DEVELOPMENT AND EVALUATION OF LINEAR MOTORS
Measuring the performance of a linear motor (with an operating rate of less than one cycle per second) is traditionally a cumbersome process that requires a power meter, a digital oscilloscope, and a manual table of values:
- Use a digital oscilloscope to measure speed and torque mechanical output
- Use a power meter to measure values of torque at specific speeds
- Create a T-N(Torque-speed) characteristics table from above data
- Analog out put -- F/V-converted pulse signals from digitized encoder embedded in the motor driver.
- Torque signals (analog output) from an accelerometer mounted on the linear motor driver.
- Three-phase PWM waveform from the driver
Solutions
Performance required from power meter
- Synchronized measurement of motor rotation, torque and power from motor driver
- High-speed sampling to achieve sufficient time resolution in a short period of time
- Noise-resistance and high repeatability
- The measurement value is reliable because it calculates power parameters synchronized with the acquired waveform data.
- Simultaneous measurement of impressed power and mechanical output is available by using a power input module and a sensor input module. The PZ4000 can easily perform a total evaluation of the motor.
Oscilloscopes
World-class digital oscilloscopes from Yokogawa: The digital oscilloscopes have high-speed sampling and a wide range of bandwidths that can be utilized for design and development of electronic devices. The ScopeCorders have the advantages of both a digital oscilloscope and a multi-channel data recorder.
Data Acquisition Equipment
Yokogawa data acquisition systems give you the most flexibility and power to measure, display, store, and even actuate any number of physical or electrical phenomena.
