Page 156 - Sace Emax 2 Catalogue
P. 156

7/22             SACE EMA X 2 LOW VOLTAGE AIR CIRCUIT-BRE AKERS



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          Performance in switchgear













                           The following tables provide an indication of the
                           performance of the apparatus inside the switch-
                           gear. The data shown are a summary of software
                           model simulations and real tests.

                           SACE Emax 2 E4.2 N S H V Circuit-breaker
                           Switchgear dimensions 2200x800x900 (HxWxD)



                                                              HR Terminal              VR Terminal
                                                              One circuit breaker in the column   One circuit breaker in the column








                                                              Environment temperature   Environment temperature
          IP                         Iu   Connection  Compartment 35 °C  45 °C  55 °C  35 °C   45 °C    55 °C
                                          [mm]
          IP31
                                     2000  2x80x10  1         2000    2000     2000    2000    2000     2000





                                     2500  2x100x10  1        2500    2450     2400    2500    2500     2500
          Compart-
          ment 2


                                     3200  3x100x10  1        3050    2900     2755    3200    3080     2920
          Compart-
          ment 1



                                     3200  3x100x10*  1       3200    3050     2850    3200    3200     3020




                                     4000  4x100x10  1        3450    3200     2970    3650    3400     3200



          * Performances refer to withdrawable circuit breakers with a fixed part accessorized with three stab rear terminals for 4000A (Example: 1SDA074021R1 - KIT VR 4000A)
          Performances with F and FL terminals can be compared to the performances of circuit breaker with HR terminal.
          Performances depend on switchboard design and testing condition. ABB is not responsible for the overall performances result.
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