Description
The FANUC A02B-0166-B591 Power Mate is a compact CNC control unit designed for integration into FANUC-based automation and machine control systems. It provides CNC control functionality for machining and motion applications where a space-efficient controller is required. This unit is commonly used in dedicated or auxiliary CNC control configurations.
Technical Specifications
| Condition |
New/Never Used Surplus |
| Brand |
FANUC |
| Category |
CNC Controls |
| Part Number |
A02B-0166-B591 |
| Subcategory |
CNC Controllers |
| Product Family |
Power Mate |
| Product Type |
CNC Control Unit |
| Application |
Machine Tool / Automation Control |
| Control Architecture |
FANUC CNC |
| Mounting Style |
Control Cabinet Mounted |
| Interface Compatibility |
FANUC Drives and I/O |
| Weight |
4.54 lbs |
Information About A02B-0166-B591
The A02B-0166-B591 is part of FANUC’s Power Mate family, which is designed to deliver CNC control capabilities in a compact and modular form. Power Mate units are typically used for secondary axes, special-purpose machines, or simplified CNC applications that do not require a full standalone CNC controller. This model is intended to interface with FANUC drives, motors, and I/O systems within an integrated control architecture. Its design supports reliable operation in industrial environments where consistency and long-term availability are critical.
Key Features:
- Power Mate CNC Controller: Designed for compact and dedicated CNC control applications.
- FANUC System Integration: Compatible with FANUC drives, motors, and CNC architectures.
- Compact Control Design: Supports installation in space-constrained control cabinets.
- CNC Motion Control Capability: Provides control functionality for machining and automation tasks.
- Industrial Automation Ready: Built for use in machine tools and production equipment.
- Modular Control Role: Suitable for auxiliary or specialized CNC control configurations.
The A02B-0166-B591 delivers the reliability and precision required for compact CNC control in FANUC-based automation systems.
