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Lenze EMB9351-E 16A 765VDC Servo Drive Brake Module
- Regular price
- $675.00
- Sale price
- $675.00
- Regular price
-
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Product Description P/N: EMB9351-E
Description
The Lenze EMB9351-E is an inverter braking module designed for Lenze 9300 series drive systems to manage regenerative braking energy during motor deceleration. It provides controlled energy dissipation through external brake resistors, improving drive performance and protection in demanding industrial automation applications.
Technical Specifications
| Condition | New/Never Used Surplus |
| Brand | Lenze |
| Category | Servo Products |
| Part Number | EMB9351-E |
| Subcategory | Brake Module |
| Series | EMB9350 Series |
| Product Type | Inverter Braking Module |
| Input Voltage | 765 VDC |
| Rated Current | 16 A |
| Continuous Braking Power | 1 kW |
| Peak Braking Power | 12 kW |
| Function | Regenerative energy dissipation |
| Compatible Systems | Lenze 9300 Series drives and servo systems |
| Installation Type | Built-in cabinet module |
| Application | Servo drives, frequency inverters, industrial automation |
| Brake Resistor Support | External brake resistor connection |
| Usage Environment | Manufacturing, robotics, machine automation |
| Weight | Approximately 2.5 kg (5.5 lb) |
Information About EMB9351-E
The EMB9351-E is part of the Lenze EMB9350 Series brake module family, developed to extend the braking capability of servo drives and frequency inverters. It operates with a 765 VDC input circuit and provides 16 A current handling capacity for dynamic braking applications. The module includes integrated braking electronics designed to control excess DC bus energy generated during rapid motor stopping or load changes. It is commonly used in machine automation, robotics, conveyors, and production equipment requiring reliable deceleration control.
Key Features:
- Lenze EMB9350 Series Design: Provides dedicated braking functionality for compatible Lenze drive systems.
- Dynamic Braking Control: Dissipates regenerative energy generated during motor deceleration.
- 16 A Current Capacity: Supports braking applications requiring up to 16 amps.
- 765 VDC Input Rating: Designed for high-voltage DC bus applications in industrial drives.
- High Peak Power Capability: Supports up to 12 kW peak braking power for demanding applications.
- Continuous Braking Performance: Provides up to 1 kW continuous braking power.
- Integrated Drive Protection: Helps prevent DC bus overvoltage during rapid braking events.
- Servo Drive Compatibility: Designed for use with Lenze inverter and servo drive systems.
- Cabinet Installation Design: Suitable for integration into industrial electrical control panels.
- Industrial Automation Support: Used in machinery requiring precise stopping and motion control.
The EMB9351-E delivers the reliability and precision required for industrial braking control and servo drive energy management applications.
Description
The Lenze EMB9351-E is an inverter braking module designed for Lenze 9300 series drive systems to manage regenerative braking energy during motor deceleration. It provides controlled energy dissipation through external brake resistors, improving drive performance and protection in demanding industrial automation applications.
Technical Specifications
| Condition | New/Never Used Surplus |
| Brand | Lenze |
| Category | Servo Products |
| Part Number | EMB9351-E |
| Subcategory | Brake Module |
| Series | EMB9350 Series |
| Product Type | Inverter Braking Module |
| Input Voltage | 765 VDC |
| Rated Current | 16 A |
| Continuous Braking Power | 1 kW |
| Peak Braking Power | 12 kW |
| Function | Regenerative energy dissipation |
| Compatible Systems | Lenze 9300 Series drives and servo systems |
| Installation Type | Built-in cabinet module |
| Application | Servo drives, frequency inverters, industrial automation |
| Brake Resistor Support | External brake resistor connection |
| Usage Environment | Manufacturing, robotics, machine automation |
| Weight | Approximately 2.5 kg (5.5 lb) |
Information About EMB9351-E
The EMB9351-E is part of the Lenze EMB9350 Series brake module family, developed to extend the braking capability of servo drives and frequency inverters. It operates with a 765 VDC input circuit and provides 16 A current handling capacity for dynamic braking applications. The module includes integrated braking electronics designed to control excess DC bus energy generated during rapid motor stopping or load changes. It is commonly used in machine automation, robotics, conveyors, and production equipment requiring reliable deceleration control.
Key Features:
- Lenze EMB9350 Series Design: Provides dedicated braking functionality for compatible Lenze drive systems.
- Dynamic Braking Control: Dissipates regenerative energy generated during motor deceleration.
- 16 A Current Capacity: Supports braking applications requiring up to 16 amps.
- 765 VDC Input Rating: Designed for high-voltage DC bus applications in industrial drives.
- High Peak Power Capability: Supports up to 12 kW peak braking power for demanding applications.
- Continuous Braking Performance: Provides up to 1 kW continuous braking power.
- Integrated Drive Protection: Helps prevent DC bus overvoltage during rapid braking events.
- Servo Drive Compatibility: Designed for use with Lenze inverter and servo drive systems.
- Cabinet Installation Design: Suitable for integration into industrial electrical control panels.
- Industrial Automation Support: Used in machinery requiring precise stopping and motion control.
The EMB9351-E delivers the reliability and precision required for industrial braking control and servo drive energy management applications.
