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General| Input Voltage | 24 VDC |
|---|---|
| Protection Class | IP20 |
| Power supply voltage | 24 VDC |
| Input Type | PNP/NPN |
| Operating Temperature | 0 to 50°C |
High-precision absolute DD actuator for indexing and continuous rotation.
Emphasizes flexibility and intelligence in DD actuator operations.
Highlights energy saving, space saving, and oilless operational benefits.
Discusses connectivity options with various industrial networks.
Absolute resolver eliminates the need for origin search and homing procedures.
Features fast indexing times set in 0.01-second units for improved performance.
Maintains high torque output even at high rotational speeds.
Simplifies alignment and wiring with integrated features like sockets and spigots.
Incorporates seals for protection against dust ingress.
Offers five types of cam curves for optimized smooth motion profiles.
Achieves high-precision indexing with high resolution for accurate positioning.
Minimal power consumption when the output shaft is stationary.
Lubricant-free design prevents pollution from oil leakage or disposal.
Compact design reduces footprint and external component requirements.
Easy specification changes and reusable parts enhance system flexibility.
Supports popular open networks like CC-Link and DeviceNet.
Simplifies wiring, significantly reducing labor and associated costs.
Highlights compatibility across different driver, actuator, and cable models.
Details high resolution, index precision, and repeatability specifications.
Discusses torque properties maintained even in high-speed operational ranges.
Explains space-saving advantages compared to traditional rotary tables.
Allows positioning via NC language with storage for up to 256 programs.
Supports RS-232C serial communication and PLC M code integration.
Simplifies program creation using interactive terminal or NC language.
Mentions CE marking compatibility with Low Voltage and EMC directives.
Notes the availability of dowel holes for precise actuator positioning.
Notes high rotation speeds achievable for specific actuator models.
Highlights compact size and large hollow shaft for easy cable wiring.
Lists application areas like P&P, turntables, and assembly machines.
Describes high precision features and low output shaft runout.
Highlights compact size and hollow shaft convenience for wiring.
Discusses integrated pneumatic brakes for secure output shaft clamping.
Mentions IP65 compliance for dust and water protection.
Outlines basic settings and drive methods for system setup.
Details programming terminals and software for actuator setup.
Describes an application for rotary table automation with indexing.
Explains a P&P unit application utilizing the hollow shaft.
Suitable for small parts inspection systems.
Application for turning and transporting large panels.
Details movement specifications for index unit operations.
Provides an example program for index unit movement.
Shows PLC signals for initial and index processes.
Details movement specifications for oscillator operations.
Provides an example program for oscillator movement.
Emphasizes proper handling and using the product within specified limits.
Highlights adherence to association standards for safe device design.
Precautions regarding safety during inspection and maintenance procedures.
Stresses following manuals and precautions to avoid accidents.
Specific warnings and measures to prevent electrical shock hazards.
Pre-restart checks to ensure safety and prevent parts detachment.
Explains DANGER, WARNING, CAUTION rankings and important safety info.
Legal disclaimer regarding product use, liability, and exclusions.
Waterproofing advice for actuators/drivers and contamination prevention.
Guidance on selecting appropriate cables and using noise filters.
Warning about shaft movement when power is off and magnetic brake usage.
Importance of rigidity and using dummy inertia to prevent resonance.
Instructions for connecting pneumatic brakes to the actuator.
Diagram and details for the recommended air circuit for brakes.
Instructions for connecting magnetic brakes to the actuator.
Shows recommended electrical circuits for magnetic brake connections.
Importance of matching actuator, driver, and cable serial numbers.
Guidelines for correctly connecting cables and power supply.
Instructions for securely fixing the actuator and proper handling.
Keep magnetic fields away and note actuator heat generation.
Incompatibility warning and clarification on output shaft origin.
Guidance on circuit breakers and output shaft origin clarification.
Do not disassemble; safety procedures for voltage testing.
Handling overload alarms and actuator coordinate recognition on power-on.
Details on warranty period, coverage, and exclusions.
Conditions for warranty repairs of products intended for export.
General overview of the AX2000G series direct drive actuators.
Provides detailed technical specifications for AX2000G series actuators.
Graphs showing speed versus torque characteristics for AX2000G models.
Guide on how to select and order specific AX2000G actuator models.
Explains model number selection based on driver and voltage options.
Details cable dimensions and minimum bending radii for different cable types.
Safety notes related to proper cable connections and handling.
Provides detailed dimensional drawings for the AX2006G actuator.
Provides detailed dimensional drawings for the AX2012G actuator.
Provides detailed dimensional drawings for the AX2018G actuator.
General overview of the AX4000G series direct drive actuators.
Details specifications for AX4150G, AX4300G, AX4500G models.
Specifications for optional electromagnetic brakes available for AX4000G.
Guide for ordering AX4000G actuators with various options.
Explains model number selection based on driver and voltage options.
Speed vs. torque graphs for AX4000G series models.
