IEEE DRAFT C37.41E : D12B JAN 96

Supplement to Table 1: Design Tests
3.3.5 Mounting of External Fuses for Shunt Capacitors
       3.3.5.1 Capacitor Line Fuses
       3.3.5.2 Capacitor Unit Fuses
       4.1.1.5 Dielectric Tests for External Fuses for
                Shunt Capacitors
                4.1.1.5.1 Capacitor Line Fuses
                4.1.1.5.2 Capacitor Unit Fuses
6.6.9 Interrupting Tests for External Fuses for Shunt
       Capacitors
       6.6.9.1 Test Practices
       6.6.9.2 Test Samples
       6.6.9.3 Characteristics of the test circuit
                6.6.9.3.1 Over-voltage Protective
                           Equipment
                6.6.9.3.2 Characteristics of the
                           Capacitive Current Power-
                           frequency
       6.6.9.4 Determination of available short-circuit
                current
       6.6.9.5 Description of Interrupting Tests for
                External Fuses
                6.6.9.5.1 Interrupting Tests - Inductive
                           Currents
                6.6.9.5.2 Interrupting Tests - Power-
                           frequency Capacitive Currents
                6.6.9.5.3 Interrupting Tests - Capacitor
                           Discharge
                6.6.9.5.4 Criteria for Successful
                           Interruption Tests
Table 15: Interrupting Performance Tests for Capacitor
           Fuses
Table 16: Interrupting Performance Tests: Capacitor
           Fuses - All Types
Table 17: Test Circuit TRV Parameters for Interrupting
           Performance Tests Capacitor Line Fuses
Table 18: Source Short-circuit Current for Capacitor Line
           Fuses
Figure 3: Typical Circuit Diagrams

Covers the design standard required for high voltage external capacitor fuses (above 1000 V) used for the protection of shunt capacitor banks.