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1394-DCLM | Allen-Bradley 1394 DC Link And Axis Module For Energy Storage And Load Leveling
- Regular price
- $5,139.00
- Sale price
- $5,139.00
- Regular price
-
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Product Description P/N: 1394-DCLM
Description
The Allen-Bradley 1394-DCLM is a dual-function module that operates as both a DC link module and an axis module within the 1394 servo drive system. It is designed to improve energy management by providing load leveling and regenerative energy storage for connected drives. The module supports standalone operation or interconnection with other modules through a DC link cable.
Technical Specifications
| Condition | New/Never Used Surplus |
| Brand | Allen-Bradley |
| Category | Servo Products |
| Part Number | 1394-DCLM |
| Subcategory | DC Link / Axis Module |
| Product Type | Servo Controller Module |
| Module Functions | DC Link Module, Axis Module |
| System Compatibility | One-phase 1394 systems |
| Input Voltage Range | 530–680 V DC |
| Output Current | 32 A |
| Energy Management | Load leveling and energy storage |
| Mounting Position | Last module in system (DIM last if present) |
| Interconnection Capability | DC Link cable connection |
| Power Bus Configuration | Supports linking two 1394 power buses using two DCLMs |
Information About 1394-DCLM
The 1394-DCLM is a multifunction module from the Allen-Bradley 1394 system designed to enhance overall servo system efficiency. It manages regenerative energy generated during deceleration by storing and redistributing power, reducing reliance on resistive braking components. The module supports increased system capacity and smoother load distribution across servo axes. It is commonly used in motion control systems where high dynamic performance, reduced heat dissipation, and improved energy utilization are required.
Key Features
- Dual-function design: Operates as both a DC link module and an axis module within 1394 servo systems.
- Regenerative energy handling: Stores and redistributes regenerative energy to improve system efficiency.
- Load leveling capability: Balances power demand across axes to reduce peak loading and improve performance.
- High current support: Provides up to 32 A output for demanding motion applications.
- Flexible system integration: Can operate independently or connect to other modules via a DC link cable.
- Scalable power architecture: Allows interconnection of two 1394 power buses using paired DCLM modules.
- Optimized system placement: Designed for installation at the end of a 1394 module lineup for proper operation.
The 1394-DCLM delivers the reliability and precision required for efficient energy management and enhanced performance in Allen-Bradley 1394 servo control systems.
Description
The Allen-Bradley 1394-DCLM is a dual-function module that operates as both a DC link module and an axis module within the 1394 servo drive system. It is designed to improve energy management by providing load leveling and regenerative energy storage for connected drives. The module supports standalone operation or interconnection with other modules through a DC link cable.
Technical Specifications
| Condition | New/Never Used Surplus |
| Brand | Allen-Bradley |
| Category | Servo Products |
| Part Number | 1394-DCLM |
| Subcategory | DC Link / Axis Module |
| Product Type | Servo Controller Module |
| Module Functions | DC Link Module, Axis Module |
| System Compatibility | One-phase 1394 systems |
| Input Voltage Range | 530–680 V DC |
| Output Current | 32 A |
| Energy Management | Load leveling and energy storage |
| Mounting Position | Last module in system (DIM last if present) |
| Interconnection Capability | DC Link cable connection |
| Power Bus Configuration | Supports linking two 1394 power buses using two DCLMs |
Information About 1394-DCLM
The 1394-DCLM is a multifunction module from the Allen-Bradley 1394 system designed to enhance overall servo system efficiency. It manages regenerative energy generated during deceleration by storing and redistributing power, reducing reliance on resistive braking components. The module supports increased system capacity and smoother load distribution across servo axes. It is commonly used in motion control systems where high dynamic performance, reduced heat dissipation, and improved energy utilization are required.
Key Features
- Dual-function design: Operates as both a DC link module and an axis module within 1394 servo systems.
- Regenerative energy handling: Stores and redistributes regenerative energy to improve system efficiency.
- Load leveling capability: Balances power demand across axes to reduce peak loading and improve performance.
- High current support: Provides up to 32 A output for demanding motion applications.
- Flexible system integration: Can operate independently or connect to other modules via a DC link cable.
- Scalable power architecture: Allows interconnection of two 1394 power buses using paired DCLM modules.
- Optimized system placement: Designed for installation at the end of a 1394 module lineup for proper operation.
The 1394-DCLM delivers the reliability and precision required for efficient energy management and enhanced performance in Allen-Bradley 1394 servo control systems.