SERVOSTAR-601-I/O-14/08
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The SERVOSTAR-601-I/O-14/08 servo amplifier is designed for precise industrial applications, ensuring accurate process development. It features an external fuse of 4 AT and accommodates a maximum cable capacitance of 30 nF/km, with a 150-ohm terminating impedance to prevent transmission distortion.
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Product Description:
The SERVOSTAR-601-I/O-14/08 servo amplifier is an enhanced range of products for industrial applications, ensuring the development of exact processes. It is utilized with an external fuse of 4 AT and accommodates a maximum cable capacitance of 30 nF/km. The amplifier has a 150-ohm terminating impedance which is accurate to ~5 ohms for the purpose of preventing transmission distortion. It employs serial interfacing, COM1 COM10 and the system uses a graphics adapter bearing windows version for setup and monitoring, as well as system configuration using the software provided.
Furthermore, the amplifiers fundamental limitation: absence of a detectable holding mechanism which secures the motor only when it is motionless is overridden by inclusion of a GRAY-code for binary numeric system representation. It has input compensating capability to correct for changes arising from temperature, which affects the non-digital portions of the inputs due to aging, and therefore durability is taken into contemplation. The amplifier has control for Ipeak (peak current) and Irms (the continuous current) which are essential in motor control and proper adjustment of the Kp, P-gain is required for the control loop to be optimized.
The configuration and management of Servo Star 300 series of drives very well includes the setup software called DRIVEGUI.EXE. This software provides features that allow changing and storing the operating parameters of the drive which enables the user to control the drive during the configuration phase. Online parameter adjustment while the drive is ON should be limited to only qualified personnel to avoid manipulation of the parameters that may affect operation. Also ensure that after loading any of the saved data sets, they check all parameters to safety operational requirements before switching on the servo amplifier.
Frequently Asked Questions about SERVOSTAR-601-I/O-14/08:
Q: What are the key electrical specifications of the SERVOSTAR 601-I/O-14/08, and how do they contribute to performance?
A: The SERVOSTAR 601-I/O-14/08 operates with an external 4 AT fuse and accommodates a maximum cable capacitance of 30 nF/km. It features a 150-ohm terminating impedance accurate to ~5 ohms, which helps prevent transmission distortion, ensuring reliable data communication in industrial environments.
Q: How does the SERVOSTAR 601-I/O-14/08 manage signal transmission and system configuration?
A: The amplifier uses serial interfacing (COM1 COM10) and is compatible with a graphics adapter for setup, monitoring, and system configuration through the provided software. This allows users to easily configure and manage the system using a Windows-based interface.
Q: What functionality does the GRAY-code provide in the SERVOSTAR 601-I/O-14/08, and why is it important?
A: The inclusion of GRAY-code for binary numeric system representation compensates for the amplifiers limitation of not having a detectable holding mechanism to secure the motor when it is motionless. GRAY-code helps prevent errors during signal transmission, ensuring accurate position encoding in industrial processes.
Q: How does the SERVOSTAR 601-I/O-14/08 handle input compensation and motor control?
A: The amplifier has input compensation capabilities to correct for temperature-induced changes that affect non-digital portions of the inputs, enhancing durability and performance. It also controls Ipeak (peak current) and Irms (continuous current), which are crucial for precise motor control. Proper adjustment of Kp (P-gain) is necessary to optimize the control loop for accurate and efficient operation.
Q: What precautions should be taken when configuring the SERVOSTAR 601-I/O-14/08 with DRIVEGUI.EXE software?
A: When using the DRIVEGUI.EXE software to configure the servo amplifier, only qualified personnel should perform online parameter adjustments while the drive is ON. This is to avoid manipulation of parameters that could affect safe operation. After loading any saved data sets, it is important to verify all parameters meet safety and operational requirements before switching on the servo amplifier to ensure reliable and safe operation.
