Need help?Do you have a question about the Hydro atos E-MI-AC Series and is the answer not in the manual?
General| Category | DC Drives |
|---|---|
| Series | E-MI-AC Series |
| Manufacturer | Hydro atos |
| Communication Interface | CANopen |
| Protection Features | Overcurrent, Overvoltage |
Details power supply, wiring, reference signal, monitor signal, set code, and user calibrations.
Covers power supply requirements, wiring recommendations, and EMC considerations for the driver.
Explains accepted reference signal types (voltage/current) and connections for the driver.
Describes the voltage output signal for measuring coil current, used with a voltmeter.
Details factory pre-set calibrations identified by a standard number in the model code.
Covers user-adjustable calibrations like Scale, Bias (dead band), and Dither.
Illustrates connection diagrams for external voltage and current reference signals.
Provides critical safety warnings regarding driver insertion/removal and power line protection.
Guides on optimizing performance via on-site re-adjustments of Bias, Scale, and Ramps.
Addresses EMC standards and validation requirements for driver compatibility.
Warns against using signals for safety conditions and highlights switch-on/off risks.
Details power supply, wiring, reference signal, monitor signal, set code, and user calibrations.
Covers power supply requirements, wiring recommendations, and EMC considerations for the driver.
Explains accepted reference signal types (voltage/current) and connections for the driver.
Describes the voltage output signal for measuring coil current, used with a voltmeter.
Details factory pre-set calibrations identified by a standard number in the model code.
Covers user-adjustable calibrations like Scale, Bias (dead band), and Ramps.
Illustrates connection diagrams for external reference signals for different driver versions.
Shows connection examples for external ramp setting with /RRE option.
Provides critical safety warnings regarding driver insertion/removal and power line protection.
Guides on optimizing performance via on-site re-adjustments of Bias, Scale, and Ramps.
Addresses EMC standards and validation requirements for driver compatibility.
Warns against using signals for safety conditions and highlights switch-on/off risks.
Details power supply, wiring, reference signal, monitor signal, set code, and user calibrations.
Covers power supply requirements, wiring recommendations, and EMC considerations for the driver.
Explains accepted reference signal types (voltage/current) and connections for the driver.
Describes the voltage output signal for measuring coil current, used with a voltmeter.
Details factory pre-set calibrations identified by a standard number in the model code.
Covers user-adjustable calibrations like Scale, Bias, Ramps, and Dither.
Illustrates connection diagrams for external reference signals and /I option.
Shows external ramp selection examples.
Addresses EMC standards and validation requirements for driver compatibility.
Warns against using signals for safety conditions and highlights switch-on/off risks.
Details power supply, wiring, reference signal, enabling signal, set code, and calibrations.
Covers power supply requirements, wiring recommendations, and EMC considerations for the driver.
Explains accepted reference signal types (voltage/current) and connections for the driver.
Describes the function of the enabling signal for driver activation/deactivation.
Details factory pre-set calibrations identified by a standard number in the model code.
Covers user-adjustable calibrations like Scale and Bias for the driver.
Illustrates connection diagrams for external reference signals and /I option.
Provides critical safety warnings regarding driver insertion/removal and voltage measurement.
Guides on optimizing performance via on-site re-adjustments of Bias, Scale, and Ramps.
Addresses EMC standards and validation requirements for driver compatibility.
Warns against using signals for safety conditions and highlights switch-on/off risks.
Details power supply, wiring, reference signal, enabling signal, set code, and calibrations.
Covers power supply requirements, wiring recommendations, and EMC considerations for the driver.
Explains accepted reference signal types (voltage/current) and connections for the driver.
Describes the function of the enabling signal for driver activation/deactivation.
Details factory pre-set calibrations identified by a standard number in the model code.
Covers user-adjustable calibrations like Scale and Bias for the driver.
Illustrates connection diagrams for external reference signals and /I option.
Provides critical safety warnings regarding driver insertion/removal and voltage measurement.
Guides on optimizing performance via on-site re-adjustments of Bias, Scale, and Ramps.
Addresses EMC standards and validation requirements for driver compatibility.
Warns against using signals for safety conditions and highlights switch-on/off risks.
Details power supply, wiring, reference signal, monitor signal, set code, and calibrations.
Covers power supply requirements, wiring recommendations, and EMC considerations for the driver.
Explains accepted reference signal types (voltage/current) and connections for the driver.
Describes the voltage output signal for measuring coil current, used with a voltmeter.
Details factory pre-set calibrations identified by a standard number in the model code.
Covers user-adjustable calibrations like Scale and Bias for the driver.
Illustrates connection diagrams for external reference signals.
Shows connection examples for external ramp setting with /RRE option.
