HDS02.2-W040N-HS12-01-FW | Bosch Drive Controller in the HDS Series
- Regular price
- $3,784.00
- Sale price
- $3,784.00
- Regular price
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Product Description P/N: HDS02.2-W040N-HS12-01-FW
Description
Technical Specifications
Part # |
HDS02.2-W040N-HS12-01-FW |
Category |
Servo Products |
Subcategory |
Servo Drive/Servo Control |
Input Voltage |
530-670 VDC |
Input Current |
37 AMP |
Output Voltage |
500 VAC |
Output Current |
20 AMP |
Output Frequency |
1000 Hz |
Power Supply |
Visual Motion, 24VDC DP-Slave |
Information About HDS02.2-W040N-HS12-01-FW
The HDS02.2-W040N-HS12-01-FW is a high-performance drive controller within the HDS Series, specifically engineered for industrial applications that require precise servo motor control. This unit is classified under the Servo Products category and serves as a Servo Drive/Servo Control device, offering advanced control capabilities for automation systems. Designed to operate efficiently under demanding conditions, this drive controller is ideal for various industries where accurate motor control and reliable performance are essential.
The drive controller operates with an input voltage range of 530-670 VDC, allowing it to handle industrial power supplies with high voltage ratings. This broad input voltage range ensures that the drive can be integrated into various industrial environments without the need for additional voltage conversion equipment. The flexibility in input voltage also provides resilience against fluctuations, allowing the drive to maintain stable operation even in environments where voltage conditions may vary. This makes the HDS02.2-W040N-HS12-01-FW suitable for use in regions or systems where voltage stability is a concern, ensuring that the connected servo motors receive consistent power for reliable operation.
The input current rating of 37 AMP allows the drive to handle substantial electrical loads, providing enough capacity to drive motors that require significant power. This input current rating ensures that the drive can efficiently manage the energy required by high-demand motors, ensuring consistent and reliable operation even during periods of peak load. This makes the HDS02.2-W040N-HS12-01-FW ideal for applications where servo motors are subjected to dynamic load conditions, such as in automated production lines, CNC machinery, and robotic systems. The ability to handle high current input ensures that the system operates smoothly, preventing power shortages that could lead to operational disruptions.
On the output side, the drive delivers an output voltage of 500 VAC, which is suitable for powering industrial motors that require high voltage for optimal performance. The 500 VAC output ensures that the connected motors receive adequate voltage to perform efficiently under varying load conditions. This output voltage makes the drive compatible with a wide range of industrial servo motors, providing the necessary power to maintain consistent speed, torque, and positioning accuracy. The high output voltage capacity allows the drive to handle large motors and complex systems, making it versatile for use in industries such as manufacturing, automotive, and aerospace, where precision motor control is crucial to the operation.
Description
Technical Specifications
Part # |
HDS02.2-W040N-HS12-01-FW |
Category |
Servo Products |
Subcategory |
Servo Drive/Servo Control |
Input Voltage |
530-670 VDC |
Input Current |
37 AMP |
Output Voltage |
500 VAC |
Output Current |
20 AMP |
Output Frequency |
1000 Hz |
Power Supply |
Visual Motion, 24VDC DP-Slave |
Information About HDS02.2-W040N-HS12-01-FW
The HDS02.2-W040N-HS12-01-FW is a high-performance drive controller within the HDS Series, specifically engineered for industrial applications that require precise servo motor control. This unit is classified under the Servo Products category and serves as a Servo Drive/Servo Control device, offering advanced control capabilities for automation systems. Designed to operate efficiently under demanding conditions, this drive controller is ideal for various industries where accurate motor control and reliable performance are essential.
The drive controller operates with an input voltage range of 530-670 VDC, allowing it to handle industrial power supplies with high voltage ratings. This broad input voltage range ensures that the drive can be integrated into various industrial environments without the need for additional voltage conversion equipment. The flexibility in input voltage also provides resilience against fluctuations, allowing the drive to maintain stable operation even in environments where voltage conditions may vary. This makes the HDS02.2-W040N-HS12-01-FW suitable for use in regions or systems where voltage stability is a concern, ensuring that the connected servo motors receive consistent power for reliable operation.
The input current rating of 37 AMP allows the drive to handle substantial electrical loads, providing enough capacity to drive motors that require significant power. This input current rating ensures that the drive can efficiently manage the energy required by high-demand motors, ensuring consistent and reliable operation even during periods of peak load. This makes the HDS02.2-W040N-HS12-01-FW ideal for applications where servo motors are subjected to dynamic load conditions, such as in automated production lines, CNC machinery, and robotic systems. The ability to handle high current input ensures that the system operates smoothly, preventing power shortages that could lead to operational disruptions.
On the output side, the drive delivers an output voltage of 500 VAC, which is suitable for powering industrial motors that require high voltage for optimal performance. The 500 VAC output ensures that the connected motors receive adequate voltage to perform efficiently under varying load conditions. This output voltage makes the drive compatible with a wide range of industrial servo motors, providing the necessary power to maintain consistent speed, torque, and positioning accuracy. The high output voltage capacity allows the drive to handle large motors and complex systems, making it versatile for use in industries such as manufacturing, automotive, and aerospace, where precision motor control is crucial to the operation.