User manual COMPX C425519RL-KD

[. . . ] • Depois de o ler, guarde-o num local conveniente para fácil consulta. Authorized representative in EU Panasonic Testing Centre Panasonic Marketing Europe GmbH Winsbergring 15, 22525 Hamburg, Germany 85464609112001 Printed in Japan EN FR DE IT PT ES • Tras leerlo, almacénelo en un lugar accesible para facilitar su consulta. CV6233219356 Operation Manual Air Conditioning Intelligent Management System CZ-CSWAC2 Distribution Ratio Software Thank you for purchasing our monitoring and control system. Before using the system, be sure to read this manual carefully. After reading it, store it, in a convenient location for easy reference. Contents Precautions on Using This Product. . . . . . . . . . . . . . . . . . . . . . . 1. Introduction. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . [. . . ] :Displays the current values of the adapters on the pulse meter. :This displays the value with the addition of balance data between an arbitrary value for the pulse meter and the adapter value. 23 • Total value This displays the total value of accumulated pulses on the adapter over the specified term. Term total value Displayed gas Total value term specification Key • Address :Displays the addresses of indoor units. • Name :Displays the names of accumulated pulse meters. • Distr :Displays distribution group numbers. • Type :Displays the types of pulse meter. • All hours :Displays the meter values for all hours (regular hours, out of hours and special days) within the specified term. • Regular hour :Displays the time value set as the Regular hour range settings on the Distribution Ratio Setting screen. • Out of hour :Displays the time value set as the out of Regular hour range settings on the Distribution Ratio Setting screen. • Specified day :Displays days for which the calendar display is set to red on the Distribution Ratio Setting screen. (0:00-24:00) * Register accumulated value masters under “Distribution ratio” “Maintenance” - “Accumulated value” screen on the menu bar. * The current value is updated at 15-minute intervals. Yes : Use simple distribution for outdoor unit electricity. No : Do not use simple distribution for outdoor unit electricity. : Sets whether or not to use simple distribution for indoor unit electricity. Yes : Use simple distribution for indoor unit electricity. No : Do not use simple distribution for indoor unit electricity. The following can be selected when simple distribution is used. * The distribution of electricity for indoor units and outdoor units can be calculated separately for individual distribution groups. (This function is only for simple distribution). 4-5-1-3. Settings for load distribution : Select whether or not to distribute gas used for power generation. Yes : Gas for air conditioning and gas for power generation will be separated. No : All gas will be treated as air conditioning gas, without distinction between gas for air conditioning and gas for power generation. : Select whether or not to bill tenants for gas used for power generation. Yes : Gas used for power generation will also be calculated for the tenants. No : Gas used for power generation will not be calculated for the tenants. (In that case, the amount of gas used for power generation will not be calculated, and will be at the expense of the owner. [. . . ] Air conditioning usage for each tenant is found by allocating the usage for the group as a whole according to the distribution ratio for each tenant, so in the following formulae, MMEj is the electricity usage and MMGj is the gas usage for tenant j. MMEOj(kwh)=PeO×NEOj MMGj(m3)=Pg×NGj MMElj(kwh)=Pel×NElj Outdoor electricity usage charge MEOj, outdoor gas usage charge MGj, and indoor electricity usage charge MEIj for tenant j are MEOj(£)=MMEOj×@E MGj(£)=MMGj×@G MElj(£)=MMElj×@E 4. Screen Display NEOj (%) is displayed in the outdoor electricity distribution ratio space. NGj (%) is displayed in the outdoor gas distribution ratio space. NEIj (%) is displayed in the indoor electricity distribution ratio space. [. . . ]