S70302-NANANA-NA-024
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The S70302-NANANA-NA-024 is a through-hole component with tin lead finish and a current rating of up to 2A. Manufactured by Kollmorgen as part of their S700 Servo Drives, it boasts an operational temperature range of -40°C to +105°C. The terminal is made of phosphor bronze and is RoHS compliant.
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Product Description:
The S70302-NANANA-NA-024 is the Servo Drives that is engineered by Kollmorgen for precision motion control. It operates on a line voltage range from 3 x 208V -10% to 3 x 480V +10%. This guarantees efficient integration into automation systems requiring high precision and thermal management. The supported line frequency is 50 or 60 Hz.
The S70302-NANANA-NA-024 servo drive has a DC bus link voltage that can reach a maximum of 900 V. It delivers a peak output current of 9 A. The output stage works at a switching frequency of 8 kHz for efficient performance. The current controller offers a bandwidth higher than 1.2 kHz that can reach up to 5 kHz depending on settings. At rated current the residual voltage drop remains stable at 4 V. The maximum thermal dissipation is 20 W for reliable temperature control. The total weight of this servo motor is 4.4 kg. The compact structure and defined input limits support flexible usage in industrial applications. The cooling is managed by a built-in fan integrated into the drive system. The vertical mounting is required for best performance. This model is designed for continuous operation with an input power capacity of 2.2 kVA. It supports 30 switch-on/off operations per hour under standard conditions.
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Frequently Asked Questions about S70302-NANANA-NA-024:
Q: What benefits does the S70302-NANANA-NA-024’s 30 on/off cycle rating per hour provide?
A: It supports frequent operational switching without overheating, ideal for repetitive or start-stop-heavy industrial processes.
Q: How does the 900 V max DC bus link voltage enhance performance in the S70302-NANANA-NA-024?
A: It allows for higher speed and torque delivery from the connected motor, especially useful in fast-response automation systems.
Q: How does the S70302-NANANA-NA-024 handle noise during switching operations?
A: With its high-frequency 8 kHz switching, it minimizes acoustic noise and electromagnetic interference in sensitive industrial environments.
Q: Why is the integrated brake output range (0.15 A to 2 A) important?
A: It ensures safe and controlled braking during deceleration, protecting both motor and drive during emergency or planned stops.
Q: How does a 2.2 kVA input power rating affect the drive’s capacity?
A: This input power capacity supports high-output operations with consistent voltage delivery under varying load demands.
