| CBC Controller - Integrated Driver & Controller |
| Single axis miniature integrated driver & controller for single phase brush/3 phase brushless motor. The CBC can be perfectly integrated in SMAC actuators in applications with limited space but requiring accurate control. |
Feature
• Compact: 20 mm W x 28 mm L x 16 mm H when folded,
and 45.7 mm W x 28 mm L x 7 mm H when unfolded
• Combines controller, driver, and stand-alone
programmability into single unit
• Programmable motion controller
• Digital and analog command source
• Ability to switch between motion modes
• Easy expansion to multi-axis
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| LCC-10 Single axis brushless controller |
| Single axis brushless controller with built-in amplifier, 10 bit analogue output. |
Features
• Single phase / 3 phase brushless motor
• Mode: Position Velocity Force
• Built-in amplifier
• Easy expansion to multi-axis
• 24-48VDC
• 4TTL input/output
• 2 Analog inputs, 1 analog out put, 10 bit (16 bit optional as
LCC-11)
• RS232 and CAN bus interface
• Can be run as drive only
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| LAC-1 Single axis controller |
| High speed single axis controller with built in amplifier |
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Features
• Compact: 20 mm W x 28 mm L x 16 mm H when folded,
and 45.7 mm W x 28 mm L x 7 mm H when unfolded
• Combines controller, driver, and stand-alone
programmability into single unit
• Programmable motion controller
• Digital and analog command source
• Ability to switch between motion modes
• Easy expansion to multi-axis
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| LAC-25 Dual axis controller |
| High speed dual axis controller with built in amplifier |
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Features
• Two axis controller
• Built-in amplifier
• Single phase brush motor
• Mode: Position Velocity Force Gearing
• 12-48 VDC
• 3amp, con. per axis, 6amp peak per axis
• Independent or coordinated 2 axis motion
• 4 opto-isolated input/output
• 1 analog output/axis
• RS232 interface
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| LAC-26 Dual axis controller |
| High speed dual axis controller with built in amp and AMC drive |
| Features
• Two axis controller
• Built-in amplifier
• 1st axis single phase brush
• 2nd axis brush/brushles motor
• Mode: Postion Velocity Force Gearing
• 12-48 VDC
• 3amp cont. per axis, 6amp peak per axis
• Independent or coordinated 2 axis motion
• 3 opto-isolated input, 2 opto-isolated output
• 1 analog output/axis
• RS232
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| LAC-45 Four axis controller |
| High speed 4 axis controller with built in amp and AMC drive |
| Features
• 4 axis controller
• Built-in amplifier
• Single phase brush motor
• Mode: Postion Velocity Force Gearing
• 12-48 VDC
• 3amp cont. per axis, 6amp peak per axis
• Independent or coordinated 4 axis motion
• 8 opto-isolated input/output
• 1 analog output/axis
• RS232 interface
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| MAAC4-7 Four axis controller |
| Four Axes brushed/ brushless controller, integrated high end amplifier, advanced math capability, circular interpolation, and teach path function. Additional controllers can be added to work together on systems requiring more than four axes. |
| Features
• 4 axis brushed / brushless controller
• Integrated high end amplifier
• Advanced match capability
• Circular interpolation
• Teach path function
• 24-48 VDC
• 6amp cont. per axis, 10amp peak per axis
• 7TTL input, 7TTL output
• RS232 and Ethernet interface
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| Master Controller |
| The MC-1 Master Controller can coordinate multiple SMAC CANopen-based slave controllers in a multi-axis motion system, and at the same time can communicate with a PLC through standard industrial fieldbus protocols such as Ethernet/IP and PROFINET. The hardware platform of MC-1 is a mini computer. Additionally, it provides interfaces to a CANopen network and requires a 24 VDC power supply.
The control and communication functionalities of MC-1 are accommodated by a firmware that runs within the MC-1 operating system. To create an MC-1 program, a set of commands and parameters (having a syntax similar to the SMAC LCC control center program) are written in a configuration software that can be accessed from the MC-1 operating system
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The MC-1 can serve solely as a coordinator of up to 127 CANopen-based slave controllers. The MC-1 can also act as a "slave" of a PLC and at the same time, the MC-1 acts as a "master" that coordinates the slave controllers.
The MC-1 can therefore be viewed as an intelligent gateway device, as it is capable of performing the coordination tasks, in addition to providing a communication between a given industrial ethernet protocol and the CANopen protocol that is recognized by the slave controllers. |
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| MIOE-8/8 Expansion Module |
| 16 Channel I/O Expansion Module, 8 input, 8 output, Opto-isolated general purpose I/O. If more I/O channels are required, then the MIO can be linked to either the LAC1, LAC25 and LAC-45 controllers to give 16 I/O channels. |
| Features
• 24-48VDC
• 8 opto-isolated input/output
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