Cable dimensions and bending radii for AX4000G series.
Safety precautions related to AX4000G actuators and cable connections.
Provides detailed dimensional drawings for the AX4009G actuator.
Provides dimensional drawings for AX4022G and AX4022G-EB actuators.
Provides dimensional drawings for AX4045G and AX4045G-EB actuators.
Provides detailed dimensional drawings for the AX4075G actuator.
Details specifications for AX4150G, AX4300G, AX4500G models.
Guide for ordering AX4000G actuators with GH driver.
Speed vs. torque graphs for AX4150GH, AX4300GH, AX4500GH.
Dimensional drawings for AX4150G and AX4150G-EB actuators.
Dimensional drawings for AX4300G and AX4300G-EB actuators.
Provides detailed dimensional drawings for the AX4500G actuator.
General overview of the AX1000 series direct drive actuators.
Details specifications for AX1022, AX1045, AX1075, AX1150, AX1210 models.
Speed vs. torque graphs for AX1000 series models.
Guide for ordering AX1000 actuators with S or H drivers.
Explains model number selection for AX1000 series.
Provides dimensional drawings for AX1022 and AX1045 actuators.
Provides dimensional drawings for AX1075 and AX1150 actuators.
Provides detailed dimensional drawings for the AX1210 actuator.
Dimensional drawings showing connector bottom installation options.
General overview of the AX2000 series direct drive actuators.
Specifications for AX2006, AX2012, AX2021, AX2042 models.
Speed vs. torque graphs for AX2000 series models.
Guide for ordering AX2000 actuators with various options.
Dimensional drawings for AX2006 and AX2012 actuators.
Dimensional drawings for AX2021 and AX2021-A actuators.
Dimensional drawings for AX2042 and AX4042-A actuators.
Dimensional drawings for CE marked AX2021-K and AX2042-K models.
General overview of the AX4000 series direct drive actuators.
Specifications for AX4009, AX4022, AX4045, AX4075, AX4150, AX4300, AX4500 models.
Guide for ordering AX4000 actuators with various options.
Speed vs. torque graphs for AX4000 series models.
Provides detailed dimensional drawings for the AX4009G actuator.
Dimensional drawings for AX4022G and AX4022G-EB actuators.
Dimensional drawings for AX4045G and AX4045G-EB actuators.
Provides detailed dimensional drawings for the AX4075G actuator.
Provides detailed dimensional drawings for the AX4150G actuator.
Dimensional drawings for AX4300G and AX4300G-EB actuators.
Provides detailed dimensional drawings for the AX4500G actuator.
General overview of the AX5000 series direct drive actuators.
Specifications for AX5022, AX5045, AX5075, AX5150, AX5210 models.
Speed vs. torque graphs for AX5000 series models.
Guide for ordering AX5000 actuators with S or H drivers.
Provides detailed dimensional drawings for the AX5022 actuator.
Provides detailed dimensional drawings for the AX5045 actuator.
Provides detailed dimensional drawings for the AX5075 actuator.
Provides detailed dimensional drawings for the AX5150 actuator.
Provides detailed dimensional drawings for the AX5210 actuator.
Overview of the AX8000 series, noting IP rating and application suitability.
Specifications for AX8045 and AX8070 actuators.
Details inspection standards for straightness, parallelism, and perpendicularity.
Speed vs. torque graphs for AX8000 series models.
Guide for ordering AX8000 actuators with various options.
Explains model number selection for AX8000 series.
Dimensional drawings for AX8045 and AX8045-T actuators.
Dimensional drawings for the AX8070 and AX8070-T actuators.
Safety precautions for AX8000 series actuators, including material and application notes.
Detailed guide for selecting models based on the MC2 curve.
Formulas and parameters for selecting models with MC2 curves.
Guide for selecting models for continuous rotation operation.
Explains the functions available for continuous rotation.
Formulas and parameters for selecting continuous rotation models.
Formulas for calculating moment of inertia for various shapes and configurations.
General specifications applicable to GS and S type drivers.
Performance details for GS/S type drivers.
Dimensions and connection details for GS/S type drivers.
Explanation of the front panel layout for GS/S type drivers.
General specifications applicable to GH and H type drivers.
Performance details for GH/H type drivers.
Dimensions and connection details for GH/H type drivers.
Explanation of the front panel layout for GH/H type drivers.
Dimensional drawings for CE marked GS/S/GH/H type drivers.
Safety precautions related to driver installation and wiring.
Specifications for the AX0170H interactive terminal.
Dimensional information for the AX0170H interactive terminal.
Key features of the AX0170H interactive terminal.
Guide for ordering the AX0170H interactive terminal.
Functionality for editing programs and parameters.
View I/O status, current position, and alarms.
Reference and set various operational parameters.
One-touch commands for starting, stopping, and controlling operations.
Batch copying of programs between drivers.
Easy program creation by inputting setting items.
