Bevel-helical speed reduction gearboxes B3 d monitoring details according to orderrelated do B3-CH-7-A

Flender/Flender Gear Units/Bevel-helical speed reduction gearboxes B3

otovoltaic array support structure forms part of installa tion and must be constructed of anodized aluminium or hot dipped galvani zed Steel. The support frame sha ll hold the array at the optimum angle and orientation for the site and shall be roof/ground mou nted. 1 of 1 INDRADHANUSH GAS GRID LIMITED TECHNICAL SPECIFICATION FOR NATURAL GAS COMPRESSOR STATION FOR NORTH EAST GAS GRID PIPELINE PROJECT TS NO.: MEC//2UU/0/2/0 Solar photo voltaic ( SPV) power supply system Chapter-0.1 2, MECON Limited, All Right Reserved Page 1 of 2 The PV array support structures should comply with national sta ndards and regulations with respect to loading characteristics. Particu lar attention should be given to wind loads on PV arrays. Support structures and module mounting arrangements should comp ly with applicable building codes (including earthquake requirements where re levant), regulations and standards. Corrosion- When possible all structures shall be made of corrosion resista nt materials .. aluminium or galvanizad steel. If the structu re is metallic, aluminum or hot dipped galvanized steel are well suited to this type of use. If the array is installed in marine or othe highly corrosive environment, aluminium shall be anodized. The same applies to all bolts, nuts and fasteners. Provisions shall be made in order not to create electrochemical corrosion between the structures and the building on the one hand, and the structures and photovolta ic modules on the other. If the system is earthed , it is recommended that the negative conductor be connected to the earth electrode as this arrangement will reduce electro- chemical degrada tion of the ele ctrode and other metallic parts. Wind load- Wind force applied to the PV array will generate significant load for building structures. This overload should be accounted for assessing the capability of the building to withstand the resulting forces. On assessing this comp