Content tagged with “HV Enclosed Wound-rotor Motor”
YRKK355-4 is a HV Enclosed Wound-rotor Motor, approx. 280 kW, 6kV / 10kV, protection IP54, efficiency IE3. Covers model meaning, specs and selection.
YRKK450-4 is a HV Enclosed Wound-rotor Motor, approx. 560 kW, 6kV / 10kV, protection IP54, efficiency IE3. Covers model meaning, specs and selection.
YRKK355-6 is a HV Enclosed Wound-rotor Motor, approx. 230 kW, 6kV / 10kV, protection IP54, efficiency IE3. Covers model meaning, specs and selection.
YRKK450-6 is a HV Enclosed Wound-rotor Motor, approx. 460 kW, 6kV / 10kV, protection IP54, efficiency IE3. Covers model meaning, specs and selection.
YRKK355-8 is a HV Enclosed Wound-rotor Motor, approx. 185 kW, 6kV / 10kV, protection IP54, efficiency IE3. Covers model meaning, specs and selection.
YRKK450-8 is a HV Enclosed Wound-rotor Motor, approx. 370 kW, 6kV / 10kV, protection IP54, efficiency IE3. Covers model meaning, specs and selection.
YRKK355-10 is a HV Enclosed Wound-rotor Motor, approx. 145 kW, 6kV / 10kV, protection IP54, efficiency IE3. Covers model meaning, specs and selection.
YRKK450-10 is a HV Enclosed Wound-rotor Motor, approx. 290 kW, 6kV / 10kV, protection IP54, efficiency IE3. Covers model meaning, specs and selection.
YRKK355-12 is a HV Enclosed Wound-rotor Motor, approx. 125 kW, 6kV / 10kV, protection IP54, efficiency IE3. Covers model meaning, specs and selection.
YRKK500-4 is a HV Enclosed Wound-rotor Motor, approx. 800 kW, 6kV / 10kV, protection IP54, efficiency IE3. Covers model meaning, specs and selection.
YRKK400-12 is a HV Enclosed Wound-rotor Motor, approx. 175 kW, 6kV / 10kV, protection IP54, efficiency IE3. Covers model meaning, specs and selection.
YRKK400-4 is a HV Enclosed Wound-rotor Motor, approx. 400 kW, 6kV / 10kV, protection IP54, efficiency IE3. Covers model meaning, specs and selection.
YRKK400-6 is a HV Enclosed Wound-rotor Motor, approx. 330 kW, 6kV / 10kV, protection IP54, efficiency IE3. Covers model meaning, specs and selection.
YRKK400-8 is a HV Enclosed Wound-rotor Motor, approx. 265 kW, 6kV / 10kV, protection IP54, efficiency IE3. Covers model meaning, specs and selection.
YRKK400-10 is a HV Enclosed Wound-rotor Motor, approx. 210 kW, 6kV / 10kV, protection IP54, efficiency IE3. Covers model meaning, specs and selection.
YRKK450-12 is a HV Enclosed Wound-rotor Motor, approx. 245 kW, 6kV / 10kV, protection IP54, efficiency IE3. Covers model meaning, specs and selection.
YRKK500-6 is a HV Enclosed Wound-rotor Motor, approx. 655 kW, 6kV / 10kV, protection IP54, efficiency IE3. Covers model meaning, specs and selection.
YRKK500-12 is a HV Enclosed Wound-rotor Motor, approx. 350 kW, 6kV / 10kV, protection IP54, efficiency IE3. Covers model meaning, specs and selection.
YRKK560-8 is a HV Enclosed Wound-rotor Motor, approx. 740 kW, 6kV / 10kV, protection IP54, efficiency IE3. Covers model meaning, specs and selection.
YRKK560-10 is a HV Enclosed Wound-rotor Motor, approx. 580 kW, 6kV / 10kV, protection IP54, efficiency IE3. Covers model meaning, specs and selection.
YRKK500-8 is a HV Enclosed Wound-rotor Motor, approx. 530 kW, 6kV / 10kV, protection IP54, efficiency IE3. Covers model meaning, specs and selection.
YRKK560-12 is a HV Enclosed Wound-rotor Motor, approx. 495 kW, 6kV / 10kV, protection IP54, efficiency IE3. Covers model meaning, specs and selection.
YRKK500-10 is a HV Enclosed Wound-rotor Motor, approx. 415 kW, 6kV / 10kV, protection IP54, efficiency IE3. Covers model meaning, specs and selection.
YRKK630-4 is a HV Enclosed Wound-rotor Motor, approx. 1600 kW, 6kV / 10kV, protection IP54, efficiency IE3. Covers model meaning, specs and selection.
YRKK560-4 is a HV Enclosed Wound-rotor Motor, approx. 1120 kW, 6kV / 10kV, protection IP54, efficiency IE3. Covers model meaning, specs and selection.
YRKK630-6 is a HV Enclosed Wound-rotor Motor, approx. 1310 kW, 6kV / 10kV, protection IP54, efficiency IE3. Covers model meaning, specs and selection.
YRKK560-6 is a HV Enclosed Wound-rotor Motor, approx. 920 kW, 6kV / 10kV, protection IP54, efficiency IE3. Covers model meaning, specs and selection.