3/4 - 1.5 Hp 120V Single Phase (Wire for "Low Voltage")
3/4 - 3 Hp 230V Single Phase (Wire for "High Voltage")
To reduce the risk of electric shock, the motor is to be grounded per local electrical code.
To reduce the risk of electric shock, the motor is to be grounded per local electrical code.
T5
T1
T3
T3
T2
T5
L1 120VAC Hot
T1
T4
T4 T2
L1
Incoming 1PH power from control panel, motor starter.
T8
T8
L2 120VAC Neutral
L2
Incoming 1PH power from control panel, motor starter.
To reverse the motor Swap T5 and T8
To reverse the motor Swap T5 and T8
208 thru 240V Three Phase (Wire for "Low Voltage")
5 Hp 230V Single Phase (Wire for "High Voltage")
To reduce the risk of electric shock, the motor is to be grounded per local electrical code.
To reduce the risk of electric shock, the motor is to be grounded per local electrical code.
T1
T8
L1
T7
T1
T2
L1
L2
T4
T8
T5
Incoming 3PH power from control panel, motor starter, or VFD.
T3
Incoming 1PH power from control panel, motor starter.
L2
T5 T4 T9
T6
L3
To reverse the motor Swap T5 and T8
To reverse the motor Swap L1 and L2
440 thru 480V Three Phase (Wire for "High Voltage")
T1
L1
Incoming 3PH power from control panel, motor starter, or VFD.
T2
L2
T4 T3 T7 T5
L3
T9 T6
T8
To reduce the risk of electric shock, the motor is to be grounded per local electrical code.
To reverse the motor Swap L1 and L2
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