9325MP.1B.72 | Lenze Inverter Motherboard Drive Control Board
- Regular price
- $944.00
- Sale price
- $944.00
- Regular price
-
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Product Description P/N: 9325MP.1B.72
Description
The Lenze 9325MP.1B.72 is an inverter motherboard designed as a core control component for Lenze servo and inverter systems. Engineered to manage internal signal processing and power control functions, the 9325MP.1B.72 supports reliable operation within compatible Lenze drive platforms.
Technical Specifications
| Condition | New/Never Used Surplus |
| Brand | Lenze |
| Category | Motion Control |
| Part Number | 9325MP.1B.72 |
| Subcategory | Drive Control Boards |
| Product Type | Inverter Motherboard |
| Mounting Type | Internal / Chassis Mounted |
| Application | Lenze Inverter & Servo Drive Systems |
| Function | Control and Interface Board |
| Compatibility | Lenze Drive Platforms |
| Weight | 1 kg |
Information About 9325MP.1B.72
The 9325MP.1B.72 is an internal inverter motherboard used within Lenze motion control and drive assemblies. It is designed to integrate directly into supported Lenze inverter or servo drive systems, providing essential control and interface functionality. Built to Lenze’s industrial standards, the board supports stable communication between power stages and control logic. Its design makes it suitable for service replacement, refurbishment, or maintenance of compatible Lenze drive units.
Key Features:
- Inverter Motherboard Module: Serves as a central control and interface board within Lenze drive systems.
- Lenze System Compatibility: Designed specifically for use with supported Lenze inverter and servo platforms.
- Industrial-Grade Electronics: Built for reliable operation in industrial control environments.
- Internal Drive Integration: Interfaces directly with power and control components inside the drive.
- Precision Control Support: Enables accurate signal processing and drive operation.
- Service and Replacement Use: Suitable for maintenance or repair of compatible Lenze equipment.
The 9325MP.1B.72 delivers the reliability and precision required for internal control and operation of Lenze inverter systems.
Description
The Lenze 9325MP.1B.72 is an inverter motherboard designed as a core control component for Lenze servo and inverter systems. Engineered to manage internal signal processing and power control functions, the 9325MP.1B.72 supports reliable operation within compatible Lenze drive platforms.
Technical Specifications
| Condition | New/Never Used Surplus |
| Brand | Lenze |
| Category | Motion Control |
| Part Number | 9325MP.1B.72 |
| Subcategory | Drive Control Boards |
| Product Type | Inverter Motherboard |
| Mounting Type | Internal / Chassis Mounted |
| Application | Lenze Inverter & Servo Drive Systems |
| Function | Control and Interface Board |
| Compatibility | Lenze Drive Platforms |
| Weight | 1 kg |
Information About 9325MP.1B.72
The 9325MP.1B.72 is an internal inverter motherboard used within Lenze motion control and drive assemblies. It is designed to integrate directly into supported Lenze inverter or servo drive systems, providing essential control and interface functionality. Built to Lenze’s industrial standards, the board supports stable communication between power stages and control logic. Its design makes it suitable for service replacement, refurbishment, or maintenance of compatible Lenze drive units.
Key Features:
- Inverter Motherboard Module: Serves as a central control and interface board within Lenze drive systems.
- Lenze System Compatibility: Designed specifically for use with supported Lenze inverter and servo platforms.
- Industrial-Grade Electronics: Built for reliable operation in industrial control environments.
- Internal Drive Integration: Interfaces directly with power and control components inside the drive.
- Precision Control Support: Enables accurate signal processing and drive operation.
- Service and Replacement Use: Suitable for maintenance or repair of compatible Lenze equipment.
The 9325MP.1B.72 delivers the reliability and precision required for internal control and operation of Lenze inverter systems.