MAD130C-0200-SA-S0-FH1-35-N1

Product Description:

Rexroth’s MAD130C-0200-SA-S0-FH1-35-N1 is one of the most impressive servo motors released under the MAD/MAF series. Characterized by their high power and torque, MAD motors exhibit high efficiency and driving capabilities. Unlike their MAF motor counterparts, MAD servo motors such as the MAD130C-0200-SA-S0-FH1-35-N1 employ surface cooling fans that may either be configured radially or axially. The MAD130C-0200-SA-S0-FH1-35-N1, particularly, employs SA cooling system, which corresponds to an axially connected blower fan. It also employs a powerful blocking brake that requires a nominal input voltage of 24 V. At rated input voltage, this AC machine achieves a rated shaft velocity of 2000 rpm. With its standard bearing, however, this servo motor can safely operate at a maximum speed of 7500 rpm.

The MAD130C-0200-SA-S0-FH1-35-N1 is characterized by its large motor housing and high torque output. At rated or nameplate conditions, this servo machine can deliver a rated torque of 110 Nm continuously. At this torque output, the corresponding power delivered by the shaft is around 23 kW. To support these driving parameters and outputs, the motor draws a continuous current of 57 A. Depending on the intended application, the MAD130C-0200-SA-S0-FH1-35-N1 can operate at a maximum torque of 252.9 Nm. For servo motors, however, achieving the maximum torque can only be done by capping the shaft speed to the rated or nameplate value.

At standstill or stall conditions, the MAD130C-0200-SA-S0-FH1-35-N1 can draw a continuous current of 59.6 A. At this stall current, the corresponding output torque of the servo motor is around 115 Nm. Considering its large form factor and heavy motor housing, the MAD130C-0200-SA-S0-FH1-35-N1 has a longer thermal time constant of 30 minutes. Compared to MAD100X motors, which have a thermal time constant of 20 minutes, MAD130X motors take a longer time to reach thermal equilibrium due to their larger windings.