This is the same motor as the ME0708 but has a temp sensor and a shorter shaft. All units have been upgraded to the newest high tempature bush sets. This ME0810 is a Brush-Type, Permanent Magnet DC motor with very high efficiency. Capable of 4.8 KW continuous and 15 KW for 1 minute. For voltages from 12 to 48 VDC input and 100 amps continuous (300 amps for 1 minute). This is the motor used by Zero Motorcycles in their 2010 48 volt applications.

Power	4.8 KW continuous and 15 KW for 1 minute
Voltage	24-48 Volts
Speed	3360 rpm at 48V Unloaded
Size	8″ OD, 5.9″ long (w/o shaft)
Shaft	7/8″ x 3/4″, 3/16″ key
Weight	28 lbs.

We recommend that you use an SR48400 that is turned down to 75% power output. Because the ME0810 has such a low inductance, the controller sees the motor as if it was a short circuit. By having this large controller, it can withstand this low inductance. It is also required to use a contactor that is rated for 200 amp continuous like the MZJ-200D with the appropriate diode & pre-charge resistor.

This has the same stator and rotor as the ME1507, but in a water cooled IP67 case. 

• ME1616
• PMAC Water Cooled motor
• Up to 96 VDC battery systems
• Continuous current of 250 amps
• 7/8″ keyed Shaft
• Sine/Cosine Incoder
• Weight 56.2 Lbs (25.5kg)
• 120 NM peak torque with 600 Amps RMS
• Torque Constant 0.22 NM/Amp

This three-phase motor requires a motor controller (Sevcon Gen4 or Kelly controllers) that we currently do not offer.

• Output Power of 12 KW Continuous, 30 KW Peak (at 96 volts)
• Designed for long life. No brush maintenance. The motor is 92% efficient at voltages between 24 to 96 VDC. Continuous current of 125 amps AC (180 Amps DC into the motor control). This is a 3-phase, Y-connected Permanent Magnet Synchronous Motor with an axial air gap and 3 Hall sensors at 120 degrees electrical timing. It has two stators with a rotor in the center.
• This is a 4 pole motor (8 magnets).
• The Phase to Phase winding resistance is 0.013 Ohms.
• The maximum recommended rotor speed is 5000 RPM.
• Voltages from 0 to 96 VDC input to the control.
• Torque constant of 0.15 Nm per Amp
• The Inductance Phase to Phase is 0.10 Milli-Henry with a 28 turns per phase.
• Armature Inertia is 45 Kg Cm Squared.
• Continuous current of 125 Amps AC (180 Amps DC into the motor control).
• Peak current of 420 Amps AC for 1 minute (600 Amps DC into the motor control).
• Weight of 35 pounds.
• Peak Stall Torque of 90 Nm (66 ft).
• This is an Open Frame, Fan Cooled motor.
• Timed for counter-clockwise rotation (can be changed to clockwise).

• Output Power of 10 KW Continuous, 24 KW Peak (at 72 volts)
• Designed for long life. No brush maintenance. The motor is 92% efficient at voltages between 24 to 72 VDC. Continuous current of 125 amps AC (180 Amps DC into the motor control). This is a 3-phase, Y-connected Permanent Magnet Synchronous Motor with an axial air gap and 3 Hall sensors at 120 degrees electrical timing. It has two stators with a rotor in the center.
• This is a 4 pole motor (8 magnets).
• The Phase to Phase winding resistance is 0.065 Ohms with 12 turns per phase.
• The maximum recommended rotor speed is 5000 RPM.
• Voltages from 0 to 72 VDC input to the control.
• Torque constant of 0.12 Nm per Amp
• The Inductance Phase to Phase is 0.05 Milli-Henry.
• Armature Inertia is 45 Kg Cm Squared.
• Continuous current of 125 Amps AC (180 Amps DC into the motor control).
• Peak current of 420 Amps AC for 1 minute (600 Amps DC into the motor control).
• Weight of 35 pounds.
• Peak Stall Torque of 60 ft lb.
• This is an Open Frame, Fan Cooled motor.
• Timed for counter-clockwise rotation (can be changed to clockwise)

This three-phase motor requires a motor controller (Sevcon Gen4 or Kelly controllers) that we currently do not offer.

