom Load range 2 / outlet bottom Load range 3 / outlet bottom Load range 4 / outlet bottom Load range 5 / outlet bottom Load range 1 / outlet top Load range 2 / outlet top Load range 3 / outlet top Load range 4 / outlet top Load range 5 / outlet top Version with locking option: Load range 1 / outlet bottom Load range 2 / outlet bottom Load range 3 / outlet bottom Load range 4 / outlet bottom Load range 5 / outlet bottom Load range 1 / outlet top Load range 2 / outlet...

GTV height adjustment system System design and drawing Typical application for height adjustment system without locking system. Typical application for height adjustment system with locking system. Elevating adjustment Force effect Elevating adjustment Force effect

ALUFORMPLUS AluFormPlus – the enclosure for electronics applications. AluFormPlus – Design orientated but nevertheless reliable protection for your electronics Design and secure protection of electronics aren’t mutually exclusive. The demands placed on a robust enclosure designed for electronic assemblies are different to those for electrical connection technology. + Hinged lid for membrane keypad components + Rectangular attachment points for PCBs + Elegant design + Covered screws Integrated hinges The new AluFormPlus enclosure fulfils all these demands. The use in robust environments will be...