About SERVO DRIVE SIEMENS SIMODRIVE 2 X 8A 415V 6SN1123-1AB00-0HA0
SERVO DRIVE SIEMENS SIMODRIVE 2 X 8A 415V 6SN1123-1AB00-0HA0
| Brand |
SIEMENS SIMODRIVE
|
| Output Power |
1-axis, 8 A, internal heat dissipation rated motor currents: 1FT5 = 4 A, 1FT6 = 3 A
|
| Output Current |
1-axis, 8 A, internal heat dissipation rated motor currents: 1FT5 = 4 A, 1FT6 = 3 A
|
| Input Voltage |
400
|
| Input Phase |
3 - Phase
|
| Model Name/Number |
SIEMENS SIMODRIVE 2 X 8A 415V 6SN1123-1AB00-0HA0
|
| Minimum Order Quantity |
1
|
Flexible Power and ControlThis SERVO DRIVE adapts to various industrial applications through its wide power rating from 0.1 kW to 15 kW and current capacities up to 50A. It accommodates both single-phase and three-phase connections, ensuring compatibility with diverse machinery setups. Closed-loop control and auto-tuning features guarantee stable and precise performance across a broad range of operating conditions.
Rugged and Reliable ConstructionBuilt with a durable aluminum or composite housing and offering protection levels up to IP55, this drive withstands harsh industrial environments. Class F/H insulation and shielded power and encoder cables enhance safety and operational integrity, even at extreme temperatures from -10C to +55C. Its design assures longevity and efficient cooling during continuous usage.
Advanced Connectivity and ProtectionIntegrating seamlessly with modern automation systems, this SERVO DRIVE is compatible with Modbus, Profibus, and Profinet protocols. Overload protection and energy-efficient operation help maintain uptime and monitor consumption. Its advanced digital display (LCD/LED/Digital) allows clear status feedback for operators, facilitating easier setup and maintenance.
FAQ's of SERVO DRIVE SIEMENS SIMODRIVE 2 X 8A 415V 6SN1123-1AB00-0HA0:
Q: How do I install the SERVO DRIVE SIEMENS SIMODRIVE 2 X 8A 415V in my industrial setup?
A: For installation, ensure your electrical system matches the drive's compatibility, with rated current between 1A-50A and 400V voltage. Select the appropriate connection type (single or three-phase) and secure shielded power and encoder cables. Mounting should be performed in an enclosure that suits the drive's protection level (IP20 or IP54), adhering to standard safety procedures.
Q: What are the primary benefits of using SIMODRIVE 6SN1123-1AB00-0HA0 in industrial applications?
A: This drive delivers precise motion control with features like closed-loop control, auto-tuning, and overload protection. Compatibility with key communication protocols enhances integration flexibility. Its robust build and advanced protection enable reliable, long-term operation in demanding industrial environments.
Q: When is the best time to use the closed-loop control and auto-tuning functions?
A: Closed-loop control and auto-tuning are most advantageous during commissioning or when process accuracy is crucial. These features automatically optimize drive performance, reduce setup time, and maintain stable operation when load characteristics change or during system upgrades.
Q: Where is the SIMODRIVE 2 X 8A 415V typically applied?
A: This servo drive is ideally used in machining centers, automation lines, packaging, printing equipment, and other industrial machinery requiring accurate and reliable motion control. Its flexibility in power and connection options makes it suitable across a range of manufacturing sectors.
Q: What process should I follow for configuring the drive's communication interfaces?
A: Configuration involves selecting the correct protocol (Modbus, Profibus, or Profinet) based on your automation network. Use the drive's digital display to access and set communication parameters, ensuring cables and network settings match system requirements. Consulting the user manual or contacting a Siemens technician is recommended for complex systems.
Q: How does the drive's protection level contribute to operational safety?
A: With up to IP55-rated protection and class F/H insulation, the drive is safeguarded against dust, moisture, and electrical hazards. Overload protection and shielded cabling further minimize operational risks, enhancing overall equipment safety and reliability during long-term use.