Provides critical safety warnings regarding driver connector insertion/removal and voltage measurement.
Guides on optimizing performance via on-site re-adjustments of Bias, Scale, and Ramps.
Addresses EMC standards and validation requirements for driver compatibility.
Warns against using signals for safety conditions and highlights switch-on/off risks.
Details power supply, reference input, enable input, output supply, and alarms.
Covers power supply requirements, wiring recommendations, and safety fuse.
Explains reference signal input, including voltage/current options and software selection.
Details the pressure input signal for hydraulic power limitation using /W option.
Describes the +5VDC output supply for external potentiometers.
Explains the enable input signal for activating/deactivating the driver.
Covers ON/OFF input signals for internal reference generation mode.
Introduces the E-SW-PS programming software and required adapter.
Allows setting the maximum current supplied to the solenoid based on reference signal.
Explains compensating valve dead band using Bias and setting Threshold for noise immunity.
Describes the ramp generator for smooth current changes and different ramp modes.
Explains high-frequency modulation to reduce valve hysteresis and its frequency setting.
Allows setting the relation between reference signal and solenoid current for specific applications.
Covers software-selectable internal reference generation using digital inputs.
Explains electronic hydraulic power limitation using reference and pressure transducer inputs.
Details power supply, reference input, enable/status output, ON/OFF inputs, and software tools.
Covers power supply requirements, wiring recommendations, and safety fuses for the driver.
Explains reference signal inputs, software-selectable voltage/current ranges, and internal generation.
Details the pressure input signal for hydraulic power limitation using /W option.
Describes the ±5 VDC output supply for external potentiometers.
Explains the enable input signal for activating/deactivating the driver.
Describes the status output signal indicating fault conditions or power limitation.
Covers ON/OFF input signals for selecting internal reference signals.
Introduces the E-SW-PS programming software and required connection methods.
Allows setting the maximum current supplied to the solenoid based on reference signal.
Explains compensating valve dead band using Bias and setting Threshold for noise immunity.
Describes the ramp generator for smooth current changes and different ramp modes.
Explains high-frequency modulation to reduce valve hysteresis and its frequency setting.
Allows setting the relation between reference signal and solenoid current for specific applications.
Covers software-selectable internal reference generation using digital inputs.
Explains electronic hydraulic power limitation using reference and pressure transducer inputs.
Explains closed-loop position control using external analog or fieldbus reference signals.
Details closed-loop position control using internally generated reference signals and commands.
Details rudder position control for smooth, accurate, and repetitive operations in marine applications.
Covers pitch control for maximizing energy production in wind turbines with precise positioning.
Explains configurable motion profiles, position controls, and digital signals for wood machinery.
Highlights combined position and force control for automatic, programmable bending machines.
Details fast/slow motion and alternated position/force controls for die-casting clamp movements.
Compares different position transducer interfaces (potentiometer, analog, SSI, encoder) for accuracy.
Discusses pressure/force transducer selection for alternated controls and application requirements.
Details the front panel keys, display, and accessible parameter structures.
Explains the meaning of different LED indicators for controller and digital IO status.
Describes front panel test points for monitoring position and force/pressure signals.
Details the serial RS232 port and fieldbus ports for controller programming and communication.
Covers power supply requirements, wiring, and internal safety fuse for the controller.
Explains external voltage/current reference input signals for closed-loop position control.
Details external reference input signals for alternated position/force or pressure control.
Covers various position transducer input signals and their software selectable ranges.
Details input signals for analog remote pressure transducers or load cells.
Describes the analog input signal for monitoring the proportional valve's regulation.
Explains the control output signal generated by algorithms for the proportional valve.
Describes the analog output signal proportional to the actual axis position.
Details the analog output signal proportional to actual pressure or force.
Explains the enable input signal for activating/deactivating the controller.
Describes the fault output signal indicating controller alarm conditions.
Covers power supply generation for potentiometer position transducers.
Covers power supply generation for incremental encoder position transducers.
Allows configuration of controller inputs for application requirements like scaling and limits.
Enables optimization of closed-loop position control dynamics for various hydraulic systems.
Allows optimization of pressure/force control dynamics and selection of PID parameters.
Covers configuration of controller command for the proportional valve.
Allows configuration of positioning error monitoring and alarm condition detection.
Details configuration of fault detection and reaction parameters.
Enables configuration of digital inputs/outputs for machine central unit interaction.
Covers configuration of parameters for internal reference generation and motion sequences.
Wiring example for position control with analog reference and potentiometer transducer.
Wiring example for alternated control with SSI transducer and CANopen fieldbus.
Wiring example for alternated control with encoder, load cell and PROFIBUS-DP.
To Next Page