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The 74102-405-1394 component from Allen Bradley is an axis system slider card utilized in the 1336 PCB Boards series. This card is adept at interfacing through the SERCOS protocol and operates with a weight of only 0.09 lbs.
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| Manufacturer | Allen Bradley |
|---|---|
| Product Type | Axis System Slider Card |
| Product Line | 1336 PCB Boards |
| Part Number | 74102-405-1394 |
| Weight | 0.06 lbs (0.03 kg) |
| Supported Control Architecture | SERCOS Interface |
| Power Conversion Technology | IGBT Power Conversion |
| Motor Output Type | PWM Inverter Output |
| Feedback Device Type | Encoder Feedback |
| Servo Control Method | Closed-loop position control and velocity control |
| Axis Modules per System | 4 Modules (Max.) |
| Input Power | 360-480 VAC |
| Phase Type | 3-Phase |
| Motion Control Platform | 1394 Multi-Axis Motion Control Systems |
| Possible Applications | PLC Add-On Board |
The Allen Bradley part number 74102-405-1394 corresponds to an axis system slider card integrated into the 1336 PCB Boards series. This card is essential for applications involving advanced automation and motion control. Weighing a mere 0.09 lbs, it is designed to support high-performance tasks while remaining lightweight.
The card utilizes a SERCOS interface for communication, ensuring streamlined connections within control architectures. Powering this module requires an input range of 360 to 480 VAC, reflecting its capacity for a 3-phase supply. Incorporating IGBT (Insulated Gate Bipolar Transistor) power conversion technology, it optimizes energy efficiency during operation.
For functional purposes, the card implements PWM (Pulse Width Modulation) inverter output to manage motor functions effectively. It also uses encoder feedback for precise control, supporting a closed-loop position and velocity control strategy. This capability is crucial for achieving accurate motion in various applications, including as a PLC (Programmable Logic Controller) add-on board.
The architecture allows for integration of up to four axis modules per system, further expanding the potential for complex multi-axis motion control scenarios. This flexibility enhances its role in the 1394 multi-axis motion control systems, promoting a wide range of applications.