SG-Y1.016.060-00.010
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The Bosch Rexroth Indramat SG-Y1.016.060-00.010 servo motor, part of the SG Servo Motor series, operates at 325V. It has a power capability of 0.95 kW, a speed of 6300 RPM, and runs at a frequency of 50-60 Hz. The motor has an IP65 protection rating and a standstill torque of 1.65 Nm.
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Product Description:
The SG-Y1.016.060-00.010 is a spectacular AC servomotor released under Bosch Rexroth’s SG servo series line. It comes with a sturdy and durable motor housing, capable of fending off dust, particulates, and low-pressure liquid jets applied in any direction. During operation, the SG-Y1.016.060-00.010 can deliver a nominal power of 0.95 kW or 950 watts. At this nominal power output, the machine’s shaft revolves at an impressive rate of 6300 cycles per minute. Although SG servo motors deliver relatively low torque and power, they are excellent for high-speed applications. At optimal or low-torque conditions, the SG-Y1.016.060-00.010 can reach a maximum value of 8000 rpm. Based on the product’s manual, 8000 rpm is the maximum speed that the motor can run safely.
Because the SG-Y1.016.060-00.010 is a relatively light and small motor, the amount of equivalent force needed to rotate the shaft is much less than in larger motors. Particularly, the SG-Y1.016.060-00.010 has a rotor inertia of 0.39 kg (cm^2). For electrical machines, the rotor inertia is a good metric for evaluating a motor or generator’s performance. Aside from its rotor inertia, the SG-Y1.016.060-00.010’s nameplate also provides important information about its standstill values and winding resistance at room temperature. At 25 degrees Celsius, the SG-Y1.016.060-00.010 has a winding resistance of 4.9 ohms.
At rated conditions, the SG-Y1.016.060-00.010 achieves a terminal voltage of 325 volts. When allowed to run at stall conditions, the machine delivers a torque output of 1.65 Nm and a current of 4.5 A. For shafts without a keyway, the rated speed is equal to the key speed, and the standstill torque is approximately equal to the rated torque. To get a one-year machine warranty for this product, order now from Wake Industrial.
Frequently Asked Questions about SG-Y1.016.060-00.010:
Q: Does the SG-Y1.016.060-00.010 employ a blocking brake?
A: No, the SG-Y1.016.060-00.010 does not come with a standard or heavy-duty blocking brake.
Q: How does the SG-Y1.016.060-00.010’s winding resistance change with temperature?
A: Generally, as the temperature increases, the resistance of a particular material or conductor tends to increase. The provided winding resistance (4.9 ohms) of the SG-Y1.016.060-00.010 may increase or decrease when the temperature goes up or down, respectively.
Q: How can the SG-Y1.016.060-00.010’s power factor be improved?
A: There are two ways to improve the SG-Y1.016.060-00.010’s power factor. The first method is to decrease the inductive loads connected. The second method is to increase the capacitive load. The second method can be achieved by connecting a capacitor in parallel to the motor that will perform power factor correction.
Q: How do I increase the torque output of the SG-Y1.016.060-00.010?
A: One way to increase the SG-Y1.016.060-00.010’s torque output is by decreasing the motor’s working speed.
Q: How do I determine the losses or efficiency of the SG-Y1.016.060-00.010?
A: To determine the efficiency of the SG-Y1.016.060-00.010, you first have to figure out the losses that occur on the motor’s core. To do this, you can perform an open circuit test. For motor-related tests, it is better to ask a professional or qualified personnel to avoid accidents or damages to the machine.
