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1394C-AM04 | Allen-Bradley 1394 Axis Drive Module, 3kW, 4.5A Nominal, 9A Peak
- Regular price
- $1,859.00
- Sale price
- $1,859.00
- Regular price
-
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Product Description P/N: 1394C-AM04
Description
The Allen-Bradley 1394C-AM04 is an axis drive module designed for servo motion control applications within the 1394 drive system. It delivers a nominal current of 4.5 A with a peak current of 9 A and supports single-phase operation for precise motor control.
Technical Specifications
| Condition | New/Never Used Surplus |
| Brand | Allen-Bradley |
| Category | Servo Products |
| Part Number | 1394C-AM04 |
| Subcategory | Axis Drive Module |
| Type | Servo Controller |
| Rated Power | 3 kW |
| Nominal Output Current | 4.5 A |
| Peak Output Current | 9.0 A |
| Power Rating (Alt.) | 2.4 / 3 kW |
| Input Phase | Single-phase |
| DC Bus Voltage | 310 / 390 V |
| Application | Axis motion control |
| Drive Family | 1394 |
| Control Technology | Servo drive control |
Information About 1394C-AM04
The 1394C-AM04 is part of the Allen-Bradley 1394 axis drive module family developed for modular multi-axis servo systems. It is designed to operate as an individual axis controller within a shared power and control architecture. The module supports stable current delivery and fast dynamic response for accurate positioning and speed control. It is commonly used in coordinated motion systems where multiple servo axes are required within compact industrial drive assemblies.
Key Features
- 3 kW Axis Drive Module: Supports medium-power servo motor applications within the 1394 system.
- 4.5 A Nominal Output: Provides continuous current for stable servo operation.
- 9 A Peak Current Capability: Handles short-term dynamic load demands during acceleration and deceleration.
- Single-Phase Operation: Compatible with single-phase input configurations.
- High DC Bus Voltage Support: Operates with 310/390 V DC bus levels for efficient power delivery.
- Modular Axis Design: Allows integration into multi-axis servo drive assemblies.
The 1394C-AM04 delivers the reliability and precision required for coordinated servo axis control in industrial motion automation systems.
Description
The Allen-Bradley 1394C-AM04 is an axis drive module designed for servo motion control applications within the 1394 drive system. It delivers a nominal current of 4.5 A with a peak current of 9 A and supports single-phase operation for precise motor control.
Technical Specifications
| Condition | New/Never Used Surplus |
| Brand | Allen-Bradley |
| Category | Servo Products |
| Part Number | 1394C-AM04 |
| Subcategory | Axis Drive Module |
| Type | Servo Controller |
| Rated Power | 3 kW |
| Nominal Output Current | 4.5 A |
| Peak Output Current | 9.0 A |
| Power Rating (Alt.) | 2.4 / 3 kW |
| Input Phase | Single-phase |
| DC Bus Voltage | 310 / 390 V |
| Application | Axis motion control |
| Drive Family | 1394 |
| Control Technology | Servo drive control |
Information About 1394C-AM04
The 1394C-AM04 is part of the Allen-Bradley 1394 axis drive module family developed for modular multi-axis servo systems. It is designed to operate as an individual axis controller within a shared power and control architecture. The module supports stable current delivery and fast dynamic response for accurate positioning and speed control. It is commonly used in coordinated motion systems where multiple servo axes are required within compact industrial drive assemblies.
Key Features
- 3 kW Axis Drive Module: Supports medium-power servo motor applications within the 1394 system.
- 4.5 A Nominal Output: Provides continuous current for stable servo operation.
- 9 A Peak Current Capability: Handles short-term dynamic load demands during acceleration and deceleration.
- Single-Phase Operation: Compatible with single-phase input configurations.
- High DC Bus Voltage Support: Operates with 310/390 V DC bus levels for efficient power delivery.
- Modular Axis Design: Allows integration into multi-axis servo drive assemblies.
The 1394C-AM04 delivers the reliability and precision required for coordinated servo axis control in industrial motion automation systems.