Demonstrates how to use the interactive terminal for various functions.
Features of the AX-OPX-7G CC-Link slave unit.
Guide for ordering the AX-OPX-7G slave unit.
Diagrams showing the layout and components of the slave unit.
Features of the AX-OPX-7D DeviceNet slave unit.
Guide for ordering the AX-OPX-7D slave unit.
Diagrams showing the layout and components of the slave unit.
Table mapping I/O signals between slave units and AX drivers.
Dimensional information common to CC-Link and DeviceNet slave units.
Instructions for installing the slave unit on GS/S type drivers.
Shows installation dimensions for GS/S type drivers.
Important cautions to observe during slave unit installation.
Diagrams illustrating the connection of actuators, drivers, and communication devices.
Details of the transmission interface connector for GS/S drivers.
Important cautions when connecting the pulse string input connector.
Installation notes, including orientation and fixing screws.
Table of model numbers for related parts like cables and filters.
Lists maintenance parts such as pneumatic valves and fuses.
Lists other related parts like pulse row input cables and I/O connectors.
Model numbers for noise filters and information on mounting bases.
How to calculate and select based on load moment of inertia.
Calculating maximum rotation speed and checking against specifications.
Formulas and methods for calculating load torque.
Information on regenerative power for specific models.
Step-by-step calculation of moment of inertia with an example.
Step-by-step calculation of max rotation speed with an example.
Step-by-step calculation of load torque with an example.
Step-by-step consideration of regenerative power with an example.
Final selection based on calculated values and example.
Detailed guide for selecting models based on the MC2 curve.
Formulas and parameters for selecting models with MC2 curves.
Guide for selecting models for continuous rotation operation.
Explains the functions available for continuous rotation.
Formulas and parameters for selecting continuous rotation models.
Formulas for calculating moment of inertia for various shapes and configurations.
Fields for inputting operating conditions for selection.
Fields for inputting load condition details.
Fields for other parameters like rigidity and installation attitude.
Notes on actuator movement based on mounting and mechanism.
General specifications applicable to GS and S type drivers.
Performance details for GS/S type drivers.
Dimensions and connection details for GS/S type drivers.
Explanation of the front panel layout for GS/S type drivers.
General specifications applicable to GH and H type drivers.
Performance details for GH/H type drivers.
Dimensions and connection details for GH/H type drivers.
Explanation of the front panel layout for GH/H type drivers.
Dimensional drawings for CE marked GS/S/GH/H type drivers.
Safety precautions related to driver installation and wiring.
Specifications for the AX0170H interactive terminal.
Dimensional information for the AX0170H interactive terminal.
Key features of the AX0170H interactive terminal.
Guide for ordering the AX0170H interactive terminal.
Functionality for editing programs and parameters.
View I/O status, current position, and alarms.
Reference and set various operational parameters.
One-touch commands for starting, stopping, and controlling operations.
Batch copying of programs between drivers.
Easy program creation by inputting setting items.
Demonstrates how to use the interactive terminal for various functions.
Features of the AX-OPX-7G CC-Link slave unit.
Guide for ordering the AX-OPX-7G slave unit.
Diagrams showing the layout and components of the slave unit.
Features of the AX-OPX-7D DeviceNet slave unit.
Guide for ordering the AX-OPX-7D slave unit.
Diagrams showing the layout and components of the slave unit.
Table mapping I/O signals between slave units and AX drivers.
Dimensional information common to CC-Link and DeviceNet slave units.
Instructions for installing the slave unit on GS/S type drivers.
Shows installation dimensions for GS/S type drivers.
Important cautions to observe during slave unit installation.
Diagrams illustrating the connection of actuators, drivers, and communication devices.
Details of the transmission interface connector for GS/S drivers.
Important cautions when connecting the pulse string input connector.
Installation notes, including orientation and fixing screws.
Table of model numbers for related parts like cables and filters.
Lists maintenance parts such as pneumatic valves and fuses.
Lists other related parts like pulse row input cables and I/O connectors.
Model numbers for noise filters and information on mounting bases.
How to calculate and select based on load moment of inertia.
Calculating maximum rotation speed and checking against specifications.
Formulas and methods for calculating load torque.
Information on regenerative power for specific models.
Step-by-step calculation of moment of inertia with an example.
Step-by-step calculation of max rotation speed with an example.
Step-by-step calculation of load torque with an example.
Step-by-step consideration of regenerative power with an example.
Final selection based on calculated values and example.
Detailed guide for selecting models based on the MC2 curve.
Formulas and parameters for selecting models with MC2 curves.
Guide for selecting models for continuous rotation operation.
Explains the functions available for continuous rotation.
Formulas and parameters for selecting continuous rotation models.
Formulas for calculating moment of inertia for various shapes and configurations.
Fields for inputting operating conditions for selection.
Fields for inputting load condition details.
Fields for other parameters like rigidity and installation attitude.
Notes on actuator movement based on mounting and mechanism.
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