Planning with SIVACON 8 PS - Siemens

IndexFunctional endurance, 26, 245HHalogen-free materials, 26Height risesVertical, 105Horizontal mounting, 258IIncoming cable connection unit, 119, 161, 220Increased degree of protection, 105Installation, 29Interference potentials, 33JJoint block, 167, 222Junction units, 42, 114, 214LLaying criteria, 26Laying method, 26Lighting installations, 15Linking of distribution boards, 116, 158, 217Load distribution factor, 233Load factor, 243Load feeders up to 1250 A, 14Loop impedance, 238MMagnetic field measurements, 262Magnetic fields, 32, 262Mandatory requirement, 25Manual operating mechanism, 124Max. fixing distances, 31, 63, 128, 198, 225Meshed networks, 34Motor drive, 55, 57, 124Mounting position, 105, 153, 212Multi-core entry, 44, 119, 161, 162, 220NNetwork structures, 241Network topology, 26Networked busbar trunking systems, 13, 19Neutral and PE cross section, 40, 63, 107, 128, 151,154, 170, 211, 213, 225Neutral conductor (N or 2N), 31Neutral conductor overload, 33Neutralisation condition, 26No. of conductors, 37, 105Non-interchangeability, 121Non-Siemens distribution boards, 117, 159, 217OOptional requirement, 25Outdoor applications, 14Overload protection, 236PPE connection facilitySeparate, 162Permissible voltage drop, 233Planning concept for a power supply, 22Planning costs, 12Planning example, 243Planning runs, 252Plug-in quick connector, 16Power distribution, 24Power distribution board, 243Power supplyPlanning concept, 22Power supply concept, 26Power tap-off, 121, 162, 221Via joint block, 164Power transmission, 24Preliminary technical descriptions for specifications, 36,104, 148, 208PROFIBUS, 13Protection equipment, 236Protective devices, 236PVC-free materials, 26RRated currents of standard transformers, 30Resistances in the hot state, 234Retrofitting, 26Ring networks, 34SSandwich construction, 153Planning with SIVACON 8 PS276 Planning Manual, 10/2007, A5E01541101-01