Note: This is similar to the ME0907. But it is longer, has a metal fan housing, and a larger bi-directional fan for 300% more air flow. It also has inverter hall signals.

Features include:

• Designed for long life. No brush maintenance. The motor is 90% efficient at voltages between 24 to 72 VDC. Continuous current of 125 amps. This is a 3-phase, Y-connected Permanent Magnet Synchronous Motor with an axial air gap.
• This is a 8 pole motor (4 pole pairs).
• The Phase to Phase winding resistance is 0.013 Ohms.
• The maximum recommended rotor speed is 5000 RPM.
• Voltages from 0 to 72 VDC input to the control.
• Torque constant of 0.13 Nm per Amp
• The Inductance Phase to Phase is 0.10 Milli-Henry.
• Armature Inertia is 52 Kg Cm Squared.
• Continuous current of 80 Amps AC.
• Peak current of 300 Amps AC for 2 minute.
• Weight of 24 pounds.
• This is an Open Frame, Fan Cooled motor.
• Has internal temperature sensor.
• Timed for counter-clockwise rotation (can be changed to clockwise)

This three-phase motor requires a motor controller (Sevcon Gen4 or Kelly controllers) that we currently do not offer.

Note: This is similar to the ME0907. But it is longer, has a metal fan housing, and a larger bi-directional fan for 300% more air flow. It also has inverter hall signals.

Features include:

• Designed for long life. No brush maintenance. The motor is 90% efficient at voltages between 24 to 48 VDC. Continuous current of 100 amps at 48 VDC. This is a 3-phase, Y-connected Permanent Magnet Synchronous Motor with an axial air gap.
• This is a 8 pole motor (4 pole pairs).
• The Phase to Phase winding resistance is 0.013 Ohms.
• The maximum recommended rotor speed is 5000 RPM.
• Voltages from 0 to 72 VDC input to the control.
• Torque constant of 0.13 Nm per Amp
• The Inductance Phase to Phase is 0.10 Milli-Henry.
• Armature Inertia is 52 Kg Cm Squared.
• Continuous current of 80 Amps AC.
• Peak current of 220 Amps AC for 1 minute.
• Weight of 22 pounds.
• Peak Stall Torque if 38 Nm.
• This is an Open Frame, Fan Cooled motor.
• Has internal temperature sensor.
• Timed for counter-clockwise rotation (can be changed to clockwise)

The ME1306 is an Axial Air Gap, Permanent Magnet Synchronous Motor. Rated to be run with battery pack voltage from 24 to 100 VDC. Maximum continuous current rating of 150 amps, peak of 450 amps for 2 minutes. It is an Open Frame, Fan Cooled Motor.

• Output Power of 12 KW Continuous, 30 KW Peak (at 96 volts)
• Designed for long life. No brush maintenance. The motor is 92% efficient at voltages between 24 to 96 VDC. Continuous current of 125 amps AC (180 Amps DC into the motor control). This is a 3-phase, Y-connected Permanent Magnet Synchronous Motor with an axial air gap and 3 Hall sensors at 120 degrees electrical timing. It has two stators with a rotor in the center.
• This is a 4 pole motor (8 magnets).
• The Phase to Phase winding resistance is 0.013 Ohms.
• The maximum recommended rotor speed is 5000 RPM.
• Voltages from 0 to 96 VDC input to the control.
• Torque constant of 0.15 Nm per Amp
• The Inductance Phase to Phase is 0.10 Milli-Henry with a 28 turns per phase.
• Armature Inertia is 45 Kg Cm Squared.
• Continuous current of 125 Amps AC (180 Amps DC into the motor control).
• Peak current of 420 Amps AC for 1 minute (600 Amps DC into the motor control).
• Weight of 35 pounds.
• Peak Stall Torque of 90 Nm (66 ft-lb).
• This is an Open Frame, Fan Cooled motor.
• Timed for counter-clockwise rotation (can be changed to clockwise).

ME1306 Motor
	ME1306
	ME1306 Line Drawing.pdf