DKC02.3-016-7-FW | Bosch AC servo amplifier drive controller
- Regular price
- $4,534.00
- Sale price
- $4,534.00
- Regular price
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Product Description P/N: DKC02.3-016-7-FW
Description
Technical Specifications
Part # |
DKC02.3-016-7-FW |
Category |
Servo Products |
Subcategory |
Servo Drive/Servo Control |
Input Voltage |
200-480 VAC (±10%) |
Input Frequency |
50/60 Hz |
Input Current |
16 AMP |
Output Voltage |
480 V |
Output Frequency |
0-1000 Hz |
Output Current |
11 AMP |
Information About DKC02.3-016-7-FW
The DKC02.3-016-7-FW is an AC servo amplifier drive controller within the DKC Series, specifically designed for industrial automation systems that require precise motor control and reliable performance. This unit falls under the Servo Products category and is classified as a Servo Drive/Servo Control device, making it an essential component for systems that demand accurate and efficient control of servo motors. The drive is engineered for a wide range of industrial applications, offering flexibility in power input and delivering consistent control for a variety of motion control tasks.
One of the key technical specifications of the DKC02.3-016-7-FW is its input voltage range of 200-480 VAC (±10%), allowing the drive to adapt to different power supply configurations. This broad voltage range ensures that the drive can operate efficiently across a variety of industrial power systems, whether in regions that use 200-240 VAC or those that operate on 400-480 VAC. The ability to accommodate voltage variations also enhances the drive’s resilience to fluctuations in power supply, ensuring stable performance even under less-than-ideal power conditions. The ±10% tolerance further provides flexibility, ensuring that minor deviations in the voltage input do not affect the operation of the system.
The input frequency of the DKC02.3-016-7-FW is 50/60 Hz, making the drive compatible with global power standards. This dual-frequency capability ensures that the drive can be used in various regions without requiring additional frequency conversion equipment, providing greater ease of installation and reducing the complexity of integrating the drive into existing systems. The ability to operate at both 50 Hz and 60 Hz ensures that the drive is versatile and adaptable to different industrial environments, allowing for seamless integration in multinational facilities or global automation projects.
With an input current rating of 16 AMP, the DKC02.3-016-7-FW is capable of handling substantial electrical loads, ensuring that it can provide consistent power to servo motors under normal operating conditions. The 16 AMP current rating allows the drive to efficiently manage the power requirements of medium-sized servo motors, providing the necessary current to drive the motors without overloading the system. This current rating is particularly suited for applications where reliable motor control is required, such as in automated production lines, material handling systems, and precision robotics. The ability to manage this current capacity ensures that the drive can maintain stable operation even under continuous use or varying load conditions.
Description
Technical Specifications
Part # |
DKC02.3-016-7-FW |
Category |
Servo Products |
Subcategory |
Servo Drive/Servo Control |
Input Voltage |
200-480 VAC (±10%) |
Input Frequency |
50/60 Hz |
Input Current |
16 AMP |
Output Voltage |
480 V |
Output Frequency |
0-1000 Hz |
Output Current |
11 AMP |
Information About DKC02.3-016-7-FW
The DKC02.3-016-7-FW is an AC servo amplifier drive controller within the DKC Series, specifically designed for industrial automation systems that require precise motor control and reliable performance. This unit falls under the Servo Products category and is classified as a Servo Drive/Servo Control device, making it an essential component for systems that demand accurate and efficient control of servo motors. The drive is engineered for a wide range of industrial applications, offering flexibility in power input and delivering consistent control for a variety of motion control tasks.
One of the key technical specifications of the DKC02.3-016-7-FW is its input voltage range of 200-480 VAC (±10%), allowing the drive to adapt to different power supply configurations. This broad voltage range ensures that the drive can operate efficiently across a variety of industrial power systems, whether in regions that use 200-240 VAC or those that operate on 400-480 VAC. The ability to accommodate voltage variations also enhances the drive’s resilience to fluctuations in power supply, ensuring stable performance even under less-than-ideal power conditions. The ±10% tolerance further provides flexibility, ensuring that minor deviations in the voltage input do not affect the operation of the system.
The input frequency of the DKC02.3-016-7-FW is 50/60 Hz, making the drive compatible with global power standards. This dual-frequency capability ensures that the drive can be used in various regions without requiring additional frequency conversion equipment, providing greater ease of installation and reducing the complexity of integrating the drive into existing systems. The ability to operate at both 50 Hz and 60 Hz ensures that the drive is versatile and adaptable to different industrial environments, allowing for seamless integration in multinational facilities or global automation projects.
With an input current rating of 16 AMP, the DKC02.3-016-7-FW is capable of handling substantial electrical loads, ensuring that it can provide consistent power to servo motors under normal operating conditions. The 16 AMP current rating allows the drive to efficiently manage the power requirements of medium-sized servo motors, providing the necessary current to drive the motors without overloading the system. This current rating is particularly suited for applications where reliable motor control is required, such as in automated production lines, material handling systems, and precision robotics. The ability to manage this current capacity ensures that the drive can maintain stable operation even under continuous use or varying load conditions.