IAC

Yaskawa 05P00620-0077

A1000 - Load Reactors

3% and 5% impedance reactors may be used on the output to reduce the effects of load side transients on the motor.

Lifecycle & replacement

Lifecycle status not published

Yaskawa's published discontinuation lists (checked 2026-09-01) do not assign a lifecycle status to this part number.

IAC stocks legacy spares and exchange units and quotes upgrade paths. Send us the nameplate details and we will confirm a compatible replacement.

Checked against: Yaskawa America Support By Product - Inverter Drives; Yaskawa America Support By Product - Servo Amplifiers; Yaskawa America Support By Product - Servomotors; Yaskawa America Support By Product - Machine Controllers; Yaskawa America Support By Product - PLC Controllers; Yaskawa America Support By Product - Spindle Drives; Yaskawa America Support By Product - Spindle Motors; Yaskawa product page carrying the verbatim definition of Legacy.

Technical specifications

380-480V, 3% Line/Load Reactors
Rated Input Voltage380-480V, 3-Phase
Nominal HP150
Nominal 3% Impedance - Reactor Rated Current (A)200
Nominal 3% Impedance - Inductance (μH)55
Nominal 3% Impedance - Weight (lb)56
Drive Model Number - Normal DutyCIMR-AU4A0208 1
Drive Model Number - Heavy DutyCIMR-AU4A0208 1
500-600V, 3% Line/Load Reactors
Rated Input Voltage500-600V, 3-Phase
Nominal HP200
Nominal 3% Impedance - Reactor Rated Current (A)200
Nominal 3% Impedance - Inductance (μH)55
Nominal 3% Impedance - Weight (lb)56
Drive Model Number - Normal DutyCIMR-AU5A0192 1
Drive Model Number - Heavy DutyCIMR-AU5A0242 1
500-600V, 3% Line/Load Reactors [A1000 - Load Reactors]
Rated Input Voltage500-600V, 3-Phase
Nominal HP250
Nominal 3% Impedance - Reactor Rated Current (A)250
Nominal 3% Impedance - Inductance (μH)45
Nominal 3% Impedance - Weight (lb)65
Drive Model Number - Normal DutyCIMR-AU5A0242 1
G7 Reactor Options
Rated Output Current (Amps)183
3% Enclosed Reactor - Dimensions (in) - H13
3% Enclosed Reactor - Dimensions (in) - L13
3% Enclosed Reactor - Dimensions (in) - W13
5% Enclosed Reactor - Dimensions (in) - H13
5% Enclosed Reactor - Dimensions (in) - L13
5% Enclosed Reactor - Dimensions (in) - W13
Drive Model Number CIMR-G7U20450
5% Enclosed Reactor - Part Number 05P00620-05P00620-0078
230V, 3% AC Output Reactors
Nominal HP75
Catalog Code - Normal DutyGA80U2211...
Catalog Code - Heavy DutyGA80U2257...
Part Number - Open Type05P00620-0075
iQpump1000 - Load Reactors
Nominal HP150
Nominal 3% Impedance - Reactor Rated Current (A)200
Nominal 3% Impedance - Inductance (μH)55
Nominal 3% Impedance - Weight (lb)56
Drive Model NumberCIMR-PW4A0208 1
iQpump1000 - Load Reactors [iQpump1000 - Load Reactors]
Nominal HP200
Nominal 3% Impedance - Reactor Rated Current (A)200
Nominal 3% Impedance - Inductance (μH)55
Nominal 3% Impedance - Weight (lb)56
Drive Model NumberCIMR-PW5A0192 1
iQpump1000 - Load Reactors [iQpump1000 - Load Reactors] (2)
Nominal HP250
Nominal 3% Impedance - Reactor Rated Current (A)250
Nominal 3% Impedance - Inductance (μH)45
Nominal 3% Impedance - Weight (lb)65
Drive Model NumberCIMR-PW5A0242 1
P1000 Load Reactors
Nominal HP150
Nominal 3% Impedance - Reactor Rated Current (A)200
Nominal 3% Impedance - Inductance (μH)55
Nominal 3% Impedance - Weight (lb)56
Drive Model NumberCIMR-PU4A0208
P1000 Load Reactors [P1000 Load Reactors]
Nominal HP200
Nominal 3% Impedance - Reactor Rated Current (A)200
Nominal 3% Impedance - Inductance (μH)55
Nominal 3% Impedance - Weight (lb)56
Drive Model NumberCIMR-PU5A0192
P1000 Load Reactors [P1000 Load Reactors] (2)
Nominal HP250
Nominal 3% Impedance - Reactor Rated Current (A)250
Nominal 3% Impedance - Inductance (μH)45
Nominal 3% Impedance - Weight (lb)65
Drive Model NumberCIMR-PU5A0242

Documentation & CAD

Files hosted by Yaskawa; links open the official document or download page. 3D CAD requires a free Yaskawa login.

Get a quote for a replacement

Industrial Automation Co. stocks, sources, and repairs Yaskawa parts — new, refurbished, or exchange units with warranty.

Specifications compiled from official Yaskawa product documentation. Always confirm against the datasheet for your exact unit and revision.