MT1504A1-E2C1 Kollmorgen
Wake Industrial LLC is not an authorized distributor of this product.
The Kollmorgen MT1504A1-E2C1 is a servo motor in the MTC Servo Motors series and weighs 1.3 kilograms. It provides a rated power of 0.37 kW and a rated speed of 6000 rpm, with a peak torque of 2.42 Newton-meters and a continuous line current of 2.93 Amps RMS. The motor has a back EMF of 15.6 VRMS per 1000 rpm and a maximum line voltage of 250 VRMS.
Internal Product Review
The MT1504A1-E2C1 is a Kollmorgen MTC servo motor with 0.37 kW rated power and 6000 rpm rated speed. Peak torque of 2.42 N-m and a 15 min thermal time constant support crisp acceleration and stable duty performance, making this unit a strong fit for compact motion axes.
To contact sales for pricing and lead time:
Payment Methods
Shipping Methods
Our Credentials
Product Description:
Kollmorgen’s MT1504A1-E2C1 is a brushless servo motor in the MTC Servo Motors series. It is built for industrial positioning tasks where a drive must regulate shaft speed and torque with high accuracy. The motor’s electrical design and thermal profile allow it to operate continuously in compact machinery such as small gantries or form-fill-seal stations without external cooling equipment.
The generated back electromotive force is 15.6 VRMS/krpm; this ratio indicates how much terminal voltage the machine returns to the drive per thousand revolutions and guides drive-voltage selection. Continuous line current is rated at 2.93 ARMS, establishing the steady current that the windings can carry without exceeding their thermal limit. For insulation coordination, the windings may be supplied with up to 250 VRMS per phase, while short accelerations can draw a peak line current of 11 ARMS to overcome inertia. The rotor can maintain synchronous operation at a rated speed of 6000 rpm, producing a mechanical output of 0.37 kW under nominal loading. Electrical resistance of 3.77 ohms and inductance of 9.3 mH influence current rise time and damping, and a torque constant of 0.258 N·m/ARMS links stator current directly to developed torque. Static friction is limited to 0.0130 N·m, promoting smooth low-speed motion. A thermal resistance of 1.37 °C/W and a thermal time constant of 15 minutes characterize heat flow from the windings to the surrounding air.
When rapid indexing is required, the motor can deliver a peak torque of 2.42 N·m for brief periods. Under steady conditions, it sustains a stall torque of 0.790 N·m at 25 °C, which falls slightly to 0.742 N·m at 40 °C as copper temperature rises. The assembled unit weighs 1.3 kg, allowing direct integration on lightweight axes where additional mass would slow response or overload bearings. The brushless design avoids mechanical commutation components that could add friction during operation. Its low static friction also supports controlled movement when the application requires gradual changes in shaft position.
