Product Description

Equipped with a single-turn OCT motor encoder, the AM8031-0D10-0000 offers superior monitoring and control capabilities. Servomotors such as the AM8031-0D10-0000 are most appropriate for control and precise applications. Unlike other motors, servomotors do not just drive normal loads. Usually, servomotors communicate with a separate controller or driver unit that responds depending on the rotor’s position or angular movement. The AM8031-0D10-0000’s feedback system uses Beckhoff’s original one-cable technology, removing the need for extensive wiring and additional connectors. During operation, the AM8031-0D10-0000 dissipates generated heat via air convections. Its small frame and low mass allow it to cool faster and reach steady-state temperature rapidly.

The AM8031-0D10-0000 has a flange measurement of 72 millimeters and a frame dimension of 129 mm. Without a holding brake, the machine has a lower rotor moment of inertia of 0.47 kg (cm^2). The lower the rotor moment of inertia, the easier it is for the rotor to overcome a state of rest. When the motor has just started, it achieves its standstill or stall characteristics. The AM8031-0D10-0000’s nameplate provides the values of the standstill parameters, which are 1.38 Nm and 1.95 A. After the rotor has been released and the motor operates continuously at 400 V, the nominal working parameters are achieved. At this supply voltage, the AM8031-0D10-0000 can achieve a full-load speed of 6000 rpm and transmit 1.33 Nm. At a torque value of 1.33 Nm, the machine draws 1.9 A at 0.84 kW power output.

To adjust the AM8031-0D10-0000’s working speed, different approaches may be taken. One feasible approach would be to adjust the machine’s voltage supply. By decreasing or increasing the machine’s terminal supply, the working speed changes proportionally. At 230 V supply, the machine’s working speed reduces to 3300 rpm.