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Technical specifications for
MADKT1507E
Panasonic MADKT1507E – MINAS A5ⅡE Series Servo Driver
The MADKT1507E is a high-performance servo driver from the MINAS A5ⅡE series by Panasonic. Designed for position control applications, this model is engineered for precise motion control in industrial automation, robotics, CNC machinery, and other high-speed motion systems.
Detailed Technical Specifications
1. General Information
- Manufacturer: Panasonic
- Brand: MINAS A5
- Series: A5ⅡE Series
- Part Number: MADKT1507E
- Control Type: Position Control
- Safety Function: None (No built-in safety features)
- Frame Type: A-Frame
- Interface Type: Pulse train only
2. Electrical Specifications
- Power Device Maximum Current Rating: 10A
- Current Detector Rating: 7.5A
- Supply Voltage: Single-phase or Three-phase 200V AC
3. Performance Characteristics
- Control Method: Position Control
- Frequency Response: 2.3 kHz (Fast response for high-speed applications)
4. Physical & Mechanical Specifications
- Width (W): 40 mm
- Height (H): 150 mm
- Depth (D): 130 mm
- Weight: 0.8 kg
5. Environmental Considerations
- Designed for industrial environments
- For detailed environmental conditions, refer to the instruction manual
6. Key Features & Benefits
✔️ High-Speed Performance – 2.3 kHz frequency response ensures fast and precise motion control.
✔️ Compact & Lightweight Design – With a small footprint (40mm x 150mm x 130mm, 0.8kg), it is ideal for space-constrained installations.
✔️ Versatile Power Supply – Supports single-phase and three-phase 200V power supply, making it adaptable for various industrial settings.
✔️ Pulse Train Control – Offers precise position control through pulse train input, suitable for applications requiring high-accuracy movement.
✔️ Reliable Current Handling – Supports a maximum current rating of 10A with a 7.5A current detector rating, ensuring efficient operation.
7. Application Use Cases
The Panasonic MADKT1507E Servo Driver is ideal for high-precision motion control applications, including:
✅ CNC Machines – Ensures accurate positioning of machining tools.
✅ Industrial Robots – Used for robotic arm movement and automation.
✅ Pick & Place Systems – Enables fast and precise object handling.
✅ Packaging Machinery – Controls high-speed labelers and wrappers.
✅ Semiconductor Manufacturing – Supports precise motion control in chip-making equipment.
