nameplate hp. and voltage and Tables amp starting (3 hp 230 volt 1 PH) Design – – B motor would be a ______ standard fuse. 430.248-250 literature 45 A manufacturer’s 50 A NEMA 60 A none of the answers provided 70 A 80 A For a Design B motor with normal starting amps, a non-time-delay fuse is typically A short-circuit dual-element fuse for a sized at ______ of FLC amps. normal amp starting (3 hp 230 volt 1 PH) – – 175% Design B motor would be a ______ standard 225% fuse. 20 A 300% 25 A 400% none of the answers provided 30 A 35 A For a Design B motor, a dual-element fuse 40 A is typically sized at ______ of FLC amps. 175% A short-circuit dual-element fuse for a high amp starting (3 hp 230 volt 1 PH) Design 225% – – B motor would be a ______ standard fuse. 300% 20 A 400% 25 A none of the answers provided 30 A For a Design B motor, a non-time-delay fuse 35 A for high-amp-starting motors may be 40 A increased to ______ of FLC amps. 175% A short-circuit non-time-delay fuse for a normal amp starting (10 hp 230 volt 1 225% – – PH) Design B motor would be a ______ 300% standard fuse. 400% 125 A none of the answers provided 150 A 175 A For a Design B motor, a dual-element fuse for high-amp-starting motors shall be 200 A increased to ______ of FLC amps. 225 A 175% A short-circuit non-time-delay fuse for a high 225% amp starting (10 hp 230 volt 1 PH) 300% – – Design B motor would be a ______ standard 400% fuse. none of the answers provided 125 A 150 A A short-circuit non-time-delay fuse for a normal amp starting (3 hp 230 volt 1 PH) 175 A – – Design B motor would be a ______ standard 200 A fuse. 225 A 45 A 50 A 60 A 70 A 80 A A short-circuit non-time-delay fuse for a high
nameplate hp. and voltage and Tables 430.248-250 manufacturer’s literature NEMA none of the answers provided For a Design B motor with normal starting amps, a non-time-delay fuse is typically sized at ______ of FLC amps. 175% 225% 300% 400% none of the answers provided For a Design B motor, a dual-element fuse is typically sized at ______ of FLC amps. 175% 225% 300% 400% none of the answers provided For a Design B motor, a non-time-delay fuse for high-amp-starting motors may be increased to ______ of FLC amps. 175% 225% 300% 400% none of the answers provided For a Design B motor, a dual-element fuse for high-amp-starting motors shall be increased to ______ of FLC amps. 175% 225% 300% 400% none of the answers provided A short-circuit non-time-delay fuse for a normal amp starting (3 hp – 230 volt – 1 PH) Design B motor would be a ______ standard fuse. 45 A 50 A 60 A 70 A 80 A A short-circuit non-time-delay fuse for a high amp starting (3 hp – 230 volt – 1 PH) Design B motor would be a ______ standard fuse. 45 A 50 A 60 A 70 A 80 A A short-circuit dual-element fuse for a normal amp starting (3 hp – 230 volt – 1 PH) Design B motor would be a ______ standard fuse. 20 A 25 A 30 A 35 A 40 A A short-circuit dual-element fuse for a high amp starting (3 hp – 230 volt – 1 PH) Design B motor would be a ______ standard fuse. 20 A 25 A 30 A 35 A 40 A A short-circuit non-time-delay fuse for a normal amp starting (10 hp – 230 volt – 1 PH) Design B motor would be a ______ standard fuse. 125 A 150 A 175 A 200 A 225 A A short-circuit non-time-delay fuse for a high amp starting (10 hp – 230 volt – 1 PH) Design B motor would be a ______ standard fuse. 125 A 150 A 175 A 200 A 225 A