S70102-NANANA-NA-024 Kollmorgen
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The Kollmorgen S70102-NANANA-NA-024 is a servo drive from the S700 Servo Drives series. It supports voltage ratings from 208 to 480V and offers a rated current of 1.5 Arms with a peak output current of 4.5 Arms for 2 seconds. The drive has onboard EtherCAT and CANopen, features dual channel STO safety capability, and operates with a switching frequency of 8 kHz.
Internal Product Review
The S70102-NANANA-NA-024 is a Kollmorgen S700 servo drive with onboard EtherCAT and CANopen for efficient network integration. Rated at 1.5 Arms with 4.5 Arms peak output for 2 seconds, the drive supports stable performance during demanding motion events. Dual-channel STO and 43 dB(A) noise emission make this unit an excellent fit for safety-focused, low-noise servo applications.
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Product Description:
The S70102-NANANA-NA-024 is a servo drive built by Kollmorgen for the S700 Servo Drives series. It interfaces between the plant’s AC mains and a synchronous motor, modulating current and voltage during operation. This control allows the motion controller to impose precise speed and torque profiles for automated cells, packaging machines, and material-handling axes.
This unit accepts a line supply from 208 to 480 V and draws up to 1.1 kVA at full load. The power stage delivers a rated output of 1.5 Arms, while a short-term output of 4.5 Arms for two seconds and 3 Arms for five seconds supports acceleration bursts. An output current form factor of 1.01 keeps RMS and average values nearly identical, limiting motor heating. Pulse-width modulation operates at 8 kHz, reducing audible noise to 43 dB(A) at a distance of one meter. The DC link can withstand up to 900 VDC, while an overvoltage trip activates at 800 V to protect the semiconductors. The drive requires a minimum motor inductance of 14.8 mH at 400 V to keep current ripple within suitable limits for servo operation. A 33 Ω internal brake resistor converts excess kinetic energy into heat during deceleration. Dual-channel safe torque off disables the output stage when the associated safety circuit is activated. EtherCAT and CANopen communication are integrated into the standard printed circuit boards, so separate communication cards are not required.
The enclosure has a width of 70 mm, a depth of 243 mm, and a height of 345 mm. These dimensions support dense side-by-side installation while leaving suitable paths for convection airflow. The internal brake section dissipates up to 50 W, which can eliminate the need for an external braking resistor in low-inertia systems. Standard printed circuit boards provide resistance to contaminants commonly found in industrial environments. The compact enclosure also simplifies placement in control cabinets with limited horizontal space.
