E00/E01 Series Modular Piezo Controller User Manual
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domestic and foreign companies in the same industry.
The E00 series control system integrates a multi-supply power supply 19-inch chassis and power
amplifier module to form a basic configuration of PZT (piezoelectric ceramic) control system,
which can be configured with E09 series position control sensor module and E17 series display
and computer interface module. An E00 control system can combine up to 18 independent control
channels.
E01 series control system integrates multi-supply power supply 9.5-inch chassis and power
amplifier module to form the basic configuration of PZT (piezoelectric ceramic) control system,
configurable E09 series piezoelectric servo control module and E17 series display / interface
module, an E01 control system can combine up to 9 independent control channels.
Standard modular design provides great flexibility
Thanks to its modular construction, the E00/E01 series of piezo controllers can be used in many
different applications. Many types of sensor modules can be mounted in a 19" / 9.5" chassis.
The amplifier module includes an average output power of 7W to 35W. Depending on the
frequency bandwidth and configuration range, a wide range of power amplifiers up to 35W can be
installed, including single and triple channels.
position sensor
Position servo control requires positioning feedback signals, and the SGS resistance strain gauge
/ LVDT inductive / CAP capacitive sensor provides this feedback signal. Regardless of the sensor,
there are dedicated excitation and feedback signals, and any combination of sensors can be used
in the same body.
Manually operate analog signals
The DC offset knob potentiometer DC-OFFSET or the external analog control signal CONTROL
INPUT on the panel can be used as the excitation signal of PZT.
USB and RS-232/422 communication
Control the entire PZT system via USB or RS-232/422 using a common command language.
Position accuracy
Accurate, smooth, linear and repeatable movements are possible, and high-resolution position
sensors detect changes in PZT.
The piezoelectric servo control module has an independent PID control algorithm inside.
Advanced servo control
Servo position control is consistent with the high-performance PZT position, which can be used
