ASM-X SERIES and INDUSTRY 4.0
We began our mission to become the pioneer of the era of intelligent production with our strong R & D infrastructure and innovative approach. Today, we are leading the intelligent production processes of Industry 4.0, which is a new manufacturing concept by integrating the intelligent production systems and optimizing the manufacturing processes with minimum cost and maximum efficiency.
ASM-X SERIES MOTION CONTROL MODULES
ASM-X series motion control modules are developed by EONLASER as the motion control modules which are integrated with the EONTOUCH control interface. ASM-X series motion control modules which designed to interface and control different types of press brakes stand out among similiar products with their small size, compact design and intelligent warning system.
The MODBUS communication interface allows you to connect up to 3 modules together. It is also possible to connect ASM-X3 and ASM-X4 together through MODBUS.
With a single ASM-X4 module, up to 7 axes controls can be performed. For machines with more axes, it is possible to connect three ASM-X4 modules simultaneously and control up to 21 axes.
For machines with less axes, ASM-X3 motion control modules can be chosen. The ASM-X3 unit controls up to 6 axes and it is possible to connect three ASM-X3 modules simultaneously to control up to 18 axes.
The ASM-X series control modules are equipped with advanced control algorithms that allow the axes be positioned with a precision of less than 0.001 mm with the EONTOUCH control software. The ASM-X series control modules require no external hardware to control valves or LVDT. All high power control equipments are combined in a single motion control module.
MOTION PROFILE OF X AXIS
The graph shows the positioning accuracy of the X axis. Red line shows position of X axis and green line shows motion profile of X axis. In the graph, it is seen that X axis reaches its final position with 0.001 mm positioning accuracy by tracking the motion profile with 0.01 mm precision.
MOTION PROFILE OF Y AXIS
The graph shows the positioning accuracy of the X axis. Red line shows position of X axis and green line shows motion profile of X axis. In the graph, it is seen that X axis reaches its final position with 0.001 mm positioning accuracy by tracking the motion profile with 0.01 mm precision.
ASM-X4 ENHANCED CONTROL SPECIFICATIONS
- Integrated high power valve and LVDT control unit
- Integrated LED bar control unit
- Integrated error logging up to 1 year
- Exclusive control loop for different type of valves
- Up to 0.002 mm positioning tolerance for hydraulic axes
- Up to 0.001 mm positioning tolerance for motorized axes
- Controllable axis types:
- Hydraulic axes
- Motorized axes (Servo, asynchronous, etc.)
- Crowning
- Configurable digital IOs:
- Isolated digital inputs: 16 inputs 24VDC
- Isolated digital outputs: 16 outputs 24VDC
- Configurable analog IOs:
- LVDT analog inputs: 2
- 0-10V analog inputs: 3
- 0-24V analog outputs: 5
- -10/+10V analog outputs: 4
- Working memory: SRAM
- System memory: FLASH
- Communication: MODBUS
- Power: 24V DC/6A
- Encoder interface: 4 incremental encoder inputs (5VDC)
- Working temperature: -20 °C / +70 °C
- Standards: IEC 61132-2
ASM-X3 ENHANCED CONTROL SPECIFICATIONS
- Integrated high power valve and LVDT control unit
- Integrated LED bar control unit
- Integrated error logging up to 1 year
- Exclusive control loop for different type of valves
- Up to 0.002 mm positioning tolerance for hydraulic axes
- Up to 0.001 mm positioning tolerance for motorized axes
-
Controllable axes types:
- Hydraulic axes
- Motorized axes (Servo, asynchronous, etc.)
- Crowning
- Configurable digital IOs:
- Isolated digital inputs: 16 inputs 24VDC
- Isolated digital outputs: 16 outputs 24VDC
- Configurable analog IOs:
- LVDT analog inputs: 2
- 0-10V analog inputs: 3
- 0-24V analog outputs: 5
- -10/+10V analog outputs: 3
- Working memory: SRAM
- System memory: FLASH
- Communication: MODBUS
- Power: 24V DC/6A
- Encoder interface: 3 incremental encoder inputs (5VDC)
- Working temperature: -20 °C / +70 °C
- Standards: IEC 61132-2
